diff --git a/GenerateSimulinkThermalModel.mlx b/GenerateSimulinkThermalModel.mlx index 6feaad7..a53086a 100644 Binary files a/GenerateSimulinkThermalModel.mlx and b/GenerateSimulinkThermalModel.mlx differ diff --git a/ImportMotorCADThermalModel.prj b/ImportMotorCADThermalModel.prj index 0afc345..92c6696 100644 --- a/ImportMotorCADThermalModel.prj +++ b/ImportMotorCADThermalModel.prj @@ -1,2 +1,2 @@ - - + + diff --git a/README.md b/README.md index 598f7a3..5a55f1d 100644 --- a/README.md +++ b/README.md @@ -43,12 +43,12 @@ Open the project file *ImportMotorCADThermalModel.prj* to get started. ### MathWorks Products (http://www.mathworks.com) Requires MATLAB® release R2021b or newer. -- [Simulink™](https://www.mathworks.com/products/simulink.html) -- [Simscape™](https://www.mathworks.com/products/simscape.html) -- [Simscape™ Electrical™](https://www.mathworks.com/products/simscape-electrical.html) -- [Simscape™ Fluids™](https://www.mathworks.com/products/simscape-fluids.html) -- [Control System Toolbox™](https://www.mathworks.com/products/control.html) -- [Motor Control Blockset™](https://www.mathworks.com/products/motor-control.html) +- [Simulink™](https://www.mathworks.com/products/simulink.html) - required. +- [Simscape™](https://www.mathworks.com/products/simscape.html) - optional. +- [Simscape™ Electrical™](https://www.mathworks.com/products/simscape-electrical.html) - optional. +- [Simscape™ Fluids™](https://www.mathworks.com/products/simscape-fluids.html) - optional. +- [Control System Toolbox™](https://www.mathworks.com/products/control.html) - required (LPV System block). +- [Motor Control Blockset™](https://www.mathworks.com/products/motor-control.html) - optional (Drive Cycle Source block). ### Getting Started To learn more about modeling and simulation with Simscape™, please visit: diff --git a/ValidateSimulinkThermalModel.mlx b/ValidateSimulinkThermalModel.mlx index 062e425..8b2b581 100644 Binary files a/ValidateSimulinkThermalModel.mlx and b/ValidateSimulinkThermalModel.mlx differ diff --git a/data/OutputFromGSTM.mat b/data/OutputFromGSTM.mat index 3f3362b..fdb0677 100644 Binary files a/data/OutputFromGSTM.mat and b/data/OutputFromGSTM.mat differ diff --git a/data/e5_IM_HWJ.mot b/data/e5_IM_HWJ.mot index 3cb4129..a75ea1e 100644 --- a/data/e5_IM_HWJ.mot +++ b/data/e5_IM_HWJ.mot @@ -1,13148 +1,13148 @@ -[Header] -Program_Name=Motor-CAD -Program_Module=BPM-Therm -Program_Version=15.1.6.1 -Licence_Name_Line1=Mathworks_Llacer -Licence_Name_Line2= -User=agonzale -Licence_System=FlexLM -File_Date=17/10/2022 23:31:34 -Title=e5 -Partial_file=False - -[File_History] -Previous_Version[1]=14.0.3.1 10/11/2020 15:15:29 - -[File_Notes] -Data_File_Notes[1]=eMobility;IM;P4-Automotive;Stranded distributed;12,000;150;Water Jacket + Rotor cooling;Sine;; - -[Units] -Units_Length=mm -Units_Conductivity=W/m/C -Units_Density=kg/m3 -Units_Cp=kJ/kg/C -Units_Dynamic_Viscosity=kg/m/s -Units_Kinematic_Viscosity=m2/s -Units_Weight=kg -Units_Temperature=C -Units_Heat_Transfer_Coefficient=W/m2/C -Units_Thermal_Resistance=C/W -Units_Thermal_Capacitance=J/C -Units_Torque=Nm -Units_Reversible_Temperature_Coefficient_of_Br_and_HcJ=%/C -Units_Velocity=m/s -Units_Time=secs -Units_Speed=rpm -Units_Resistance=ohms -Units_Loss=kW -Units_Current=Amps -Units_Volume_Flow_Rate=l/min -Units_Altitude=m -Units_Pressure=Pa -Units_Flux_Density=Tesla -Units_Current_Density=Amps/mm2 -Units_Magnetic_Field=A/m -Units_Electrical_Resistivity=Ohm.m -Units_Electrical_Loading=Amps/m -Units_Back_EMF_Constant_Ke=Vs/rad -Units_Force=kN -Units_Force_Density=N/m2 -Units_Stress=MPa -Units_Inertia=kg.m2 -Units_Area_Moment_Inertia=mm4 -Units_Stiffness=MN/m -Units_Vehicle_Speed=km/h -Units_Acceleration=m/s2 -Units_Sound_Pressure=dB - -[Calc_Options] -Motor_Type=IM -Through_Ventilation=False -Cooling_Type=TENV -Constant_Speed_Fan=True -Include_Radiation=Radiation_Included -Include_Internal_Radiation=Radiation_Not_Included -Include_Fin_Efficiency=Fin_Efficiency_Included -Include_Rt_Endcap_Axial=True -Include_Rt_Endcap_Radial=True -Axle_Mounting=Not_Mounted_BPMOR -Rotor_Mounting=Open -Motor_Orientation=Horizontal_Mount -Speed_Dependant_Losses=False -Airgap_Model=Conduction_And_Convection -EWdg_Active_Layer_Connection=Outer_Active_Layer -EndWdg_Specification=Winding_Expansion -EndCap_Specification=EndCap_Thickness -Winding_Layer_Model=Wire_and_Copper_Area -Winding_layer_definition=Automatic -Rotor_Winding_layer_definition=Automatic -No_of_target_winding_layers=10 -No_of_target_rotor_winding_layers=10 -Wet_Rotor=False -Housing_Water_Jacket=True -Shaft_Spiral_Groove=False -Rotor_Water_Jacket=False -Slot_Water_Jacket=False -Default_End_Space_Correlation=Scubert_EW -Stall_Copper_Loss_Dist=All_Equal -Spray_Cooling=False -Stator_Tooth_Nodes=One_Node -Endcap_Vents_Front=Endcap_Vents_Closed -Endcap_Vents_Rear=Endcap_Vents_Closed -Fixed_Plate_Temperature=False -Fixed_Base_Temperature=False -Fixed_Shaft[F]_Temperature=False -Fixed_Shaft[R]_Temperature=False -Fixed_Axle[F]_Temperature=False -Fixed_Axle[R]_Temperature=False -Fixed_Endcap[F]_Temperature=False -Fixed_Endcap[R]_Temperature=False -Copper_Loss_From_Layer_Area=True -Filled_Rotor_Pole_Space=Not_Filled -Fin_Input_Options=Fin_Pitch_Thickness -BPM_Fault_Type=BPM_Multi_Phase_OC -SRM_Fault_Type=SRM_Multi_Phase_OC -Brush_Holder=Not_In_Model -NumberBearingLossPoints=20 -Bearing_Loss_Values_Speed[0]=0 -Bearing_Loss_Values_Temp[0]=20 -Bearing_Loss_Values_Loss[0]=0 -Bearing_Loss_Values_Speed[1]=0 -Bearing_Loss_Values_Temp[1]=40 -Bearing_Loss_Values_Loss[1]=0 -Bearing_Loss_Values_Speed[2]=0 -Bearing_Loss_Values_Temp[2]=80 -Bearing_Loss_Values_Loss[2]=0 -Bearing_Loss_Values_Speed[3]=0 -Bearing_Loss_Values_Temp[3]=140 -Bearing_Loss_Values_Loss[3]=0 -Bearing_Loss_Values_Speed[4]=0 -Bearing_Loss_Values_Temp[4]=200 -Bearing_Loss_Values_Loss[4]=0 -Bearing_Loss_Values_Speed[5]=1000 -Bearing_Loss_Values_Temp[5]=20 -Bearing_Loss_Values_Loss[5]=0.8 -Bearing_Loss_Values_Speed[6]=1000 -Bearing_Loss_Values_Temp[6]=40 -Bearing_Loss_Values_Loss[6]=0.6 -Bearing_Loss_Values_Speed[7]=1000 -Bearing_Loss_Values_Temp[7]=80 -Bearing_Loss_Values_Loss[7]=0.5 -Bearing_Loss_Values_Speed[8]=1000 -Bearing_Loss_Values_Temp[8]=140 -Bearing_Loss_Values_Loss[8]=0.4 -Bearing_Loss_Values_Speed[9]=1000 -Bearing_Loss_Values_Temp[9]=200 -Bearing_Loss_Values_Loss[9]=0.3 -Bearing_Loss_Values_Speed[10]=5000 -Bearing_Loss_Values_Temp[10]=20 -Bearing_Loss_Values_Loss[10]=10 -Bearing_Loss_Values_Speed[11]=5000 -Bearing_Loss_Values_Temp[11]=40 -Bearing_Loss_Values_Loss[11]=6.5 -Bearing_Loss_Values_Speed[12]=5000 -Bearing_Loss_Values_Temp[12]=80 -Bearing_Loss_Values_Loss[12]=4 -Bearing_Loss_Values_Speed[13]=5000 -Bearing_Loss_Values_Temp[13]=140 -Bearing_Loss_Values_Loss[13]=3 -Bearing_Loss_Values_Speed[14]=5000 -Bearing_Loss_Values_Temp[14]=200 -Bearing_Loss_Values_Loss[14]=2.5 -Bearing_Loss_Values_Speed[15]=10000 -Bearing_Loss_Values_Temp[15]=20 -Bearing_Loss_Values_Loss[15]=25.5 -Bearing_Loss_Values_Speed[16]=10000 -Bearing_Loss_Values_Temp[16]=40 -Bearing_Loss_Values_Loss[16]=17.5 -Bearing_Loss_Values_Speed[17]=10000 -Bearing_Loss_Values_Temp[17]=80 -Bearing_Loss_Values_Loss[17]=9.5 -Bearing_Loss_Values_Speed[18]=10000 -Bearing_Loss_Values_Temp[18]=140 -Bearing_Loss_Values_Loss[18]=6 -Bearing_Loss_Values_Speed[19]=10000 -Bearing_Loss_Values_Temp[19]=200 -Bearing_Loss_Values_Loss[19]=5 -Full_Winding_Circuit_View=False -TransientGraphUpdateDisabled=False -EditingCircuitComponentPosition=False -CircuitEditing=False -CircuitFlowEditing=False -ShowWatermarks=True -StatorForceNodes_PerTooth=1 -RotorForceNodes_PerPole=1 -RotorForceNodes_PerBar=1 -AirgapHTCMethod=1 -AirgapLaminarVorticesMethod=0 -AirgapTurbulentVorticesMethod=0 -AirgapTurbulentMethod=0 -AirgapTempForEmagCalc=1 -RectangularDuctCSAMethod=1 -ConductorPlacement=0 -WindingBitmapSizeFactor=1 -ConductorPositions=0 -ConductorCols_Left=2 -ConductorCols_Right=2 -PlacementRotationAngle_L=0 -PlacementRotationAngle_R=0 -XCoord_L=-1.46811804500697 -YCoord_L=105.600295686937 -XCoord_R=1.46811804500697 -YCoord_R=105.600295686937 -ConductionPositionStep=1 -FirstSetConductors=5 -SecondSetConductors=5 -UseSeparateEndRingNodes=True -UseSeparateRotorEndNodes=True -RotorEWdg_Roughness_F=1 -RotorEWdg_Roughness_R=1 -MaxWindingCalibration=1 -AvWindingCalibration=1 -FEShading_Thermal=1 -FEShading_Magnetic=1 -FEShading_Mechanical=1 -FEShading_MagneticLosses=1 -FEShadingRegion_Magnetic=0 -FEShadingRegionString_Magnetic=All -FEShadingRegion_Thermal=0 -FEShadingRegionString_Thermal=All -FEShadingRegion_Mechanical=0 -FEShadingRegionString_Mechanical=All -FEShadingFunction_Magnetic= -FEShadingFunction_Thermal= -FEShadingFunction_Mechanical= -EWdg_Overhang_Specification=1 -SlotType=0 -Slot_Area_Calculation=1 -MountingType=0 -IMLookupResetMethod=1 -SkewDefinition=1 -IMCageSize=0 -IMRotorWindingModel=1 -LockedRotorFrequencyPoints=3 -LockedRotorFrequencyProp[0]=1 -LockedRotorFrequencyProp[1]=0.5 -LockedRotorFrequencyProp[2]=0.1 -StatorIronStrayLoadLossesVaryWithTemp=False -StatorIronStrayLoadTempAtWhichLossInput=20 -RotorIronStrayLoadLossesVaryWithTemp=False -RotorIronStrayLoadTempAtWhichLossInput=20 -StatorCopperStrayLoadLossesVaryWithTemp=False -StatorCopperStrayLoadTempAtWhichLossInput=20 -RotorCopperStrayLoadLossesVaryWithTemp=False -RotorCopperStrayLoadTempAtWhichLossInput=20 -FEA_ThermalSlot_LossDistribution=0 -DistributedLossAreaSelection=0 -NonSteelWedgeLossModel=1 -TotalLossCalculationMethod=1 -ShaftTorqueCalculationMethod=1 -HysIronLossMethod=4 -InteriorVUMagnetResistanceCalc=1 -SurfaceBreadloafAreaCalc=1 -VSimple_Positioning_Method=1 -RMSPhaseCurrentMethod=1 -CalculateInductanceDerivative=False -SquareWaveInductanceCalc=0 -CalculatedCurrentsInductanceMethod=1 -EnableAdvancedUI_Drive=False -UseMagnetTempLinkMethod_Lab=1 -RatioSetting_SleeveBanding=1 -SleeveBandingRatioSetting=1 -RatioSetting_MagnetReduction=1 -RotorCopperLossesVaryWithTemp=True -IM_TopBar_TipAngle_DrawMethod=1 -IM_BottomBar_TipAngle_DrawMethod=1 -TransientAbsoluteError=0.01 -TransientRelativeError=0.01 -TransientErrorWeightingMethod=1 -TransientMinCapMethod=1 -TransientErrorWeighting=0.01 -TransientMaxIterations=50000 -CancelTransientOnMaxEvaluations=True -SteadyStateMinIterations=1 -Steady_State_Max_Iterations=1000 -Steady_State_Max_Convergence_Error_dT=0.5 -SteadyStateConvergenceMethod=0 -ThermalPowerFlowCalc=1 -DutyCycleSpeedAutoPointInsertion=False -DutyCycleSpeedMaxDifference=100 -IncludeCoilDividerNode=False -ConductorPositionLevel=5 -PortunusExportScaling=4 -AirDividerLayerConnection=0 -AirDividerFluidCalc=1 -ComponentColours=0 -EWdgAreaCalculation=1 -SyncRotorEWdgMLTCalc=1 -SyncLinerAreaCalculation=1 -SyncLinerAreaWeightCalculations=1 -SyncRotorCuboidalWindingModel=0 -SyncRotorCircuit=1 -SyncRotorWindingTempCalc=1 -WindingToLamCalculation=1 -LinerToothSideRtCalc=1 -WireInsThicknessCalculation=1 -UpdateCircuitDuringSolving=False -AxialSliceDefinition=0 -RampSteps=100 -IterationAverageCycles=1 -CyclesAtEachAverage=10 -AverageCyclesMinPoint=250 -SteadyAveragingMethod=0 -EndSpaceChangeRate=1000 -EndCapVentCalculation=0 -CirculatingFlowFluidPaths=True -InitialTransientTemperatureOption=0 -Initial_Machine_Temperature=40 -InitialHousingTemperature=40 -InitialStatorTemperature=40 -InitialWindingTemperature=40 -InitialRotorTemperature=40 -InitialMagnetTemperature=40 -InitialRotorCopperTemperature=40 -InitialFlangeTemperature=40 -InitialTransientMagTempMethod=1 -Radiaton_View_Factor_Editable=False -Windage_Loss_Definition=0 -Windage_Loss_Multiplier=1 -WindageGraph_MaxSpeed=6000 -Bearing_Loss_Definition=0 -EndWindingLossSplitDefinition=1 -WetRotor_RotorWJ_Connection=False -ShaftSG_SlotWJ_Connection=False -HousingWJ_RotorWJ_Connection=False -HousingWJ_SprayCooling_Connection=False -WetRotor_SlotWJ_Connection=False -WetRotor_SlotWJ_FlowSplit=0.5 -TVent_SlotWJ_Connection=False -TVent_SlotWJ_Connection_Method=1 -TVent_SlotWJ_FlowSplit=0.5 -TVent_HousingWJ_Connection=False -ACLossTemperatureScalingMethod=1 -UserStrayLoadLossRatio_StatorIron=0.75 -UserStrayLoadLossRatio_RotorIron=0.25 -UserStrayLoadLossRatio_StatorCopper=0 -UserStrayLoadLossRatio_RotorCopper=0 -ConductorSeparationControl=True -PeriodsPerGraphUpdate=20 -TransientPointsToPlot=1 -TransientDataLogging=False -HousingWJFlowRemoved=False -HousingWJCircularDuctCalc=1 -HousingWJRectangularDuctCalc=1 -HousingWJDuctWallThicknessCalc=1 -CircularDuctsFlowCalc=1 -BearingLossSource=0 -BearingLossVisualisationSpeed=2000 -BearingLossMultiplier=1 -BearingTempForEmagCalc=1 -RadialFlowVisualisation=True -FlowVisualisationTailWidth=2 -FlowVisualisationHeadWidth=8 -FlowVisualisationArrowScaling=1 -FlowVisualisationMinArrowLength=20 -FlowVisualisationArrowSpacingFactor=0.1 -IncludeExternalShaftForcedConvection=1 -IronLossFactorWithLossVariationTempLoad=False -CapacitanceAdjustment=1 -InsulationLifetimeMethod=0 -InsulationLifetimeAtTempRef1=20000 -InsulationLifetimeAtTempRef2=10000 -InsulationLifeRefTemp1=180 -InsulationLifeRefTemp2=190 -RotorCageLossSplit=0 -UserCopperLossRatio_Active=0.7 -UserCopperLossRatio_EndRing_F=0.15 -UserCopperLossRatio_EndRing_R=0.15 -SpeedDesignType=0 -WindingModelType=1 -CuboidalkValueDefinition=0 -HairpinActiveKValueCalc=1 -HairpinWedgePathRtCalc=1 -ConductorToothSeparationCalc=1 -FlowBetweenRectangularConductorsAreaCalc=1 -StatorConductivityModel=0 -FlowBetweenConductorsCuboidModel=1 -IM1PH_ImpregAreaRatiosCalculation=1 -CuboidConductorOnlyModelCalc=1 -FormWoundRtCalc=1 -WedgeDividerRtCalc=1 -MagnetRadialRtCalc=1 -WindingSize=2 -CuboidHeightMethod=1 -CuboidHeightMethod_SlotWJ=1 -WireInsulationWeightsMethod=1 -HybridACLossMethod=0 -WindingCuboidPositionDefinition=1 -OuterWindingWidth=0 -OuterWindingHeight=0 -InnerWindingWidth=0 -InnerWindingHeight=0 -CuboidEWdgConnection=1 -CuboidLengthCalc=1 -CuboidEWdgLengthCalc=1 -SyncRotorCuboidEWdgLengthCalc=1 -ParticleNumber=30 -ParticleSwarmIterations=100 -ConvergenceTolerance=0.2 -ParticleSwarmModelType=0 -SwarmProportionalValue=0.8 -ReducedCircuitState=0 -FixedTemperatureMethod=1 -SteadyStateAveraging=0 -TransientSolver=1 -FEAPoleFixedTemperature=0 -FEASlotFixedTemperature=0 -MagnetModelType=0 -StatorCopperLossSplit=0 -UserStatorCopperLossRatio_Active=0.5 -UserStatorCopperLossRatio_EndWdg_F=0.25 -UserStatorCopperLossRatio_EndWdg_R=0.25 -TorqueNumberCycles=1 -TorquePointsPerCycle=30 -BackEMFNumberCycles=1 -BackEMFPointsPerCycle=30 -CoggingNumberCycles=2 -CoggingPointsPerCycle=10 -InductanceNumberCycles=1 -InductancePointsPerCycle=5 -InductanceCalcMethod_BPM=0 -InductanceSolver_BPM=1 -LockedRotorNumberCycles=2 -LockedRotorPointsPerCycle=30 -CoreLossNumberCycles=1 -CoreLossPointsPerCycle=10 -IMSingleLoadPointsPerCycle=30 -IMSingleLoadNumberCycles=2 -IMLookupPoints_Saturation=20 -IMLookupPoints_Loss=20 -IMLookupPoints_Analytic=20 -StrayLoadLossCalculationType=0 -MagneticGraphDrawing=0 -MagneticGraphLegendLocation=0 -MagneticGraphPenWidth=1 -WindingPatternPenWidth=2 -EMFGraphValues=1 -TerminalGraphValues=1 -CurrentGraphValues=0 -FEAverageGraph=False -VirtualWorkGraph=True -MaxwellStressGraph=False -FluxLinkageGraph=False -AlignmentGraph=False -ReluctanceGraph=False -CoggingGraph=False -CoggingTorqueGraph_VW=True -CoggingTorqueGraph_CE=False -TorqueSpeedCalcs=7 -TorqueSpeedPhaseAdv_Upper=60 -TorqueSpeedPhaseAdv_Lower=0 -DrawPoints_TorqueSpeed=False -MaxHarmonicOrder=200 -HarmonicAmplitude=0 -MaxWindingHarmonicOrder=200 -WindingHarmonicAmplitude=0 -WindingPatternDisplay=0 -PlotAllInductancePhases=False -PlotSmallSignalBiasCurrents=False -CoggingHarmonicBaseFrequency=2 -TorqueHarmonicGraph_BaseType=0 -LimitToAirgapHToConduction=0 -CalculationRotatingDuct=0 -RotorWJHeatTransferCalc=1 -CalculationDevelopingFlow=0 -NumberOfCuboids=6 -MinimumTemperatureTolerance=100 -StatorCopperLossVariation=0 -StatorBackIronUnevenLossAddition=1 -MagneticSolver=0 -ConductorMeshControl=True -TransientGraphColours=1 -ExternalApplicationCoupling=0 -MaxwellFileName= -MaxwellProject=ipm_1 -MaxwellAnalysis=Setup1 -MaxwellDesign=RMxprtDesign1 -SpeedFileName=\\server\redirectedfolders\mircea.popescu\my documents\johnreeve\tesla_fluxsys_mdl.im1 -RemoveMotorCADCircuit=0 -RemoveMotorCADCircuit_Flow=0 -TorqueGraphScale=0 -iTorqueGraphScale=0 -FormWoundConductorSeparation=1 -LamHousingCoolingNodes=0 -FluidPathsCompensationFactor=0.8 -FluidPathsScaleFactor=1 -FluidPathsCompensationEnabled=0 -FluxDensitySkewMethod=1 -FluxDensitySkewMethod_Iron=0 -IMSkewingMethod=0 -IMSkewingCalc_Compatibility=1 -IMTorqueMethod=1 -IMLockedRotorInductanceMethod=1 -IMSkinEffectMethod=1 -KEndringCalculationMethod=1 -IMRadialDuctMethod=1 -IMLossSumMethod=1 -AutomaticStrayLoadLossMethod=1 -EndringInductanceMethod=0 -IMEndringExtensionCorrectionMethod=1 -SlotLeakageInductanceMethod_Stator=1 -SlotLeakageInductanceMethod=1 -SlotLeakageInductanceMethod_Rotor=1 -StatorLeakageInductanceMethod=1 -RotorToStatorInductanceFactorMethod=1 -IncludeSteadyStatorPowerFlowError=False -FlowSolverMethod=1 -BidirectionalSolveMethod=0 -RotorRotation=0 -StatorRotation=0 -IMAccelerationGraph=0 -IMEfficiencyGraph=0 -BPMShortCircuitGraph=0 -TorqueSpeedGraph=0 -TorqueCharacteristicPlotSelect=0 -IMRotorThermalCircuitMethod=1 -ImprovedFormWoundEWdgDrawing=True -MaxCurrent_MagnetisationCurves=5 -PositionPoints_MagnetisationCurves=5 -CurrentPoints_MagnetisationCurves=5 -EWdgInductanceCalc=0 -EWdgInductanceCalc_IM1PH=2 -EndWindingLengthMethod=2 -FieldWindingLengthMethod=1 -ForceRadialGraph=True -ForceTangentialGraph=True -ForceXGraph=False -ForceYGraph=False -ForceLocation=0 -ForceHarmonics=0 -TemporalForceHarmonic_Node=0 -SpatialForceHarmonic_TimeStep=0 -FlowResistanceTolerance=1E99 -TVentShaftCooling=0 -OpenCircuitCalc=0 -AmbientTemperatureSetting=0 -TransientMinimumCapacitanceEnabled=0 -TransientMinimumCapacitance=1E-5 -Sensitivity_ExportMatrices=False -FEALossCalcType=1 -CustomMaterial_IronLossMethod=1 -StackingFactorIronLossMethod=0 -SprayCoolingCircuit=1 -SprayCoolingCoverageCalc=1 -SprayCoolingSyncEWdgCalc=1 -SprayCoolingCorrelation=1 -SprayCoolingSubmerged=1 -SprayCoolingRotorTargetLengthCalc=1 -SprayCoolingHairpinFrontRInternalFlowCalc=1 -ShaftSG_RotorWJ_Connection=False -RotorWJ_SprayCooling_Connection=False -FlangePlateAreaCalc=1 -EndcapFlangeCalc=1 -SlotWJ_HousingWJ_Connection=False -HousingWJ_SlotWJ_Connection=False -ShaftSolve=1 -CommutatorCircuitCalc=1 -SlotWJCircuit=1 -SlotWJSeparateDuctsRtCalc=1 -SlotWJCentreDuctsFlowRtCalc=1 -SlotOpeningWidthSetting=1 -ShaftSpiralGrooveHTCCalc=1 -ESpaceRotorHTCCalc=1 -ShaftSpiralGrooveFrictionCalc=1 -ShaftSpiralGrooveDimensionsCalc=1 -ShaftSpiralGrooveSprayCoolingCalc=1 -Sleeve2D3DFactorCalc=3 -Banding2D3DFactorCalc=1 -K_Radial_User_A=0.25 -K_Radial_User=0.25 -K_Tangential_User_A=0.25 -K_Tangential_User=0.25 -K_Axial_User_A=386 -K_Axial_User=386 -K_Radial_User_F=0.25 -K_RadialEWdg_User=0.25 -K_Tangential_User_F=0.25 -K_TangentialEWdg_User=0.25 -K_Axial_User_F=386 -K_AxialEWdg_User=386 -K_Radial_User_R=0.25 -K_Tangential_User_R=0.25 -K_Axial_User_R=386 -RtAirgapSlicesCalc=1 -MagneticHousingSetting=0 -IncludeDucts_Magnetic=0 -HairpinConductors_FEA=0 -EndcapCapacitanceCalc=1 -PottingCapacitanceCalc=1 -BPMORWdgExtPottingRtCalc=1 -InnerWindingESpaceAreaCalc=1 -FlowAreaWindingIncludeSleeve=1 -TVentEWdgOuterVelocityCalc=1 -TVentBiDirectionDuctFlowRtCalc=1 -TVentRotorDuctFlowCalc=1 -TVentSyncSalientPoleFlowAreaCalc=1 -TVent_PMDC_WFC_Calculation=1 -RotorThermalCircuit=0 -CuboidAvgAirCondCalc=1 -ToothCapacitanceSlicesCalc=1 -ToothAxialRtCalc=1 -BPMORToothRtCalc=1 -URotorPocketCondCalc=1 -UMagnetAirCondCalc=1 -URotorAreaSpokeSpiderCalc=1 -URotorRadialDuctWeightCalc=1 -URotorMagnetPoleCentreCalc=1 -URotorMagnetPoleInnerRadiusCalc=1 -RectStatorDuctSurfaceAreaCalc=1 -RadialDuctAxialLengthCalc=1 -HousingDiameterCalc=1 -Export3DGeometryFileName= -BPMOR_MagnetWeightDef=1 -RtRotorAxialCalc=1 -ForceAnimationFileName=.gif -ForceAnimationExportRepeat=0 -ForceAnimationExportSpeed=3 -ForceAnimationCaption=0 -ForceAnimationRepeat=0 -NumberForceHarmonicsExtract=5 -NodeAveragingAnimation=0 -GIFExport_Width=500 -GIFExport_Height=500 -ForceAnimations_SelectedAnimationsLength=1 -ForceAnimations_SelectedAnimations[0]=0 -ReportWriter_EMagModule=True -ReportWriter_ThermalModule=True -ReportWriter_LabModule=True -ReportWriter_MechModule=True -ReportWriter_ScreenShots=True -ReportWriter_Images=True -ReportWriter_Tables=True -ReportWriter_Graphs=True -ReportWriter_Date=False -ReportWriter_Time=False -ReportWriter_FullFilePath=False -ReportWriter_Notes=False -RotorCopperAreaMethod=1 -PlateInterfaceAreaCalc=1 -TransientPowerInjectionCalc=1 -ShaftAxialResistanceCalc=1 -BearingsResistanceCalc=1 -InteriorFlatAreaCalc=1 -EmbeddedMagnetCapacitanceMethod=1 -RotatingBlownOverVelocityCalc=1 -ShaftRearWeightCalc=1 -StatorLamWeightCalc=1 -HairpinEWdgWeightCalc=1 -FieldWdgSeparatorMechCalc=1 -ForcesView_TimeDomain=0 -ForcesView_FrequencyDomain=0 -SpaceTimeContours=0 -SpaceTimeForceFFTType=0 -SpaceTimeForceSlice=0 -SpaceTimeHarmonicsForceSlice=0 -FreqDomain_MinAmplitude_PointForce=0.1 -ForceDataType=0 -ForceHarmonicOrder_Plot=0 -ForceMaxOrder_Time_OL=50 -ForceMaxOrder_Time=50 -ForceMaxOrder_Time_OC=50 -ForceMaxOrder_Space_Stator_OL=50 -ForceMaxOrder_Space=50 -ForceMaxOrder_Space_Stator_OC=50 -ForceMaxOrder_Space_Rotor_OL=50 -ForceMaxOrder_Space_Rotor_OC=50 -ForcesInputType=1 -AnsysHairpinUDP=0 -AnsysHairpinCoilTips=0 -AnsysRotationDirection=0 -AnsysMeshSlider=5 -AnsysUDPSegAngle=0 -Magnetic3DView=0 -SyncRotorWindingModelType=1 -CuboidalkValueDefinition_SyncRotor=0 -K_SyncRotorRadial_User_A=0.25 -K_SyncRotorRadial_User=0.25 -K_SyncRotorTangential_User_A=0.25 -K_SyncRotorTangential_User=0.25 -K_SyncRotorAxial_User_A=386 -K_SyncRotorAxial_User=386 -K_SyncRotorRadial_User_F=0.25 -K_SyncRotorTangential_User_F=0.25 -K_SyncRotorAxial_User_F=386 -K_SyncRotorRadial_User_R=0.25 -K_SyncRotorTangential_User_R=0.25 -K_SyncRotorAxial_User_R=386 -SyncWindingSize=0 -SyncWindingWidth=0 -SyncWindingHeight=0 -SyncRotorCuboidHalfSlotMult=0 -SyncRotorCuboidAreaMult=0 -SyncRotorVolumeCalc=1 -SyncFieldWdgAreasCalc=1 -RtImpregSingleConductorColumnCalc=1 -RtHousing_A_RadialCalc=1 -EndWdgEnamelModel=1 -HairpinEnamelThicknessCalc=1 -SlotWJAxialLengthCalc=1 -AnsysArcSegmentMethod=0 -AnsysArcSegmentDegrees=2 -FEASlotAreaCalculation=1 -TransientTempOffset=0 -HairpinACLossLocationMethod=1 -Slot_Type=Parallel_Tooth -Mounting_Type=Not_Mounted -WindingModel=1 -SyncRotorWindingModel=1 -NumberForcePoints=0 -NumberForceNodes_PerTooth=1 -NumberForcePoints_PerNode=5 -Steady_State_Convergence=dT_Percent - -[Design_Options] -Sync_Rotor=Sync_Salient_Pole -HousingType=12 -BPMRotor=1 -Top_Bar_Type=4 -Bottom_Bar_Type=0 -SyncCommutator=0 -OpenGL_Quality=8 -OpenGL_NumRadialDuctArrows=8 -SolidListFilter=0 -MessageWindowPosition=2 -Leakage_Display=1 -Scale_Display=1 -MatrixTextSeparator= -AirgapDefinition=0 -ACLosses_IncludeBundleEffect=True -BPMRotor_MagnetDrawing=1 -BPMOR_MagnetGapClosureDrawing=2 -Rotor_VWebDrawing=1 -Rotor_VWebLengthDrawingOption=1 -Rotor_VPostDrawingOption=1 -FlatWeb_MagnetGapLayer_DrawingOption=1 -SyncRotorParallelToothDrawing=1 -DrawDatumLine=True -CornerRounding_Rotor=0 -CornerRounding_Magnets=0 -Rotor_UMagnet_CornerRounding_Option=1 -Rotor_UMagnet_OuterMagnetPosition_Option=1 -EndRingExtOuterRadiusMethod=1 -SRM_StatorPole_MaxFilletRadius_Option=1 -Rotor_VSimple_MagnetDrawing_Option=1 -Housing_Type=Water_Jacket -BPM_Rotor=Surface_Parallel -Feedback_Type=Not_Fitted - -[Winding_Design] -Wdg_Definition=Copper_Slot_Fill -EWdg_Definition=EWdg_MLT -Wedge_Model=Wedge -Slot_Fill=0.534597443883646 -Mat_[Liner-Lam]=Impregnation -Impreg_Layer1_Multiplier=0.5 -Liner_Layers=Single_Layer -Number_Liner_Layers=3 -Liner_Layer_Thickness_1=0.1 -Liner_Layer_Conductivity_1=0.21 -Liner_Layer_Specific_Heat_1=1000 -Liner_Layer_Density_1=700 -Liner_Layer_Notes_1= -Liner_Layer_Thickness_2=0.1 -Liner_Layer_Conductivity_2=0.21 -Liner_Layer_Specific_Heat_2=1000 -Liner_Layer_Density_2=700 -Liner_Layer_Notes_2= -Liner_Layer_Thickness_3=0.1 -Liner_Layer_Conductivity_3=0.21 -Liner_Layer_Specific_Heat_3=1000 -Liner_Layer_Density_3=700 -Liner_Layer_Notes_3= -Liner_Layer_Thickness_4=0.1 -Liner_Layer_Conductivity_4=0.21 -Liner_Layer_Specific_Heat_4=1000 -Liner_Layer_Density_4=700 -Liner_Layer_Notes_4= -Liner_Layer_Thickness_5=0.1 -Liner_Layer_Conductivity_5=0.21 -Liner_Layer_Specific_Heat_5=1000 -Liner_Layer_Density_5=700 -Liner_Layer_Notes_5= -ConductorsSlotBase=0.05 -ConductorsSlotTooth=0.05 -ConductorsVertical=0.1 -ConductorsHorizontal=0.1 -ConductorSeparation=0.1 -Slot_Depth_Reduction/Slot[0]=0 -Slot_Depth_Reduction/Slot[1]=0 -Slot_Depth_Reduction/Slot[2]=0 -Slot_Depth_Reduction/Slot[3]=0 -Slot_Depth_Reduction/Slot[4]=0 -Slot_Depth_Reduction/Slot[5]=0 -Slot_Depth_Reduction/Slot[6]=0 -Slot_Depth_Reduction/Slot[7]=0 -Slot_Depth_Reduction/Slot[8]=0 -Slot_Depth_Reduction/Slot[9]=0 -Slot_Depth_Reduction/Slot[10]=0 -Slot_Depth_Reduction/Slot[11]=0 -Slot_Depth_Reduction/Slot[12]=0 -Slot_Depth_Reduction/Slot[13]=0 -Slot_Depth_Reduction/Slot[14]=0 -Slot_Depth_Reduction/Slot[15]=0 -Slot_Depth_Reduction/Slot[16]=0 -Slot_Depth_Reduction/Slot[17]=0 -Slot_Depth_Reduction/Slot[18]=0 -Slot_Depth_Reduction/Slot[19]=0 -Slot_Depth_Reduction/Slot[20]=0 -Slot_Depth_Reduction/Slot[21]=0 -Slot_Depth_Reduction/Slot[22]=0 -Slot_Depth_Reduction/Slot[23]=0 -Slot_Depth_Reduction/Slot[24]=0 -Slot_Depth_Reduction/Slot[25]=0 -Slot_Depth_Reduction/Slot[26]=0 -Slot_Depth_Reduction/Slot[27]=0 -Slot_Depth_Reduction/Slot[28]=0 -Slot_Depth_Reduction/Slot[29]=0 -Slot_Depth_Reduction/Slot[30]=0 -Slot_Depth_Reduction/Slot[31]=0 -Slot_Depth_Reduction/Slot[32]=0 -Slot_Depth_Reduction/Slot[33]=0 -Slot_Depth_Reduction/Slot[34]=0 -Slot_Depth_Reduction/Slot[35]=0 -StatorPottedEWdg=0 -Rotor_Copper_Width=1 -Rotor_Copper_Height=1 -Rotor_Insulation_Thickness=0.1 -Rotor_Copper_Corner_Radius=0 -Rt_Active_F_EWdg_Multiplier=1 -Rt_Active_R_EWdg_Multiplier=1 -Rt_FormWoundCoilBackIron_Multiplier=1 -Rt_FormWoundOuterCoilTooth_Multiplier=1 -iRt_FormWoundOuterCoilTooth_Multiplier=1 -Rt_FormWoundInnerCoilTooth_Multiplier=1 -iRt_FormWoundInnerCoilTooth_Multiplier=1 -NumberOfWireSizes=1 -Copper_Width=1 -Copper_Width_2=1 -Copper_Width_3=1 -Copper_Height=1 -Copper_Height_2=1 -Copper_Height_3=1 -Insulation_Thickness=0.1 -Insulation_Thickness_2=0.1 -Insulation_Thickness_3=0.1 -Copper_Corner_Radius=0 -Copper_Corner_Radius_2=0.1 -Copper_Corner_Radius_3=0.1 -MinEWdgSeparation=0 -EWdgLayerLength_F_Adj[0]=1 -EWdgLayerLength_R_Adj[0]=1 -LitzWireWidth=0.55 -LitzWireHeight=1.4 -LitzWireInsulationThickness=0.01 -LitzWireSubConductors=8 -LitzSubConductor_WireDiameter=0 -LitzSubConductor_CopperDiameter=0 -AllowSingleColumnCentring=True -ConductorCentre_L_x[0][0]=-1.46811804500697 -ConductorCentre_L_x[0][1]=-1.41669083253427 -ConductorCentre_L_x[0][2]=-1.36526362006157 -ConductorCentre_L_x[0][3]=-1.31383640758887 -ConductorCentre_L_x[0][4]=-1.26240919511617 -ConductorCentre_L_x[0][5]=-1.21098198264347 -ConductorCentre_L_x[0][6]=-1.15955477017078 -ConductorCentre_L_x[0][7]=-1.10812755769808 -ConductorCentre_L_x[0][8]=-1.05670034522538 -ConductorCentre_L_x[0][9]=-1.00527313275268 -ConductorCentre_L_x[0][10]=-0.953845920279979 -ConductorCentre_L_x[0][11]=-0.90241870780728 -ConductorCentre_L_x[0][12]=-0.850991495334581 -ConductorCentre_L_x[0][13]=-0.799564282861882 -ConductorCentre_L_x[1][0]=0 -ConductorCentre_L_x[1][1]=-0.422333192473832 -ConductorCentre_L_x[1][2]=-0.370905980001133 -ConductorCentre_L_x[1][3]=-0.319478767528434 -ConductorCentre_L_x[1][4]=-0.268051555055735 -ConductorCentre_L_x[1][5]=-0.216624342583036 -ConductorCentre_L_x[1][6]=-0.165197130110337 -ConductorCentre_L_x[1][7]=-0.113769917637638 -ConductorCentre_L_x[1][8]=-0.0623427051649386 -ConductorCentre_L_x[1][9]=0 -ConductorCentre_L_x[1][10]=0 -ConductorCentre_L_x[1][11]=0 -ConductorCentre_L_x[1][12]=0 -ConductorCentre_L_x[1][13]=0 -ConductorCentre_L_y[0][0]=105.600295686937 -ConductorCentre_L_y[0][1]=104.422418869653 -ConductorCentre_L_y[0][2]=103.244542052369 -ConductorCentre_L_y[0][3]=102.066665235085 -ConductorCentre_L_y[0][4]=100.888788417801 -ConductorCentre_L_y[0][5]=99.7109116005164 -ConductorCentre_L_y[0][6]=98.5330347832323 -ConductorCentre_L_y[0][7]=97.3551579659482 -ConductorCentre_L_y[0][8]=96.1772811486642 -ConductorCentre_L_y[0][9]=94.9994043313801 -ConductorCentre_L_y[0][10]=93.821527514096 -ConductorCentre_L_y[0][11]=92.6436506968119 -ConductorCentre_L_y[0][12]=91.4657738795278 -ConductorCentre_L_y[0][13]=90.2878970622437 -ConductorCentre_L_y[1][0]=0 -ConductorCentre_L_y[1][1]=105.055894550742 -ConductorCentre_L_y[1][2]=103.878017733458 -ConductorCentre_L_y[1][3]=102.700140916174 -ConductorCentre_L_y[1][4]=101.52226409889 -ConductorCentre_L_y[1][5]=100.344387281606 -ConductorCentre_L_y[1][6]=99.1665104643216 -ConductorCentre_L_y[1][7]=97.9886336470375 -ConductorCentre_L_y[1][8]=96.8107568297534 -ConductorCentre_L_y[1][9]=0 -ConductorCentre_L_y[1][10]=0 -ConductorCentre_L_y[1][11]=0 -ConductorCentre_L_y[1][12]=0 -ConductorCentre_L_y[1][13]=0 -ConductorCentre_R_x[0][0]=1.46811804500697 -ConductorCentre_R_x[0][1]=1.41669083253427 -ConductorCentre_R_x[0][2]=1.36526362006157 -ConductorCentre_R_x[0][3]=1.31383640758887 -ConductorCentre_R_x[0][4]=1.26240919511617 -ConductorCentre_R_x[0][5]=1.21098198264347 -ConductorCentre_R_x[0][6]=1.15955477017078 -ConductorCentre_R_x[0][7]=1.10812755769808 -ConductorCentre_R_x[0][8]=1.05670034522538 -ConductorCentre_R_x[0][9]=1.00527313275268 -ConductorCentre_R_x[0][10]=0.953845920279979 -ConductorCentre_R_x[0][11]=0.90241870780728 -ConductorCentre_R_x[0][12]=0.850991495334581 -ConductorCentre_R_x[0][13]=0.799564282861882 -ConductorCentre_R_x[1][0]=0 -ConductorCentre_R_x[1][1]=0 -ConductorCentre_R_x[1][2]=0 -ConductorCentre_R_x[1][3]=0 -ConductorCentre_R_x[1][4]=0 -ConductorCentre_R_x[1][5]=0 -ConductorCentre_R_x[1][6]=0 -ConductorCentre_R_x[1][7]=0 -ConductorCentre_R_x[1][8]=0 -ConductorCentre_R_x[1][9]=0 -ConductorCentre_R_x[1][10]=0 -ConductorCentre_R_x[1][11]=0 -ConductorCentre_R_x[1][12]=0 -ConductorCentre_R_x[1][13]=0 -ConductorCentre_R_y[0][0]=105.600295686937 -ConductorCentre_R_y[0][1]=104.422418869653 -ConductorCentre_R_y[0][2]=103.244542052369 -ConductorCentre_R_y[0][3]=102.066665235085 -ConductorCentre_R_y[0][4]=100.888788417801 -ConductorCentre_R_y[0][5]=99.7109116005164 -ConductorCentre_R_y[0][6]=98.5330347832323 -ConductorCentre_R_y[0][7]=97.3551579659482 -ConductorCentre_R_y[0][8]=96.1772811486642 -ConductorCentre_R_y[0][9]=94.9994043313801 -ConductorCentre_R_y[0][10]=93.821527514096 -ConductorCentre_R_y[0][11]=92.6436506968119 -ConductorCentre_R_y[0][12]=91.4657738795278 -ConductorCentre_R_y[0][13]=90.2878970622437 -ConductorCentre_R_y[1][0]=0 -ConductorCentre_R_y[1][1]=0 -ConductorCentre_R_y[1][2]=0 -ConductorCentre_R_y[1][3]=0 -ConductorCentre_R_y[1][4]=0 -ConductorCentre_R_y[1][5]=0 -ConductorCentre_R_y[1][6]=0 -ConductorCentre_R_y[1][7]=0 -ConductorCentre_R_y[1][8]=0 -ConductorCentre_R_y[1][9]=0 -ConductorCentre_R_y[1][10]=0 -ConductorCentre_R_y[1][11]=0 -ConductorCentre_R_y[1][12]=0 -ConductorCentre_R_y[1][13]=0 -Copper_Diameter=1.00716737351694 -Copper_Diameter_2=0.65 -Copper_Diameter_3=0.65 -Copper_Diameter_Aux=0.65 -Aux_Copper_Diameter=0.65 -Wire_Diameter=1.07899896305214 -Wire_Diameter_2=0.714 -Wire_Diameter_3=0.714 -Wire_Diameter_Aux=0.714 -Aux_Wire_Diameter=0.714 -Copper_Depth_[%]=100 -Coil_Divider_Width=2 -EWdg_Fill=0.427266966960131 -Liner_-_Lam_Gap=0 -Liner_Thickness=0.25 -Ins_Slot_Base_Thickness=0 -ConductorsPerSlot=36 -Conductors/Slot=36 -ConductorsPerSlot_2=0 -ConductorsPerSlot_3=0 -EWdg_MLT=297.820550151458 -Ins_Tooth_Side_Thickness=0 -Imp_Goodness_[Active]=0.8 -Imp_Goodness_[Liner-Lam]=0.8 -Imp_Goodness_[EWdg]=0.8 -Imp_Goodness_[Litz]=0.85 -Potting_Goodness_[EWdg]=1 -Armature_CoilStyle=0 -Armature_WindingType=0 -Wire_Type_Stator=0 -Wire_Type_Stator_2=0 -Wire_Type_Stator_3=0 -Wire_Type_Litz=0 -Wire_Type_Aux=0 -AWG_WireGaugeIndex=36 -Last_AWG_Wire_Table_Entry_Number=36 -AWG_WireGaugeIndex_2=44 -AWG_WireGaugeIndex_3=44 -SWG_WireGaugeIndex=48 -Last_SWG_Wire_Table_Entry_Number=48 -SWG_WireGaugeIndex_2=48 -SWG_WireGaugeIndex_3=48 -Metric_WireGaugeIndex=20 -Last_Metric_Wire_Table_Entry_Number=20 -Metric_WireGaugeIndex_2=20 -Metric_WireGaugeIndex_3=20 -AWG_WireGaugeIndex_Litz=56 -AWG_WireGaugeIndex_Aux=44 -Last_Aux_AWG_Wire_Table_Entry_Number=44 -Metric_WireGaugeIndex_Aux=20 -Last_Aux_Metric_Wire_Table_Entry_Number=20 -Wire_Type=AWG_Table -Aux_Wire_Type=AWG_Table -Winding_Type=Overlapping - -[Miscellaneous] -Ambient_Temperature=20 -T_Ambient_Radiation=40 -Plate_Temperature=100 -Base_Temperature=100 -Shaft[F]_Temperature=100 -Shaft[R]_Temperature=100 -Axle[F]_Temperature=100 -Axle[R]_Temperature=100 -Endcap[F]_Temperature=100 -Endcap[R]_Temperature=100 -Air_Property_Temperature=100 -Altitude=0 -Reference_shaft_speed=4967 -Stacking_Factor_[Stator]=0.97 -Stacking_Factor_[Rotor]=0.97 -Rt_[Shaft_-_Amb_(Front)]=1000000000 -Rt_[Shaft_-_Amb_(Rear)]=1000000000 -Rt_[Axle_-_Amb_(Front)]=1000000000 -Rt_[Axle_-_Amb_(Rear)]=1000000000 -ProximityLosses_ShowDetail=False -ProximityLossModel=0 -ProximityLossesUnevenDistEnabled=False -ProximityLossDistribution=0.5 -ProximityRacRdc=1 -ProximityRefSpeed=3000 -AirgapConvectiveHTCMultiplier=1 -AIRGAP_CONDUCTIVITY_MULTIPLIER=1 -EncGapConductivityMultiplier=1 -ENCODER_-_ENCCASE_CONDUCTIVITY_MULTIPLIER=1 -FinSideBaseNatConvWeighting=1 -AXIAL_FIN_HORIZ_MOUNT_SIDE/BASE_WEIGHTING=1 -ShaftSpeed=1 -Shaft_Speed=1 - -[Losses_At_RPM_Ref] -Losses_for_single_reference_speed=False -Armature_Copper_Loss_@Ref_Speed=2069 -Stator_Copper_Loss_@Ref_Speed=2069 -Armature_Copper_Freq_Component_Loss_@Ref_Speed=70.76 -Stator_Copper_Freq_Component_Loss_@Ref_Speed=70.76 -Main_Winding_Copper_Loss_@Ref_Speed=60 -Aux_Winding_Copper_Loss_@Ref_Speed=60 -Stator_Iron_Loss_@Ref_Speed_[Back_Iron]=0 -Stator_Iron_Loss_@Ref_Speed=0 -Stator_Iron_Loss_@Ref_Speed_[Tooth]=0 -Stator_Iron_Loss_@Ref_Speed_[Tooth_Tip]=0 -Windage_Loss_@Ref_Speed=0 -Windage_Loss_(Ext_Fan)_@Ref_Speed=0 -Friction_Loss_[F]_@Ref_Speed=0 -Friction_Loss_[R]_@Ref_Speed=0 -Magnet_Iron_Loss_@Ref_Speed=0 -Magnet_Banding_Loss_@Ref_Speed=0 -Stator_Bore_Sleeve_Loss_@Ref_Speed=0 -Rotor_Iron_Loss_@Ref_Speed_[Embedded_Magnet_Pole]=0 -Encoder_Loss_@Ref_Speed=1 -Rotor_Iron_Loss_@Ref_Speed_[Back_Iron]=0 -Rotor_Iron_Loss_@Ref_Speed_[Tooth]=0 -Rotor_Copper_Loss_@Ref_Speed=0 -Stator_Iron_Stray_Load_Loss_@Ref_Speed=0 -Rotor_Iron_Stray_Load_Loss_@Ref_Speed=0 -Stator_Copper_Stray_Load_Loss_@Ref_Speed=0 -Rotor_Copper_Stray_Load_Loss_@Ref_Speed=0 -Brush_Friction_Loss_@Ref_Speed=5 -Brush_VI_Loss_@Ref_Speed=5 -RotorWindingTemperatureAtWhichPcuInput=140 -RotorCopperTempCoefResistivity=0.00393 -StatorCopperTempCoefResistivity=0.00393 -StatorCopperFreqCompTempCoefResistivity=0.00393 -StatorCopperFreqCompTempExponent=0.5 -StatorIronStrayLoadTempCoefResistivity=0 -RotorIronStrayLoadTempCoefResistivity=0 -StatorCopperStrayLoadTempCoefResistivity=0 -RotorCopperStrayLoadTempCoefResistivity=0 - -[Proximity_Loss] -Percentage_Winding_Temperature_Increase_at_Proximity_RPM=0 -Proximity_RPM=10000 -HybridModel_PolynomialPower=2.5 -HybridModel_TotalLines=30 -HybridModel_FEAFluxLinePoints=10 -HybridAdjustmentFactor_ACLosses=1 - -[Copper_Loss_Vary] -Copper_Losses_Vary_With_Temperature=True -Winding_Temperature_at_which_Pcu_Input=100 - -[BPM_Rating_Test] -Losses_Vary_With_Temperature_and_Load=False -Constant_Torque_or_Constant_Current=Constant_Torque -Winding_Temperature_-_Tw(i/p)=120 -Magnet_Temperature_-_Tm(i/p)=80 -Shaft_Torque_[1pu]=15 -Rph_@Tw(i/p)=0.45 -Magnet_Temp_Coeff_Br=-0.12 -Iron_Loss_To_Power_Ratio=0 -Iph_[1pu]=8.11440825933579 -Torque_Constant=1.84856363157994 -Torque_Current_Multiplier=1 - -[h_Table_Params] -Input_Flow_Rate_or_Velocity=Input_Velocity -Convection_Radiation_Table_dT=100 -Internal_Radiation_Table_dT=10 -Forced_Convection_Default_RPM=3000 -Forced_Convection_Default_Velocity=5 -Forced_Convection_Default_Flow_Rate=0 - -[h_Nat_Con_Model] -Calc/Input_h[nc]_Housing_[A]_-_No_Fins=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Fin_Base=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_No_Fins=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Fin_Base=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_No_Fins=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Fin_Base=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[nc]_Endcap_[F]_-_Radial=Calc_h_conv -Calc/Input_h[nc]_Endcap_[F]_-_Axial=Calc_h_conv -Calc/Input_h[nc]_Endcap_[R]_-_Radial=Calc_h_conv -Calc/Input_h[nc]_Endcap_[R]_-_Axial=Calc_h_conv -Calc/Input_h[nc]_Flange_Plate=Calc_h_conv -Calc/Input_h[nc]_Axle_Plate_[F]=Calc_h_conv -Calc/Input_h[nc]_Axle_Plate_[R]=Calc_h_conv -Calc/Input_h[nc]_Base_Plate=Calc_h_conv -Calc/Input_h[nc]_Encoder_Case_-_Radial=Calc_h_conv -Calc/Input_h[nc]_Encoder_Case_-_Axial=Calc_h_conv - -[h_Forced_Con_Model] -Calc/Input_h[fc]_Housing_[F]_-_No_Fins=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Fin_Base=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_No_Fins=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Fin_Base=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[fc]_Endcap_[F]_-_Radial=Calc_h_conv -Calc/Input_h[fc]_Endcap_[F]_-_Axial=Calc_h_conv -Calc/Input_h[fc]_Endcap_[R]_-_Radial=Calc_h_conv -Calc/Input_h[fc]_Endcap_[R]_-_Axial=Calc_h_conv -Calc/Input_h[fc]_Flange_Plate=Calc_h_conv -Calc/Input_h[fc]_Axle_Plate_[F]=Calc_h_conv -Calc/Input_h[fc]_Axle_Plate_[R]=Calc_h_conv -Calc/Input_h[fc]_Base_Plate=Calc_h_conv -Calc/Input_h[fc]_Encoder_Case_-_Radial=Calc_h_conv -Calc/Input_h[fc]_Encoder_Case_-_Axial=Calc_h_conv - -[CoolingOptions_Notes] -Notes_-_Cooling_Options[1]=Type in user Cooling notes here - -[Losses_Notes] -Notes_-_Losses[1]=Type in user Losses notes here - -[Calculation_Notes] -Notes_-_Calculation_Options_Data[1]=Type in user Calculation option notes here - -[Calc_Data_Keys] -[1]=5C5E5C5009444C5C555C5E05095B4E52465B51460916071B45135C4649595B4B5708584544545B51020C525C4B525E5D5D08160D0D44015840565B -[2]=5C5E5C5009444C5C555C5E05095B2A342B0B372D7242406633553B4252505F554B0152455650585B00 -[3]=5C5E5C5009444C5C555C5E05095B0C03041F040A5D4B5C5F1D5E2100170F1B210D521C362D1422224675122B3D292327075E5158661A07594E5359445D5D08584052555D -[4]=5C5E5C5009444C5C555C5E05095B3D281C0B043E0D0C0C00451D544E565A5F52550B -[5]=5C5E5C5009444C5C555C5E05095B2F0001332D07505452741866390F0110040A305E0912251618246956392F2403090D124B5C7C422D5D59425E5D5B4A5C005A4751535E58 -[6]=5C5E5C5009444C5C555C5E05095B0D2A13333D004D757F6C317A1D0101250903294A1A1D300B185F07015D5F5C5F52555A0C0E0406 -[7]=5C5E5C5009444C5C555C5E05095B1D0A1F0E12046B6D5D593D4A3B38281927021F5F003F2C02393B7240192B030B5E51500C091A0C4C035F43505859 -[8]=5C5E5C5009444C5C555C5E05095B361C2B2112044B6E585E1B563C07365C5E5C5009444C5C555C5E05095B -[9]=5C5E5C5009444C5C555C5E05095C0B1D371A2E0B6854514125522627252426283F600937173D3D3D7F4E0B5A465E5F54460000040741055D42 -[10]=5C5E5C5009444C5C555C5E05095C0A1E2C3A230B61534563045D01232B23332735752C2D01372D01657C023C1B3C25301A50406666395E3B00525C52515416534D54575B5D030D -[11]=5C5E5C5009444C5C555C5E05095C361D233332387B50525839670C1403111825237F2D20311D373F605B2320022E292A206D6C777838620106031E2932510C5240554B5753030B5D584252 -[12]=5C5E5C5009444C5C555C5E05095C082B123A142D7D707C5932551E342A0B5E505D0D5B5B5D5D5E59060F585A -[13]=5C5E5C5009444C5C555C5E05095C1C1729073D2C5277505933671E220B240C0E2A7A1C2F292D203E7E4B3A1C033306221B7B56725A26670A4252505F554B0152455650585B07 -[14]=5C5E5C5009444C5C555C5E05095C0A3A173C230C485B56631D7B351D201D1B3C2E0C5E4D515440520B095A5B44565E -[15]=5C5E5C5009444C5C555C5E05095C0A162E5E51500C091A0C4C035F4350585E -[16]=5C5E5C5009444C5C555C5E05095C023C362C2012756C5E5F0D402C0029062E2E1C535E415C505F450A01585C47505A51 -[17]=5C5E5C5009444C5C555C5E05095C0B200A2B2C0457617A5F2363390F295C5E5C5009444C5C555C5E05095C -[18]=5C5E5C5009444C5C555C5E05095C2924133F14115E4E6C5205671B3A0900272B007D1E41505D5B5A1D00505E40535C555C -[19]=5C5E5C5009444C5C555C5E05095C1708233D0E395D4C47433B7859425E5D5B4A5C005A4751535E5F -[20]=5C5E5C5009444C5C555C5E05095C19131403203C7F48796612743D002B2B3A003D7F271D0E23213F7B68291D1F052B2832617B7D520E6A3E1F3C185E505D0D5B5B5D5D5E59060F585A - -[Transient_Notes] -Notes_-_Transient_Data[1]=US06 Drive Cycle - -[External_Components] -Number_of_External_Circuit_Comps=0 - -[External_Flow_Components] -Number_of_External_Flow_Circuit_Comps=0 - -[Wet_Rotor_Data] -h[Wet_Rotor]_Velocity_Selection=h_Based_on_Effective_Velocity -Wet_Rotor_Inlet_Temperature=40 -Wet_Rotor_Fluid_Volume_Flow_Rate=6E-6 -Wet_Rotor_Fluid_Thermal_Conductivity=0.125 -Wet_Rotor_Fluid_Density=1000 -Wet_Rotor_Fluid_Specific_Heat=1880 -Wet_Rotor_Fluid_Kinematic_Viscosity=1.1E-5 -Wet_Rotor_Fluid_Name=Fixed values -Number_of_Wet_Rotor_Fluid_Conductivity_Values=0 -Number_of_Wet_Rotor_Fluid_Specific_Heat_Values=0 -Number_of_Wet_Rotor_Fluid_Density_Values=0 -Number_of_Wet_Rotor_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Wet_Rotor_Fluid_Volumetric_Expansion_Values=0 -Axial_Velocity_Multiplier_-_Airgap=1 -Axial_Velocity_Multiplier_-_EWdg-Shaft[F]=1 -Axial_Velocity_Multiplier_-_EWdg-Shaft[R]=1 -Axial_Velocity_Multiplier_-_Coil_Divider=1 -Axial_Velocity_Multiplier_-_Slot_Wedge=1 -Calc/Input_h[Wet_Rotor]_Stator_Bore=Calc_h_conv -Input_Value_h[Wet_Rotor]_Stator_Bore=10 -Adjustment_h[Wet_Rotor]_Stator_Bore=1 -Velocity_Multiplier_h[Wet_Rotor]_Stator_Bore=1 -Notes_Wet_Rotor_Stator_Bore= -Calc/Input_h[Wet_Rotor]_Rotor_Surface=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rotor_Surface=10 -Adjustment_h[Wet_Rotor]_Rotor_Surface=1 -Velocity_Multiplier_h[Wet_Rotor]_Rotor_Surface=1 -Notes_Wet_Rotor_Rotor_Surface= -Calc/Input_h[Wet_Rotor]_Front_End_Winding_[Bore]=Calc_h_conv -Input_Value_h[Wet_Rotor]_Front_End_Winding_[Bore]=10 -Adjustment_h[Wet_Rotor]_Front_End_Winding_[Bore]=1 -Velocity_Multiplier_h[Wet_Rotor]_Front_End_Winding_[Bore]=1 -Notes_Wet_Rotor_Front_End_Winding_[Bore]= -Calc/Input_h[Wet_Rotor]_Rear_End_Winding_[Bore]=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rear_End_Winding_[Bore]=10 -Adjustment_h[Wet_Rotor]_Rear_End_Winding_[Bore]=1 -Velocity_Multiplier_h[Wet_Rotor]_Rear_End_Winding_[Bore]=1 -Notes_Wet_Rotor_Rear_End_Winding_[Bore]= -Calc/Input_h[Wet_Rotor]_Front_Shaft=Calc_h_conv -Input_Value_h[Wet_Rotor]_Front_Shaft=10 -Adjustment_h[Wet_Rotor]_Front_Shaft=1 -Velocity_Multiplier_h[Wet_Rotor]_Front_Shaft=1 -Notes_Wet_Rotor_Front_Shaft= -Calc/Input_h[Wet_Rotor]_Rear_Shaft=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rear_Shaft=10 -Adjustment_h[Wet_Rotor]_Rear_Shaft=1 -Velocity_Multiplier_h[Wet_Rotor]_Rear_Shaft=1 -Notes_Wet_Rotor_Rear_Shaft= -Calc/Input_h[Wet_Rotor]_Front_End_Winding_[End]=Calc_h_conv -Input_Value_h[Wet_Rotor]_Front_End_Winding_[End]=10 -Adjustment_h[Wet_Rotor]_Front_End_Winding_[End]=1 -Velocity_Multiplier_h[Wet_Rotor]_Front_End_Winding_[End]=1 -Notes_Wet_Rotor_Front_End_Winding_[End]= -Calc/Input_h[Wet_Rotor]_Rear_End_Winding_[End]=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rear_End_Winding_[End]=10 -Adjustment_h[Wet_Rotor]_Rear_End_Winding_[End]=1 -Velocity_Multiplier_h[Wet_Rotor]_Rear_End_Winding_[End]=1 -Notes_Wet_Rotor_Rear_End_Winding_[End]= -Calc/Input_h[Wet_Rotor]_Front_Endcap=Calc_h_conv -Input_Value_h[Wet_Rotor]_Front_Endcap=10 -Adjustment_h[Wet_Rotor]_Front_Endcap=1 -Velocity_Multiplier_h[Wet_Rotor]_Front_Endcap=1 -Notes_Wet_Rotor_Front_Endcap= -Calc/Input_h[Wet_Rotor]_Rear_Endcap=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rear_Endcap=10 -Adjustment_h[Wet_Rotor]_Rear_Endcap=1 -Velocity_Multiplier_h[Wet_Rotor]_Rear_Endcap=1 -Notes_Wet_Rotor_Rear_Endcap= -Calc/Input_h[Wet_Rotor]_Coil_Divider=Calc_h_conv -Input_Value_h[Wet_Rotor]_Coil_Divider=10 -Adjustment_h[Wet_Rotor]_Coil_Divider=1 -Velocity_Multiplier_h[Wet_Rotor]_Coil_Divider=1 -Notes_Wet_Rotor_Coil_Divider= -Calc/Input_h[Wet_Rotor]_Slot_Wedge=Calc_h_conv -Input_Value_h[Wet_Rotor]_Slot_Wedge=10 -Adjustment_h[Wet_Rotor]_Slot_Wedge=1 -Velocity_Multiplier_h[Wet_Rotor]_Slot_Wedge=1 -Notes_Wet_Rotor_Slot_Wedge= -Wet_Rotor_Flow_Path=Wet_Rotor_Front_Inlet -Wet_Rotor_Inlet_Outlet_Position_-_Front=Axial_Inlet_Outlet -Wet_Rotor_Inlet_Outlet_Position_-_Rear=Axial_Inlet_Outlet -Wet_Rotor_Shaft_Hole_Cooling=Not_Included -WetRotor_Duct_Wall_Roughness_CoilDivider=0.0025 -WetRotor_Duct_Wall_Roughness_Wedge=0.0025 -WetRotor_Duct_Wall_Roughness_Airgap=0.0025 -IncludeWetRotorDuctWallFriction=True -Slot_Wedge_Fluid_Flow=False -Coil_Divider_Fluid_Flow=False -Flow_Adjust_Gap=1 -Flow_Adjust_Slot_Wedge=1 -Flow_Adjust_Coil_Divider=1 -OnlyActiveSectionFluidFlow=False -WetRotorFluidTemperature=0 - -[Water_Jacket_Data] -WJ_Active_Cooling_Only=True -WJ_Fluid_Flow_Direction=Front_Rear -WJ_Fluid_Inlet_Temperature=20 -WJ_Fluid_Thermal_Conductivity=0.386 -WJ_Fluid_Density=1076 -WJ_Fluid_Specific_Heat=3252 -WJ_Fluid_Kinematic_Viscosity=3.72E-6 -Housing_Water_Jacket_Fluid_Name=EGW 50/50 -Number_of_Housing_Water_Jacket_Fluid_Conductivity_Values=6 -Number_of_Housing_Water_Jacket_Fluid_Specific_Heat_Values=2 -Number_of_Housing_Water_Jacket_Fluid_Density_Values=4 -Number_of_Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Values=7 -Number_of_Housing_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 -Housing_Water_Jacket_Fluid_Conductivity_Value[0]=0.35 -Housing_Water_Jacket_Fluid_Conductivity_Temp[0]=-25 -Housing_Water_Jacket_Fluid_Conductivity_Value[1]=0.37 -Housing_Water_Jacket_Fluid_Conductivity_Temp[1]=0 -Housing_Water_Jacket_Fluid_Conductivity_Value[2]=0.39 -Housing_Water_Jacket_Fluid_Conductivity_Temp[2]=25 -Housing_Water_Jacket_Fluid_Conductivity_Value[3]=0.405 -Housing_Water_Jacket_Fluid_Conductivity_Temp[3]=50 -Housing_Water_Jacket_Fluid_Conductivity_Value[4]=0.415 -Housing_Water_Jacket_Fluid_Conductivity_Temp[4]=75 -Housing_Water_Jacket_Fluid_Conductivity_Value[5]=0.42 -Housing_Water_Jacket_Fluid_Conductivity_Temp[5]=100 -Housing_Water_Jacket_Fluid_Specific_Heat_Value[0]=3000 -Housing_Water_Jacket_Fluid_Specific_Heat_Temp[0]=-25 -Housing_Water_Jacket_Fluid_Specific_Heat_Value[1]=3700 -Housing_Water_Jacket_Fluid_Specific_Heat_Temp[1]=100 -Housing_Water_Jacket_Fluid_Density_Value[0]=1100 -Housing_Water_Jacket_Fluid_Density_Temp[0]=-20 -Housing_Water_Jacket_Fluid_Density_Value[1]=1088 -Housing_Water_Jacket_Fluid_Density_Temp[1]=0 -Housing_Water_Jacket_Fluid_Density_Value[2]=1076 -Housing_Water_Jacket_Fluid_Density_Temp[2]=20 -Housing_Water_Jacket_Fluid_Density_Value[3]=1032 -Housing_Water_Jacket_Fluid_Density_Temp[3]=100 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[0]=2E-5 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[0]=-20 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[1]=7.81E-6 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[1]=0 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[2]=3.72E-6 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[2]=20 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[3]=2.25E-6 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[3]=40 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[4]=1.42E-6 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[4]=60 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[5]=9.6E-7 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[5]=80 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[6]=7.75E-7 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[6]=100 -Calc/Input_h[WJ]_Front_Housing=Calc_h_conv -Input_Value_h[WJ]_Front_Housing=178.7 -Adjustment_h[WJ]_Front_Housing=1 -Velocity_Multiplier_h[WJ]_Front_Housing=1 -Notes_WJ_Front_Housing= -Calc/Input_h[WJ]_Rear_Housing=Calc_h_conv -Input_Value_h[WJ]_Rear_Housing=178.7 -Adjustment_h[WJ]_Rear_Housing=1 -Velocity_Multiplier_h[WJ]_Rear_Housing=1 -Notes_WJ_Rear_Housing= -Calc/Input_h[WJ]_Front_Endcap=Calc_h_conv -Input_Value_h[WJ]_Front_Endcap=10 -Adjustment_h[WJ]_Front_Endcap=1 -Velocity_Multiplier_h[WJ]_Front_Endcap=1 -Notes_WJ_Front_Endcap= -Calc/Input_h[WJ]_Rear_Endcap=Calc_h_conv -Input_Value_h[WJ]_Rear_Endcap=10 -Adjustment_h[WJ]_Rear_Endcap=1 -Velocity_Multiplier_h[WJ]_Rear_Endcap=1 -Notes_WJ_Rear_Endcap= -Notes_WJ_Fluid_Flow_Front_Housing= -Notes_WJ_Fluid_Flow_Rear_Housing= -WJ_Duct_Wall_Roughness_Active=0.0025 -WJ_Duct_Wall_Roughness_Front=0.0025 -WJ_Duct_Wall_Roughness_Rear=0.0025 -IncludeWJDuctWallFriction=True -HousingWJ_Friction_k_Adjustment_L1_F=1 -HousingWJ_h_Input_L1_F=0 -HousingWJ_h_Adjust_L1_F=1 -HousingWJ_Velocity_Multiplier_L1_F=1 -HousingWJ_FlowNotes_L1_F= -HousingWJ_HeatTransferNotes_L1_F= -HousingWJ_Friction_k_Adjustment_L2_F=1 -HousingWJ_h_Input_L2_F=0 -HousingWJ_h_Adjust_L2_F=1 -HousingWJ_Velocity_Multiplier_L2_F=1 -HousingWJ_FlowNotes_L2_F= -HousingWJ_HeatTransferNotes_L2_F= -HousingWJ_Friction_k_Adjustment_L3_F=1 -HousingWJ_h_Input_L3_F=0 -HousingWJ_h_Adjust_L3_F=1 -HousingWJ_Velocity_Multiplier_L3_F=1 -HousingWJ_FlowNotes_L3_F= -HousingWJ_HeatTransferNotes_L3_F= -HousingWJ_Friction_k_Adjustment_L4_F=1 -HousingWJ_h_Input_L4_F=0 -HousingWJ_h_Adjust_L4_F=1 -HousingWJ_Velocity_Multiplier_L4_F=1 -HousingWJ_FlowNotes_L4_F= -HousingWJ_HeatTransferNotes_L4_F= -HousingWJ_Friction_k_Adjustment_L1_R=1 -HousingWJ_h_Input_L1_R=0 -HousingWJ_h_Adjust_L1_R=1 -HousingWJ_Velocity_Multiplier_L1_R=1 -HousingWJ_FlowNotes_L1_R= -HousingWJ_HeatTransferNotes_L1_R= -HousingWJ_Friction_k_Adjustment_L2_R=1 -HousingWJ_h_Input_L2_R=0 -HousingWJ_h_Adjust_L2_R=1 -HousingWJ_Velocity_Multiplier_L2_R=1 -HousingWJ_FlowNotes_L2_R= -HousingWJ_HeatTransferNotes_L2_R= -HousingWJ_Friction_k_Adjustment_L3_R=1 -HousingWJ_h_Input_L3_R=0 -HousingWJ_h_Adjust_L3_R=1 -HousingWJ_Velocity_Multiplier_L3_R=1 -HousingWJ_FlowNotes_L3_R= -HousingWJ_HeatTransferNotes_L3_R= -HousingWJ_Friction_k_Adjustment_L4_R=1 -HousingWJ_h_Input_L4_R=0 -HousingWJ_h_Adjust_L4_R=1 -HousingWJ_Velocity_Multiplier_L4_R=1 -HousingWJ_FlowNotes_L4_R= -HousingWJ_HeatTransferNotes_L4_R= -HousingWJ_Channel_CSArea_A_Adjustment[0]=0 -HousingWJ_Channel_CSArea_A_Adjustment[1]=0 -HousingWJ_Channel_CSArea_A_Adjustment[2]=0 -HousingWJ_Channel_CSArea_A_Adjustment[3]=0 -HousingWJ_Channel_CSArea_A_Adjustment[4]=0 -HousingWJ_Channel_CSArea_A_Adjustment[5]=0 -HousingWJ_Channel_CSArea_A_Adjustment[6]=0 -HousingWJ_Channel_CSArea_A_Adjustment[7]=0 -HousingWJ_Channel_CSArea_A_Adjustment[8]=0 -HousingWJ_Channel_CSArea_F_Adjustment=0 -HousingWJ_Channel_CSArea_R_Adjustment=0 -HousingWJ_Endcap_CSArea_F_Adjustment=0 -HousingWJ_Endcap_CSArea_R_Adjustment=0 -HousingWJ_Channel_Length_A_Adjustment[0]=0 -HousingWJ_Channel_Length_A_Adjustment[1]=0 -HousingWJ_Channel_Length_A_Adjustment[2]=0 -HousingWJ_Channel_Length_A_Adjustment[3]=0 -HousingWJ_Channel_Length_A_Adjustment[4]=0 -HousingWJ_Channel_Length_A_Adjustment[5]=0 -HousingWJ_Channel_Length_A_Adjustment[6]=0 -HousingWJ_Channel_Length_A_Adjustment[7]=0 -HousingWJ_Channel_Length_A_Adjustment[8]=0 -HousingWJ_Channel_Length_F_Adjustment=0 -HousingWJ_Channel_Length_R_Adjustment=0 -HousingWJ_Endcap_Length_F_Calculated=0 -HousingWJ_Endcap_Length_F_Adjustment=0 -HousingWJ_Endcap_Length_F=0 -HousingWJ_Endcap_Length_R_Calculated=0 -HousingWJ_Endcap_Length_R_Adjustment=0 -HousingWJ_Endcap_Length_R=0 -HousingWJ_Endcap_Height_F=0 -HousingWJ_Endcap_Height_R=0 -HousingWJ_Endcap_Width_F=0 -HousingWJ_Endcap_Width_R=0 -HousingWJ_Channel_Length_L1_A_Adjustment[0]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[1]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[2]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[3]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[4]=0 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-HousingWJ_h_Adjust_L2_A[1]=1 -HousingWJ_h_Adjust_L2_A[2]=1 -HousingWJ_h_Adjust_L2_A[3]=1 -HousingWJ_h_Adjust_L2_A[4]=1 -HousingWJ_h_Adjust_L2_A[5]=1 -HousingWJ_h_Adjust_L2_A[6]=1 -HousingWJ_h_Adjust_L2_A[7]=1 -HousingWJ_h_Adjust_L2_A[8]=1 -HousingWJ_Velocity_Multiplier_L2_A[0]=1 -HousingWJ_Velocity_Multiplier_L2_A[1]=1 -HousingWJ_Velocity_Multiplier_L2_A[2]=1 -HousingWJ_Velocity_Multiplier_L2_A[3]=1 -HousingWJ_Velocity_Multiplier_L2_A[4]=1 -HousingWJ_Velocity_Multiplier_L2_A[5]=1 -HousingWJ_Velocity_Multiplier_L2_A[6]=1 -HousingWJ_Velocity_Multiplier_L2_A[7]=1 -HousingWJ_Velocity_Multiplier_L2_A[8]=1 -HousingWJ_FlowNotes_L2_A[0]= -HousingWJ_FlowNotes_L2_A[1]= -HousingWJ_FlowNotes_L2_A[2]= -HousingWJ_FlowNotes_L2_A[3]= -HousingWJ_FlowNotes_L2_A[4]= -HousingWJ_FlowNotes_L2_A[5]= -HousingWJ_FlowNotes_L2_A[6]= -HousingWJ_FlowNotes_L2_A[7]= -HousingWJ_FlowNotes_L2_A[8]= -HousingWJ_HeatTransferNotes_L2_A[0]= -HousingWJ_HeatTransferNotes_L2_A[1]= -HousingWJ_HeatTransferNotes_L2_A[2]= -HousingWJ_HeatTransferNotes_L2_A[3]= -HousingWJ_HeatTransferNotes_L2_A[4]= -HousingWJ_HeatTransferNotes_L2_A[5]= -HousingWJ_HeatTransferNotes_L2_A[6]= -HousingWJ_HeatTransferNotes_L2_A[7]= -HousingWJ_HeatTransferNotes_L2_A[8]= -HousingWJ_Friction_k_Adjustment_L3_A[0]=1 -HousingWJ_Friction_k_Adjustment_L3_A[1]=1 -HousingWJ_Friction_k_Adjustment_L3_A[2]=1 -HousingWJ_Friction_k_Adjustment_L3_A[3]=1 -HousingWJ_Friction_k_Adjustment_L3_A[4]=1 -HousingWJ_Friction_k_Adjustment_L3_A[5]=1 -HousingWJ_Friction_k_Adjustment_L3_A[6]=1 -HousingWJ_Friction_k_Adjustment_L3_A[7]=1 -HousingWJ_Friction_k_Adjustment_L3_A[8]=1 -HousingWJ_h_Input_L3_A[0]=0 -HousingWJ_h_Input_L3_A[1]=0 -HousingWJ_h_Input_L3_A[2]=0 -HousingWJ_h_Input_L3_A[3]=0 -HousingWJ_h_Input_L3_A[4]=0 -HousingWJ_h_Input_L3_A[5]=0 -HousingWJ_h_Input_L3_A[6]=0 -HousingWJ_h_Input_L3_A[7]=0 -HousingWJ_h_Input_L3_A[8]=0 -HousingWJ_h_Adjust_L3_A[0]=1 -HousingWJ_h_Adjust_L3_A[1]=1 -HousingWJ_h_Adjust_L3_A[2]=1 -HousingWJ_h_Adjust_L3_A[3]=1 -HousingWJ_h_Adjust_L3_A[4]=1 -HousingWJ_h_Adjust_L3_A[5]=1 -HousingWJ_h_Adjust_L3_A[6]=1 -HousingWJ_h_Adjust_L3_A[7]=1 -HousingWJ_h_Adjust_L3_A[8]=1 -HousingWJ_Velocity_Multiplier_L3_A[0]=1 -HousingWJ_Velocity_Multiplier_L3_A[1]=1 -HousingWJ_Velocity_Multiplier_L3_A[2]=1 -HousingWJ_Velocity_Multiplier_L3_A[3]=1 -HousingWJ_Velocity_Multiplier_L3_A[4]=1 -HousingWJ_Velocity_Multiplier_L3_A[5]=1 -HousingWJ_Velocity_Multiplier_L3_A[6]=1 -HousingWJ_Velocity_Multiplier_L3_A[7]=1 -HousingWJ_Velocity_Multiplier_L3_A[8]=1 -HousingWJ_FlowNotes_L3_A[0]= -HousingWJ_FlowNotes_L3_A[1]= -HousingWJ_FlowNotes_L3_A[2]= -HousingWJ_FlowNotes_L3_A[3]= -HousingWJ_FlowNotes_L3_A[4]= -HousingWJ_FlowNotes_L3_A[5]= -HousingWJ_FlowNotes_L3_A[6]= -HousingWJ_FlowNotes_L3_A[7]= -HousingWJ_FlowNotes_L3_A[8]= -HousingWJ_HeatTransferNotes_L3_A[0]= -HousingWJ_HeatTransferNotes_L3_A[1]= -HousingWJ_HeatTransferNotes_L3_A[2]= -HousingWJ_HeatTransferNotes_L3_A[3]= -HousingWJ_HeatTransferNotes_L3_A[4]= -HousingWJ_HeatTransferNotes_L3_A[5]= -HousingWJ_HeatTransferNotes_L3_A[6]= -HousingWJ_HeatTransferNotes_L3_A[7]= -HousingWJ_HeatTransferNotes_L3_A[8]= -HousingWJ_Friction_k_Adjustment_L4_A[0]=1 -HousingWJ_Friction_k_Adjustment_L4_A[1]=1 -HousingWJ_Friction_k_Adjustment_L4_A[2]=1 -HousingWJ_Friction_k_Adjustment_L4_A[3]=1 -HousingWJ_Friction_k_Adjustment_L4_A[4]=1 -HousingWJ_Friction_k_Adjustment_L4_A[5]=1 -HousingWJ_Friction_k_Adjustment_L4_A[6]=1 -HousingWJ_Friction_k_Adjustment_L4_A[7]=1 -HousingWJ_Friction_k_Adjustment_L4_A[8]=1 -HousingWJ_h_Input_L4_A[0]=0 -HousingWJ_h_Input_L4_A[1]=0 -HousingWJ_h_Input_L4_A[2]=0 -HousingWJ_h_Input_L4_A[3]=0 -HousingWJ_h_Input_L4_A[4]=0 -HousingWJ_h_Input_L4_A[5]=0 -HousingWJ_h_Input_L4_A[6]=0 -HousingWJ_h_Input_L4_A[7]=0 -HousingWJ_h_Input_L4_A[8]=0 -HousingWJ_h_Adjust_L4_A[0]=1 -HousingWJ_h_Adjust_L4_A[1]=1 -HousingWJ_h_Adjust_L4_A[2]=1 -HousingWJ_h_Adjust_L4_A[3]=1 -HousingWJ_h_Adjust_L4_A[4]=1 -HousingWJ_h_Adjust_L4_A[5]=1 -HousingWJ_h_Adjust_L4_A[6]=1 -HousingWJ_h_Adjust_L4_A[7]=1 -HousingWJ_h_Adjust_L4_A[8]=1 -HousingWJ_Velocity_Multiplier_L4_A[0]=1 -HousingWJ_Velocity_Multiplier_L4_A[1]=1 -HousingWJ_Velocity_Multiplier_L4_A[2]=1 -HousingWJ_Velocity_Multiplier_L4_A[3]=1 -HousingWJ_Velocity_Multiplier_L4_A[4]=1 -HousingWJ_Velocity_Multiplier_L4_A[5]=1 -HousingWJ_Velocity_Multiplier_L4_A[6]=1 -HousingWJ_Velocity_Multiplier_L4_A[7]=1 -HousingWJ_Velocity_Multiplier_L4_A[8]=1 -HousingWJ_FlowNotes_L4_A[0]= -HousingWJ_FlowNotes_L4_A[1]= -HousingWJ_FlowNotes_L4_A[2]= -HousingWJ_FlowNotes_L4_A[3]= -HousingWJ_FlowNotes_L4_A[4]= -HousingWJ_FlowNotes_L4_A[5]= -HousingWJ_FlowNotes_L4_A[6]= -HousingWJ_FlowNotes_L4_A[7]= -HousingWJ_FlowNotes_L4_A[8]= -HousingWJ_HeatTransferNotes_L4_A[0]= -HousingWJ_HeatTransferNotes_L4_A[1]= -HousingWJ_HeatTransferNotes_L4_A[2]= -HousingWJ_HeatTransferNotes_L4_A[3]= -HousingWJ_HeatTransferNotes_L4_A[4]= -HousingWJ_HeatTransferNotes_L4_A[5]= -HousingWJ_HeatTransferNotes_L4_A[6]= -HousingWJ_HeatTransferNotes_L4_A[7]= -HousingWJ_HeatTransferNotes_L4_A[8]= -HousingWJ_Channel_Perimeter_L1_A_Adjustment=0 -HousingWJ_Channel_Perimeter_L2_A_Adjustment=0 -HousingWJ_Channel_Perimeter_L3_A_Adjustment=0 -HousingWJ_Channel_Perimeter_L4_A_Adjustment=0 -HousingWJ_Channel_Perimeter_L1_F_Adjustment=0 -HousingWJ_Channel_Perimeter_L2_F_Adjustment=0 -HousingWJ_Channel_Perimeter_L3_F_Adjustment=0 -HousingWJ_Channel_Perimeter_L4_F_Adjustment=0 -HousingWJ_Channel_Perimeter_L1_R_Adjustment=0 -HousingWJ_Channel_Perimeter_L2_R_Adjustment=0 -HousingWJ_Channel_Perimeter_L3_R_Adjustment=0 -HousingWJ_Channel_Perimeter_L4_R_Adjustment=0 - -[Spiral_Groove_Shaft] -Shaft_Groove_Active_Cooling_Only=False -Shaft_Groove_Fluid_Flow_Direction=Front_Rear -Shaft_Groove_Fluid_Inlet_Temperature=65 -Shaft_Groove_Fluid_Volume_Flow_Rate=3.34E-5 -Shaft_Groove_Fluid_Thermal_Conductivity=0.1338 -Shaft_Groove_Fluid_Density=811.8 -Shaft_Groove_Fluid_Specific_Heat=2260 -Shaft_Groove_Fluid_Kinematic_Viscosity=1.659E-5 -Shaft_Spiral_Groove_Fluid_Name=ATF134 -Number_of_Shaft_Spiral_Groove_Fluid_Conductivity_Values=4 -Number_of_Shaft_Spiral_Groove_Fluid_Specific_Heat_Values=4 -Number_of_Shaft_Spiral_Groove_Fluid_Density_Values=5 -Number_of_Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Values=5 -Number_of_Shaft_Spiral_Groove_Fluid_Volumetric_Expansion_Values=0 -Shaft_Spiral_Groove_Fluid_Conductivity_Value[0]=0.139 -Shaft_Spiral_Groove_Fluid_Conductivity_Temp[0]=0 -Shaft_Spiral_Groove_Fluid_Conductivity_Value[1]=0.135 -Shaft_Spiral_Groove_Fluid_Conductivity_Temp[1]=50 -Shaft_Spiral_Groove_Fluid_Conductivity_Value[2]=0.131 -Shaft_Spiral_Groove_Fluid_Conductivity_Temp[2]=100 -Shaft_Spiral_Groove_Fluid_Conductivity_Value[3]=0.127 -Shaft_Spiral_Groove_Fluid_Conductivity_Temp[3]=160 -Shaft_Spiral_Groove_Fluid_Specific_Heat_Value[0]=2000 -Shaft_Spiral_Groove_Fluid_Specific_Heat_Temp[0]=0 -Shaft_Spiral_Groove_Fluid_Specific_Heat_Value[1]=2200 -Shaft_Spiral_Groove_Fluid_Specific_Heat_Temp[1]=50 -Shaft_Spiral_Groove_Fluid_Specific_Heat_Value[2]=2400 -Shaft_Spiral_Groove_Fluid_Specific_Heat_Temp[2]=100 -Shaft_Spiral_Groove_Fluid_Specific_Heat_Value[3]=2700 -Shaft_Spiral_Groove_Fluid_Specific_Heat_Temp[3]=160 -Shaft_Spiral_Groove_Fluid_Density_Value[0]=855 -Shaft_Spiral_Groove_Fluid_Density_Temp[0]=0 -Shaft_Spiral_Groove_Fluid_Density_Value[1]=845 -Shaft_Spiral_Groove_Fluid_Density_Temp[1]=15 -Shaft_Spiral_Groove_Fluid_Density_Value[2]=822 -Shaft_Spiral_Groove_Fluid_Density_Temp[2]=50 -Shaft_Spiral_Groove_Fluid_Density_Value[3]=788 -Shaft_Spiral_Groove_Fluid_Density_Temp[3]=100 -Shaft_Spiral_Groove_Fluid_Density_Value[4]=749 -Shaft_Spiral_Groove_Fluid_Density_Temp[4]=160 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[0]=0.000182 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[0]=0 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[1]=2.9E-5 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[1]=40 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[2]=2.1E-5 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[2]=50 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[3]=6.3E-6 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[3]=100 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[4]=2.6E-6 -Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[4]=160 -Calc/Input_h[Shaft_Groove]_-_Front=Calc_h_conv -Input_Value_h[Shaft_Groove]_-_Front=10 -Adjustment_h[Shaft_Groove]_-_Front=1 -Velocity_Multiplier_h[Shaft_Groove]_-_Front=1 -Notes_Shaft_Groove_-_Front= -Calc/Input_h[Shaft_Groove]_-_Active=Calc_h_conv -Input_Value_h[Shaft_Groove]_-_Active=10 -Adjustment_h[Shaft_Groove]_-_Active=1 -Velocity_Multiplier_h[Shaft_Groove]_-_Active=1 -Notes_Shaft_Groove_-_Active= -Calc/Input_h[Shaft_Groove]_-_Rear=Calc_h_conv -Input_Value_h[Shaft_Groove]_-_Rear=10 -Adjustment_h[Shaft_Groove]_-_Rear=1 -Velocity_Multiplier_h[Shaft_Groove]_-_Rear=1 -Notes_Shaft_Groove_-_Rear= -ShaftSG_ShaftHoleCooling=True -ShaftSG_AxleCooling=False -ShaftSpiralGroove_Fluid_Flow_A_Notes= -ShaftSpiralGroove_Fluid_Flow_F_Notes= -ShaftSpiralGroove_Fluid_Flow_R_Notes= -ShaftSpiralGroove_Channel_CSArea_A_Adjustment=0 -ShaftSpiralGroove_Channel_CSArea_F_Adjustment=0 -ShaftSpiralGroove_Channel_CSArea_R_Adjustment=0 -ShaftSpiralGroove_Channel_Length_A_Adjustment=0 -ShaftSpiralGroove_Channel_Length_F_Adjustment=0 -ShaftSpiralGroove_Channel_Length_R_Adjustment=0 -IncludeShaftSpiralGrooveDuctWallFriction=True -ShaftSpiralGroove_Duct_Wall_Roughness_Active=0.0025 -ShaftSpiralGroove_Duct_Wall_Roughness_Front=0.0025 -ShaftSpiralGroove_Duct_Wall_Roughness_Rear=0.0025 -ShaftSpiralGroove_ParallelPathsIndex=0 -ShaftSG_Wall_Thickness=0 - -[Water_Jacket_Rotor] -Rotor_Water_Jacket_Flow_Path=Rotor_Water_Jacket_Front_Inlet -Rotor_WJ_Fluid_Inlet_Temperature=40 -Rotor_WJ_Fluid_Volume_Flow_Rate=6.00031E-6 -Rotor_WJ_Fluid_Thermal_Conductivity=0.125 -Rotor_WJ_Fluid_Density=1000 -Rotor_WJ_Fluid_Specific_Heat=1880 -Rotor_WJ_Fluid_Kinematic_Viscosity=1.1E-5 -Rotor_Water_Jacket_Fluid_Name=Fixed values -Number_of_Rotor_Water_Jacket_Fluid_Conductivity_Values=0 -Number_of_Rotor_Water_Jacket_Fluid_Specific_Heat_Values=0 -Number_of_Rotor_Water_Jacket_Fluid_Density_Values=0 -Number_of_Rotor_Water_Jacket_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Rotor_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 -Calc/Input_h[Rotor_WJ]_-_Front=Calc_h_conv -Input_Value_h[Rotor_WJ]_-_Front=10 -Adjustment_h[Rotor_WJ]_-_Front=1 -Velocity_Multiplier_h[Rotor_WJ]_-_Front=1 -Notes_Rotor_WJ_-_Front= - -[Water_Jacket_Slot] -Slot_WJ_Fluid_Inlet_Temperature=40 -Slot_WJ_Fluid_Volume_Flow_Rate=6E-6 -Slot_WJ_Fluid_Thermal_Conductivity=0.125 -Slot_WJ_Fluid_Density=1000 -Slot_WJ_Fluid_Specific_Heat=1880 -Slot_WJ_Fluid_Kinematic_Viscosity=1.1E-5 -Slot_Water_Jacket_Fluid_Name=Fixed values -Number_of_Slot_Water_Jacket_Fluid_Conductivity_Values=0 -Number_of_Slot_Water_Jacket_Fluid_Specific_Heat_Values=0 -Number_of_Slot_Water_Jacket_Fluid_Density_Values=0 -Number_of_Slot_Water_Jacket_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Slot_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 -Vel_Mult_SlotWJ_Stator_Slot_Bottom=1 -Notes_SlotWJ_Stator_Slot_Bottom= -h_Input_SlotWJ_Stator_Slot_Bottom=0 -h_Adjust_SlotWJ_Stator_Slot_Bottom=1 -Calc_Input_h_SlotWJ_Stator_Slot_Bottom=0 -Vel_Mult_SlotWJ_Stator_Tooth=1 -Notes_SlotWJ_Stator_Tooth= -h_Input_SlotWJ_Stator_Tooth=0 -h_Adjust_SlotWJ_Stator_Tooth=1 -Calc_Input_h_SlotWJ_Stator_Tooth=0 -Vel_Mult_SlotWJ_Conductors=1 -Notes_SlotWJ_Conductors= -h_Input_SlotWJ_Conductors=0 -h_Adjust_SlotWJ_Conductors=1 -Calc_Input_h_SlotWJ_Conductors=0 -Vel_Mult_SlotWJ_Slot_Opening=1 -Notes_SlotWJ_slot_opening= -h_Input_SlotWJ_slot_opening=0 -h_Adjust_SlotWJ_slot_opening=1 -Calc_Input_h_SlotWJ_slot_opening=0 -Vel_Mult_SlotWJ_Slot_centre=1 -Notes_SlotWJ_Slot_centre= -h_Input_SlotWJ_Slot_centre=0 -h_Adjust_SlotWJ_Slot_centre=1 -Calc_Input_h_SlotWJ_Slot_centre=0 -Vel_Mult_SlotWJ_Slot_CentreToBase=1 -Notes_SlotWJ_Slot_CentreToBase= -h_Input_SlotWJ_Slot_CentreToBase=0 -h_Adjust_SlotWJ_Slot_CentreToBase=1 -Calc_Input_h_SlotWJ_Slot_CentreToBase=0 -Vel_Mult_SlotWJ_Slot_CentreToOpening=1 -Notes_SlotWJ_Slot_CentreToOpening= -h_Input_SlotWJ_Slot_CentreToOpening=0 -h_Adjust_SlotWJ_Slot_CentreToOpening=1 -Calc_Input_h_SlotWJ_Slot_CentreToOpening=0 -Vel_Mult_SlotWJ_Slot_Bottom=1 -Notes_SlotWJ_Slot_Bottom= -h_Input_SlotWJ_Slot_Bottom=0 -h_Adjust_SlotWJ_Slot_Bottom=1 -Calc_Input_h_SlotWJ_Slot_Bottom=0 -SlotWJFlowOption=0 -SlotWJFlowDirection=1 -SlotWJDuctWidth_Specification=0 -SlotWJ_SlotBottomDuct_Exists=True -SlotWJ_SlotOpeningDuct_Exists=True -SlotWJ_SlotCentreDuct_Exists=False -IncludeSlotWJDuctWallFriction=True -SlotWJ_Duct_Wall_Roughness=0.0025 -SlotWJ_Duct_Wall_Notes= -SlotWJ_Inlet_Contraction_Notes= -SlotWJ_Outlet_Expansion_Notes= -SlotWJ_Duct_Friction_k_Adjustment=1 -SlotWJ_Inlet_k_Contraction_Adjustment=1 -SlotWJ_Outlet_k_Expansion_Adjustment=1 -Rt_SlotWJ_Insulation_Calc=1 -SlotWJ_Dissipation_Calc=1 -SlotWJ_Conductor_Dissipation_Calc=1 -NumberOfSlotWJCentreDucts=0 - -[Heat_Exchanger] -Heat_Exchanger_Fluid_Name=Fixed values -Number_of_Heat_Exchanger_Fluid_Conductivity_Values=0 -Number_of_Heat_Exchanger_Fluid_Specific_Heat_Values=0 -Number_of_Heat_Exchanger_Fluid_Density_Values=0 -Number_of_Heat_Exchanger_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Heat_Exchanger_Fluid_Volumetric_Expansion_Values=0 -HeatExchanger=False -Vel_Mult_HeatEx_outer=1 -Notes_HeatEx_outer= -h_Input_HeatEx_outer=0 -h_Adjust_HeatEx_outer=1 -Calc_Input_h_HeatEx_outer=0 -Vel_Mult_HeatEx_inner=1 -Notes_HeatEx_inner= -h_Input_HeatEx_inner=0 -h_Adjust_HeatEx_inner=1 -Calc_Input_h_HeatEx_inner=0 -HeatExFlowOption=0 -HeatExOutletCoupling=0 -IncludeHeatExDuctWallFriction=True -HeatEx_Duct_Wall_Roughness=0.0025 -HeatEx_Duct_Wall_Notes= -HeatEx_Inlet_ContExp_Notes= -HeatEx_Outlet_ContExp_Notes= -HeatEx_Duct_Friction_k_Adjustment=1 -HeatEx_Inlet_k_ContExp_Adjustment=1 -HeatEx_Outlet_k_ContExp_Adjustment=1 -HeatEx_Coolant_Inlet_Temp=20 -HeatEx_Volume_Flow_Rate=6E-6 -HeatEx_Fluid_Conductivity=0.61 -HeatEx_Fluid_Density=995.7 -HeatEx_Fluid_Cp=4178 -HeatEx_Fluid_Kinematic_Viscosity=8.02E-7 -HeatEx_Duct_Length=1000 -HeatEx_Duct_Diameter=3 -HeatEx_Wall_Thickness=2 -HeatEx_Insulation_Thickness=0.1 -HeatEx_Duct_Parallel_Paths=1 -HeatEx_Channel_Flow_Area_Outer=1000000 - -[Fluid_Data] -External_Fluid_Conductivity=0.02567981994364 -External_Fluid_Density=1.20432809308479 -External_Fluid_Cp=1005.69145782876 -External_Fluid_Kinematic_Viscosity=1.50198026013344E-5 -Internal_Fluid_Conductivity=0.02567981994364 -Internal_Fluid_Density=1.20432809308479 -Internal_Fluid_Cp=1005.69145782876 -Internal_Fluid_Kinematic_Viscosity=1.50198026013344E-5 -External_Air_in_Soak_Back_Calc=True -Internal_Air_in_Soak_Back_Calc=True -External_Fluid_Name=Air (Motor-CAD model) -Number_of_External_Fluid_Conductivity_Values=0 -Number_of_External_Fluid_Specific_Heat_Values=0 -Number_of_External_Fluid_Density_Values=0 -Number_of_External_Fluid_Kinematic_Viscosity_Values=0 -Number_of_External_Fluid_Volumetric_Expansion_Values=0 -Internal_Fluid_Name=Air (Motor-CAD model) -Number_of_Internal_Fluid_Conductivity_Values=0 -Number_of_Internal_Fluid_Specific_Heat_Values=0 -Number_of_Internal_Fluid_Density_Values=0 -Number_of_Internal_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Internal_Fluid_Volumetric_Expansion_Values=0 - -[EWdg_Spray_Cooling] -Spray_Cooling_Inlet_Temp=40 -Spray_Cooling_Fluid_Volume_Flow_Rate=6E-5 -Spray_Cooling_Fluid_Conductivity=0.0125 -Spray_Cooling_Fluid_Density=1000 -Spray_Cooling_Fluid_Cp=1880 -Spray_Cooling_Fluid_Kinematic_Viscosity=1.1E-5 -Spray_Cooling_Fluid_Name=Fixed values -Number_of_Spray_Cooling_Fluid_Conductivity_Values=0 -Number_of_Spray_Cooling_Fluid_Specific_Heat_Values=0 -Number_of_Spray_Cooling_Fluid_Density_Values=0 -Number_of_Spray_Cooling_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Spray_Cooling_Fluid_Volumetric_Expansion_Values=0 -Spray_Cooling_Endcap_Fluid_Calc_Input_F=Calc_h_conv -Spray_Cooling_Endcap_Fluid_h_Input_F=100 -Spray_Cooling_Endcap_Fluid_h_Adjust_F=1 -Spray_Cooling_Endcap_Fluid_Velocity_Multiplier_F=1 -Spray_Cooling_Endcap_Fluid_Notes_F= -Spray_Cooling_Endcap_Fluid_Calc_Input_R=Calc_h_conv -Spray_Cooling_Endcap_Fluid_h_Input_R=100 -Spray_Cooling_Endcap_Fluid_h_Adjust_R=1 -Spray_Cooling_Endcap_Fluid_Velocity_Multiplier_R=1 -Spray_Cooling_Endcap_Fluid_Notes_R= -Spray_Cooling_Housing_Fluid_Calc_Input_F=Calc_h_conv -Spray_Cooling_Housing_Fluid_h_Input_F=100 -Spray_Cooling_Housing_Fluid_h_Adjust_F=1 -Spray_Cooling_Housing_Fluid_Velocity_Multiplier_F=0.1 -Spray_Cooling_Housing_Fluid_Notes_F= -Spray_Cooling_Housing_Fluid_Calc_Input_R=Calc_h_conv -Spray_Cooling_Housing_Fluid_h_Input_R=100 -Spray_Cooling_Housing_Fluid_h_Adjust_R=1 -Spray_Cooling_Housing_Fluid_Velocity_Multiplier_R=0.1 -Spray_Cooling_Housing_Fluid_Notes_R= -Spray_Cooling_Housing_Fluid_Calc_Input_A=Calc_h_conv -Spray_Cooling_Housing_Fluid_h_Input_A=100 -Spray_Cooling_Housing_Fluid_h_Adjust_A=1 -Spray_Cooling_Housing_Fluid_Velocity_Multiplier_A=0.1 -Spray_Cooling_Housing_Fluid_Notes_A= -Nozzles_EWdg_Outer_F[0]=0 -NozzleDia_EWdg_Outer_F[0]=0 -SprayFlowRatio_EWdg_Outer_F[0]=1 -InternalFlowRatio_EWdg_Outer_F[0]=0 -NozzleDistance_Adj_EWdg_Outer_F[0]=0 -TargetLength_Adj_EWdg_Outer_F[0]=0 -Velocity_Mult_EWdg_Outer_F[0]=1 -Notes_Flow_EWdg_Outer_F[0]= -Notes_HT_EWdg_Outer_F[0]= -Calc_Input_h_EWdg_Outer_F[0]=0 -h_Input_EWdg_Outer_F[0]=1000 -h_Adjust_EWdg_Outer_F[0]=1 -h_Calc_EWdg_Outer_F[0]=0 -Nozzles_EWdg_Front_F[0]=0 -NozzleDia_EWdg_Front_F[0]=0 -SprayFlowRatio_EWdg_Front_F[0]=1 -InternalFlowRatio_EWdg_Front_F[0]=0 -NozzleDistance_Adj_EWdg_Front_F[0]=0 -TargetLength_Adj_EWdg_Front_F[0]=0 -Velocity_Mult_EWdg_Front_F[0]=1 -Notes_Flow_EWdg_Front_F[0]= -Notes_HT_EWdg_Front_F[0]= -Calc_Input_h_EWdg_Front_F[0]=0 -h_Input_EWdg_Front_F[0]=1000 -h_Adjust_EWdg_Front_F[0]=1 -h_Calc_EWdg_Front_F[0]=0 -Nozzles_EWdg_Inner_F[0]=1 -NozzleDia_EWdg_Inner_F[0]=1 -SprayFlowRatio_EWdg_Inner_F[0]=1 -InternalFlowRatio_EWdg_Inner_F[0]=1 -NozzleDistance_Adj_EWdg_Inner_F[0]=0 -TargetLength_Adj_EWdg_Inner_F[0]=0 -Velocity_Mult_EWdg_Inner_F[0]=1 -Notes_Flow_EWdg_Inner_F[0]= -Notes_HT_EWdg_Inner_F[0]= -Calc_Input_h_EWdg_Inner_F[0]=0 -h_Input_EWdg_Inner_F[0]=1000 -h_Adjust_EWdg_Inner_F[0]=1 -h_Calc_EWdg_Inner_F[0]=0 -Nozzles_EWdg_Rear_F[0]=0 -NozzleDia_EWdg_Rear_F[0]=0 -SprayFlowRatio_EWdg_Rear_F[0]=1 -InternalFlowRatio_EWdg_Rear_F[0]=0 -NozzleDistance_Adj_EWdg_Rear_F[0]=0 -TargetLength_Adj_EWdg_Rear_F[0]=0 -Velocity_Mult_EWdg_Rear_F[0]=1 -Notes_Flow_EWdg_Rear_F[0]= -Notes_HT_EWdg_Rear_F[0]= -Calc_Input_h_EWdg_Rear_F[0]=0 -h_Input_EWdg_Rear_F[0]=1000 -h_Adjust_EWdg_Rear_F[0]=1 -h_Calc_EWdg_Rear_F[0]=0 -Nozzles_RotorPole_F=0 -NozzleDia_RotorPole_F=0 -SprayFlowRatio_RotorPole_F=1 -InternalFlowRatio_RotorPole_F=0.5 -NozzleDistance_Adj_RotorPole_F=0 -TargetLength_Adj_RotorPole_F=0 -Velocity_Mult_RotorPole_F=1 -Notes_Flow_RotorPole_F= -Notes_HT_RotorPole_F= -Calc_Input_h_RotorPole_F=0 -h_Input_RotorPole_F=1000 -h_Adjust_RotorPole_F=1 -h_Calc_RotorPole_F=0 -Nozzles_RotorCore_F=0 -NozzleDia_RotorCore_F=0 -SprayFlowRatio_RotorCore_F=1 -InternalFlowRatio_RotorCore_F=0.5 -NozzleDistance_Adj_RotorCore_F=0 -TargetLength_Adj_RotorCore_F=0 -Velocity_Mult_RotorCore_F=1 -Notes_Flow_RotorCore_F= -Notes_HT_RotorCore_F= -Calc_Input_h_RotorCore_F=0 -h_Input_RotorCore_F=1000 -h_Adjust_RotorCore_F=1 -h_Calc_RotorCore_F=0 -Nozzles_EWdg_Outer_R[0]=0 -NozzleDia_EWdg_Outer_R[0]=0 -SprayFlowRatio_EWdg_Outer_R[0]=1 -InternalFlowRatio_EWdg_Outer_R[0]=0 -NozzleDistance_Adj_EWdg_Outer_R[0]=0 -TargetLength_Adj_EWdg_Outer_R[0]=0 -Velocity_Mult_EWdg_Outer_R[0]=1 -Notes_Flow_EWdg_Outer_R[0]= -Notes_HT_EWdg_Outer_R[0]= -Calc_Input_h_EWdg_Outer_R[0]=0 -h_Input_EWdg_Outer_R[0]=1000 -h_Adjust_EWdg_Outer_R[0]=1 -h_Calc_EWdg_Outer_R[0]=0 -Nozzles_EWdg_Rear_R[0]=0 -NozzleDia_EWdg_Rear_R[0]=0 -SprayFlowRatio_EWdg_Rear_R[0]=1 -InternalFlowRatio_EWdg_Rear_R[0]=0 -NozzleDistance_Adj_EWdg_Rear_R[0]=0 -TargetLength_Adj_EWdg_Rear_R[0]=0 -Velocity_Mult_EWdg_Rear_R[0]=1 -Notes_Flow_EWdg_Rear_R[0]= -Notes_HT_EWdg_Rear_R[0]= -Calc_Input_h_EWdg_Rear_R[0]=0 -h_Input_EWdg_Rear_R[0]=1000 -h_Adjust_EWdg_Rear_R[0]=1 -h_Calc_EWdg_Rear_R[0]=0 -Nozzles_EWdg_Inner_R[0]=1 -NozzleDia_EWdg_Inner_R[0]=1 -SprayFlowRatio_EWdg_Inner_R[0]=1 -InternalFlowRatio_EWdg_Inner_R[0]=1 -NozzleDistance_Adj_EWdg_Inner_R[0]=0 -TargetLength_Adj_EWdg_Inner_R[0]=0 -Velocity_Mult_EWdg_Inner_R[0]=1 -Notes_Flow_EWdg_Inner_R[0]= -Notes_HT_EWdg_Inner_R[0]= -Calc_Input_h_EWdg_Inner_R[0]=0 -h_Input_EWdg_Inner_R[0]=1000 -h_Adjust_EWdg_Inner_R[0]=1 -h_Calc_EWdg_Inner_R[0]=0 -Nozzles_EWdg_Front_R[0]=0 -NozzleDia_EWdg_Front_R[0]=0 -SprayFlowRatio_EWdg_Front_R[0]=1 -InternalFlowRatio_EWdg_Front_R[0]=0 -NozzleDistance_Adj_EWdg_Front_R[0]=0 -TargetLength_Adj_EWdg_Front_R[0]=0 -Velocity_Mult_EWdg_Front_R[0]=1 -Notes_Flow_EWdg_Front_R[0]= -Notes_HT_EWdg_Front_R[0]= -Calc_Input_h_EWdg_Front_R[0]=0 -h_Input_EWdg_Front_R[0]=1000 -h_Adjust_EWdg_Front_R[0]=1 -h_Calc_EWdg_Front_R[0]=0 -Nozzles_RotorPole_R=0 -NozzleDia_RotorPole_R=0 -SprayFlowRatio_RotorPole_R=1 -InternalFlowRatio_RotorPole_R=0.5 -NozzleDistance_Adj_RotorPole_R=0 -TargetLength_Adj_RotorPole_R=0 -Velocity_Mult_RotorPole_R=1 -Notes_Flow_RotorPole_R= -Notes_HT_RotorPole_R= -Calc_Input_h_RotorPole_R=0 -h_Input_RotorPole_R=1000 -h_Adjust_RotorPole_R=1 -h_Calc_RotorPole_R=0 -Nozzles_RotorCore_R=0 -NozzleDia_RotorCore_R=0 -SprayFlowRatio_RotorCore_R=1 -InternalFlowRatio_RotorCore_R=0.5 -NozzleDistance_Adj_RotorCore_R=0 -TargetLength_Adj_RotorCore_R=0 -Velocity_Mult_RotorCore_R=1 -Notes_Flow_RotorCore_R= -Notes_HT_RotorCore_R= -Calc_Input_h_RotorCore_R=0 -h_Input_RotorCore_R=1000 -h_Adjust_RotorCore_R=1 -h_Calc_RotorCore_R=0 -Spray_Area_Mult_EWdg_Outer_F[0]=1 -Spray_Area_Mult_EWdg_Front_F[0]=1 -Spray_Area_Mult_EWdg_Inner_F[0]=1 -Spray_Area_Mult_EWdg_Rear_F[0]=1 -Spray_Area_Mult_RotorPole_F=1 -Area_Mult_RotorPole_F=1 -Spray_Area_Mult_RotorCore_F=1 -Area_Mult_RotorCore_F=1 -Spray_Area_Mult_EWdg_Outer_R[0]=1 -Spray_Area_Mult_EWdg_Rear_R[0]=1 -Spray_Area_Mult_EWdg_Inner_R[0]=1 -Spray_Area_Mult_EWdg_Front_R[0]=1 -Spray_Area_Mult_RotorPole_R=1 -Area_Mult_RotorPole_R=1 -Spray_Area_Mult_RotorCore_R=1 -Area_Mult_RotorCore_R=1 -Spray_Area_Mult_EndcapFluid_F=1 -Area_Mult_EndcapFluid_F=1 -Spray_Area_Mult_EndcapFluid_R=1 -Area_Mult_EndcapFluid_R=1 -Spray_Area_Mult_HousingFluid_F=1 -Area_Mult_HousingFluid_F=1 -Spray_Area_Mult_HousingFluid_A=1 -Area_Mult_HousingFluid_A=1 -Spray_Area_Mult_HousingFluid_R=1 -Area_Mult_HousingFluid_R=1 -SprayCoverageProp_EWdg_Outer_F[0]=1 -SprayCoverageProp_EWdg_Front_F[0]=1 -SprayCoverageProp_EWdg_Inner_F[0]=1 -SprayCoverageProp_EWdg_Rear_F[0]=1 -SprayCoverageProp_RotorPole_F=1 -SprayCoverageProp_RotorCore_F=1 -SprayCoverageProp_EWdg_Outer_R[0]=1 -SprayCoverageProp_EWdg_Rear_R[0]=1 -SprayCoverageProp_EWdg_Inner_R[0]=1 -SprayCoverageProp_EWdg_Front_R[0]=1 -SprayCoverageProp_RotorPole_R=1 -SprayCoverageProp_RotorCore_R=1 -SprayCoverageProp_EndcapFluid_F=1 -SprayCoverageProp_EndcapFluid_R=1 -SprayCoverageProp_HousingFluid_F=1 -SprayCoverageProp_HousingFluid_A=1 -SprayCoverageProp_HousingFluid_R=1 -SpraySource_EWdg_Outer_F[0]=0 -SpraySource_EWdg_Front_F[0]=0 -SpraySource_EWdg_Inner_F[0]=0 -SpraySource_EWdg_Rear_F[0]=0 -SpraySource_RotorPole_F=0 -SpraySource_RotorCore_F=0 -SpraySource_EWdg_Outer_R[0]=0 -SpraySource_EWdg_Rear_R[0]=0 -SpraySource_EWdg_Inner_R[0]=0 -SpraySource_EWdg_Front_R[0]=0 -SpraySource_RotorPole_R=0 -SpraySource_RotorCore_R=0 -InternalFlowRatio_Endcap_F=0.5 -Notes_Flow_Endcap_F= -InternalFlowRatio_Housing_F=1 -Notes_Flow_Housing_F= -InternalFlowRatio_Endcap_R=0.5 -Notes_Flow_Endcap_R= -InternalFlowRatio_Housing_R=1 -Notes_Flow_Housing_R= -InternalFlowRatio_Housing_A=1 -Notes_Flow_Housing_A= -SprayFlowRateCalculation=1 -SprayCoolingEnamelModel=1 -Nozzles_EWBore_F=1 -NozzleDia_EWBore_F=1 -SprayFlowRatio_EWBore_F=1 -InternalFlowRatio_EWBore_F=1 -NozzleDistance_Adj_EWBore_F=0 -TargetLength_Adj_EWBore_F=0 -Velocity_Mult_EWBore_F=1 -Notes_Flow_EWBore_F= -Notes_HT_EWBore_F= -Calc_Input_h_EWBore_F=0 -h_Input_EWBore_F=1000 -h_Adjust_EWBore_F=1 -h_Calc_EWBore_F=0 -SpraySource_EWBore_F=0 -Area_Mult_EWBore_F=1 -Nozzles_EWOuter_F=0 -NozzleDia_EWOuter_F=0 -SprayFlowRatio_EWOuter_F=1 -InternalFlowRatio_EWOuter_F=0 -NozzleDistance_Adj_EWOuter_F=0 -TargetLength_Adj_EWOuter_F=0 -Velocity_Mult_EWOuter_F=1 -Notes_Flow_EWOuter_F= -Notes_HT_EWOuter_F= -Calc_Input_h_EWOuter_F=0 -h_Input_EWOuter_F=1000 -h_Adjust_EWOuter_F=1 -h_Calc_EWOuter_F=0 -SpraySource_EWOuter_F=0 -Area_Mult_EWOuter_F=1 -Nozzles_EWEnd_F=0 -NozzleDia_EWEnd_F=0 -SprayFlowRatio_EWEnd_F=1 -InternalFlowRatio_EWEnd_F=0 -NozzleDistance_Adj_EWEnd_F=0 -TargetLength_Adj_EWEnd_F=0 -Velocity_Mult_EWEnd_F=1 -Notes_Flow_EWEnd_F= -Notes_HT_EWEnd_F= -Calc_Input_h_EWEnd_F=0 -h_Input_EWEnd_F=1000 -h_Adjust_EWEnd_F=1 -h_Calc_EWEnd_F=0 -SpraySource_EWEnd_F=0 -Area_Mult_EWEnd_F=1 -Nozzles_EWBore_R=1 -NozzleDia_EWBore_R=1 -SprayFlowRatio_EWBore_R=1 -InternalFlowRatio_EWBore_R=1 -NozzleDistance_Adj_EWBore_R=0 -TargetLength_Adj_EWBore_R=0 -Velocity_Mult_EWBore_R=1 -Notes_Flow_EWBore_R= -Notes_HT_EWBore_R= -Calc_Input_h_EWBore_R=0 -h_Input_EWBore_R=1000 -h_Adjust_EWBore_R=1 -h_Calc_EWBore_R=0 -SpraySource_EWBore_R=0 -Area_Mult_EWBore_R=1 -Nozzles_EWOuter_R=0 -NozzleDia_EWOuter_R=0 -SprayFlowRatio_EWOuter_R=1 -InternalFlowRatio_EWOuter_R=0 -NozzleDistance_Adj_EWOuter_R=0 -TargetLength_Adj_EWOuter_R=0 -Velocity_Mult_EWOuter_R=1 -Notes_Flow_EWOuter_R= -Notes_HT_EWOuter_R= -Calc_Input_h_EWOuter_R=0 -h_Input_EWOuter_R=1000 -h_Adjust_EWOuter_R=1 -h_Calc_EWOuter_R=0 -SpraySource_EWOuter_R=0 -Area_Mult_EWOuter_R=1 -Nozzles_EWEnd_R=0 -NozzleDia_EWEnd_R=0 -SprayFlowRatio_EWEnd_R=1 -InternalFlowRatio_EWEnd_R=0 -NozzleDistance_Adj_EWEnd_R=0 -TargetLength_Adj_EWEnd_R=0 -Velocity_Mult_EWEnd_R=1 -Notes_Flow_EWEnd_R= -Notes_HT_EWEnd_R= -Calc_Input_h_EWEnd_R=0 -h_Input_EWEnd_R=1000 -h_Adjust_EWEnd_R=1 -h_Calc_EWEnd_R=0 -SpraySource_EWEnd_R=0 -Area_Mult_EWEnd_R=1 - -[Sizing_Algorithm] -IM_Size_Reduction_Algorithm=BPM_Sizing -Winding_Temperature_Increase=20 -IM_Power_Shaft=136 -IM_Power_Factor_Pre_Sizing=0.592 -IM_Power_Factor_Post_Sizing=0.514 -IM_Voltage_Line=240 - -[Through_Vent] -TVent_Fluid_Conductivity=0.125 -TVent_Fluid_Density=1000 -TVent_Fluid_Cp=1880 -TVent_Fluid_Kinematic_Viscosity=1.1E-5 -TVent_Fluid_Name=Air (Motor-CAD model) -Number_of_TVent_Fluid_Conductivity_Values=0 -Number_of_TVent_Fluid_Specific_Heat_Values=0 -Number_of_TVent_Fluid_Density_Values=0 -Number_of_TVent_Fluid_Kinematic_Viscosity_Values=0 -Number_of_TVent_Fluid_Volumetric_Expansion_Values=0 -TVent_Inlet_Temperature=40 -Through_Vent_Flow_Direction=Rear_Inlet -Inlet_Type_Front=Radial_Full_Circle -Inlet_Type_Rear=Radial_Full_Circle -Grill_Free_Area_Ratio_Front=0.8 -Grill_Free_Area_Ratio_Rear=0.8 -Grill_Axial_Circular_Hole_Number_Front=4 -Grill_Axial_Circular_Hole_Number_Rear=4 -Grill_Axial_Circular_Hole_Diameter_Front=10 -Grill_Axial_Circular_Hole_Diameter_Rear=10 -Grill_Radial_Full_Circle_Length_Front=10 -Grill_Radial_Full_Circle_Length_Rear=10 -Grill_Radial_Hole_Number_Front=2 -Grill_Radial_Hole_Number_Rear=2 -Grill_Radial_Rectangle_Width_Front=10 -Grill_Radial_Rectangle_Width_Rear=10 -Grill_Radial_Rectangle_Length_Front=10 -Grill_Radial_Rectangle_Length_Rear=10 -k_Adjust_Inlet_Entrance=1 -k_Adjust_Inlet_Expansion=1 -k_Adjust_Inlet_Entrance_Rear=1 -k_Adjust_Inlet_Bend=1 -k_Adjust_Inlet_Contraction=1 -k_Adjust_Inlet_Stator_Bend=1 -k_Adjust_Inlet_Stator_Contraction=1 -k_Adjust_Inlet_Stator_EWdg_Bend=1 -k_Adjust_Inlet_Stator_EWdg_Contraction_Expansion=1 -k_Adjust_Inlet_Stator_EWdg_Ext_Expansion=1 -k_Adjust_Inlet_Stator_Duct_Contraction=1 -k_Adjust_Outlet_Stator_Duct_Expansion=1 -k_Adjust_Outlet_Stator_EWdg_Radial_Contraction=1 -k_Adjust_Outlet_Stator_EWdg_Bend=1 -k_Adjust_Outlet_Stator_EWdg_Contraction_Expansion=1 -k_Adjust_Outlet_Stator_Bend=1 -k_Adjust_Outlet_Stator_Contraction_Expansion=1 -k_Adjust_Inlet_Rotor_Bend=1 -k_Adjust_Inlet_Rotor_Contraction=1 -k_Adjust_Inlet_Rotor_EWdg_Bend=1 -k_Adjust_Inlet_Rotor_EWdg_Contraction_Expansion=1 -k_Adjust_Inlet_Rotor_Ewdg_Bore_Bend=1 -k_Adjust_Inlet_Rotor_EWdg_Bore_Expansion=1 -k_Adjust_Inlet_Rotor_Duct_Contraction=1 -k_Adjust_Outlet_Rotor_Duct_Expansion=1 -k_Adjust_Outlet_Rotor_EWdg_Bore_Bend=1 -k_Adjust_Outlet_Rotor_EWdg_Bore_Contraction=1 -k_Adjust_Outlet_Rotor_EWdg_Bend=1 -k_Adjust_Outlet_Rotor_EWdg_Contraction_Expansion=1 -k_Adjust_Outlet_Rotor_Bend=1 -k_Adjust_Outlet_Rotor_Contraction_Expansion=1 -k_Adjust_Outlet_Airgap_Duct_Expansion=1 -k_Adjust_Inlet_Airgap_Duct_Contraction=1 -k_Adjust_Outlet_Exit=1 -k_Adjust_Winding_Separator_Contraction=1 -k_Adjust_Winding_Separator_Expansion=1 -Notes_Inlet_Entrance= -Notes_Inlet_Expansion= -Notes_Inlet_Entrance_Rear= -Notes_Inlet_Expansion_Rear= -Notes_Inlet_Bend= -Notes_Inlet_Contraction= -Notes_Inlet_Stator_Bend= -Notes_Inlet_Stator_Contraction= -Notes_Inlet_Stator_EWdg_Bend= -Notes_Inlet_Stator_EWdg_Contraction_Expansion= -Notes_Inlet_Stator_EWdg_Ext_Expansion= -Notes_Inlet_Stator_Duct_Contraction= -Notes_Outlet_Stator_Duct_Expansion= -Notes_Outlet_Stator_EWdg_Radial_Contraction= -Notes_Outlet_Stator_EWdg_Bend= -Notes_Outlet_Stator_EWdg_Contraction_Expansion= -Notes_Outlet_Stator_Bend= -Notes_Outlet_Stator_Contraction_Expansion= -Notes_Inlet_Rotor_Bend= -Notes_Inlet_Rotor_Contraction= -Notes_Inlet_Rotor_EWdg_Bend= -Notes_Inlet_Rotor_EWdg_Contraction_Expansion= -Notes_Inlet_Rotor_EWdg_Bore_Bend= -Notes_Inlet_Rotor_EWdg_Bore_Expansion= -Notes_Inlet_Rotor_Duct_Contraction= -Notes_Outlet_Rotor_Duct_Expansion= -Notes_Outlet_Rotor_EWdg_Bore_Bend= -Notes_Outlet_Rotor_EWdg_Bore_Contraction= -Notes_Outlet_Rotor_EWdg_Bend= -Notes_Outlet_Rotor_EWdg_Contraction_Expansion= -Notes_Outlet_Rotor_Bend= -Notes_Outlet_Rotor_Contraction_Expansion= -Notes_Outlet_Airgap_Duct_Expansion= -Notes_Inlet_Airgap_Duct_Contraction= -Notes_Outlet_Exit= -Notes_Winding_Separator_Contraction= -Notes_Winding_Separator_Expansion= -Calc_Input_h_TVent_Circular_Stator_Duct_L1_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Stator_Duct_L1_R=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L1_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L1_R=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L2_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L2_R=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L3_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L3_R=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L4_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L4_R=Calc_h_conv -Calc_Input_h_TVent_Endcap_F=Calc_h_conv -Calc_Input_h_TVent_Endcap_R=Calc_h_conv -Calc_Input_h_TVent_Housing_OHang_F=Calc_h_conv -Calc_Input_h_TVent_Housing_OHang_R=Calc_h_conv -Calc_Input_h_TVent_Shaft_OHang_F=Calc_h_conv -Calc_Input_h_TVent_Shaft_OHang_R=Calc_h_conv -Calc_Input_h_TVent_Axle_OHang_F=Calc_h_conv -Calc_Input_h_TVent_Axle_OHang_R=Calc_h_conv -h_Input_TVent_Endcap_F=10 -h_Input_TVent_Endcap_R=10 -h_Input_TVent_Housing_OHang_F=10 -h_Input_TVent_Housing_OHang_R=10 -h_Input_TVent_Shaft_OHang_F=10 -h_Input_TVent_Shaft_OHang_R=10 -h_Input_TVent_Axle_OHang_F=10 -h_Input_TVent_Axle_OHang_R=10 -h_Adjust_TVent_Endcap_F=1 -h_Adjust_TVent_Endcap_R=1 -h_Adjust_TVent_Housing_OHang_F=1 -h_Adjust_TVent_Housing_OHang_R=1 -h_Adjust_TVent_Shaft_OHang_F=1 -h_Adjust_TVent_Shaft_OHang_R=1 -h_Adjust_TVent_Axle_OHang_F=1 -h_Adjust_TVent_Axle_OHang_R=1 -Velocity_Multiplier_TVent_Endcap_F=1 -Velocity_Multiplier_TVent_Endcap_R=1 -Velocity_Multiplier_TVent_Housing_OHang_F=1 -Velocity_Multiplier_TVent_Housing_OHang_R=1 -Velocity_Multiplier_TVent_Shaft_OHang_F=1 -Velocity_Multiplier_TVent_Shaft_OHang_R=1 -Velocity_Multiplier_TVent_Axle_OHang_F=1 -Velocity_Multiplier_TVent_Axle_OHang_R=1 -Notes_TVent_Endcap_F= -Notes_TVent_Endcap_R= -Notes_TVent_Housing_OHang_F= -Notes_TVent_Housing_OHang_R= -Notes_TVent_Shaft_OHang_F= -Notes_TVent_Shaft_OHang_R= -Notes_TVent_Axle_OHang_F= -Notes_TVent_Axle_OHang_R= -TVent_Include_Rotor_Duct_Rotation_Effects=False -TVent_Include_Airgap_Rotation_Effects=False -TVent_Fan_Definition=0 -Fan_Definition=0 -Shaft_Speed=3000 -Flow_Rate=0.025 -Stator_Duct_Friction_k_Adjustment[0]=1 -Stator_Duct_Friction_k_Adjustment[1]=1 -Stator_Duct_Friction_k_Adjustment[2]=1 -Stator_Duct_Friction_k_Adjustment[3]=1 -Stator_Duct_Friction_k_Adjustment[4]=1 -Stator_Duct_Friction_k_Adjustment[5]=1 -Stator_Duct_Friction_k_Adjustment[6]=1 -Stator_Duct_Friction_k_Adjustment[7]=1 -Stator_Duct_Friction_k_Adjustment[8]=1 -Stator_Duct_Wall_Roughness=0.0025 -Airgap_Duct_Friction_k_Adjustment[0]=1 -Airgap_Duct_Friction_k_Adjustment[1]=1 -Airgap_Duct_Friction_k_Adjustment[2]=1 -Airgap_Duct_Friction_k_Adjustment[3]=1 -Airgap_Duct_Friction_k_Adjustment[4]=1 -Airgap_Duct_Friction_k_Adjustment[5]=1 -Airgap_Duct_Friction_k_Adjustment[6]=1 -Airgap_Duct_Friction_k_Adjustment[7]=1 -Airgap_Duct_Friction_k_Adjustment[8]=1 -Airgap_Duct_Wall_Roughness=0.0025 -IncludeDuctWallFriction=True -Notes_Stator_Duct[0]= -Notes_Stator_Duct[1]= -Notes_Stator_Duct[2]= -Notes_Stator_Duct[3]= -Notes_Stator_Duct[4]= -Notes_Stator_Duct[5]= -Notes_Stator_Duct[6]= -Notes_Stator_Duct[7]= -Notes_Stator_Duct[8]= -Notes_Airgap_Duct[0]= -Notes_Airgap_Duct[1]= -Notes_Airgap_Duct[2]= -Notes_Airgap_Duct[3]= -Notes_Airgap_Duct[4]= -Notes_Airgap_Duct[5]= -Notes_Airgap_Duct[6]= -Notes_Airgap_Duct[7]= -Notes_Airgap_Duct[8]= -CircularDuctLayers=1 -CircularDuctL1RadialDiameter=276.035047405259 -iCircularDuctL1RadialDiameter=276.035047405259 -CircularDuctL1Channels=0 -CircularDuctL1ChannelDiameter=0 -CircularDuctL1OffsetAngle=0 -CircularDuctL1SeparationAngle=5 -CircularDuctL2RadialDiameter=124 -iCircularDuctL2RadialDiameter=124 -CircularDuctL2Channels=36 -CircularDuctL2ChannelDiameter=5 -CircularDuctL2OffsetAngle=5 -CircularDuctL2SeparationAngle=5 -CircularDuctL3RadialDiameter=123 -iCircularDuctL3RadialDiameter=123 -CircularDuctL3Channels=10 -CircularDuctL3ChannelDiameter=5 -CircularDuctL3OffsetAngle=0 -CircularDuctL3SeparationAngle=5 -CircularDuctL4RadialDiameter=120 -iCircularDuctL4RadialDiameter=120 -CircularDuctL4Channels=10 -CircularDuctL4ChannelDiameter=8 -CircularDuctL4OffsetAngle=18 -CircularDuctL4SeparationAngle=5 -CircularDuctL1_h_Input[0]=0 -CircularDuctL1_h_Input[1]=0 -CircularDuctL1_h_Input[2]=0 -CircularDuctL1_h_Input[3]=0 -CircularDuctL1_h_Input[4]=0 -CircularDuctL1_h_Input[5]=0 -CircularDuctL1_h_Input[6]=0 -CircularDuctL1_h_Input[7]=0 -CircularDuctL1_h_Input[8]=0 -CircularDuctL1_h_Adjust[0]=1 -CircularDuctL1_h_Adjust[1]=1 -CircularDuctL1_h_Adjust[2]=1 -CircularDuctL1_h_Adjust[3]=1 -CircularDuctL1_h_Adjust[4]=1 -CircularDuctL1_h_Adjust[5]=1 -CircularDuctL1_h_Adjust[6]=1 -CircularDuctL1_h_Adjust[7]=1 -CircularDuctL1_h_Adjust[8]=1 -CircularDuctL1_Velocity_Multiplier[0]=1 -CircularDuctL1_Velocity_Multiplier[1]=1 -CircularDuctL1_Velocity_Multiplier[2]=1 -CircularDuctL1_Velocity_Multiplier[3]=1 -CircularDuctL1_Velocity_Multiplier[4]=1 -CircularDuctL1_Velocity_Multiplier[5]=1 -CircularDuctL1_Velocity_Multiplier[6]=1 -CircularDuctL1_Velocity_Multiplier[7]=1 -CircularDuctL1_Velocity_Multiplier[8]=1 -CircularDuctL1_HeatTransferNotes[0]= -CircularDuctL1_HeatTransferNotes[1]= -CircularDuctL1_HeatTransferNotes[2]= -CircularDuctL1_HeatTransferNotes[3]= -CircularDuctL1_HeatTransferNotes[4]= -CircularDuctL1_HeatTransferNotes[5]= -CircularDuctL1_HeatTransferNotes[6]= -CircularDuctL1_HeatTransferNotes[7]= -CircularDuctL1_HeatTransferNotes[8]= -CircularDuctL1_h_Input_F=0 -CircularDuctL1_h_Adjust_F=1 -CircularDuctL1_Velocity_Multiplier_F=1 -CircularDuctL1_HeatTransferNotes_F= -CircularDuctL1_h_Input_R=0 -CircularDuctL1_h_Adjust_R=1 -CircularDuctL1_Velocity_Multiplier_R=1 -CircularDuctL1_HeatTransferNotes_R= -CircularDuctL1_Expansion_k_Adjustment=1 -CircularDuctL1_Contraction_k_Adjustment=1 -CircularDuctL2_h_Input[0]=0 -CircularDuctL2_h_Input[1]=0 -CircularDuctL2_h_Input[2]=0 -CircularDuctL2_h_Input[3]=0 -CircularDuctL2_h_Input[4]=0 -CircularDuctL2_h_Input[5]=0 -CircularDuctL2_h_Input[6]=0 -CircularDuctL2_h_Input[7]=0 -CircularDuctL2_h_Input[8]=0 -CircularDuctL2_h_Adjust[0]=1 -CircularDuctL2_h_Adjust[1]=1 -CircularDuctL2_h_Adjust[2]=1 -CircularDuctL2_h_Adjust[3]=1 -CircularDuctL2_h_Adjust[4]=1 -CircularDuctL2_h_Adjust[5]=1 -CircularDuctL2_h_Adjust[6]=1 -CircularDuctL2_h_Adjust[7]=1 -CircularDuctL2_h_Adjust[8]=1 -CircularDuctL2_Velocity_Multiplier[0]=1 -CircularDuctL2_Velocity_Multiplier[1]=1 -CircularDuctL2_Velocity_Multiplier[2]=1 -CircularDuctL2_Velocity_Multiplier[3]=1 -CircularDuctL2_Velocity_Multiplier[4]=1 -CircularDuctL2_Velocity_Multiplier[5]=1 -CircularDuctL2_Velocity_Multiplier[6]=1 -CircularDuctL2_Velocity_Multiplier[7]=1 -CircularDuctL2_Velocity_Multiplier[8]=1 -CircularDuctL2_HeatTransferNotes[0]= -CircularDuctL2_HeatTransferNotes[1]= -CircularDuctL2_HeatTransferNotes[2]= -CircularDuctL2_HeatTransferNotes[3]= -CircularDuctL2_HeatTransferNotes[4]= -CircularDuctL2_HeatTransferNotes[5]= -CircularDuctL2_HeatTransferNotes[6]= -CircularDuctL2_HeatTransferNotes[7]= -CircularDuctL2_HeatTransferNotes[8]= -CircularDuctL2_Expansion_k_Adjustment=1 -CircularDuctL2_Contraction_k_Adjustment=1 -CircularDuctL3_h_Input[0]=0 -CircularDuctL3_h_Input[1]=0 -CircularDuctL3_h_Input[2]=0 -CircularDuctL3_h_Input[3]=0 -CircularDuctL3_h_Input[4]=0 -CircularDuctL3_h_Input[5]=0 -CircularDuctL3_h_Input[6]=0 -CircularDuctL3_h_Input[7]=0 -CircularDuctL3_h_Input[8]=0 -CircularDuctL3_h_Adjust[0]=1 -CircularDuctL3_h_Adjust[1]=1 -CircularDuctL3_h_Adjust[2]=1 -CircularDuctL3_h_Adjust[3]=1 -CircularDuctL3_h_Adjust[4]=1 -CircularDuctL3_h_Adjust[5]=1 -CircularDuctL3_h_Adjust[6]=1 -CircularDuctL3_h_Adjust[7]=1 -CircularDuctL3_h_Adjust[8]=1 -CircularDuctL3_Velocity_Multiplier[0]=1 -CircularDuctL3_Velocity_Multiplier[1]=1 -CircularDuctL3_Velocity_Multiplier[2]=1 -CircularDuctL3_Velocity_Multiplier[3]=1 -CircularDuctL3_Velocity_Multiplier[4]=1 -CircularDuctL3_Velocity_Multiplier[5]=1 -CircularDuctL3_Velocity_Multiplier[6]=1 -CircularDuctL3_Velocity_Multiplier[7]=1 -CircularDuctL3_Velocity_Multiplier[8]=1 -CircularDuctL3_HeatTransferNotes[0]= -CircularDuctL3_HeatTransferNotes[1]= -CircularDuctL3_HeatTransferNotes[2]= -CircularDuctL3_HeatTransferNotes[3]= -CircularDuctL3_HeatTransferNotes[4]= -CircularDuctL3_HeatTransferNotes[5]= -CircularDuctL3_HeatTransferNotes[6]= -CircularDuctL3_HeatTransferNotes[7]= -CircularDuctL3_HeatTransferNotes[8]= -CircularDuctL3_Expansion_k_Adjustment=1 -CircularDuctL3_Contraction_k_Adjustment=1 -CircularDuctL4_h_Input[0]=0 -CircularDuctL4_h_Input[1]=0 -CircularDuctL4_h_Input[2]=0 -CircularDuctL4_h_Input[3]=0 -CircularDuctL4_h_Input[4]=0 -CircularDuctL4_h_Input[5]=0 -CircularDuctL4_h_Input[6]=0 -CircularDuctL4_h_Input[7]=0 -CircularDuctL4_h_Input[8]=0 -CircularDuctL4_h_Adjust[0]=1 -CircularDuctL4_h_Adjust[1]=1 -CircularDuctL4_h_Adjust[2]=1 -CircularDuctL4_h_Adjust[3]=1 -CircularDuctL4_h_Adjust[4]=1 -CircularDuctL4_h_Adjust[5]=1 -CircularDuctL4_h_Adjust[6]=1 -CircularDuctL4_h_Adjust[7]=1 -CircularDuctL4_h_Adjust[8]=1 -CircularDuctL4_Velocity_Multiplier[0]=1 -CircularDuctL4_Velocity_Multiplier[1]=1 -CircularDuctL4_Velocity_Multiplier[2]=1 -CircularDuctL4_Velocity_Multiplier[3]=1 -CircularDuctL4_Velocity_Multiplier[4]=1 -CircularDuctL4_Velocity_Multiplier[5]=1 -CircularDuctL4_Velocity_Multiplier[6]=1 -CircularDuctL4_Velocity_Multiplier[7]=1 -CircularDuctL4_Velocity_Multiplier[8]=1 -CircularDuctL4_HeatTransferNotes[0]= -CircularDuctL4_HeatTransferNotes[1]= -CircularDuctL4_HeatTransferNotes[2]= -CircularDuctL4_HeatTransferNotes[3]= -CircularDuctL4_HeatTransferNotes[4]= -CircularDuctL4_HeatTransferNotes[5]= -CircularDuctL4_HeatTransferNotes[6]= -CircularDuctL4_HeatTransferNotes[7]= -CircularDuctL4_HeatTransferNotes[8]= -CircularDuctL4_Expansion_k_Adjustment=1 -CircularDuctL4_Contraction_k_Adjustment=1 -CircularDuctL1_Friction_k_Adjustment[0]=1 -CircularDuctL1_Friction_k_Adjustment[1]=1 -CircularDuctL1_Friction_k_Adjustment[2]=1 -CircularDuctL1_Friction_k_Adjustment[3]=1 -CircularDuctL1_Friction_k_Adjustment[4]=1 -CircularDuctL1_Friction_k_Adjustment[5]=1 -CircularDuctL1_Friction_k_Adjustment[6]=1 -CircularDuctL1_Friction_k_Adjustment[7]=1 -CircularDuctL1_Friction_k_Adjustment[8]=1 -CircularDuctL1_Contraction_Notes= -CircularDuctL1_Duct_Notes[0]= -CircularDuctL1_Duct_Notes[1]= -CircularDuctL1_Duct_Notes[2]= -CircularDuctL1_Duct_Notes[3]= -CircularDuctL1_Duct_Notes[4]= -CircularDuctL1_Duct_Notes[5]= -CircularDuctL1_Duct_Notes[6]= -CircularDuctL1_Duct_Notes[7]= -CircularDuctL1_Duct_Notes[8]= -CircularDuctL1_Expansion_Notes= -CircularDuctL1_Contraction_Notes_F= -CircularDuctL1_Duct_Notes_F= -CircularDuctL1_Expansion_Notes_F= -CircularDuctL1_Friction_k_Adjustment_R=1 -CircularDuctL1_Contraction_Notes_R= -CircularDuctL1_Duct_Notes_R= -CircularDuctL1_Expansion_Notes_R= -CircularDuctL2_Friction_k_Adjustment[0]=1 -CircularDuctL2_Friction_k_Adjustment[1]=1 -CircularDuctL2_Friction_k_Adjustment[2]=1 -CircularDuctL2_Friction_k_Adjustment[3]=1 -CircularDuctL2_Friction_k_Adjustment[4]=1 -CircularDuctL2_Friction_k_Adjustment[5]=1 -CircularDuctL2_Friction_k_Adjustment[6]=1 -CircularDuctL2_Friction_k_Adjustment[7]=1 -CircularDuctL2_Friction_k_Adjustment[8]=1 -CircularDuctL2_Contraction_Notes= -CircularDuctL2_Duct_Notes[0]= -CircularDuctL2_Duct_Notes[1]= -CircularDuctL2_Duct_Notes[2]= -CircularDuctL2_Duct_Notes[3]= -CircularDuctL2_Duct_Notes[4]= -CircularDuctL2_Duct_Notes[5]= -CircularDuctL2_Duct_Notes[6]= -CircularDuctL2_Duct_Notes[7]= -CircularDuctL2_Duct_Notes[8]= -CircularDuctL2_Expansion_Notes= -CircularDuctL3_Friction_k_Adjustment[0]=1 -CircularDuctL3_Friction_k_Adjustment[1]=1 -CircularDuctL3_Friction_k_Adjustment[2]=1 -CircularDuctL3_Friction_k_Adjustment[3]=1 -CircularDuctL3_Friction_k_Adjustment[4]=1 -CircularDuctL3_Friction_k_Adjustment[5]=1 -CircularDuctL3_Friction_k_Adjustment[6]=1 -CircularDuctL3_Friction_k_Adjustment[7]=1 -CircularDuctL3_Friction_k_Adjustment[8]=1 -CircularDuctL3_Contraction_Notes= -CircularDuctL3_Duct_Notes[0]= -CircularDuctL3_Duct_Notes[1]= -CircularDuctL3_Duct_Notes[2]= -CircularDuctL3_Duct_Notes[3]= -CircularDuctL3_Duct_Notes[4]= -CircularDuctL3_Duct_Notes[5]= -CircularDuctL3_Duct_Notes[6]= -CircularDuctL3_Duct_Notes[7]= -CircularDuctL3_Duct_Notes[8]= -CircularDuctL3_Expansion_Notes= -CircularDuctL4_Friction_k_Adjustment[0]=1 -CircularDuctL4_Friction_k_Adjustment[1]=1 -CircularDuctL4_Friction_k_Adjustment[2]=1 -CircularDuctL4_Friction_k_Adjustment[3]=1 -CircularDuctL4_Friction_k_Adjustment[4]=1 -CircularDuctL4_Friction_k_Adjustment[5]=1 -CircularDuctL4_Friction_k_Adjustment[6]=1 -CircularDuctL4_Friction_k_Adjustment[7]=1 -CircularDuctL4_Friction_k_Adjustment[8]=1 -CircularDuctL4_Contraction_Notes= -CircularDuctL4_Duct_Notes[0]= -CircularDuctL4_Duct_Notes[1]= -CircularDuctL4_Duct_Notes[2]= -CircularDuctL4_Duct_Notes[3]= -CircularDuctL4_Duct_Notes[4]= -CircularDuctL4_Duct_Notes[5]= -CircularDuctL4_Duct_Notes[6]= -CircularDuctL4_Duct_Notes[7]= -CircularDuctL4_Duct_Notes[8]= -CircularDuctL4_Expansion_Notes= -RotorCircularDuctLayers=1 -RotorCircularDuctLayer_RadialDiameter[0]=55 -RotorCircularDuctLayer_RadialDiameter[1]=55 -RotorCircularDuctLayer_RadialDiameter[2]=40 -RotorCircularDuctLayer_RadialDiameter[3]=70 -RotorCircularDuctLayer_Channels[0]=16 -RotorCircularDuctLayer_Channels[1]=12 -RotorCircularDuctLayer_Channels[2]=4 -RotorCircularDuctLayer_Channels[3]=8 -RotorCircularDuctLayer_ChannelDiameter[0]=6 -RotorCircularDuctLayer_ChannelDiameter[1]=4 -RotorCircularDuctLayer_ChannelDiameter[2]=4 -RotorCircularDuctLayer_ChannelDiameter[3]=4 -RotorCircularDuctLayer_OffsetAngle[0]=0 -RotorCircularDuctLayer_OffsetAngle[1]=45 -RotorCircularDuctLayer_OffsetAngle[2]=45 -RotorCircularDuctLayer_OffsetAngle[3]=22.5 -RotorCircularDuctLayer_ChannelHeight[0]=3 -RotorCircularDuctLayer_ChannelHeight[1]=3 -RotorCircularDuctLayer_ChannelHeight[2]=3 -RotorCircularDuctLayer_ChannelHeight[3]=3 -RotorCircularDuctLayer_ChannelWidth[0]=2 -RotorCircularDuctLayer_ChannelWidth[1]=2 -RotorCircularDuctLayer_ChannelWidth[2]=2 -RotorCircularDuctLayer_ChannelWidth[3]=2 -RotorRectangularDuctLayer_CornerRadius[0]=0 -RotorRectangularDuctLayer_CornerRadius[1]=0 -RotorRectangularDuctLayer_CornerRadius[2]=0 -RotorRectangularDuctLayer_CornerRadius[3]=0 -RotorArcDuctLayer_InnerDiameter[0]=65 -RotorArcDuctLayer_InnerDiameter[1]=30 -RotorArcDuctLayer_InnerDiameter[2]=30 -RotorArcDuctLayer_InnerDiameter[3]=30 -RotorArcDuctLayer_Depth[0]=15 -RotorArcDuctLayer_Depth[1]=5 -RotorArcDuctLayer_Depth[2]=5 -RotorArcDuctLayer_Depth[3]=5 -RotorArcDuctLayer_CornerRadius[0]=0 -RotorArcDuctLayer_CornerRadius[1]=0 -RotorArcDuctLayer_CornerRadius[2]=0 -RotorArcDuctLayer_CornerRadius[3]=0 -RotorArcDuctLayer_WebWidth[0]=2 -RotorArcDuctLayer_WebWidth[1]=1 -RotorArcDuctLayer_WebWidth[2]=1 -RotorArcDuctLayer_WebWidth[3]=1 -RotorCircularDuctL1_h_Input[0]=0 -RotorCircularDuctL1_h_Input[1]=0 -RotorCircularDuctL1_h_Input[2]=0 -RotorCircularDuctL1_h_Input[3]=0 -RotorCircularDuctL1_h_Input[4]=0 -RotorCircularDuctL1_h_Input[5]=0 -RotorCircularDuctL1_h_Input[6]=0 -RotorCircularDuctL1_h_Input[7]=0 -RotorCircularDuctL1_h_Input[8]=0 -RotorCircularDuctL1_h_Adjust[0]=1 -RotorCircularDuctL1_h_Adjust[1]=1 -RotorCircularDuctL1_h_Adjust[2]=1 -RotorCircularDuctL1_h_Adjust[3]=1 -RotorCircularDuctL1_h_Adjust[4]=1 -RotorCircularDuctL1_h_Adjust[5]=1 -RotorCircularDuctL1_h_Adjust[6]=1 -RotorCircularDuctL1_h_Adjust[7]=1 -RotorCircularDuctL1_h_Adjust[8]=1 -RotorCircularDuctL1_Velocity_Multiplier[0]=1 -RotorCircularDuctL1_Velocity_Multiplier[1]=1 -RotorCircularDuctL1_Velocity_Multiplier[2]=1 -RotorCircularDuctL1_Velocity_Multiplier[3]=1 -RotorCircularDuctL1_Velocity_Multiplier[4]=1 -RotorCircularDuctL1_Velocity_Multiplier[5]=1 -RotorCircularDuctL1_Velocity_Multiplier[6]=1 -RotorCircularDuctL1_Velocity_Multiplier[7]=1 -RotorCircularDuctL1_Velocity_Multiplier[8]=1 -RotorCircularDuctL1_HeatTransferNotes[0]= -RotorCircularDuctL1_HeatTransferNotes[1]= -RotorCircularDuctL1_HeatTransferNotes[2]= -RotorCircularDuctL1_HeatTransferNotes[3]= -RotorCircularDuctL1_HeatTransferNotes[4]= -RotorCircularDuctL1_HeatTransferNotes[5]= -RotorCircularDuctL1_HeatTransferNotes[6]= -RotorCircularDuctL1_HeatTransferNotes[7]= -RotorCircularDuctL1_HeatTransferNotes[8]= -RotorCircularDuctL1_Expansion_k_Adjustment=1 -RotorCircularDuctL1_Contraction_k_Adjustment=1 -RotorCircularDuctL2_h_Input[0]=0 -RotorCircularDuctL2_h_Input[1]=0 -RotorCircularDuctL2_h_Input[2]=0 -RotorCircularDuctL2_h_Input[3]=0 -RotorCircularDuctL2_h_Input[4]=0 -RotorCircularDuctL2_h_Input[5]=0 -RotorCircularDuctL2_h_Input[6]=0 -RotorCircularDuctL2_h_Input[7]=0 -RotorCircularDuctL2_h_Input[8]=0 -RotorCircularDuctL2_h_Adjust[0]=1 -RotorCircularDuctL2_h_Adjust[1]=1 -RotorCircularDuctL2_h_Adjust[2]=1 -RotorCircularDuctL2_h_Adjust[3]=1 -RotorCircularDuctL2_h_Adjust[4]=1 -RotorCircularDuctL2_h_Adjust[5]=1 -RotorCircularDuctL2_h_Adjust[6]=1 -RotorCircularDuctL2_h_Adjust[7]=1 -RotorCircularDuctL2_h_Adjust[8]=1 -RotorCircularDuctL2_Velocity_Multiplier[0]=1 -RotorCircularDuctL2_Velocity_Multiplier[1]=1 -RotorCircularDuctL2_Velocity_Multiplier[2]=1 -RotorCircularDuctL2_Velocity_Multiplier[3]=1 -RotorCircularDuctL2_Velocity_Multiplier[4]=1 -RotorCircularDuctL2_Velocity_Multiplier[5]=1 -RotorCircularDuctL2_Velocity_Multiplier[6]=1 -RotorCircularDuctL2_Velocity_Multiplier[7]=1 -RotorCircularDuctL2_Velocity_Multiplier[8]=1 -RotorCircularDuctL2_HeatTransferNotes[0]= -RotorCircularDuctL2_HeatTransferNotes[1]= -RotorCircularDuctL2_HeatTransferNotes[2]= -RotorCircularDuctL2_HeatTransferNotes[3]= -RotorCircularDuctL2_HeatTransferNotes[4]= -RotorCircularDuctL2_HeatTransferNotes[5]= -RotorCircularDuctL2_HeatTransferNotes[6]= -RotorCircularDuctL2_HeatTransferNotes[7]= -RotorCircularDuctL2_HeatTransferNotes[8]= -RotorCircularDuctL2_Expansion_k_Adjustment=1 -RotorCircularDuctL2_Contraction_k_Adjustment=1 -RotorCircularDuctL3_h_Input[0]=0 -RotorCircularDuctL3_h_Input[1]=0 -RotorCircularDuctL3_h_Input[2]=0 -RotorCircularDuctL3_h_Input[3]=0 -RotorCircularDuctL3_h_Input[4]=0 -RotorCircularDuctL3_h_Input[5]=0 -RotorCircularDuctL3_h_Input[6]=0 -RotorCircularDuctL3_h_Input[7]=0 -RotorCircularDuctL3_h_Input[8]=0 -RotorCircularDuctL3_h_Adjust[0]=1 -RotorCircularDuctL3_h_Adjust[1]=1 -RotorCircularDuctL3_h_Adjust[2]=1 -RotorCircularDuctL3_h_Adjust[3]=1 -RotorCircularDuctL3_h_Adjust[4]=1 -RotorCircularDuctL3_h_Adjust[5]=1 -RotorCircularDuctL3_h_Adjust[6]=1 -RotorCircularDuctL3_h_Adjust[7]=1 -RotorCircularDuctL3_h_Adjust[8]=1 -RotorCircularDuctL3_Velocity_Multiplier[0]=1 -RotorCircularDuctL3_Velocity_Multiplier[1]=1 -RotorCircularDuctL3_Velocity_Multiplier[2]=1 -RotorCircularDuctL3_Velocity_Multiplier[3]=1 -RotorCircularDuctL3_Velocity_Multiplier[4]=1 -RotorCircularDuctL3_Velocity_Multiplier[5]=1 -RotorCircularDuctL3_Velocity_Multiplier[6]=1 -RotorCircularDuctL3_Velocity_Multiplier[7]=1 -RotorCircularDuctL3_Velocity_Multiplier[8]=1 -RotorCircularDuctL3_HeatTransferNotes[0]= -RotorCircularDuctL3_HeatTransferNotes[1]= -RotorCircularDuctL3_HeatTransferNotes[2]= -RotorCircularDuctL3_HeatTransferNotes[3]= -RotorCircularDuctL3_HeatTransferNotes[4]= -RotorCircularDuctL3_HeatTransferNotes[5]= -RotorCircularDuctL3_HeatTransferNotes[6]= -RotorCircularDuctL3_HeatTransferNotes[7]= -RotorCircularDuctL3_HeatTransferNotes[8]= -RotorCircularDuctL3_Expansion_k_Adjustment=1 -RotorCircularDuctL3_Contraction_k_Adjustment=1 -RotorCircularDuctL4_h_Input[0]=0 -RotorCircularDuctL4_h_Input[1]=0 -RotorCircularDuctL4_h_Input[2]=0 -RotorCircularDuctL4_h_Input[3]=0 -RotorCircularDuctL4_h_Input[4]=0 -RotorCircularDuctL4_h_Input[5]=0 -RotorCircularDuctL4_h_Input[6]=0 -RotorCircularDuctL4_h_Input[7]=0 -RotorCircularDuctL4_h_Input[8]=0 -RotorCircularDuctL4_h_Adjust[0]=1 -RotorCircularDuctL4_h_Adjust[1]=1 -RotorCircularDuctL4_h_Adjust[2]=1 -RotorCircularDuctL4_h_Adjust[3]=1 -RotorCircularDuctL4_h_Adjust[4]=1 -RotorCircularDuctL4_h_Adjust[5]=1 -RotorCircularDuctL4_h_Adjust[6]=1 -RotorCircularDuctL4_h_Adjust[7]=1 -RotorCircularDuctL4_h_Adjust[8]=1 -RotorCircularDuctL4_Velocity_Multiplier[0]=1 -RotorCircularDuctL4_Velocity_Multiplier[1]=1 -RotorCircularDuctL4_Velocity_Multiplier[2]=1 -RotorCircularDuctL4_Velocity_Multiplier[3]=1 -RotorCircularDuctL4_Velocity_Multiplier[4]=1 -RotorCircularDuctL4_Velocity_Multiplier[5]=1 -RotorCircularDuctL4_Velocity_Multiplier[6]=1 -RotorCircularDuctL4_Velocity_Multiplier[7]=1 -RotorCircularDuctL4_Velocity_Multiplier[8]=1 -RotorCircularDuctL4_HeatTransferNotes[0]= -RotorCircularDuctL4_HeatTransferNotes[1]= -RotorCircularDuctL4_HeatTransferNotes[2]= -RotorCircularDuctL4_HeatTransferNotes[3]= -RotorCircularDuctL4_HeatTransferNotes[4]= -RotorCircularDuctL4_HeatTransferNotes[5]= -RotorCircularDuctL4_HeatTransferNotes[6]= -RotorCircularDuctL4_HeatTransferNotes[7]= -RotorCircularDuctL4_HeatTransferNotes[8]= -RotorCircularDuctL4_Expansion_k_Adjustment=1 -RotorCircularDuctL4_Contraction_k_Adjustment=1 -RotorCircularDuctL1_Friction_k_Adjustment[0]=1 -RotorCircularDuctL1_Friction_k_Adjustment[1]=1 -RotorCircularDuctL1_Friction_k_Adjustment[2]=1 -RotorCircularDuctL1_Friction_k_Adjustment[3]=1 -RotorCircularDuctL1_Friction_k_Adjustment[4]=1 -RotorCircularDuctL1_Friction_k_Adjustment[5]=1 -RotorCircularDuctL1_Friction_k_Adjustment[6]=1 -RotorCircularDuctL1_Friction_k_Adjustment[7]=1 -RotorCircularDuctL1_Friction_k_Adjustment[8]=1 -RotorCircularDuctL1_Contraction_Notes= -RotorCircularDuctL1_Duct_Notes[0]= -RotorCircularDuctL1_Duct_Notes[1]= -RotorCircularDuctL1_Duct_Notes[2]= -RotorCircularDuctL1_Duct_Notes[3]= -RotorCircularDuctL1_Duct_Notes[4]= -RotorCircularDuctL1_Duct_Notes[5]= -RotorCircularDuctL1_Duct_Notes[6]= -RotorCircularDuctL1_Duct_Notes[7]= -RotorCircularDuctL1_Duct_Notes[8]= -RotorCircularDuctL1_Expansion_Notes= -RotorCircularDuctL2_Friction_k_Adjustment[0]=1 -RotorCircularDuctL2_Friction_k_Adjustment[1]=1 -RotorCircularDuctL2_Friction_k_Adjustment[2]=1 -RotorCircularDuctL2_Friction_k_Adjustment[3]=1 -RotorCircularDuctL2_Friction_k_Adjustment[4]=1 -RotorCircularDuctL2_Friction_k_Adjustment[5]=1 -RotorCircularDuctL2_Friction_k_Adjustment[6]=1 -RotorCircularDuctL2_Friction_k_Adjustment[7]=1 -RotorCircularDuctL2_Friction_k_Adjustment[8]=1 -RotorCircularDuctL2_Contraction_Notes= -RotorCircularDuctL2_Duct_Notes[0]= -RotorCircularDuctL2_Duct_Notes[1]= -RotorCircularDuctL2_Duct_Notes[2]= -RotorCircularDuctL2_Duct_Notes[3]= -RotorCircularDuctL2_Duct_Notes[4]= -RotorCircularDuctL2_Duct_Notes[5]= -RotorCircularDuctL2_Duct_Notes[6]= -RotorCircularDuctL2_Duct_Notes[7]= -RotorCircularDuctL2_Duct_Notes[8]= -RotorCircularDuctL2_Expansion_Notes= -RotorCircularDuctL3_Friction_k_Adjustment[0]=1 -RotorCircularDuctL3_Friction_k_Adjustment[1]=1 -RotorCircularDuctL3_Friction_k_Adjustment[2]=1 -RotorCircularDuctL3_Friction_k_Adjustment[3]=1 -RotorCircularDuctL3_Friction_k_Adjustment[4]=1 -RotorCircularDuctL3_Friction_k_Adjustment[5]=1 -RotorCircularDuctL3_Friction_k_Adjustment[6]=1 -RotorCircularDuctL3_Friction_k_Adjustment[7]=1 -RotorCircularDuctL3_Friction_k_Adjustment[8]=1 -RotorCircularDuctL3_Contraction_Notes= -RotorCircularDuctL3_Duct_Notes[0]= -RotorCircularDuctL3_Duct_Notes[1]= -RotorCircularDuctL3_Duct_Notes[2]= -RotorCircularDuctL3_Duct_Notes[3]= -RotorCircularDuctL3_Duct_Notes[4]= -RotorCircularDuctL3_Duct_Notes[5]= -RotorCircularDuctL3_Duct_Notes[6]= -RotorCircularDuctL3_Duct_Notes[7]= -RotorCircularDuctL3_Duct_Notes[8]= -RotorCircularDuctL3_Expansion_Notes= -RotorCircularDuctL4_Friction_k_Adjustment[0]=1 -RotorCircularDuctL4_Friction_k_Adjustment[1]=1 -RotorCircularDuctL4_Friction_k_Adjustment[2]=1 -RotorCircularDuctL4_Friction_k_Adjustment[3]=1 -RotorCircularDuctL4_Friction_k_Adjustment[4]=1 -RotorCircularDuctL4_Friction_k_Adjustment[5]=1 -RotorCircularDuctL4_Friction_k_Adjustment[6]=1 -RotorCircularDuctL4_Friction_k_Adjustment[7]=1 -RotorCircularDuctL4_Friction_k_Adjustment[8]=1 -RotorCircularDuctL4_Contraction_Notes= -RotorCircularDuctL4_Duct_Notes[0]= -RotorCircularDuctL4_Duct_Notes[1]= -RotorCircularDuctL4_Duct_Notes[2]= -RotorCircularDuctL4_Duct_Notes[3]= -RotorCircularDuctL4_Duct_Notes[4]= -RotorCircularDuctL4_Duct_Notes[5]= -RotorCircularDuctL4_Duct_Notes[6]= -RotorCircularDuctL4_Duct_Notes[7]= -RotorCircularDuctL4_Duct_Notes[8]= -RotorCircularDuctL4_Expansion_Notes= -CircularDuctL1ChannelHeight=3 -CircularDuctL1ChannelWidth=2 -StatorRectangularDuctLayer_CornerRadius[0]=0 -StatorRectangularDuctLayer_CornerRadius[1]=0 -StatorRectangularDuctLayer_CornerRadius[2]=0 -StatorRectangularDuctLayer_CornerRadius[3]=0 -CircularDuctL2ChannelHeight=3 -CircularDuctL2ChannelWidth=2 -CircularDuctL3ChannelHeight=3 -CircularDuctL3ChannelWidth=2 -CircularDuctL4ChannelHeight=3 -CircularDuctL4ChannelWidth=2 -Axle_Hole_Diameter=0 -Stator_Ducts=0 -Stator_Duct_Ratio=0.7 -Stator_Duct_Gap=2.5 -Number_Shaft_Spokes=4 -Spoke_Radial_Depth=10 -Spoke_Thickness=5 -Vel_Mult_TVent_EndRing_Outer_F=1 -Notes_TVent_EndRing_Outer_F= -h_Input_TVent_EndRing_Outer_F=0 -h_Adjust_TVent_EndRing_Outer_F=1 -Calc_Input_h_TVent_EndRing_Outer_F=0 -Vel_Mult_TVent_EndRing_Bore_F=1 -Notes_TVent_EndRing_Bore_F= -h_Input_TVent_EndRing_Bore_F=0 -h_Adjust_TVent_EndRing_Bore_F=1 -Calc_Input_h_TVent_EndRing_Bore_F=0 -Vel_Mult_TVent_EndRing_End_F=1 -Notes_TVent_EndRing_End_F= -h_Input_TVent_EndRing_End_F=0 -h_Adjust_TVent_EndRing_End_F=1 -Calc_Input_h_TVent_EndRing_End_F=0 -Vel_Mult_TVent_EndRing_ExtBore_F=1 -Notes_TVent_EndRing_ExtBore_F= -h_Input_TVent_EndRing_ExtBore_F=0 -h_Adjust_TVent_EndRing_ExtBore_F=1 -Calc_Input_h_TVent_EndRing_ExtBore_F=0 -Vel_Mult_TVent_EndRing_ExtOuter_F=1 -Notes_TVent_EndRing_ExtOuter_F= -h_Input_TVent_EndRing_ExtOuter_F=0 -h_Adjust_TVent_EndRing_ExtOuter_F=1 -Calc_Input_h_TVent_EndRing_ExtOuter_F=0 -Vel_Mult_TVent_EndRing_ExtInter_F=1 -Notes_TVent_EndRing_ExtInter_F= -h_Input_TVent_EndRing_ExtInter_F=0 -h_Adjust_TVent_EndRing_ExtInter_F=1 -Calc_Input_h_TVent_EndRing_ExtInter_F=0 -Vel_Mult_TVent_EndRing_Outer_R=1 -Notes_TVent_EndRing_Outer_R= -h_Input_TVent_EndRing_Outer_R=0 -h_Adjust_TVent_EndRing_Outer_R=1 -Calc_Input_h_TVent_EndRing_Outer_R=0 -Vel_Mult_TVent_EndRing_Bore_R=1 -Notes_TVent_EndRing_Bore_R= -h_Input_TVent_EndRing_Bore_R=0 -h_Adjust_TVent_EndRing_Bore_R=1 -Calc_Input_h_TVent_EndRing_Bore_R=0 -Vel_Mult_TVent_EndRing_End_R=1 -Notes_TVent_EndRing_End_R= -h_Input_TVent_EndRing_End_R=0 -h_Adjust_TVent_EndRing_End_R=1 -Calc_Input_h_TVent_EndRing_End_R=0 -Vel_Mult_TVent_EndRing_ExtBore_R=1 -Notes_TVent_EndRing_ExtBore_R= -h_Input_TVent_EndRing_ExtBore_R=0 -h_Adjust_TVent_EndRing_ExtBore_R=1 -Calc_Input_h_TVent_EndRing_ExtBore_R=0 -Vel_Mult_TVent_EndRing_ExtOuter_R=1 -Notes_TVent_EndRing_ExtOuter_R= -h_Input_TVent_EndRing_ExtOuter_R=0 -h_Adjust_TVent_EndRing_ExtOuter_R=1 -Calc_Input_h_TVent_EndRing_ExtOuter_R=0 -Vel_Mult_TVent_EndRing_ExtInter_R=1 -Notes_TVent_EndRing_ExtInter_R= -h_Input_TVent_EndRing_ExtInter_R=0 -h_Adjust_TVent_EndRing_ExtInter_R=1 -Calc_Input_h_TVent_EndRing_ExtInter_R=0 -Shaft_Hole_Diameter=15 -StatorDuctType=0 -RotorDuctType=0 -StatorRadialDuct_Friction_k_Adjustment=1 -StatorRadialDuct_Duct_Notes= -StatorRadialDuct_h_Input=0 -StatorRadialDuct_h_Adjust=1 -StatorRadialDuct_Velocity_Multiplier=1 -StatorRadialDuct_HeatTransferNotes= -RotorRadialDuct_Friction_k_Adjustment=1 -RotorRadialDuct_Duct_Notes= -RotorRadialDuct_h_Input=0 -RotorRadialDuct_h_Adjust=1 -RotorRadialDuct_Velocity_Multiplier=1 -RotorRadialDuct_HeatTransferNotes= -Rotor_Duct_Wall_Roughness=0.0025 -Notes_Rotor_Duct_Layer_1= -Notes_Rotor_Duct_Layer_2= -Vel_Mult_TVent_RotorEwdg_Inner_F=1 -Notes_TVent_RotorEwdg_Inner_F= -h_Input_TVent_RotorEwdg_Inner_F=0 -h_Adjust_TVent_RotorEwdg_Inner_F=1 -Calc_Input_h_TVent_RotorEwdg_Inner_F=0 -Vel_Mult_TVent_RotorEwdg_Outer_F=1 -Notes_TVent_RotorEwdg_Outer_F= -h_Input_TVent_RotorEwdg_Outer_F=0 -h_Adjust_TVent_RotorEwdg_Outer_F=1 -Calc_Input_h_TVent_RotorEwdg_Outer_F=0 -Vel_Mult_TVent_RotorEwdg_End_F=1 -Notes_TVent_RotorEwdg_End_F= -h_Input_TVent_RotorEwdg_End_F=0 -h_Adjust_TVent_RotorEwdg_End_F=1 -Calc_Input_h_TVent_RotorEwdg_End_F=0 -Vel_Mult_TVent_RotorEwdg_Inner_R=1 -Notes_TVent_RotorEwdg_Inner_R= -h_Input_TVent_RotorEwdg_Inner_R=0 -h_Adjust_TVent_RotorEwdg_Inner_R=1 -Calc_Input_h_TVent_RotorEwdg_Inner_R=0 -Vel_Mult_TVent_RotorEwdg_Outer_R=1 -Notes_TVent_RotorEwdg_Outer_R= -h_Input_TVent_RotorEwdg_Outer_R=0 -h_Adjust_TVent_RotorEwdg_Outer_R=1 -Calc_Input_h_TVent_RotorEwdg_Outer_R=0 -Vel_Mult_TVent_RotorEwdg_End_R=1 -Notes_TVent_RotorEwdg_End_R= -h_Input_TVent_RotorEwdg_End_R=0 -h_Adjust_TVent_RotorEwdg_End_R=1 -Calc_Input_h_TVent_RotorEwdg_End_R=0 -Vel_Mult_TVent_RotorLam_F=1 -Notes_TVent_RotorLam_F= -h_Input_TVent_RotorLam_F=0 -h_Adjust_TVent_RotorLam_F=1 -Calc_Input_h_TVent_RotorLam_F=0 -Vel_Mult_TVent_RotorLam_R=1 -Notes_TVent_RotorLam_R= -h_Input_TVent_RotorLam_R=0 -h_Adjust_TVent_RotorLam_R=1 -Calc_Input_h_TVent_RotorLam_R=0 -Vel_Mult_TVent_Magnet_F=1 -Notes_TVent_Magnet_F= -h_Input_TVent_Magnet_F=0 -h_Adjust_TVent_Magnet_F=1 -Calc_Input_h_TVent_Magnet_F=0 -Vel_Mult_TVent_Magnet_R=1 -Notes_TVent_Magnet_R= -h_Input_TVent_Magnet_R=0 -h_Adjust_TVent_Magnet_R=1 -Calc_Input_h_TVent_Magnet_R=0 -IncludeEndspaceRotationEffects=True -TVent_StatorDuct_HTC_Calc=1 -TVent_HousingCircDucts=True -TVent_NoAirgapFlow=False -TVentRadialDuctFlowDirection=1 -RadialDuctType=1 -Area_Mult_TVent_Stator_Duct[0]=1 -Area_Mult_TVent_Stator_Duct[1]=1 -Area_Mult_TVent_Stator_Duct[2]=1 -Area_Mult_TVent_Stator_Duct[3]=1 -Area_Mult_TVent_Stator_Duct[4]=1 -Area_Mult_TVent_Stator_Duct[5]=1 -Area_Mult_TVent_Stator_Duct[6]=1 -Area_Mult_TVent_Stator_Duct[7]=1 -Area_Mult_TVent_Stator_Duct[8]=1 -Area_Mult_TVent_Rotor_Duct[0]=1 -Area_Mult_TVent_Rotor_Duct[1]=1 -Area_Mult_TVent_Rotor_Duct[2]=1 -Area_Mult_TVent_Rotor_Duct[3]=1 -Area_Mult_TVent_Rotor_Duct[4]=1 -Area_Mult_TVent_Rotor_Duct[5]=1 -Area_Mult_TVent_Rotor_Duct[6]=1 -Area_Mult_TVent_Rotor_Duct[7]=1 -Area_Mult_TVent_Rotor_Duct[8]=1 -Area_Mult_TVent_Airgap_Stator[0]=1 -Area_Mult_TVent_Airgap_Stator[1]=1 -Area_Mult_TVent_Airgap_Stator[2]=1 -Area_Mult_TVent_Airgap_Stator[3]=1 -Area_Mult_TVent_Airgap_Stator[4]=1 -Area_Mult_TVent_Airgap_Stator[5]=1 -Area_Mult_TVent_Airgap_Stator[6]=1 -Area_Mult_TVent_Airgap_Stator[7]=1 -Area_Mult_TVent_Airgap_Stator[8]=1 -Area_Mult_TVent_Airgap_Rotor[0]=1 -Area_Mult_TVent_Airgap_Rotor[1]=1 -Area_Mult_TVent_Airgap_Rotor[2]=1 -Area_Mult_TVent_Airgap_Rotor[3]=1 -Area_Mult_TVent_Airgap_Rotor[4]=1 -Area_Mult_TVent_Airgap_Rotor[5]=1 -Area_Mult_TVent_Airgap_Rotor[6]=1 -Area_Mult_TVent_Airgap_Rotor[7]=1 -Area_Mult_TVent_Airgap_Rotor[8]=1 -Area_Mult_TVent_Endcap_F=1 -Area_Mult_TVent_Endcap_R=1 -Area_Mult_TVent_Housing_OHang_F=1 -Area_Mult_TVent_Housing_OHang_R=1 -Area_Mult_TVent_Shaft_OHang_F=1 -Area_Mult_TVent_Shaft_OHang_R=1 -Area_Mult_TVent_Axle_OHang_F=1 -Area_Mult_TVent_Axle_OHang_R=1 -Area_Mult_TVent_RotorEwdg_Inner_F=1 -iArea_Mult_TVent_RotorEwdg_Inner_F=1 -Area_Mult_TVent_RotorEwdg_Outer_F=1 -iArea_Mult_TVent_RotorEwdg_Outer_F=1 -Area_Mult_TVent_RotorEwdg_End_F=1 -iArea_Mult_TVent_RotorEwdg_End_F=1 -Area_Mult_TVent_RotorEwdg_Inner_R=1 -iArea_Mult_TVent_RotorEwdg_Inner_R=1 -Area_Mult_TVent_RotorEwdg_Outer_R=1 -iArea_Mult_TVent_RotorEwdg_Outer_R=1 -Area_Mult_TVent_RotorEwdg_End_R=1 -iArea_Mult_TVent_RotorEwdg_End_R=1 -CircularDuctL1_Area_Mult_A[0]=1 -CircularDuctL1_Area_Mult_A[1]=1 -CircularDuctL1_Area_Mult_A[2]=1 -CircularDuctL1_Area_Mult_A[3]=1 -CircularDuctL1_Area_Mult_A[4]=1 -CircularDuctL1_Area_Mult_A[5]=1 -CircularDuctL1_Area_Mult_A[6]=1 -CircularDuctL1_Area_Mult_A[7]=1 -CircularDuctL1_Area_Mult_A[8]=1 -CircularDuctL2_Area_Mult_A[0]=1 -CircularDuctL2_Area_Mult_A[1]=1 -CircularDuctL2_Area_Mult_A[2]=1 -CircularDuctL2_Area_Mult_A[3]=1 -CircularDuctL2_Area_Mult_A[4]=1 -CircularDuctL2_Area_Mult_A[5]=1 -CircularDuctL2_Area_Mult_A[6]=1 -CircularDuctL2_Area_Mult_A[7]=1 -CircularDuctL2_Area_Mult_A[8]=1 -CircularDuctL3_Area_Mult_A[0]=1 -CircularDuctL3_Area_Mult_A[1]=1 -CircularDuctL3_Area_Mult_A[2]=1 -CircularDuctL3_Area_Mult_A[3]=1 -CircularDuctL3_Area_Mult_A[4]=1 -CircularDuctL3_Area_Mult_A[5]=1 -CircularDuctL3_Area_Mult_A[6]=1 -CircularDuctL3_Area_Mult_A[7]=1 -CircularDuctL3_Area_Mult_A[8]=1 -CircularDuctL4_Area_Mult_A[0]=1 -CircularDuctL4_Area_Mult_A[1]=1 -CircularDuctL4_Area_Mult_A[2]=1 -CircularDuctL4_Area_Mult_A[3]=1 -CircularDuctL4_Area_Mult_A[4]=1 -CircularDuctL4_Area_Mult_A[5]=1 -CircularDuctL4_Area_Mult_A[6]=1 -CircularDuctL4_Area_Mult_A[7]=1 -CircularDuctL4_Area_Mult_A[8]=1 -StatorRadialDuct_Area_Mult=1 -RotorRadial_Duct_Area_Mult=1 -Area_Mult_TVent_RotorLam_F=1 -Area_Mult_TVent_RotorLam_R=1 -Area_Mult_TVent_Magnet_F=1 -Area_Mult_TVent_Magnet_R=1 -Area_Mult_TVent_EndRing_Outer_F=1 -Area_Mult_TVent_EndRing_Bore_F=1 -Area_Mult_TVent_EndRing_End_F=1 -Area_Mult_TVent_EndRing_ExtBore_F=1 -Area_Mult_TVent_EndRing_ExtOuter_F=1 -Area_Mult_TVent_EndRing_ExtInter_F=1 -Area_Mult_TVent_EndRing_Outer_R=1 -Area_Mult_TVent_EndRing_Bore_R=1 -Area_Mult_TVent_EndRing_End_R=1 -Area_Mult_TVent_EndRing_ExtBore_R=1 -Area_Mult_TVent_EndRing_ExtOuter_R=1 -Area_Mult_TVent_EndRing_ExtInter_R=1 -SelfVentilation=False -TVent_SpokeDuct_k_Wall_Friction_Adjust[0]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[1]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[2]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[3]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[4]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[5]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[6]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[7]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[8]=1 -TVentFluidTemperature=1 -VortexTransition=1 -ProportionTVentRadialFlow=1 -TVentInletAxialOffset_F=0 -TVentInletAxialOffset_R=0 -TVentRotorDuctBlockage=0 -Calc_Input_h_TVent_CupBase=0 -h_Input_TVent_CupBase=0 -h_Adjust_TVent_CupBase=1 -Vel_Mult_TVent_CupBase=1 -Area_Mult_TVent_CupBase=1 -Notes_TVent_CupBase= -Calc_Input_h_TVent_CupCylinderOH=0 -h_Input_TVent_CupCylinderOH=0 -h_Adjust_TVent_CupCylinderOH=1 -Vel_Mult_TVent_CupCylinderOH=1 -Area_Mult_TVent_CupCylinderOH=1 -Notes_TVent_CupCylinderOH= -TVent_Airgap_FrictionFactorCalc=1 -TVent_RadialFlowPathCalc=1 -TVent_UsingAverageAirgapTempCalc=1 -Calc_Input_h_TVent_EWdg_Inner_F[0]=0 -h_Input_TVent_EWdg_Inner_F[0]=10 -h_Adjust_TVent_EWdg_Inner_F[0]=1 -Velocity_Multiplier_TVent_EWdg_Inner_F[0]=1 -Area_Mult_TVent_EWdg_Inner_F[0]=1 -Notes_TVent_EWdg_Inner_F[0]= -Calc_Input_h_TVent_EW_Outer_F[0]=0 -h_Input_TVent_EW_Outer_F[0]=10 -h_Adjust_TVent_EW_Outer_F[0]=1 -Velocity_Multiplier_TVent_EW_Outer_F[0]=1 -Area_Mult_TVent_EW_Outer_F[0]=1 -Notes_TVent_EW_Outer_F[0]= -Calc_Input_h_TVent_EWdg_Front_F[0]=0 -h_Input_TVent_EWdg_Front_F[0]=10 -h_Adjust_TVent_EWdg_Front_F[0]=1 -Velocity_Multiplier_TVent_EWdg_Front_F[0]=1 -Area_Mult_TVent_EWdg_Front_F[0]=1 -Notes_TVent_EWdg_Front_F[0]= -Calc_Input_h_TVent_EWdg_Rear_F[0]=0 -h_Input_TVent_EWdg_Rear_F[0]=10 -h_Adjust_TVent_EWdg_Rear_F[0]=1 -Velocity_Multiplier_TVent_EWdg_Rear_F[0]=0 -Area_Mult_TVent_EWdg_Rear_F[0]=1 -Notes_TVent_EWdg_Rear_F[0]= -Calc_Input_h_TVent_EWdg_Inner_R[0]=0 -h_Input_TVent_EWdg_Inner_R[0]=10 -h_Adjust_TVent_EWdg_Inner_R[0]=1 -Velocity_Multiplier_TVent_EWdg_Inner_R[0]=1 -Area_Mult_TVent_EWdg_Inner_R[0]=1 -Notes_TVent_EWdg_Inner_R[0]= -Calc_Input_h_TVent_EW_Outer_R[0]=0 -h_Input_TVent_EW_Outer_R[0]=10 -h_Adjust_TVent_EW_Outer_R[0]=1 -Velocity_Multiplier_TVent_EW_Outer_R[0]=1 -Area_Mult_TVent_EW_Outer_R[0]=1 -Notes_TVent_EW_Outer_R[0]= -Calc_Input_h_TVent_EWdg_Front_R[0]=0 -h_Input_TVent_EWdg_Front_R[0]=10 -h_Adjust_TVent_EWdg_Front_R[0]=1 -Velocity_Multiplier_TVent_EWdg_Front_R[0]=0 -Area_Mult_TVent_EWdg_Front_R[0]=1 -Notes_TVent_EWdg_Front_R[0]= -Calc_Input_h_TVent_EWdg_Rear_R[0]=0 -h_Input_TVent_EWdg_Rear_R[0]=10 -h_Adjust_TVent_EWdg_Rear_R[0]=1 -Velocity_Multiplier_TVent_EWdg_Rear_R[0]=1 -Area_Mult_TVent_EWdg_Rear_R[0]=1 -Notes_TVent_EWdg_Rear_R[0]= -Velocity_Multiplier_TVent_Stator_Duct[0]=1 -Velocity_Multiplier_TVent_Stator_Duct[1]=1 -Velocity_Multiplier_TVent_Stator_Duct[2]=1 -Velocity_Multiplier_TVent_Stator_Duct[3]=1 -Velocity_Multiplier_TVent_Stator_Duct[4]=1 -Velocity_Multiplier_TVent_Stator_Duct[5]=1 -Velocity_Multiplier_TVent_Stator_Duct[6]=1 -Velocity_Multiplier_TVent_Stator_Duct[7]=1 -Velocity_Multiplier_TVent_Stator_Duct[8]=1 -Calc_Input_h_TVent_Stator_Duct[0]=0 -Calc_Input_h_TVent_Stator_Duct[1]=0 -Calc_Input_h_TVent_Stator_Duct[2]=0 -Calc_Input_h_TVent_Stator_Duct[3]=0 -Calc_Input_h_TVent_Stator_Duct[4]=0 -Calc_Input_h_TVent_Stator_Duct[5]=0 -Calc_Input_h_TVent_Stator_Duct[6]=0 -Calc_Input_h_TVent_Stator_Duct[7]=0 -Calc_Input_h_TVent_Stator_Duct[8]=0 -h_Input_TVent_Stator_Duct[0]=10 -h_Input_TVent_Stator_Duct[1]=10 -h_Input_TVent_Stator_Duct[2]=10 -h_Input_TVent_Stator_Duct[3]=10 -h_Input_TVent_Stator_Duct[4]=10 -h_Input_TVent_Stator_Duct[5]=10 -h_Input_TVent_Stator_Duct[6]=10 -h_Input_TVent_Stator_Duct[7]=10 -h_Input_TVent_Stator_Duct[8]=10 -h_Adjust_TVent_Stator_Duct[0]=1 -h_Adjust_TVent_Stator_Duct[1]=1 -h_Adjust_TVent_Stator_Duct[2]=1 -h_Adjust_TVent_Stator_Duct[3]=1 -h_Adjust_TVent_Stator_Duct[4]=1 -h_Adjust_TVent_Stator_Duct[5]=1 -h_Adjust_TVent_Stator_Duct[6]=1 -h_Adjust_TVent_Stator_Duct[7]=1 -h_Adjust_TVent_Stator_Duct[8]=1 -Notes_TVent_Stator_Duct[0]= -Notes_TVent_Stator_Duct[1]= -Notes_TVent_Stator_Duct[2]= -Notes_TVent_Stator_Duct[3]= -Notes_TVent_Stator_Duct[4]= -Notes_TVent_Stator_Duct[5]= -Notes_TVent_Stator_Duct[6]= -Notes_TVent_Stator_Duct[7]= -Notes_TVent_Stator_Duct[8]= -CircularDuctL1_Calc_Input_h_A[0]=0 -CircularDuctL1_Calc_Input_h_A[1]=0 -CircularDuctL1_Calc_Input_h_A[2]=0 -CircularDuctL1_Calc_Input_h_A[3]=0 -CircularDuctL1_Calc_Input_h_A[4]=0 -CircularDuctL1_Calc_Input_h_A[5]=0 -CircularDuctL1_Calc_Input_h_A[6]=0 -CircularDuctL1_Calc_Input_h_A[7]=0 -CircularDuctL1_Calc_Input_h_A[8]=0 -CircularDuctL2_Calc_Input_h[0]=0 -CircularDuctL2_Calc_Input_h[1]=0 -CircularDuctL2_Calc_Input_h[2]=0 -CircularDuctL2_Calc_Input_h[3]=0 -CircularDuctL2_Calc_Input_h[4]=0 -CircularDuctL2_Calc_Input_h[5]=0 -CircularDuctL2_Calc_Input_h[6]=0 -CircularDuctL2_Calc_Input_h[7]=0 -CircularDuctL2_Calc_Input_h[8]=0 -CircularDuctL3_Calc_Input_h[0]=0 -CircularDuctL3_Calc_Input_h[1]=0 -CircularDuctL3_Calc_Input_h[2]=0 -CircularDuctL3_Calc_Input_h[3]=0 -CircularDuctL3_Calc_Input_h[4]=0 -CircularDuctL3_Calc_Input_h[5]=0 -CircularDuctL3_Calc_Input_h[6]=0 -CircularDuctL3_Calc_Input_h[7]=0 -CircularDuctL3_Calc_Input_h[8]=0 -CircularDuctL4_Calc_Input_h[0]=0 -CircularDuctL4_Calc_Input_h[1]=0 -CircularDuctL4_Calc_Input_h[2]=0 -CircularDuctL4_Calc_Input_h[3]=0 -CircularDuctL4_Calc_Input_h[4]=0 -CircularDuctL4_Calc_Input_h[5]=0 -CircularDuctL4_Calc_Input_h[6]=0 -CircularDuctL4_Calc_Input_h[7]=0 -CircularDuctL4_Calc_Input_h[8]=0 -Velocity_Multiplier_TVent_Airgap_Stator[0]=1 -Velocity_Multiplier_TVent_Airgap_Stator[1]=1 -Velocity_Multiplier_TVent_Airgap_Stator[2]=1 -Velocity_Multiplier_TVent_Airgap_Stator[3]=1 -Velocity_Multiplier_TVent_Airgap_Stator[4]=1 -Velocity_Multiplier_TVent_Airgap_Stator[5]=1 -Velocity_Multiplier_TVent_Airgap_Stator[6]=1 -Velocity_Multiplier_TVent_Airgap_Stator[7]=1 -Velocity_Multiplier_TVent_Airgap_Stator[8]=1 -Calc_Input_h_TVent_Airgap_Stator[0]=0 -Calc_Input_h_TVent_Airgap_Stator[1]=0 -Calc_Input_h_TVent_Airgap_Stator[2]=0 -Calc_Input_h_TVent_Airgap_Stator[3]=0 -Calc_Input_h_TVent_Airgap_Stator[4]=0 -Calc_Input_h_TVent_Airgap_Stator[5]=0 -Calc_Input_h_TVent_Airgap_Stator[6]=0 -Calc_Input_h_TVent_Airgap_Stator[7]=0 -Calc_Input_h_TVent_Airgap_Stator[8]=0 -h_Input_TVent_Airgap_Stator[0]=10 -h_Input_TVent_Airgap_Stator[1]=10 -h_Input_TVent_Airgap_Stator[2]=10 -h_Input_TVent_Airgap_Stator[3]=10 -h_Input_TVent_Airgap_Stator[4]=10 -h_Input_TVent_Airgap_Stator[5]=10 -h_Input_TVent_Airgap_Stator[6]=10 -h_Input_TVent_Airgap_Stator[7]=10 -h_Input_TVent_Airgap_Stator[8]=10 -h_Adjust_TVent_Airgap_Stator[0]=1 -h_Adjust_TVent_Airgap_Stator[1]=1 -h_Adjust_TVent_Airgap_Stator[2]=1 -h_Adjust_TVent_Airgap_Stator[3]=1 -h_Adjust_TVent_Airgap_Stator[4]=1 -h_Adjust_TVent_Airgap_Stator[5]=1 -h_Adjust_TVent_Airgap_Stator[6]=1 -h_Adjust_TVent_Airgap_Stator[7]=1 -h_Adjust_TVent_Airgap_Stator[8]=1 -Notes_TVent_Airgap_Stator[0]= -Notes_TVent_Airgap_Stator[1]= -Notes_TVent_Airgap_Stator[2]= -Notes_TVent_Airgap_Stator[3]= -Notes_TVent_Airgap_Stator[4]= -Notes_TVent_Airgap_Stator[5]= -Notes_TVent_Airgap_Stator[6]= -Notes_TVent_Airgap_Stator[7]= -Notes_TVent_Airgap_Stator[8]= -Velocity_Multiplier_TVent_Airgap_Rotor[0]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[1]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[2]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[3]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[4]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[5]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[6]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[7]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[8]=1 -Calc_Input_h_TVent_Airgap_Rotor[0]=0 -Calc_Input_h_TVent_Airgap_Rotor[1]=0 -Calc_Input_h_TVent_Airgap_Rotor[2]=0 -Calc_Input_h_TVent_Airgap_Rotor[3]=0 -Calc_Input_h_TVent_Airgap_Rotor[4]=0 -Calc_Input_h_TVent_Airgap_Rotor[5]=0 -Calc_Input_h_TVent_Airgap_Rotor[6]=0 -Calc_Input_h_TVent_Airgap_Rotor[7]=0 -Calc_Input_h_TVent_Airgap_Rotor[8]=0 -h_Input_TVent_Airgap_Rotor[0]=10 -h_Input_TVent_Airgap_Rotor[1]=10 -h_Input_TVent_Airgap_Rotor[2]=10 -h_Input_TVent_Airgap_Rotor[3]=10 -h_Input_TVent_Airgap_Rotor[4]=10 -h_Input_TVent_Airgap_Rotor[5]=10 -h_Input_TVent_Airgap_Rotor[6]=10 -h_Input_TVent_Airgap_Rotor[7]=10 -h_Input_TVent_Airgap_Rotor[8]=10 -h_Adjust_TVent_Airgap_Rotor[0]=1 -h_Adjust_TVent_Airgap_Rotor[1]=1 -h_Adjust_TVent_Airgap_Rotor[2]=1 -h_Adjust_TVent_Airgap_Rotor[3]=1 -h_Adjust_TVent_Airgap_Rotor[4]=1 -h_Adjust_TVent_Airgap_Rotor[5]=1 -h_Adjust_TVent_Airgap_Rotor[6]=1 -h_Adjust_TVent_Airgap_Rotor[7]=1 -h_Adjust_TVent_Airgap_Rotor[8]=1 -Notes_TVent_Airgap_Rotor[0]= -Notes_TVent_Airgap_Rotor[1]= -Notes_TVent_Airgap_Rotor[2]= -Notes_TVent_Airgap_Rotor[3]= -Notes_TVent_Airgap_Rotor[4]= -Notes_TVent_Airgap_Rotor[5]= -Notes_TVent_Airgap_Rotor[6]= -Notes_TVent_Airgap_Rotor[7]= -Notes_TVent_Airgap_Rotor[8]= -Velocity_Multiplier_TVent_Rotor_Duct[0]=1 -Velocity_Multiplier_TVent_Rotor_Duct[1]=1 -Velocity_Multiplier_TVent_Rotor_Duct[2]=1 -Velocity_Multiplier_TVent_Rotor_Duct[3]=1 -Velocity_Multiplier_TVent_Rotor_Duct[4]=1 -Velocity_Multiplier_TVent_Rotor_Duct[5]=1 -Velocity_Multiplier_TVent_Rotor_Duct[6]=1 -Velocity_Multiplier_TVent_Rotor_Duct[7]=1 -Velocity_Multiplier_TVent_Rotor_Duct[8]=1 -Calc_Input_h_TVent_Rotor_Duct[0]=0 -Calc_Input_h_TVent_Rotor_Duct[1]=0 -Calc_Input_h_TVent_Rotor_Duct[2]=0 -Calc_Input_h_TVent_Rotor_Duct[3]=0 -Calc_Input_h_TVent_Rotor_Duct[4]=0 -Calc_Input_h_TVent_Rotor_Duct[5]=0 -Calc_Input_h_TVent_Rotor_Duct[6]=0 -Calc_Input_h_TVent_Rotor_Duct[7]=0 -Calc_Input_h_TVent_Rotor_Duct[8]=0 -h_Input_TVent_Rotor_Duct[0]=10 -h_Input_TVent_Rotor_Duct[1]=10 -h_Input_TVent_Rotor_Duct[2]=10 -h_Input_TVent_Rotor_Duct[3]=10 -h_Input_TVent_Rotor_Duct[4]=10 -h_Input_TVent_Rotor_Duct[5]=10 -h_Input_TVent_Rotor_Duct[6]=10 -h_Input_TVent_Rotor_Duct[7]=10 -h_Input_TVent_Rotor_Duct[8]=10 -h_Adjust_TVent_Rotor_Duct[0]=1 -h_Adjust_TVent_Rotor_Duct[1]=1 -h_Adjust_TVent_Rotor_Duct[2]=1 -h_Adjust_TVent_Rotor_Duct[3]=1 -h_Adjust_TVent_Rotor_Duct[4]=1 -h_Adjust_TVent_Rotor_Duct[5]=1 -h_Adjust_TVent_Rotor_Duct[6]=1 -h_Adjust_TVent_Rotor_Duct[7]=1 -h_Adjust_TVent_Rotor_Duct[8]=1 -Notes_TVent_Rotor_Duct[0]= -Notes_TVent_Rotor_Duct[1]= -Notes_TVent_Rotor_Duct[2]= -Notes_TVent_Rotor_Duct[3]= -Notes_TVent_Rotor_Duct[4]= -Notes_TVent_Rotor_Duct[5]= -Notes_TVent_Rotor_Duct[6]= -Notes_TVent_Rotor_Duct[7]= -Notes_TVent_Rotor_Duct[8]= -RotorCircularDuctL1_Calc_Input_h[0]=0 -RotorCircularDuctL1_Calc_Input_h[1]=0 -RotorCircularDuctL1_Calc_Input_h[2]=0 -RotorCircularDuctL1_Calc_Input_h[3]=0 -RotorCircularDuctL1_Calc_Input_h[4]=0 -RotorCircularDuctL1_Calc_Input_h[5]=0 -RotorCircularDuctL1_Calc_Input_h[6]=0 -RotorCircularDuctL1_Calc_Input_h[7]=0 -RotorCircularDuctL1_Calc_Input_h[8]=0 -RotorCircularDuctL2_Calc_Input_h[0]=0 -RotorCircularDuctL2_Calc_Input_h[1]=0 -RotorCircularDuctL2_Calc_Input_h[2]=0 -RotorCircularDuctL2_Calc_Input_h[3]=0 -RotorCircularDuctL2_Calc_Input_h[4]=0 -RotorCircularDuctL2_Calc_Input_h[5]=0 -RotorCircularDuctL2_Calc_Input_h[6]=0 -RotorCircularDuctL2_Calc_Input_h[7]=0 -RotorCircularDuctL2_Calc_Input_h[8]=0 -RotorCircularDuctL3_Calc_Input_h[0]=0 -RotorCircularDuctL3_Calc_Input_h[1]=0 -RotorCircularDuctL3_Calc_Input_h[2]=0 -RotorCircularDuctL3_Calc_Input_h[3]=0 -RotorCircularDuctL3_Calc_Input_h[4]=0 -RotorCircularDuctL3_Calc_Input_h[5]=0 -RotorCircularDuctL3_Calc_Input_h[6]=0 -RotorCircularDuctL3_Calc_Input_h[7]=0 -RotorCircularDuctL3_Calc_Input_h[8]=0 -RotorCircularDuctL4_Calc_Input_h[0]=0 -RotorCircularDuctL4_Calc_Input_h[1]=0 -RotorCircularDuctL4_Calc_Input_h[2]=0 -RotorCircularDuctL4_Calc_Input_h[3]=0 -RotorCircularDuctL4_Calc_Input_h[4]=0 -RotorCircularDuctL4_Calc_Input_h[5]=0 -RotorCircularDuctL4_Calc_Input_h[6]=0 -RotorCircularDuctL4_Calc_Input_h[7]=0 -RotorCircularDuctL4_Calc_Input_h[8]=0 -Calc_Input_h_TVent_StatorRadialDuct=0 -Calc_Input_h_TVent_RotorRadialDuct=0 -Area_Mult_TVent_Rotor_Spacer[0]=1 -Area_Mult_TVent_Rotor_Spacer[1]=1 -Area_Mult_TVent_Rotor_Spacer[2]=1 -Area_Mult_TVent_Rotor_Spacer[3]=1 -Area_Mult_TVent_Rotor_Spacer[4]=1 -Area_Mult_TVent_Rotor_Spacer[5]=1 -Area_Mult_TVent_Rotor_Spacer[6]=1 -Area_Mult_TVent_Rotor_Spacer[7]=1 -Area_Mult_TVent_Rotor_Spacer[8]=1 -Area_Mult_Tvent_Rotor_Coil_Base[0]=1 -Area_Mult_Tvent_Rotor_Coil_Base[1]=1 -Area_Mult_Tvent_Rotor_Coil_Base[2]=1 -Area_Mult_Tvent_Rotor_Coil_Base[3]=1 -Area_Mult_Tvent_Rotor_Coil_Base[4]=1 -Area_Mult_Tvent_Rotor_Coil_Base[5]=1 -Area_Mult_Tvent_Rotor_Coil_Base[6]=1 -Area_Mult_Tvent_Rotor_Coil_Base[7]=1 -Area_Mult_Tvent_Rotor_Coil_Base[8]=1 -Area_Mult_Tvent_Rotor_Back_Iron[0]=1 -Area_Mult_Tvent_Rotor_Back_Iron[1]=1 -Area_Mult_Tvent_Rotor_Back_Iron[2]=1 -Area_Mult_Tvent_Rotor_Back_Iron[3]=1 -Area_Mult_Tvent_Rotor_Back_Iron[4]=1 -Area_Mult_Tvent_Rotor_Back_Iron[5]=1 -Area_Mult_Tvent_Rotor_Back_Iron[6]=1 -Area_Mult_Tvent_Rotor_Back_Iron[7]=1 -Area_Mult_Tvent_Rotor_Back_Iron[8]=1 -Calc_Input_h_TVent_Rotor_Spacer[0]=0 -Calc_Input_h_TVent_Rotor_Spacer[1]=0 -Calc_Input_h_TVent_Rotor_Spacer[2]=0 -Calc_Input_h_TVent_Rotor_Spacer[3]=0 -Calc_Input_h_TVent_Rotor_Spacer[4]=0 -Calc_Input_h_TVent_Rotor_Spacer[5]=0 -Calc_Input_h_TVent_Rotor_Spacer[6]=0 -Calc_Input_h_TVent_Rotor_Spacer[7]=0 -Calc_Input_h_TVent_Rotor_Spacer[8]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[0]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[1]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[2]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[3]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[4]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[5]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[6]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[7]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[8]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[0]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[1]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[2]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[3]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[4]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[5]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[6]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[7]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[8]=0 -h_Input_TVent_Rotor_Spacer[0]=10 -h_Input_TVent_Rotor_Spacer[1]=10 -h_Input_TVent_Rotor_Spacer[2]=10 -h_Input_TVent_Rotor_Spacer[3]=10 -h_Input_TVent_Rotor_Spacer[4]=10 -h_Input_TVent_Rotor_Spacer[5]=10 -h_Input_TVent_Rotor_Spacer[6]=10 -h_Input_TVent_Rotor_Spacer[7]=10 -h_Input_TVent_Rotor_Spacer[8]=10 -h_Input_TVent_Rotor_Coil_Base[0]=10 -h_Input_TVent_Rotor_Coil_Base[1]=10 -h_Input_TVent_Rotor_Coil_Base[2]=10 -h_Input_TVent_Rotor_Coil_Base[3]=10 -h_Input_TVent_Rotor_Coil_Base[4]=10 -h_Input_TVent_Rotor_Coil_Base[5]=10 -h_Input_TVent_Rotor_Coil_Base[6]=10 -h_Input_TVent_Rotor_Coil_Base[7]=10 -h_Input_TVent_Rotor_Coil_Base[8]=10 -h_Input_TVent_Rotor_Back_Iron[0]=10 -h_Input_TVent_Rotor_Back_Iron[1]=10 -h_Input_TVent_Rotor_Back_Iron[2]=10 -h_Input_TVent_Rotor_Back_Iron[3]=10 -h_Input_TVent_Rotor_Back_Iron[4]=10 -h_Input_TVent_Rotor_Back_Iron[5]=10 -h_Input_TVent_Rotor_Back_Iron[6]=10 -h_Input_TVent_Rotor_Back_Iron[7]=10 -h_Input_TVent_Rotor_Back_Iron[8]=10 -h_Adjust_TVent_Rotor_Spacer[0]=1 -h_Adjust_TVent_Rotor_Spacer[1]=1 -h_Adjust_TVent_Rotor_Spacer[2]=1 -h_Adjust_TVent_Rotor_Spacer[3]=1 -h_Adjust_TVent_Rotor_Spacer[4]=1 -h_Adjust_TVent_Rotor_Spacer[5]=1 -h_Adjust_TVent_Rotor_Spacer[6]=1 -h_Adjust_TVent_Rotor_Spacer[7]=1 -h_Adjust_TVent_Rotor_Spacer[8]=1 -h_Adjust_TVent_Rotor_Coil_Base[0]=1 -h_Adjust_TVent_Rotor_Coil_Base[1]=1 -h_Adjust_TVent_Rotor_Coil_Base[2]=1 -h_Adjust_TVent_Rotor_Coil_Base[3]=1 -h_Adjust_TVent_Rotor_Coil_Base[4]=1 -h_Adjust_TVent_Rotor_Coil_Base[5]=1 -h_Adjust_TVent_Rotor_Coil_Base[6]=1 -h_Adjust_TVent_Rotor_Coil_Base[7]=1 -h_Adjust_TVent_Rotor_Coil_Base[8]=1 -h_Adjust_TVent_Rotor_Back_Iron[0]=1 -h_Adjust_TVent_Rotor_Back_Iron[1]=1 -h_Adjust_TVent_Rotor_Back_Iron[2]=1 -h_Adjust_TVent_Rotor_Back_Iron[3]=1 -h_Adjust_TVent_Rotor_Back_Iron[4]=1 -h_Adjust_TVent_Rotor_Back_Iron[5]=1 -h_Adjust_TVent_Rotor_Back_Iron[6]=1 -h_Adjust_TVent_Rotor_Back_Iron[7]=1 -h_Adjust_TVent_Rotor_Back_Iron[8]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[0]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[1]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[2]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[3]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[4]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[5]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[6]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[7]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[8]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[0]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[1]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[2]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[3]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[4]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[5]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[6]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[7]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[8]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[0]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[1]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[2]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[3]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[4]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[5]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[6]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[7]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[8]=1 -Notes_TVent_Rotor_Spacer[0]= -Notes_TVent_Rotor_Spacer[1]= -Notes_TVent_Rotor_Spacer[2]= -Notes_TVent_Rotor_Spacer[3]= -Notes_TVent_Rotor_Spacer[4]= -Notes_TVent_Rotor_Spacer[5]= -Notes_TVent_Rotor_Spacer[6]= -Notes_TVent_Rotor_Spacer[7]= -Notes_TVent_Rotor_Spacer[8]= -Notes_TVent_Rotor_Coil_Base[0]= -Notes_TVent_Rotor_Coil_Base[1]= -Notes_TVent_Rotor_Coil_Base[2]= -Notes_TVent_Rotor_Coil_Base[3]= -Notes_TVent_Rotor_Coil_Base[4]= -Notes_TVent_Rotor_Coil_Base[5]= -Notes_TVent_Rotor_Coil_Base[6]= -Notes_TVent_Rotor_Coil_Base[7]= -Notes_TVent_Rotor_Coil_Base[8]= -Notes_TVent_Rotor_Back_Iron[0]= -Notes_TVent_Rotor_Back_Iron[1]= -Notes_TVent_Rotor_Back_Iron[2]= -Notes_TVent_Rotor_Back_Iron[3]= -Notes_TVent_Rotor_Back_Iron[4]= -Notes_TVent_Rotor_Back_Iron[5]= -Notes_TVent_Rotor_Back_Iron[6]= -Notes_TVent_Rotor_Back_Iron[7]= -Notes_TVent_Rotor_Back_Iron[8]= -RotorCircularDuctL1_Area_Mult[0]=1 -RotorCircularDuctL1_Area_Mult[1]=1 -RotorCircularDuctL1_Area_Mult[2]=1 -RotorCircularDuctL1_Area_Mult[3]=1 -RotorCircularDuctL1_Area_Mult[4]=1 -RotorCircularDuctL1_Area_Mult[5]=1 -RotorCircularDuctL1_Area_Mult[6]=1 -RotorCircularDuctL1_Area_Mult[7]=1 -RotorCircularDuctL1_Area_Mult[8]=1 -RotorCircularDuctL2_Area_Mult[0]=1 -RotorCircularDuctL2_Area_Mult[1]=1 -RotorCircularDuctL2_Area_Mult[2]=1 -RotorCircularDuctL2_Area_Mult[3]=1 -RotorCircularDuctL2_Area_Mult[4]=1 -RotorCircularDuctL2_Area_Mult[5]=1 -RotorCircularDuctL2_Area_Mult[6]=1 -RotorCircularDuctL2_Area_Mult[7]=1 -RotorCircularDuctL2_Area_Mult[8]=1 -RotorCircularDuctL3_Area_Mult[0]=1 -RotorCircularDuctL3_Area_Mult[1]=1 -RotorCircularDuctL3_Area_Mult[2]=1 -RotorCircularDuctL3_Area_Mult[3]=1 -RotorCircularDuctL3_Area_Mult[4]=1 -RotorCircularDuctL3_Area_Mult[5]=1 -RotorCircularDuctL3_Area_Mult[6]=1 -RotorCircularDuctL3_Area_Mult[7]=1 -RotorCircularDuctL3_Area_Mult[8]=1 -RotorCircularDuctL4_Area_Mult[0]=1 -RotorCircularDuctL4_Area_Mult[1]=1 -RotorCircularDuctL4_Area_Mult[2]=1 -RotorCircularDuctL4_Area_Mult[3]=1 -RotorCircularDuctL4_Area_Mult[4]=1 -RotorCircularDuctL4_Area_Mult[5]=1 -RotorCircularDuctL4_Area_Mult[6]=1 -RotorCircularDuctL4_Area_Mult[7]=1 -RotorCircularDuctL4_Area_Mult[8]=1 -Stator_Duct_Type=No_Stator_Ducts -Rotor_Duct_Type=No_Rotor_Ducts -Calc_Input_h_TVent_EWdg_Bore_F=Calc_h_conv -h_Input_TVent_EWdg_Bore_F=10 -h_Adjust_TVent_EWdg_Bore_F=1 -Velocity_Multiplier_TVent_EWdg_Bore_F=1 -Area_Mult_TVent_EWdg_Bore_F=1 -Notes_TVent_EWdg_Bore_F= -Calc_Input_h_TVent_EWdg_Outer_F=Calc_h_conv -h_Input_TVent_EWdg_Outer_F=10 -h_Adjust_TVent_EWdg_Outer_F=1 -Velocity_Multiplier_TVent_EWdg_Outer_F=1 -Area_Mult_TVent_EWdg_Outer_F=1 -Notes_TVent_EWdg_Outer_F= -Calc_Input_h_TVent_EWdg_End_F=Calc_h_conv -h_Input_TVent_EWdg_End_F=10 -h_Adjust_TVent_EWdg_End_F=1 -Velocity_Multiplier_TVent_EWdg_End_F=1 -Area_Mult_TVent_EWdg_End_F=1 -Notes_TVent_EWdg_End_F= -Calc_Input_h_TVent_EWdg_Bore_R=Calc_h_conv -h_Input_TVent_EWdg_Bore_R=10 -h_Adjust_TVent_EWdg_Bore_R=1 -Velocity_Multiplier_TVent_EWdg_Bore_R=1 -Area_Mult_TVent_EWdg_Bore_R=1 -Notes_TVent_EWdg_Bore_R= -Calc_Input_h_TVent_EWdg_Outer_R=Calc_h_conv -h_Input_TVent_EWdg_Outer_R=10 -h_Adjust_TVent_EWdg_Outer_R=1 -Velocity_Multiplier_TVent_EWdg_Outer_R=1 -Area_Mult_TVent_EWdg_Outer_R=1 -Notes_TVent_EWdg_Outer_R= -Calc_Input_h_TVent_EWdg_End_R=Calc_h_conv -h_Input_TVent_EWdg_End_R=10 -h_Adjust_TVent_EWdg_End_R=1 -Velocity_Multiplier_TVent_EWdg_End_R=1 -Area_Mult_TVent_EWdg_End_R=1 -Notes_TVent_EWdg_End_R= - -[Speed_Program] -Allowable_Import_Convergence_Error=1 -Maximum_Number_Iterations=20 -Import_Export_Calculation_Options=Single_Shot -Import_SPEED_Losses=True -Import_SPEED_Geometry=True -Import_SPEED_Radial_Cross_Section=True -Import_SPEED_Axial_Cross_Section=True -Import_SPEED_End_Winding_Overhang=True -Import_SPEED_Winding_Design=True -Import_SPEED_Duty_Cycle=False -Import_SPEED_Cooling=False -Import_SPEED_Material_Data=False -Export_MOTORCAD_Temperatures=False -Export_SteadyState_or_Transient_Temperatures=SteadyState -External_Application_File=\\server\redirectedfolders\mircea.popescu\my documents\johnreeve\tesla_fluxsys_mdl.im1 -Speed_Program_Xfe=2 -Speed_Program_Wwf=0 -Windage_Friction_Ratio=0.5 -Friction_Front_Rear_Ratio=0.5 -Import_SPEED_WindageFrictionLosses=False -Import_SPEED_AmbientTemperature=False - -[Fan_Char] -Fan_Char_Points=2 -Fan_Char_Volume_Flow_Rate[1]=0 -Fan_Char_Pressure[1]=100 -Fan_Char_Volume_Flow_Rate[2]=0.025 -Fan_Char_Pressure[2]=0 -HousingWJ_Fan_Char_Points=2 -HousingWJ_Fan_Char_Volume_Flow_Rate[1]=0 -HousingWJ_Fan_Char_Pressure[1]=100 -HousingWJ_Fan_Char_Volume_Flow_Rate[2]=0.025 -HousingWJ_Fan_Char_Pressure[2]=0 -Fan_Definition=0 -Fan_Blades=8 - -[Flow_Rate] -Flow_Rate_Points=0 -HousingWJ_Flow_Rate_Points=0 - -[Material_Properties] -Fluid_Database=c:\ANSYS_Motor-CAD\15_1_6\Motor-CAD Data\materials\fluids.mdb -Solid_Database=c:\ANSYS_Motor-CAD\15_1_6\Motor-CAD Data\materials\solids.mdb - -[Termination] -Include_Termination_F=False -Include_Termination_R=False -Termination_Wires_F=3 -Termination_Wires_R=3 -Termination_Wire_Diameter_F=2 -Termination_Wire_Diameter_R=2 -Termination_Wire_Length_F=200 -Termination_Wire_Length_R=200 - -[Custom_Graph_Setup] -Legend[1]=Housing [Active] -Enabled[1]=True -SymbolType[1]=Rectangle -LineColor[1]=Blue -Legend[2]=Housing OH [Front] -Enabled[2]=True -SymbolType[2]=Circle -LineColor[2]=Blue -Legend[3]=Housing [Front] -Enabled[3]=True -SymbolType[3]=Triangle -LineColor[3]=Blue -Legend[4]=Endcap [Front] -Enabled[4]=True -SymbolType[4]=DownTriangle -LineColor[4]=Brown -Legend[6]=Housing OH [Rear] -Enabled[6]=True -SymbolType[6]=Cross -LineColor[6]=Blue -Legend[7]=Housing [Rear] -Enabled[7]=True -SymbolType[7]=DiagCross -LineColor[7]=Blue -Legend[8]=Endcap [Rear] -Enabled[8]=True -SymbolType[8]=Star -LineColor[8]=Brown -Legend[9]=Stator Back Iron -Enabled[9]=True -SymbolType[9]=Diamond -LineColor[9]=Red -Legend[11]=Stator Surface -Enabled[11]=True -SymbolType[11]=Rectangle -LineColor[11]=Red -Legend[12]=Rotor Surface -Enabled[12]=True -SymbolType[12]=Circle -LineColor[12]=Aqua -Legend[14]=Rotor Tooth -Enabled[14]=True -SymbolType[14]=Triangle -LineColor[14]=Aqua -Legend[15]=Rotor Back Iron -Enabled[15]=True -SymbolType[15]=DownTriangle -LineColor[15]=Aqua -Legend[16]=Shaft [Active] -Enabled[16]=True -SymbolType[16]=Cross -LineColor[16]=Silver -Legend[17]=Shaft [Front] -Enabled[17]=True -SymbolType[17]=DiagCross -LineColor[17]=Silver -Legend[18]=Shaft [Rear] -Enabled[18]=True -SymbolType[18]=Star -LineColor[18]=Silver -Legend[23]=Shaft OHang [F] -Enabled[23]=True -SymbolType[23]=Diamond -LineColor[23]=Silver -Legend[24]=Shaft OHang [R] -Enabled[24]=True -SymbolType[24]=Rectangle -LineColor[24]=Silver -Legend[26]=End Space [F] -Enabled[26]=True -SymbolType[26]=Circle -LineColor[26]=White -Legend[27]=End Space [R] -Enabled[27]=True -SymbolType[27]=Triangle -LineColor[27]=White -Legend[29]=Housing Water Jacket [A] -Enabled[29]=True -SymbolType[29]=DownTriangle -LineColor[29]=HousingWJ -Legend[65]=Bearing [Front] -Enabled[65]=True -SymbolType[65]=Cross -LineColor[65]=Silver -Legend[66]=Bearing [Rear] -Enabled[66]=True -SymbolType[66]=DiagCross -LineColor[66]=Silver -Legend[124]=Rotor Lam [F] -Enabled[124]=True -SymbolType[124]=Star -LineColor[124]=Aqua -Legend[125]=Rotor Lam [R] -Enabled[125]=True -SymbolType[125]=Diamond -LineColor[125]=Aqua -Legend[132]=Housing WJ Inlet [F] -Enabled[132]=True -SymbolType[132]=Rectangle -LineColor[132]=HousingWJ -Legend[198]=Endring Bore_F -Enabled[198]=False -SymbolType[198]=Circle -LineColor[198]=RotorCopper -Legend[199]=Endring Outer_F -Enabled[199]=False -SymbolType[199]=Triangle -LineColor[199]=RotorCopper -Legend[200]=Endring End_F -Enabled[200]=False -SymbolType[200]=DownTriangle -LineColor[200]=RotorCopper -Legend[201]=Endring Front_F -Enabled[201]=False -SymbolType[201]=Cross -LineColor[201]=RotorCopper -Legend[202]=Endring Rear_F -Enabled[202]=False -SymbolType[202]=DiagCross -LineColor[202]=RotorCopper -Legend[203]=Endring F (Average) -Enabled[203]=False -SymbolType[203]=Star -LineColor[203]=RotorCopper -Legend[204]=Endring Bore_R -Enabled[204]=False -SymbolType[204]=Diamond -LineColor[204]=RotorCopper -Legend[205]=Endring Outer_R -Enabled[205]=False -SymbolType[205]=Rectangle -LineColor[205]=RotorCopper -Legend[206]=Endring End_R -Enabled[206]=False -SymbolType[206]=Circle -LineColor[206]=RotorCopper -Legend[207]=Endring Rear_R -Enabled[207]=False -SymbolType[207]=Triangle -LineColor[207]=RotorCopper -Legend[208]=Endring Front_R -Enabled[208]=False -SymbolType[208]=DownTriangle -LineColor[208]=RotorCopper -Legend[209]=Endring R (Average) -Enabled[209]=False -SymbolType[209]=Cross -LineColor[209]=RotorCopper -Legend[210]=Rotor Bar Side -Enabled[210]=False -SymbolType[210]=DiagCross -LineColor[210]=RotorCopper -Legend[211]=Rotor Bar Bottom -Enabled[211]=False -SymbolType[211]=Star -LineColor[211]=RotorCopper -Legend[212]=Rotor Bar Top -Enabled[212]=False -SymbolType[212]=Diamond -LineColor[212]=RotorCopper -Legend[213]=Rotor Bar Centre -Enabled[213]=False -SymbolType[213]=Rectangle -LineColor[213]=RotorCopper -Legend[214]=Rotor Bar_F -Enabled[214]=False -SymbolType[214]=Circle -LineColor[214]=RotorCopper -Legend[215]=Rotor Bar_R -Enabled[215]=False -SymbolType[215]=Triangle -LineColor[215]=RotorCopper -Legend[216]=Rotor Bar (Average) -Enabled[216]=False -SymbolType[216]=DownTriangle -LineColor[216]=RotorCopper -Legend[330]=EWdg_Outer_F (C1) -Enabled[330]=False -SymbolType[330]=Cross -LineColor[330]=Yellow -Legend[332]=EWdg_End_F (C1) -Enabled[332]=False -SymbolType[332]=DiagCross -LineColor[332]=Yellow -Legend[333]=EWdg_Front_F (C1) -Enabled[333]=False -SymbolType[333]=Star -LineColor[333]=Yellow -Legend[334]=EWdg_Rear_F (C1) -Enabled[334]=False -SymbolType[334]=Diamond -LineColor[334]=Yellow -Legend[335]=EWdg_F (Average) (C1) -Enabled[335]=False -SymbolType[335]=Rectangle -LineColor[335]=Yellow -Legend[336]=EWdg_Outer_R (C1) -Enabled[336]=False -SymbolType[336]=Circle -LineColor[336]=Yellow -Legend[338]=EWdg_End_R (C1) -Enabled[338]=False -SymbolType[338]=Triangle -LineColor[338]=Yellow -Legend[339]=EWdg_Front_R (C1) -Enabled[339]=False -SymbolType[339]=DownTriangle -LineColor[339]=Yellow -Legend[340]=EWdg_Rear_R (C1) -Enabled[340]=False -SymbolType[340]=Cross -LineColor[340]=Yellow -Legend[341]=EWdg_R (Average) (C1) -Enabled[341]=False -SymbolType[341]=DiagCross -LineColor[341]=Yellow -Legend[342]=Wedge (C1) -Enabled[342]=False -SymbolType[342]=Star -LineColor[342]=Yellow -Legend[343]=SlotCentre (C1) -Enabled[343]=False -SymbolType[343]=Diamond -LineColor[343]=LtGreen -Legend[344]=Liner (C1) -Enabled[344]=False -SymbolType[344]=Rectangle -LineColor[344]=Green -Legend[345]=Liner_Yoke (C1) -Enabled[345]=False -SymbolType[345]=Circle -LineColor[345]=Green -Legend[348]=Wdg_F (C1) -Enabled[348]=False -SymbolType[348]=Triangle -LineColor[348]=Yellow -Legend[349]=Wdg_R (C1) -Enabled[349]=False -SymbolType[349]=DownTriangle -LineColor[349]=Yellow -Legend[350]=Wdg (Average) (C1) -Enabled[350]=False -SymbolType[350]=Cross -LineColor[350]=Yellow -Legend[351]=Stator Tooth (C1) -Enabled[351]=False -SymbolType[351]=DiagCross -LineColor[351]=Red -=Red - -[Single_Phase] -Stator_Slot_To_Use_For_Calculation=1 -Stator_Slot_To_Use_For_Winding_View=1 - -[Temperature Validation] -Number_of_Validation_Temperatures=0 - -[Ratio_Tree] -RatioTreeCount=16 -Node0=Ratio_Bore -Node0Scaling=True -Node0ArrayIndex=-1992 -Node1=Ratio_SlotDepth_ParallelTooth -Node1Scaling=True -Node1ArrayIndex=-1992 -Node2=Ratio_SlotOpening_ParallelTooth -Node2Scaling=True -Node2ArrayIndex=-1992 -Node3=Ratio_ToothWidth -Node3Scaling=True -Node3ArrayIndex=-1992 -Node4=Ratio_SleeveThickness -Node4Scaling=True -Node4ArrayIndex=-1992 -Node5=Ratio_RotorD -Node5Scaling=True -Node5ArrayIndex=-1992 -Node6=Ratio_BandingThickness -Node6Scaling=True -Node6ArrayIndex=-1992 -Node7=Ratio_ShaftD -Node7Scaling=True -Node7ArrayIndex=-1992 -Node8=Ratio_ShaftHole -Node8Scaling=True -Node8ArrayIndex=-1992 -Node9=Ratio_BarT_Depth -Node9Scaling=True -Node9ArrayIndex=-1992 -Node10=Ratio_BarT_Opening_Depth -Node10Scaling=True -Node10ArrayIndex=-1992 -Node11=Ratio_Rotor_Tooth_Width_T -Node11Scaling=True -Node11ArrayIndex=-1992 -Node12=Ratio_BarT_Opening_ParallelTooth -Node12Scaling=True -Node12ArrayIndex=-1992 -Node13=Ratio_BarT_Corner_Radius_Pear -Node13Scaling=True -Node13ArrayIndex=-1992 -Node14=Ratio_BarT_Opening_Radius -Node14Scaling=True -Node14ArrayIndex=-1992 -Node15=Stator_Lam_Dia -Node15Scaling=True -Node15ArrayIndex=-1992 - -[Scripting_Options] -ScriptAutoRun=0 -ScriptFileName=No File Selected -ScriptFileName_Python=No File Selected -Scripting_Engine=1 - -[Loss_Current_Values] -StatorCopperLossesbyCurrent=False -MainWindingCurrentAtRefTemp=10 -MainWindingResistanceAtRefTemp=3 -AuxWindingCurrentAtRefTemp=5 -AuxWindingResistanceAtRefTemp=1 -RefTempForWindingResistances=20 - -[Mat_Conductivity] -Conductivity_Stator_Lam_Outer=28 -Thermal_Conductivity_Coil_Insulation=0.2 -Thermal_Conductivity_Phase_Separator=0.2 -Thermal_Conductivity_Spacer=0.2 -Thermal_Conductivity_Seal=0.2 -Conductivity_Plate_Front_Outer=100 -Conductivity_Plate_Front_Middle=100 -Conductivity_Plate_Front_Inner=100 -Conductivity_Plate_Rear_Outer=100 -Conductivity_Plate_Rear_Middle=100 -Conductivity_Plate_Rear_Inner=100 -Conductivity_Mount_Centre=100 -Conductivity_Mount_Rear=100 -Conductivity_Endcap_OH=100 -Conductivity_Endcap_Centre=100 -Thermal_Conductivity_CoilDivider=0.2 -Thermal_Conductivity_SlotWedge=0.2 -Thermal_Conductivity_RotorWedge=0.2 -Thermal_Conductivity_SyncRotorWindingSeparator=0.2 -Thermal_Conductivity_HeatEx_Duct=168 -Thermal_Conductivity_HeatEx_Insulation=0.2 -Thermal_Conductivity_StatorBackIronInterLamination=0.02723 -Thermal_Conductivity_StatorToothInterLamination=0.02723 -Thermal_Conductivity_StatorToothTipInterLamination=0.02723 -Thermal_Conductivity_StatorOuterInterLamination=0.02723 -Thermal_Conductivity_RotorToothInterLamination=0.02723 -Thermal_Conductivity_RotorBackIronInterLamination=0.02723 -Conductivity_Rotor_Cage_Top_Opening=401 -Conductivity_Rotor_Cage_Top=401 -Conductivity_Rotor_Cage_Bottom_Opening=401 -Conductivity_Rotor_Cage_Bottom=401 -Conductivity_Rotor_Cage_End_F=401 -Conductivity_Rotor_Cage_End_R=401 -Thermal_Conductivity_RotorPlate_F=52 -Thermal_Conductivity_RotorPlate_R=52 -Thermal_Conductivity_Wafter_F=52 -Thermal_Conductivity_Wafter_R=52 -Thermal_Conductivity_StatorClampPlate_F=52 -Thermal_Conductivity_StatorClampPlate_R=52 -Thermal_Conductivity_Fan=52 -Thermal_Conductivity_HousingWJ_Wall=0.2 -Thermal_Conductivity_ShaftSG_Wall=0.2 -Conductivity_LitzImpreg_A=0.21 -Conductivity_LitzImpreg_F=0.21 -Conductivity_LitzImpreg_R=0.21 -Conductivity_LitzIns_A=0.21 -Conductivity_LitzIns_F=0.21 -Conductivity_LitzIns_R=0.21 -Conductivity_Copper_Active_Aux=401 -Conductivity_Copper_EW_Front_Aux=401 -Conductivity_Copper_EW_Rear_Aux=401 -Conductivity_Housing_Active=168 -Thermal_Conductivity_Housing_[A]=168 -Conductivity_Housing_Front=168 -Thermal_Conductivity_Housing_[F]=168 -Conductivity_Housing_Rear=168 -Thermal_Conductivity_Housing_[R]=168 -Conductivity_Endcap_Front=168 -Thermal_Conductivity_Endcap_[F]=168 -Conductivity_Endcap_Rear=168 -Thermal_Conductivity_Endcap_[R]=168 -Conductivity_Stator_Lam_Back_Iron=30 -Thermal_Conductivity_Stator_Lam_[Back_Iron]=30 -Conductivity_Stator_Lam_Tooth=30 -Thermal_Conductivity_Stator_Lam_[Tooth]=30 -Conductivity_Stator_Lam_Tooth_Tip=30 -Thermal_Conductivity_Stator_Lam_[Tooth_Tip]=30 -Conductivity_Copper_Active=401 -Thermal_Conductivity_Copper_-_Active=401 -Conductivity_Copper_EW_Front=401 -Thermal_Conductivity_Copper_-_EndWdg_[F]=401 -Conductivity_Copper_EW_Rear=401 -Thermal_Conductivity_Copper_-_EndWdg_[R]=401 -Conductivity_End_Winding_Insulation_F=0.2 -Thermal_Conductivity_EWdg_Ins_[F]=0.2 -Conductivity_End_Winding_Insulation_R=0.2 -Thermal_Conductivity_EWdg_Ins_[R]=0.2 -Conductivity_Insulation_Active=0.21 -Thermal_Conductivity_Wire_Insulation=0.21 -Conductivity_Insulation_EW_Front=0.21 -Thermal_Conductivity_Wire_Insulation_-_EndWdg_[F]=0.21 -Conductivity_Insulation_EW_Rear=0.21 -Thermal_Conductivity_Wire_Insulation_-_EndWdg_[R]=0.21 -Conductivity_Impreg_Active=1.9 -Thermal_Conductivity_Impreg_-_Active=1.9 -Conductivity_Impreg_EW_Front=1.9 -Thermal_Conductivity_Impreg_-_EndWdg_[F]=1.9 -Conductivity_Impreg_EW_Rear=1.9 -Thermal_Conductivity_Impreg_-_EndWdg_[R]=1.9 -Conductivity_Potting_EndCap_Front=0.3 -Thermal_Conductivity_Potting_-_Endcap_[F]=0.3 -Conductivity_Potting_EndCap_Rear=0.3 -Thermal_Conductivity_Potting_-_EndWdg_[R]=0.3 -Conductivity_Slot_Liner=0.21 -Thermal_Conductivity_Slot_Liner=0.21 -Conductivity_Ins_Slot_Base=0.2 -Thermal_Conductivity_Ins_Slot_Base=0.2 -Conductivity_Ins_Tooth_Side=0.2 -Thermal_Conductivity_Ins_Tooth_Side=0.2 -Thermal_Conductivity_Magnet=6.4 -Conductivity_Embedded_Magnet_Pole=30 -Thermal_Conductivity_Rotor_Lam_[Embedded_Magnet_Pole]=30 -Conductivity_Inter_Magnet_Gap=30 -Thermal_Conductivity_Rotor_Lam_[Inter_Magnet_Gap]=30 -Conductivity_Rotor_Lam_Back_Iron=30 -Thermal_Conductivity_Rotor_Lam_[Back_Iron]=30 -Conductivity_Rotor_Lam_Tooth=30 -Thermal_Conductivity_Rotor_Lam_[Tooth]=30 -Conductivity_Banding=0.2 -Thermal_Conductivity_Magnet_Banding=0.2 -Conductivity_Sleeve=0.2 -Thermal_Conductivity_Stator_Bore_Sleeve=0.2 -Conductivity_Shaft_Active=25 -Thermal_Conductivity_Shaft_[A]=25 -Conductivity_Shaft_Front=25 -Thermal_Conductivity_Shaft_[F]=25 -Conductivity_Shaft_Rear=25 -Thermal_Conductivity_Shaft_[R]=25 -Conductivity_Axle_Active=52 -Thermal_Conductivity_Axle_[A]=52 -Conductivity_Axle_Front=52 -Thermal_Conductivity_Axle_[F]=52 -Conductivity_Axle_Rear=52 -Thermal_Conductivity_Axle_[R]=52 -Conductivity_Rotor_Cup_OH=52 -Thermal_Conductivity_Rotor_Cup_OH=52 -Conductivity_Rotor_Cup_Base=52 -Thermal_Conductivity_Rotor_Cup_Base=52 -Conductivity_Bearing_Front=30 -Thermal_Conductivity_Bearing_[F]=30 -Conductivity_Bearing_Rear=30 -Thermal_Conductivity_Bearing_[R]=30 -Conductivity_Plate=100 -Thermal_Conductivity_Flange_Plate=100 -Conductivity_Axle_Plate_F=100 -Thermal_Conductivity_Axle_Plate_[F]=100 -Conductivity_Axle_Plate_R=100 -Thermal_Conductivity_Axle_Plate_[R]=100 -Conductivity_Base=100 -Thermal_Conductivity_Base_Plate=100 -Conductivity_Feet=100 -Thermal_Conductivity_Feet=100 -Conductivity_Encoder=2 -Thermal_Conductivity_Encoder=2 -Conductivity_EncCase=100 -Thermal_Conductivity_Encoder_Case=100 -Conductivity_Rotor_Copper=386 -Thermal_Conductivity_Rotor_Copper=386 -Conductivity_Rotor_Liner=0.2 -Thermal_Conductivity_Rotor_Liner=0.2 -Conductivity_Rotor_Impreg=0.2 -Thermal_Conductivity_Rotor_Impreg=0.2 -Conductivity_Rotor_Ins=0.21 -Thermal_Conductivity_Rotor_Insulation=0.21 -Conductivity_Damper_Bars=180 -Conductivity_Damper_End_F=180 -Conductivity_Damper_End_R=180 -Conductivity_Damper_Opening=180 -Conductivity_Enc_Barrier=1 -Thermal_Conductivity_Encoder_Barrier=1 -Conductivity_Comm_Bars=386 -Thermal_Conductivity_Comm_Bars=386 -Conductivity_Comm_Insulation=0.2 -Thermal_Conductivity_Comm_Insulation=0.2 -Conductivity_Brushes=1900 -Thermal_Conductivity_Brushes=1900 -Conductivity_Brush_Holder=386 -Thermal_Conductivity_Brush_Holder_-_metatic_part=386 -Conductivity_Brush_Holder_Insulation=0.2 -Thermal_Conductivity_Brush_Holder_Insulation=0.2 -Conductivity_Housing_Cover=0.2 -Thermal_Conductivity_Housing_Cover=0.2 -Conductivity_Slot_Water_Jacket_Wall=0.2 -Thermal_Conductivity_Slot_WJ_Wall=0.2 -Conductivity_Slot_Water_Jacket_Insulation=0.2 -Thermal_Conductivity_Slot_WJ_Insulation=0.2 - -[Mat_Cp] -Cp_Stator_Lam_Outer=460 -Specific_Heat_Coil_Insulation=1000 -Specific_Heat_Phase_Separator=1000 -Specific_Heat_Spacer=1000 -Specific_Heat_Seal=1200 -Cp_Plate_Front_Outer=900 -Cp_Plate_Front_Middle=900 -Cp_Plate_Front_Inner=900 -Cp_Plate_Rear_Outer=900 -Cp_Plate_Rear_Middle=900 -Cp_Plate_Rear_Inner=900 -Cp_Mount_Centre=900 -Cp_Mount_Rear=900 -Cp_Endcap_OH=900 -Cp_Endcap_Centre=900 -Specific_Heat_CoilDivider=1200 -Specific_Heat_SlotWedge=1200 -Specific_Heat_RotorWedge=1200 -Specific_Heat_SyncRotorWindingSeparator=1200 -Specific_Heat_HeatEx_Duct=833 -Specific_Heat_HeatEx_Insulation=1200 -Specific_Heat_RotorPocket=1011 -Specific_Heat_StatorBackIronInterLamination=1007 -Specific_Heat_StatorToothInterLamination=1007 -Specific_Heat_StatorToothTipInterLamination=1007 -Specific_Heat_StatorOuterInterLamination=1007 -Specific_Heat_RotorToothInterLamination=1007 -Specific_Heat_RotorBackIronInterLamination=1007 -Cp_Rotor_Cage_Top_Opening=385 -Cp_Rotor_Cage_Top=385 -Cp_Rotor_Cage_Bottom_Opening=385 -Cp_Rotor_Cage_Bottom=385 -Cp_Rotor_Cage_End_F=385 -Cp_Rotor_Cage_End_R=385 -Specific_Heat_RotorPlate_F=460 -Specific_Heat_RotorPlate_R=460 -Specific_Heat_Wafter_F=460 -Specific_Heat_Wafter_R=460 -Specific_Heat_StatorClampPlate_F=460 -Specific_Heat_StatorClampPlate_R=460 -Specific_Heat_Fan=460 -Specific_Heat_HousingWJ_Wall=1700 -Specific_Heat_ShaftSG_Wall=1700 -Cp_LitzImpreg_A=1000 -Cp_LitzImpreg_F=1000 -Cp_LitzImpreg_R=1000 -Cp_LitzIns_A=1000 -Cp_LitzIns_F=1000 -Cp_LitzIns_R=1000 -Cp_Copper_Active_Aux=385 -Cp_Copper_EW_Front_Aux=385 -Cp_Copper_EW_Rear_Aux=385 -Cp_Housing_Active=833 -Specific_Heat_Housing_[A]=833 -Cp_Housing_Front=833 -Specific_Heat_Housing_[F]=833 -Cp_Housing_Rear=833 -Specific_Heat_Housing_[R]=833 -Cp_Endcap_Front=833 -Specific_Heat_Endcap_[F]=833 -Cp_Endcap_Rear=833 -Specific_Heat_Endcap_[R]=833 -Cp_Stator_Lam_Back_Iron=460 -Specific_Heat_Stator_Lam_[Back_Iron]=460 -Cp_Stator_Lam_Tooth=460 -Specific_Heat_Stator_Lam_[Tooth]=460 -Cp_Stator_Lam_Tooth_Tip=460 -Specific_Heat_Stator_Lam_[Tooth_Tip]=460 -Cp_Copper_Active=385 -Specific_Heat_Copper_-_Active=385 -Cp_Copper_EW_Front=385 -Specific_Heat_Copper_-_Endwdg_[F]=385 -Cp_Copper_EW_Rear=385 -Specific_Heat_Copper_-_Endwdg_[R]=385 -Cp_End_Winding_Insulation_F=1700 -Specific_Heat_EWdg_Ins_[F]=1700 -Cp_End_Winding_Insulation_R=1700 -Specific_Heat_EWdg_Ins_[R]=1700 -Cp_Insulation_Active=1000 -Specific_Heat_Wire_Insulation=1000 -Cp_Insulation_EW_Front=1000 -Specific_Heat_Wire_Insulation_-_EndWdg_[F]=1000 -Cp_Insulation_EW_Rear=1000 -Specific_Heat_Wire_Insulation_-_EndWdg_[R]=1000 -Cp_Impreg_Active=733 -Specific_Heat_Impreg_-_Active=733 -Cp_Impreg_EW_Front=733 -Specific_Heat_Impreg_-_EndWdg_[F]=733 -Cp_Impreg_EW_Rear=733 -Specific_Heat_Impreg_-_EndWdg_[R]=733 -Cp_Potting_EndCap_Front=1700 -Specific_Heat_Potting_-_Endcap_[F]=1700 -Cp_Potting_EndCap_Rear=1700 -Specific_Heat_Potting_-_EndWdg_[R]=1700 -Cp_Slot_Liner=1000 -Specific_Heat_Slot_Liner=1000 -Cp_Ins_Slot_Base=1700 -Specific_Heat_Ins_Slot_Base=1700 -Cp_Ins_Tooth_Side=1700 -Specific_Heat_Ins_Tooth_Side=1700 -Cp_Magnet=460 -Specific_Heat_Magnet=460 -Cp_Embedded_Magnet_Pole=460 -Specific_Heat_Rotor_Lam_[Embedded_Magnet_Pole]=460 -Cp_Inter_Magnet_Gap=460 -Specific_Heat_Rotor_Lam_[Inter_Magnet_Gap]=460 -Cp_Rotor_Lam_Back_Iron=460 -Specific_Heat_Rotor_Lam_[Back_Iron]=460 -Cp_Rotor_Lam_Tooth=460 -Specific_Heat_Rotor_Lam_[Tooth]=460 -Cp_Banding=1000 -Specific_Heat_Magnet_Banding=1000 -Cp_Sleeve=1000 -Specific_Heat_Stator_Bore_Sleeve=1000 -Cp_Shaft_Active=450 -Specific_Heat_Shaft_[A]=450 -Cp_Shaft_Front=450 -Specific_Heat_Shaft_[F]=450 -Cp_Shaft_Rear=450 -Specific_Heat_Shaft_[R]=450 -Cp_Axle_Active=460 -Specific_Heat_Axle_[A]=460 -Cp_Axle_Front=460 -Specific_Heat_Axle_[F]=460 -Cp_Axle_Rear=460 -Specific_Heat_Axle_[R]=460 -Cp_Rotor_Cup_OH=460 -Specific_Heat_Rotor_Cup_OH=460 -Cp_Rotor_Cup_Base=460 -Specific_Heat_Rotor_Cup_Base=460 -Cp_Bearing_Front=460 -Specific_Heat_Bearing_[F]=460 -Cp_Bearing_Rear=460 -Specific_Heat_Bearing_[R]=460 -Cp_Plate=900 -Specific_Heat_Flange_Plate=900 -Cp_Axle_Plate_F=900 -Specific_Heat_Axle_Plate_[F]=900 -Cp_Axle_Plate_R=900 -Specific_Heat_Axle_Plate_[R]=900 -Cp_Base=900 -Specific_Heat_Base_Plate=900 -Cp_Feet=900 -Specific_Heat_Feet=900 -Cp_Encoder=1000 -Specific_Heat_Encoder=1000 -Cp_EncCase=900 -Specific_Heat_Encoder_Case=900 -Cp_Rotor_Copper=400 -Specific_Heat_Rotor_Copper=400 -Cp_Rotor_Liner=1000 -Specific_Heat_Rotor_Liner=1000 -Cp_Rotor_Impreg=1700 -Specific_Heat_Rotor_Impreg=1700 -Cp_Rotor_Ins=1000 -Specific_Heat_Rotor_Insulation=1000 -Cp_Damper_Bars=963 -Cp_Damper_End_F=963 -Cp_Damper_End_R=963 -Cp_Damper_Opening=963 -Cp_Enc_Barrier=1000 -Specific_Heat_Encoder_Barrier=1000 -Cp_Comm_Bars=400 -Specific_Heat_Comm_Bars=400 -Cp_Comm_Insulation=1700 -Specific_Heat_Comm_Insulation=1700 -Cp_Brushes=700 -Specific_Heat_Brushes=700 -Cp_Brush_Holder=400 -Specific_Heat_Brush_Holder_-_metalic_part=400 -Cp_Brush_Holder_Insulation=1700 -Specific_Heat_Brush_Holder_Insulation=1700 -Cp_Housing_Cover=1700 -Specific_Heat_Housing_Cover=1700 -Cp_Slot_Water_Jacket_Wall=1700 -Specific_Heat_Slot_WJ_Wall=1700 -Cp_Slot_Water_Jacket_Insulation=1700 -Specific_Heat_Slot_WJ_Insulation=1700 - -[Mat_Density] -Density_Stator_Lam_Outer=7800 -Density_Coil_Insulation=700 -Density_Phase_Separator=700 -Density_Spacer=700 -Density_Seal=1000 -Density_Plate_Front_Outer=2700 -Density_Plate_Front_Middle=2700 -Density_Plate_Front_Inner=2700 -Density_Plate_Rear_Outer=2700 -Density_Plate_Rear_Middle=2700 -Density_Plate_Rear_Inner=2700 -Density_Mount_Centre=2700 -Density_Mount_Rear=2700 -Density_Endcap_OH=2700 -Density_Endcap_Centre=2700 -Density_CoilDivider=1000 -Density_SlotWedge=1000 -Density_RotorWedge=1000 -Density_SyncRotorWindingSeparator=1000 -Density_HeatEx_Duct=2790 -Density_HeatEx_Insulation=1000 -Density_RotorPocket=0.9461 -Density_StatorBackIronInterLamination=1.127 -Density_StatorToothInterLamination=1.127 -Density_StatorToothTipInterLamination=1.127 -Density_StatorOuterInterLamination=1.127 -Density_RotorToothInterLamination=1.127 -Density_RotorBackIronInterLamination=1.127 -Density_Rotor_Cage_Top_Opening=8933 -Density_Rotor_Cage_Top=8933 -Density_Rotor_Cage_Bottom_Opening=8933 -Density_Rotor_Cage_Bottom=8933 -Density_Rotor_Cage_End_F=8933 -Density_Rotor_Cage_End_R=8933 -Density_RotorPlate_F=7800 -Density_RotorPlate_R=7800 -Density_Wafter_F=7800 -Density_Wafter_R=7800 -Density_StatorClampPlate_F=7800 -Density_StatorClampPlate_R=7800 -Density_Fan=7800 -Density_HousingWJ_Wall=1400 -Density_ShaftSG_Wall=1400 -Density_LitzImpreg_A=1400 -Density_LitzImpreg_F=1400 -Density_LitzImpreg_R=1400 -Density_LitzIns_A=1400 -Density_LitzIns_F=1400 -Density_LitzIns_R=1400 -Density_Copper_Active_Aux=8933 -Density_Copper_EW_Front_Aux=8933 -Density_Copper_EW_Rear_Aux=8933 -Density_Housing_Active=2790 -Density_Housing_[A]=2790 -Density_Housing_Front=2790 -Density_Housing_[F]=2790 -Density_Housing_Rear=2790 -Density_Housing_[R]=2790 -Density_Endcap_Front=2790 -Density_Endcap_[F]=2790 -Density_Endcap_Rear=2790 -Density_Endcap_[R]=2790 -Density_Stator_Lam_Back_Iron=7650 -Density_Stator_Lam_[Back_Iron]=7650 -Density_Stator_Lam_Tooth=7650 -Density_Stator_Lam_[Tooth]=7650 -Density_Stator_Lam_Tooth_Tip=7650 -Density_Stator_Lam_[Tooth_Tip]=7650 -Density_Copper_Active=8933 -Density_Copper_-_Active=8933 -Density_Copper_EW_Front=8933 -Density_Copper_-_Endwdg_[F]=8933 -Density_Copper_EW_Rear=8933 -Density_Copper_-_Endwdg_[R]=8933 -Density_End_Winding_Insulation_F=1400 -Density_EWdg_Ins_[F]=1400 -Density_End_Winding_Insulation_R=1400 -Density_EWdg_Ins_[R]=1400 -Density_Insulation_Active=1400 -Density_Wire_Insulation=1400 -Density_Insulation_EW_Front=1400 -Density_Wire_Insulation_-_EndWdg_[F]=1400 -Density_Insulation_EW_Rear=1400 -Density_Wire_Insulation_-_EndWdg_[R]=1400 -Density_Impreg_Active=2720 -Density_Impreg_-_Active=2720 -Density_Impreg_EW_Front=2720 -Density_Impreg_-_EndWdg_[F]=2720 -Density_Impreg_EW_Rear=2720 -Density_Impreg_-_EndWdg_[R]=2720 -Density_Potting_Endcap_Front=1400 -Density_Potting_-_Endcap_[F]=1400 -Density_Potting_Endcap_Rear=1400 -Density_Potting_-_EndWdg_[R]=1400 -Density_Slot_Liner=700 -Density_Ins_Slot_Base=1400 -Density_Ins_Tooth_Side=1400 -Density_Magnet=7650 -Density_Embedded_Magnet_Pole=7650 -Density_Rotor_Lam_[Embedded_Magnet_Pole]=7650 -Density_Inter_Magnet_Gap=7650 -Density_Rotor_Lam_[Inter_Magnet_Gap]=7650 -Density_Rotor_Lam_Back_Iron=7650 -Density_Rotor_Lam_[Back_Iron]=7650 -Density_Rotor_Lam_Tooth=7650 -Density_Rotor_Lam_[Tooth]=7650 -Density_Banding=4000 -Density_Magnet_Banding=4000 -Density_Sleeve=4000 -Density_Stator_Bore_Sleeve=4000 -Density_Shaft_Active=7800 -Density_Shaft_[A]=7800 -Density_Shaft_Front=7800 -Density_Shaft_[F]=7800 -Density_Shaft_Rear=7800 -Density_Shaft_[R]=7800 -Density_Axle_Active=7800 -Density_Axle_[A]=7800 -Density_Axle_Front=7800 -Density_Axle_[F]=7800 -Density_Axle_Rear=7800 -Density_Axle_[R]=7800 -Density_Rotor_Cup_OH=7800 -Density_Rotor_Cup_Base=7800 -Density_Bearing_Front=7800 -Density_Bearing_[F]=7800 -Density_Bearing_Rear=7800 -Density_Bearing_[R]=7800 -Density_Plate=2700 -Density_Flange_Plate=2700 -Density_Axle_Plate_F=2700 -Density_Axle_Plate_[F]=2700 -Density_Axle_Plate_R=2700 -Density_Axle_Plate_[R]=2700 -Density_Base=2700 -Density_Base_Plate=2700 -Density_Feet=7800 -Density_Encoder=1000 -Density_EncCase=2700 -Density_Encoder_Case=2700 -Density_Rotor_Copper=8954 -Density_Rotor_Liner=1400 -Density_Rotor_Impreg=1400 -Density_Rotor_Ins=1400 -Density_Rotor_Insulation=1400 -Density_Damper_Bars=2950 -Density_Damper_End_F=2950 -Density_Damper_End_R=2950 -Density_Damper_Opening=2950 -Density_Enc_Barrier=3000 -Density_Encoder_Barrier=3000 -Density_Comm_Bars=8954 -Density_Comm_Insulation=1400 -Density_Brushes=2200 -Density_Brush_Holder=8954 -Density_Brush_Holder_-_metalic_part=8954 -Density_Brush_Holder_Insulation=1400 -Density_Housing_Cover=1400 -Density_Slot_Water_Jacket_Wall=1400 -Density_Slot_WJ_Wall=1400 -Density_Slot_Water_Jacket_Insulation=1400 -Density_Slot_WJ_Insulation=1400 - -[Weight_Multiplier] -Weight_Multiplier_Stator_Lam_Outer=1 -Weight_Multiplier_Coil_Insulation=1 -Weight_Multiplier_Phase_Separator=1 -Weight_Multiplier_Spacer=1 -Weight_Multiplier_Seal=1 -Weight_Multiplier_Plate_Front_Outer=1 -Weight_Multiplier_Plate_Front_Middle=1 -Weight_Multiplier_Plate_Front_Inner=1 -Weight_Multiplier_Plate_Rear_Outer=1 -Weight_Multiplier_Plate_Rear_Middle=1 -Weight_Multiplier_Plate_Rear_Inner=1 -Weight_Multiplier_Mount_Centre=1 -Weight_Multiplier_Mount_Rear=1 -Weight_Multiplier_Endcap_OH=1 -Weight_Multiplier_Endcap_Centre=1 -Weight_Multiplier_CoilDivider=1 -Weight_Multiplier_SlotWedge=1 -Weight_Multiplier_RotorWedge=1 -Weight_Multiplier_SyncRotorWindingSeparator=1 -Weight_Multiplier_HeatEx_Duct=1 -Weight_Multiplier_HeatEx_Insulation=1 -Weight_Multiplier_RotorPocket=1 -Weight_Multiplier_StatorBackIronInterLamination=1 -Weight_Multiplier_StatorToothInterLamination=1 -Weight_Multiplier_StatorToothTipInterLamination=1 -Weight_Multiplier_StatorOuterInterLamination=1 -Weight_Multiplier_RotorToothInterLamination=1 -Weight_Multiplier_RotorBackIronInterLamination=1 -Weight_Multiplier_Rotor_Cage_Top_Opening=1 -Weight_Multiplier_Rotor_Cage_Top=1 -Weight_Multiplier_Rotor_Cage_Bottom_Opening=1 -Weight_Multiplier_Rotor_Cage_Bottom=1 -Weight_Multiplier_Rotor_Cage_End_F=1 -Weight_Multiplier_Rotor_Cage_End_R=1 -Weight_Multiplier_RotorPlate_F=1 -Weight_Multiplier_RotorPlate_R=1 -Weight_Multiplier_Wafter_F=1 -Weight_Multiplier_Wafter_R=1 -Weight_Multiplier_StatorClampPlate_F=1 -Weight_Multiplier_StatorClampPlate_R=1 -Weight_Multiplier_Fan=1 -Weight_Multiplier_HousingWJ_Wall=1 -Weight_Multiplier_ShaftSG_Wall=1 -Weight_Multiplier_LitzImpreg_A=1 -Weight_Multiplier_LitzImpreg_F=1 -Weight_Multiplier_LitzImpreg_R=1 -Weight_Multiplier_LitzImpreg_T=1 -Weight_Multiplier_LitzIns_A=1 -Weight_Multiplier_LitzIns_F=1 -Weight_Multiplier_LitzIns_R=1 -Weight_Multiplier_LitzIns_T=1 -Weight_Multiplier_Copper_Active_Aux=1 -Weight_Multiplier_Copper_EW_Front_Aux=1 -Weight_Multiplier_Copper_EW_Rear_Aux=1 -Weight_Multiplier_Housing_Active=1 -Weight_Multiplier_Housing_[A]=1 -Weight_Multiplier_Housing_Front=1 -Weight_Multiplier_Housing_[F]=1 -Weight_Multiplier_Housing_Rear=1 -Weight_Multiplier_Housing_[R]=1 -Weight_Multiplier_Endcap_Front=1 -Weight_Multiplier_Endcap_[F]=1 -Weight_Multiplier_Endcap_Rear=1 -Weight_Multiplier_Endcap_[R]=1 -Weight_Multiplier_Stator_Lam_Back_Iron=1 -Weight_Multiplier_Stator_Lam_Yoke=1 -Weight_Multiplier_Stator_Lam_Tooth=1 -Weight_Multiplier_Stator_Lam_Tooth_Tip=1 -Weight_Multiplier_Copper_Active=1 -Weight_Multiplier_Copper_-_Active=1 -Weight_Multiplier_Copper_EW_Front=1 -Weight_Multiplier_Copper_-_EndWdg_[F]=1 -Weight_Multiplier_Copper_EW_Rear=1 -Weight_Multiplier_Copper_-_EndWdg_[R]=1 -Weight_Multiplier_End_Winding_Insulation_F=1 -Weight_Multiplier_EWdg_Ins_[F]=1 -Weight_Multiplier_End_Winding_Insulation_R=1 -Weight_Multiplier_EWdg_Ins_[R]=1 -Weight_Multiplier_Insulation_Active=1 -Weight_Multiplier_Wire_Insulation=1 -Weight_Multiplier_Insulation_EW_Front=1 -Weight_Multiplier_Wire_Insulation_-_EndWdg_[F]=1 -Weight_Multiplier_Insulation_EW_Rear=1 -Weight_Multiplier_Wire_Insulation_-_EndWdg_[R]=1 -Weight_Multiplier_Impreg_Active=1 -Weight_Multiplier_Impreg_-_Active=1 -Weight_Multiplier_Impreg_EW_Front=1 -Weight_Multiplier_Impreg_-_EndWdg_[F]=1 -Weight_Multiplier_Impreg_EW_Rear=1 -Weight_Multiplier_Impreg_-_EndWdg_[R]=1 -Weight_Multiplier_Potting_Endcap_Front=1 -Weight_Multiplier_Potting_-_Endcap_[F]=1 -Weight_Multiplier_Potting_Endcap_Rear=1 -Weight_Multiplier_Potting_-_EndWdg_[R]=1 -Weight_Multiplier_Slot_Liner=1 -Weight_Multiplier_Ins_Slot_Base=1 -Weight_Multiplier_Ins_Tooth_Side=1 -Weight_Multiplier_Magnet=1 -Weight_Multiplier_Embedded_Magnet_Pole=1 -Weight_Multiplier_Inter_Magnet_Gap=1 -Weight_Multiplier_Rotor_Lam_Back_Iron=1 -Weight_Multiplier_Rotor_Lam_Tooth=1 -Weight_Multiplier_Banding=1 -Weight_Multiplier_Magnet_Banding=1 -Weight_Multiplier_Sleeve=1 -Weight_Multiplier_Stator_Bore_Sleeve=1 -Weight_Multiplier_Shaft_Active=1 -Weight_Multiplier_Shaft_[A]=1 -Weight_Multiplier_Shaft_Front=1 -Weight_Multiplier_Shaft_[F]=1 -Weight_Multiplier_Shaft_Rear=1 -Weight_Multiplier_Shaft_[R]=1 -Weight_Multiplier_Axle_Active=1 -Weight_Multiplier_Axle_[A]=1 -Weight_Multiplier_Axle_Front=1 -Weight_Multiplier_Axle_[F]=1 -Weight_Multiplier_Axle_Rear=1 -Weight_Multiplier_Axle_[R]=1 -Weight_Multiplier_Rotor_Cup_OH=1 -Weight_Multiplier_Rotor_Cup_Base=1 -Weight_Multiplier_Bearing_Front=1 -Weight_Multiplier_Bearing_[F]=1 -Weight_Multiplier_Bearing_Rear=1 -Weight_Multiplier_Bearing_[R]=1 -Weight_Multiplier_Plate=1 -Weight_Multiplier_Flange_Plate=1 -Weight_Multiplier_Axle_Plate_F=1 -Weight_Multiplier_Axle_Plate_[F]=1 -Weight_Multiplier_Axle_Plate_R=1 -Weight_Multiplier_Axle_Plate_[R]=1 -Weight_Multiplier_Base=1 -Weight_Multiplier_Base_Plate=1 -Weight_Multiplier_Feet=1 -Weight_Multiplier_Encoder=1 -Weight_Multiplier_EncCase=1 -Weight_Multiplier_Encoder_Case=1 -Weight_Multiplier_Rotor_Copper=1 -Weight_Multiplier_Rotor_Liner=1 -Weight_Multiplier_Rotor_Impreg=1 -Weight_Multiplier_Rotor_Ins=1 -Weight_Multiplier_Damper_Bars=1 -Weight_Multiplier_Damper_End_F=1 -Weight_Multiplier_Damper_End_R=1 -Weight_Multiplier_Damper_Opening=1 -Weight_Multiplier_Enc_Barrier=1 -Weight_Multiplier_Encoder_Barrier=1 -Weight_Multiplier_Comm_Bars=1 -Weight_Multiplier_Comm_Insulation=1 -Weight_Multiplier_Brushes=1 -Weight_Multiplier_Brush_Holder=1 -Weight_Multiplier_Brush_Holder_-_metalic_part=1 -Weight_Multiplier_Brush_Holder_Insulation=1 -Weight_Multiplier_Housing_Cover=1 -Weight_Multiplier_Slot_Water_Jacket_Wall=1 -Weight_Multiplier_Slot_WJ_Wall=1 -Weight_Multiplier_Slot_Water_Jacket_Insulation=1 -Weight_Multiplier_Slot_WJ_Insulation=1 - -[Weight_Addition] -Weight_addition_Stator_Lam_Outer=0 -Weight_Addition_Coil_Insulation=0 -Weight_Addition_Phase_Separator=0 -Weight_Addition_Spacer=0 -Weight_Addition_Seal=0 -Weight_Addition_Plate_Front_Outer=0 -Weight_Addition_Plate_Front_Middle=0 -Weight_Addition_Plate_Front_Inner=0 -Weight_Addition_Plate_Rear_Outer=0 -Weight_Addition_Plate_Rear_Middle=0 -Weight_Addition_Plate_Rear_Inner=0 -Weight_Addition_Mount_Centre=0 -Weight_Addition_Mount_Rear=0 -Weight_Addition_Endcap_OH=0 -Weight_Addition_Endcap_Centre=0 -Weight_Addition_CoilDivider=0 -Weight_Addition_SlotWedge=0 -Weight_Addition_RotorWedge=0 -Weight_Addition_SyncRotorWindingSeparator=0 -Weight_Addition_HeatEx_Duct=0 -Weight_Addition_HeatEx_Insulation=0 -Weight_Addition_RotorPocket=0 -Weight_Addition_StatorBackIronInterLamination=0 -Weight_Addition_StatorToothInterLamination=0 -Weight_Addition_StatorToothTipInterLamination=0 -Weight_Addition_StatorOuterInterLamination=0 -Weight_Addition_RotorToothInterLamination=0 -Weight_Addition_RotorBackIronInterLamination=0 -Weight_Addition_Rotor_Cage_Top_Opening=0 -Weight_Addition_Rotor_Cage_Top=0 -Weight_Addition_Rotor_Cage_Bottom_Opening=0 -Weight_Addition_Rotor_Cage_Bottom=0 -Weight_Addition_Rotor_Cage_End_F=0 -Weight_Addition_Rotor_Cage_End_R=0 -Weight_Addition_RotorPlate_F=0 -Weight_Addition_RotorPlate_R=0 -Weight_Addition_Wafter_F=0 -Weight_Addition_Wafter_R=0 -Weight_Addition_StatorClampPlate_F=0 -Weight_Addition_StatorClampPlate_R=0 -Weight_Addition_Fan=0 -Weight_Addition_HousingWJ_Wall=0 -Weight_Addition_ShaftSG_Wall=0 -Weight_Addition_LitzImpreg_A=0 -Weight_Addition_LitzImpreg_F=0 -Weight_Addition_LitzImpreg_R=0 -Weight_Addition_LitzImpreg_T=0 -Weight_Addition_LitzIns_A=0 -Weight_Addition_LitzIns_F=0 -Weight_Addition_LitzIns_R=0 -Weight_Addition_LitzIns_T=0 -Weight_Addition_Copper_Active_Aux=0 -Weight_Addition_Copper_EW_Front_Aux=0 -Weight_Addition_Copper_EW_Rear_Aux=0 -Weight_Addition_Housing_Active=0 -Weight_Addition_Housing_[A]=0 -Weight_Addition_Housing_Front=0 -Weight_Addition_Housing_[F]=0 -Weight_Addition_Housing_Rear=0 -Weight_Addition_Housing_[R]=0 -Weight_Addition_Endcap_Front=0 -Weight_Addition_Endcap_[F]=0 -Weight_Addition_Endcap_Rear=0 -Weight_Addition_Endcap_[R]=0 -Weight_Addition_Stator_Lam_Back_Iron=0 -Weight_Addition_Stator_Lam_Yoke=0 -Weight_Addition_Stator_Lam_Tooth=0 -Weight_Addition_Stator_Lam_Tooth_Tip=0 -Weight_Addition_Copper_Active=0 -Weight_Addition_Copper_-_Active=0 -Weight_Addition_Copper_EW_Front=0 -Weight_Addition_Copper_-_EndWdg_[F]=0 -Weight_Addition_Copper_EW_Rear=0 -Weight_Addition_Copper_-_EndWdg_[R]=0 -Weight_Addition_End_Winding_Insulation_F=0 -Weight_Addition_EWdg_Ins_[F]=0 -Weight_Addition_End_Winding_Insulation_R=0 -Weight_Addition_EWdg_Ins_[R]=0 -Weight_addition_Insulation_Active=0 -Weight_Addition_Wire_Insulation=0 -Weight_addition_Insulation_EW_Front=0 -Weight_Addition_Wire_Insulation_-_EndWdg_[F]=0 -Weight_addition_Insulation_EW_Rear=0 -Weight_Addition_Wire_Insulation_-_EndWdg_[R]=0 -Weight_Addition_Impreg_Active=0 -Weight_Addition_Impreg_-_Active=0 -Weight_Addition_Impreg_EW_Front=0 -Weight_Addition_Impreg_-_EndWdg_[F]=0 -Weight_Addition_Impreg_EW_Rear=0 -Weight_Addition_Impreg_-_EndWdg_[R]=0 -Weight_Addition_Potting_Endcap_Front=0 -Weight_Addition_Potting_-_Endcap_[F]=0 -Weight_Addition_Potting_Endcap_Rear=0 -Weight_Addition_Potting_-_EndWdg_[R]=0 -Weight_Addition_Slot_Liner=0 -Weight_Addition_Ins_Slot_Base=0 -Weight_Addition_Ins_Tooth_Side=0 -Weight_Addition_Magnet=0 -Weight_Addition_Embedded_Magnet_Pole=0 -Weight_Addition_Inter_Magnet_Gap=0 -Weight_Addition_Rotor_Lam_Back_Iron=0 -Weight_Addition_Rotor_Lam_Tooth=0 -Weight_Addition_Banding=0 -Weight_Addition_Magnet_Banding=0 -Weight_Addition_Sleeve=0 -Weight_Addition_Stator_Bore_Sleeve=0 -Weight_Addition_Shaft_Active=0 -Weight_Addition_Shaft_[A]=0 -Weight_Addition_Shaft_Front=0 -Weight_Addition_Shaft_[F]=0 -Weight_Addition_Shaft_Rear=0 -Weight_Addition_Shaft_[R]=0 -Weight_Addition_Axle_Active=0 -Weight_Addition_Axle_[A]=0 -Weight_Addition_Axle_Front=0 -Weight_Addition_Axle_[F]=0 -Weight_Addition_Axle_Rear=0 -Weight_Addition_Axle_[R]=0 -Weight_Addition_Rotor_Cup_OH=0 -Weight_Addition_Rotor_Cup_Base=0 -Weight_Addition_Bearing_Front=0 -Weight_Addition_Bearing_[F]=0 -Weight_Addition_Bearing_Rear=0 -Weight_Addition_Bearing_[R]=0 -Weight_Addition_Plate=0 -Weight_Addition_Flange_Plate=0 -Weight_Addition_Axle_Plate_F=0 -Weight_Addition_Axle_Plate_[F]=0 -Weight_Addition_Axle_Plate_R=0 -Weight_Addition_Axle_Plate_[R]=0 -Weight_Addition_Base=0 -Weight_Addition_Base_Plate=0 -Weight_Addition_Feet=0 -Weight_Addition_Encoder=0 -Weight_Addition_EncCase=0 -Weight_Addition_Encoder_Case=0 -Weight_Addition_Rotor_Copper=0 -Weight_Addition_Rotor_Liner=0 -Weight_Addition_Rotor_Impreg=0 -Weight_addition_Rotor_Ins=0 -Weight_Addition_Rotor_Insulation=0 -Weight_Addition_Damper_Bars=0 -Weight_Addition_Damper_End_F=0 -Weight_Addition_Damper_End_R=0 -Weight_Addition_Damper_Opening=0 -Weight_Addition_Enc_Barrier=0 -Weight_Addition_Encoder_Barrier=0 -Weight_Addition_Comm_Bars=0 -Weight_Addition_Comm_Insulation=0 -Weight_Addition_Brushes=0 -Weight_Addition_Brush_Holder=0 -Weight_Addition_Brush_Holder_-_matalic_part=0 -Weight_Addition_Brush_Holder_Insulation=0 -Weight_Addition_Housing_Cover=0 -Weight_Addition_Slot_Water_Jacket_Wall=0 -Weight_Addition_Slot_WJ_Wall=0 -Weight_Addition_Slot_Water_Jacket_Insulation=0 -Weight_Addition_Slot_WJ_Insulation=0 - -[Material] -Material_Stator_Lam_Outer= -Material_Coil_Insulation= -Material_Phase_Separator= -Material_Spacer= -Material_Seal= -Material_Plate_Front_Outer= -Material_Plate_Front_Middle= -Material_Plate_Front_Inner= -Material_Plate_Rear_Outer= -Material_Plate_Rear_Middle= -Material_Plate_Rear_Inner= -Material_Mount_Centre= -Material_Mount_Rear= -Material_Endcap_OH= -Material_Endcap_Centre= -Material_CoilDivider= -Material_SlotWedge= -Material_RotorWedge= -Material_SyncRotorWindingSeparator= -Material_HeatEx_Duct= -Material_HeatEx_Insulation= -Material_StatorBackIronInterLamination= -Material_StatorToothInterLamination= -Material_StatorToothTipInterLamination= -Material_StatorOuterInterLamination= -Material_RotorToothInterLamination= -Material_RotorBackIronInterLamination= -Material_Rotor_Cage_Top_Opening=Copper (Annealed) -Material_Rotor_Cage_Top=Copper (Annealed) -Material_Rotor_Cage_Bottom_Opening=Copper (Annealed) -Material_Rotor_Cage_Bottom=Copper (Annealed) -Material_Rotor_Cage_End_F=Copper (Annealed) -Material_Rotor_Cage_End_R=Copper (Annealed) -Material_RotorPlate_F= -Material_RotorPlate_R= -Material_Wafter_F= -Material_Wafter_R= -Material_StatorClampPlate_F= -Material_StatorClampPlate_R= -Material_Fan= -Material_HousingWJ_Wall= -Material_ShaftSG_Wall= -Material_LitzImpreg_A= -Material_LitzImpreg_F= -Material_LitzImpreg_R= -Material_LitzImpreg_T= -Material_LitzIns_A= -Material_LitzIns_F= -Material_LitzIns_R= -Material_LitzIns_T= -Material_Copper_Active_Aux=Copper (Annealed) -Material_Copper_EW_Front_Aux=Copper (Annealed) -Material_Copper_EW_Rear_Aux=Copper (Annealed) -YieldStress_RotorLam=455 -YieldStress_Magnet=0 -YieldStress_Pocket=0 -YieldStress_TopBar=0 -YieldStress_BottomBar=0 -YieldStress_TopBarOpening=0 -YieldStress_BottomBarOpening=0 -DensityAdjustment_FieldWdg_User=1 -Material_Housing_Active=Aluminium (Alloy 195 Cast) -Material_Housing_[A]=Aluminium (Alloy 195 Cast) -Material_Housing_Front=Aluminium (Alloy 195 Cast) -Material_Housing_[F]=Aluminium (Alloy 195 Cast) -Material_Housing_Rear=Aluminium (Alloy 195 Cast) -Material_Housing_[R]=Aluminium (Alloy 195 Cast) -Material_Endcap_Front=Aluminium (Alloy 195 Cast) -Material_Endcap_[F]=Aluminium (Alloy 195 Cast) -Material_Endcap_Rear=Aluminium (Alloy 195 Cast) -Material_Endcap_[R]=Aluminium (Alloy 195 Cast) -Material_Stator_Lam_Back_Iron=M250-35A -Material_Stator_Lam_Yoke=M250-35A -Material_Stator_Lam_Tooth=M250-35A -Material_Stator_Lam_Tooth_Tip=M250-35A -Material_Copper_Active=Copper (Annealed) -Material_Copper_-_Active=Copper (Annealed) -Material_Copper_EW_Front=Copper (Annealed) -Material_Copper_-_EndWdg_[F]=Copper (Annealed) -Material_Copper_EW_Rear=Copper (Annealed) -Material_Copper_-_EndWdg_[R]=Copper (Annealed) -Material_End_Winding_Insulation_F= -Material_EWdg_Ins_[F]= -Material_End_Winding_Insulation_R= -Material_EWdg_Ins_[R]= -Material_Insulation_Active= -Material_Wire_Insulation= -Material_Insulation_EW_Front= -Material_Wire_Insulation_-_EndWdg_[F]= -Material_Insulation_EW_Rear= -Material_Wire_Insulation_-_EndWdg_[R]= -Material_Impreg_Active=LORD CoolTherm EP-2000 -Material_Impreg_-_Active=LORD CoolTherm EP-2000 -Material_Impreg_EW_Front=LORD CoolTherm EP-2000 -Material_Impreg_-_EndWdg_[F]=LORD CoolTherm EP-2000 -Material_Impreg_EW_Rear=LORD CoolTherm EP-2000 -Material_Impreg_-_EndWdg_[R]=LORD CoolTherm EP-2000 -Material_Potting_Endcap_Front= -Material_Potting_-_Endcap_[F]= -Material_Potting_Endcap_Rear= -Material_Potting_-_EndWdg_[R]= -Material_Airgap= -Material_End_Space_Front= -Material_End-Space_[F]= -Material_End_Space_Rear= -Material_End-Space_[R]= -Material_Slot_Liner= -Material_Ins_Slot_Base= -Material_Insulation_Slot_Liner_Base= -Material_Ins_Tooth_Side= -Material_Insulation_Tooth_Side= -Material_Magnet=N30UH -Material_Embedded_Magnet_Pole=M250-35A -Material_Inter_Magnet_Gap= -Material_Rotor_Lam_Back_Iron=M250-35A -Material_Rotor_Lam_Tooth=M250-35A -Material_Banding= -Material_Magnet_Banding= -Material_Sleeve= -Material_Stator_Bore_Sleeve= -Material_Shaft_Active=Mild Steel -Material_Shaft_[A]=Mild Steel -Material_Shaft_Front=Mild Steel -Material_Shaft_[F]=Mild Steel -Material_Shaft_Rear=Mild Steel -Material_Shaft_[R]=Mild Steel -Material_Axle_Active= -Material_Axle_[A]= -Material_Axle_Front= -Material_Axle_[F]= -Material_Axle_Rear= -Material_Axle_[R]= -Material_Rotor_Cup_OH= -Material_Rotor_Cup_Base= -Material_Bearing_Front= -Material_Bearing_[F]= -Material_Bearing_Rear= -Material_Bearing_[R]= -Material_Axle_Plate_F= -Material_Axle_Plate_[F]= -Material_Plate= -Material_Axle_Plate_R= -Material_Axle_Plate_[R]= -Material_Base= -Material_Base_Plate= -Material_Feet= -Material_Encoder= -Material_EncCase= -Material_Encoder_Case= -Material_Rotor_Copper= -Material_Rotor_Liner= -Material_Rotor_Impreg= -Material_Rotor_Ins= -Material_Rotor_Insulation= -Material_Damper_Bars=Aluminium (Cast) -Material_Damper_End_F=Aluminium (Cast) -Material_Damper_End_R=Aluminium (Cast) -Material_Damper_Opening=Aluminium (Cast) -Material_Enc_Barrier= -Material_Encoder_Barrier= -Material_Comm_Bars= -Material_Comm_Insulation= -Material_Brushes= -Material_Brush_Holder= -Material_Brush_Holder_Insulation= -Material_Housing_Cover= -Material_Slot_Water_Jacket_Wall= -Material_Slot_WJ_Wall= -Material_Slot_Water_Jacket_Insulation= -Material_Slot_WJ_Insulation= - -[Mat_Weight_Notes] -Material_Weight_Notes_Stator_Lam_Outer= -Material_Weight_Notes_Coil_Insulation= -Material_Weight_Notes_Phase_Separator= -Material_Weight_Notes_Spacer= -Material_Weight_Notes_Seal= -Material_Weight_Notes_Plate_Front_Outer= -Material_Weight_Notes_Plate_Front_Middle= -Material_Weight_Notes_Plate_Front_Inner= -Material_Weight_Notes_Plate_Rear_Outer= -Material_Weight_Notes_Plate_Rear_Middle= -Material_Weight_Notes_Plate_Rear_Inner= -Material_Weight_Notes_Mount_Centre= -Material_Weight_Notes_Mount_Rear= -Material_Weight_Notes_Endcap_OH= -Material_Weight_Notes_Endcap_Centre= -Material_Weight_Notes_CoilDivider= -Material_Weight_Notes_SlotWedge= -Material_Weight_Notes_RotorWedge= -Material_Weight_Notes_SyncRotorWindingSeparator= -Material_Weight_Notes_HeatEx_Duct= -Material_Weight_Notes_HeatEx_Insulation= -Material_Weight_Notes_RotorPocket= -Material_Weight_Notes_StatorBackIronInterLamination= -Material_Weight_Notes_StatorToothInterLamination= -Material_Weight_Notes_StatorToothTipInterLamination= -Material_Weight_Notes_StatorOuterInterLamination= -Material_Weight_Notes_RotorToothInterLamination= -Material_Weight_Notes_RotorBackIronInterLamination= -Material_Weight_Notes_Rotor_Cage_Top_Opening= -Material_Weight_Notes_Rotor_Cage_Top= -Material_Weight_Notes_Rotor_Cage_Bottom_Opening= -Material_Weight_Notes_Rotor_Cage_Bottom= -Material_Weight_Notes_Rotor_Cage_End_F= -Material_Weight_Notes_Rotor_Cage_End_R= -Material_Weight_Notes_RotorPlate_F= -Material_Weight_Notes_RotorPlate_R= -Material_Weight_Notes_Wafter_F= -Material_Weight_Notes_Wafter_R= -Material_Weight_Notes_StatorClampPlate_F= -Material_Weight_Notes_StatorClampPlate_R= -Material_Weight_Notes_Fan= -Material_Weight_Notes_HousingWJ_Wall= -Material_Weight_Notes_ShaftSG_Wall= -Material_Weight_Notes_LitzImpreg_A= -Material_Weight_Notes_LitzImpreg_F= -Material_Weight_Notes_LitzImpreg_R= -Material_Weight_Notes_LitzImpreg_T= -Material_Weight_Notes_LitzIns_A= -Material_Weight_Notes_LitzIns_F= -Material_Weight_Notes_LitzIns_R= -Material_Weight_Notes_LitzIns_T= -Material_Weight_Notes_Copper_Active_Aux= -Material_Weight_Notes_Copper_EW_Front_Aux= -Material_Weight_Notes_Copper_EW_Rear_Aux= -Material_Weight_Notes_Housing_Active= -Notes_Mat&Weight_Housing_[A]= -Material_Weight_Notes_Housing_Front= -Notes_Mat&Weight_Housing_[F]= -Material_Weight_Notes_Housing_Rear= -Notes_Mat&Weight_Housing_[R]= -Material_Weight_Notes_Housing_Total= -Notes_Mat&Weight_Housing_[T]= -Material_Weight_Notes_Endcap_Front= -Notes_Mat&Weight_Endcap_[F]= -Material_Weight_Notes_Endcap_Rear= -Notes_Mat&Weight_Endcap_[R]= -Material_Weight_Notes_Stator_Lam_Back_Iron= -Notes_Mat&Weight_Stator_Lam_Yoke= -Material_Weight_Notes_Stator_Lam_Tooth= -Notes_Mat&Weight_Stator_Lam_Tooth= -Material_Weight_Notes_Stator_Lam_Tooth_Tip= -Notes_Mat&Weight_Stator_Lam_Tooth_Tip= -Material_Weight_Notes_Stator_Lam= -Notes_Mat&Weight_Stator_Lam= -Material_Weight_Notes_Copper_Active= -Notes_Mat&Weight_Copper_-_Active= -Material_Weight_Notes_Copper_EW_Front= -Notes_Mat&Weight_Copper_-_Endwdg_[F]= -Material_Weight_Notes_Copper_EW_Rear= -Notes_Mat&Weight_Copper_-_Endwdg_[R]= -Material_Weight_Notes_End_Winding_Insulation_F= -Notes_Mat&Weight_EWdg_Ins_[F]= -Material_Weight_Notes_End_Winding_Insulation_R= -Notes_Mat&Weight_EWdg_Ins_[R]= -Material_Weight_Notes_Copper_Total= -Notes_Mat&Weight_Copper_-_Total= -Material_Weight_Notes_Insulation_Active= -Notes_Mat&Weight_Wire_Insulation= -Material_Weight_Notes_Insulation_EW_Front= -Notes_Mat&Weight_Wire_Insulation_-_EndWdg_[F]= -Material_Weight_Notes_Insulation_EW_Rear= -Notes_Mat&Weight_Wire_Insulation_-_EndWdg_[R]= -Material_Weight_Notes_Insulation_Total= -Notes_Mat&Weight_Wire_Insulation_-_Total= -Material_Weight_Notes_Impreg_Active= -Notes_Mat&Weight_Impreg_-_Active= -Material_Weight_Notes_Impreg_EW_Front= -Notes_Mat&Weight_Impreg_-_EndWdg_[F]= -Material_Weight_Notes_Impreg_EW_Rear= -Notes_Mat&Weight_Impreg_-_EndWdg_[R]= -Material_Weight_Notes_Impreg_Total= -Notes_Mat&Weight_Impreg_-_Total= -Material_Weight_Notes_Potting_Endcap_Front= -Notes_Mat&Weight_Potting_-_Endcap_[F]= -Material_Weight_Notes_Potting_Endcap_Rear= -Notes_Mat&Weight_Potting_-_Endcap_[R]= -Material_Weight_Notes_Airgap= -Notes_Mat&Weight_Airgap= -Material_Weight_Notes_End_Space_Front= -Notes_Mat&Weight_End-Space_[F]= -Material_Weight_Notes_End_Space_Rear= -Notes_Mat&Weight_End-Space_[R]= -Material_Weight_Notes_Slot_Liner= -Notes_Mat&Weight_Slot_Liner= -Material_Weight_Notes_Ins_Slot_Base= -Notes_Mat&Weight_Ins_Slot_Base= -Material_Weight_Notes_Ins_Tooth_Side= -Notes_Mat&Weight_Ins_Tooth_Side= -Material_Weight_Notes_Magnet= -Notes_Mat&Weight_Magnet= -Material_Weight_Notes_Embedded_Magnet_Pole= -Notes_Mat&Weight_Embedded_Magnet_Pole= -Material_Weight_Notes_Inter_Magnet_Gap= -Notes_Mat&Weight_Inter_Magnet_Gap= -Material_Weight_Notes_Rotor_Lam_Back_Iron= -Notes_Mat&Weight_Rotor_Lam_Back_Iron= -Material_Weight_Notes_Rotor_Lam_Tooth= -Notes_Mat&Weight_Rotor_Lam_Tooth= -Material_Weight_Notes_Rotor_Lam= -Notes_Mat&Weight_Rotor_Lam= -Material_Weight_Notes_Banding= -Notes_Mat&Weight_Magnet_Banding= -Material_Weight_Notes_Sleeve= -Notes_Mat&Weight_Stator_Bore_Sleeve= -Material_Weight_Notes_Shaft_Active= -Notes_Mat&Weight_Shaft_[A]= -Material_Weight_Notes_Shaft_Front= -Notes_Mat&Weight_Shaft_[F]= -Material_Weight_Notes_Shaft_Rear= -Notes_Mat&Weight_Shaft_[R]= -Material_Weight_Notes_Shaft_Total= -Notes_Mat&Weight_Shaft_[T]= -Material_Weight_Notes_Axle_Active= -Notes_Mat&Weight_Axle_[A]= -Material_Weight_Notes_Axle_Front= -Notes_Mat&Weight_Axle_[F]= -Material_Weight_Notes_Axle_Rear= -Notes_Mat&Weight_Axle_[R]= -Material_Weight_Notes_Rotor_Cup_OH= -Notes_Mat&Weight_Rotor_Cup_OH= -Material_Weight_Notes_Rotor_Cup_Base= -Notes_Mat&Weight_Rotor_Cup_Base= -Material_Weight_Notes_Axle_Total= -Notes_Mat&Weight_Axle_[T]= -Material_Weight_Notes_Bearing_Front= -Notes_Mat&Weight_Bearing_[F]= -Material_Weight_Notes_Bearing_Rear= -Notes_Mat&Weight_Bearing_[R]= -Material_Weight_Notes_Plate= -Notes_Mat&Weight_Flange_Plate= -Material_Weight_Notes_Axle_Plate_F= -Notes_Mat&Weight_Axle_Plate_[F]= -Material_Weight_Notes_Axle_Plate_R= -Notes_Mat&Weight_Axle_Plate_[R]= -Material_Weight_Notes_Base= -Notes_Mat&Weight_Base_Plate= -Material_Weight_Notes_Feet= -Notes_Mat&Weight_Feet= -Material_Weight_Notes_Encoder= -Notes_Mat&Weight_Encoder= -Material_Weight_Notes_EncCase= -Notes_Mat&Weight_Encoder_Case= -Material_Weight_Notes_Enc_Barrier= -Notes_Mat&Weight_Encoder_Barrier= -Material_Weight_Notes_Rotor_Cage= -Notes_Mat&Weight_Rotor_Cage= -Material_Weight_Notes_Rotor_Copper= -Notes_Mat&Weight_Rotor_Copper= -Material_Weight_Notes_Rotor_Liner= -Notes_Mat&Weight_Rotor_Liner= -Material_Weight_Notes_Rotor_Impreg= -Notes_Mat&Weight_Rotor_Impreg= -Material_Weight_Notes_Rotor_Ins= -Notes_Mat&Weight_Rotor_Insulation= -Material_Weight_Notes_Damper_Bars= -Material_Weight_Notes_Damper_End_F= -Material_Weight_Notes_Damper_End_R= -Material_Weight_Notes_Damper_Opening= -Material_Weight_Notes_Damper_Cage= -Material_Weight_Notes_Comm_Bars= -Notes_Mat&Weight_Comm_Bars= -Material_Weight_Notes_Comm_Insulation= -Notes_Mat&Weight_Comm_Insulation= -Material_Weight_Notes_Brushes= -Notes_Mat&Weight_Brushes= -Material_Weight_Notes_Brush_Holder= -Notes_Mat&Weight_Brush_Holder= -Material_Weight_Notes_Brush_Holder_Insulation= -Notes_Mat&Weight_Brush_Holder_Insulation= -Material_Weight_Notes_Housing_Cover= -Notes_Mat&Weight_Housing_Cover= -Material_Weight_Notes_Weight_Total=Weight [Total] -Notes_Mat_&_Weight_Total=Weight [Total] -Material_Weight_Notes_Slot_Water_Jacket_Wall= -Notes_Mat&Weight_Slot_WJ_Wall= -Material_Weight_Notes_Slot_Water_Jacket_Insulation= -Notes_Mat&Weight_Slot_WJ_Insulation= - -[User_Options] -SteadyStateResultsEnabled=False -TransientResultsEnabled=False -TestDataFile=No File Selected -SteadyStateResultsDecimalSeparator= -TransientResultsDecimalSeparator= -ShowOptimisationTab=False -OptimisationResultsEnabled=False -ThermalCalcType=1 -ThermalModelType=0 -ThermalModelSize=0 -Rotation3D_X=-20 -Rotation3D_Y=0 -TVentFluidTempCheck=False -AutomaticFileBackup=False -HintDisplayTime=2.5 -PreviewFolderLocation=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\e5_IM_HWJandSG\Preview\ -AxialCuboidTempDisplay=0 -FreqDomain_MinAmplitude_ForceDensity=1000 - -[Shaft_Jacket_Data] -SGManualFrictionFactor=0 -SGFrictionFactor_F=1E-7 -SGFrictionFactor_R=1E-7 -SGFrictionFactor_A=1E-7 - -[Blown_Over] -SubmersibleCooling=False -FloodedCooling=False -BlownOverDirection=0 -BlownOverGraphSelection=0 -BlownOverLeakageDefinition=1 -BlownOverCurvatureX=0.1 -BlownOverCurvatureY=0.1 -BlownOverEndLeakage=0.2 -BlownOver_FluidFlowNotes_Housing_Active_No_Fins= -BlownOver_FluidFlowNotes_Housing_Active_Fin_Base= -BlownOver_FluidFlowNotes_Housing_Active_Fin_Sides= -BlownOver_FluidFlowNotes_Housing_Active_Fin_Tips= -BlownOver_FluidFlowNotes_Housing_Active_Fin_Channel= -BlownOver_FluidFlowNotes_Housing_Active_Corner_Cutout= -BlownOver_FluidFlowNotes_Housing_Front_No_Fins= -BlownOver_FluidFlowNotes_Housing_Front_Fin_Base= -BlownOver_FluidFlowNotes_Housing_Front_Fin_Sides= -BlownOver_FluidFlowNotes_Housing_Front_Fin_Tips= -BlownOver_FluidFlowNotes_Housing_Front_Fin_Channel= -BlownOver_FluidFlowNotes_Housing_Front_Corner_Cutout= -BlownOver_FluidFlowNotes_Housing_Rear_No_Fins= -BlownOver_FluidFlowNotes_Housing_Rear_Fin_Base= -BlownOver_FluidFlowNotes_Housing_Rear_Fin_Sides= -BlownOver_FluidFlowNotes_Housing_Rear_Fin_Tips= -BlownOver_FluidFlowNotes_Housing_Rear_Fin_Channel= -BlownOver_FluidFlowNotes_Housing_Rear_Corner_Cutout= -BlownOver_FluidFlowNotes_Endcap_Front_Radial= -BlownOver_FluidFlowNotes_Endcap_Front_Axial= -BlownOver_FluidFlowNotes_Endcap_Rear_Radial= -BlownOver_FluidFlowNotes_Endcap_Rear_Axial= -BlownOver_FluidFlowNotes_Plate= -BlownOver_FluidFlowNotes_Axle_Plate_F= -BlownOver_FluidFlowNotes_Axle_Plate_R= -BlownOver_FluidFlowNotes_Base= -BlownOver_FluidFlowNotes_EncCase_Radial= -BlownOver_FluidFlowNotes_EncCase_Axial= -BlownOver4Kw=False -BlownOver75Kw=False -iBlownOver75Kw=False -BlownOver15Kw=False -BlownOver30Kw=False -BlownOver55Kw=False -BlownOverDiGerlando2Pole=False -BlownOverDiGerlando4Pole=False -BlownOverKovalev=False -BlownOverTurbulenceFactorSetting=0 -Grill_Pattern=0 - -[Magnetics] -NumLoadPoints=0 -MultiForceExportFile= -RomaxFile= -NumForcePointsPerNode_Stator=5 -NumForcePointsPerNode_Rotor=4 -MultiForceLoadPointDefinition=0 -RomaxLoadPointDefinition=0 -MultiForceMaxEnvelopeSpeed=20000 -RomaxMaxEnvelopeSpeed=20000 -MultiForceEnvelopePoints=20 -RomaxEnvelopePoints=20 -MultiForceEnvelopeStepSize=1000 -RomaxEnvelopeStepSize=1000 -ForceExportFormat=0 -ForceExport_DataType=0 -ForceExportCycleType=1 -Envelope_Speed_Array[0]=0 -Envelope_Speed_Array[1]=0 -Envelope_Speed_Array[2]=0 -Envelope_Speed_Array[3]=0 -Envelope_Speed_Array[4]=0 -Envelope_Speed_Array[5]=0 -Envelope_Speed_Array[6]=0 -Envelope_Speed_Array[7]=0 -Envelope_Speed_Array[8]=0 -Envelope_Speed_Array[9]=0 -Envelope_Speed_Array[10]=0 -Envelope_Speed_Array[11]=0 -Envelope_Speed_Array[12]=0 -Envelope_Speed_Array[13]=0 -Envelope_Speed_Array[14]=0 -Envelope_Speed_Array[15]=0 -Envelope_Speed_Array[16]=0 -Envelope_Speed_Array[17]=0 -Envelope_Speed_Array[18]=0 -Envelope_Speed_Array[19]=0 -Envelope_Torque_Array[0]=0 -Envelope_Torque_Array[1]=0 -Envelope_Torque_Array[2]=0 -Envelope_Torque_Array[3]=0 -Envelope_Torque_Array[4]=0 -Envelope_Torque_Array[5]=0 -Envelope_Torque_Array[6]=0 -Envelope_Torque_Array[7]=0 -Envelope_Torque_Array[8]=0 -Envelope_Torque_Array[9]=0 -Envelope_Torque_Array[10]=0 -Envelope_Torque_Array[11]=0 -Envelope_Torque_Array[12]=0 -Envelope_Torque_Array[13]=0 -Envelope_Torque_Array[14]=0 -Envelope_Torque_Array[15]=0 -Envelope_Torque_Array[16]=0 -Envelope_Torque_Array[17]=0 -Envelope_Torque_Array[18]=0 -Envelope_Torque_Array[19]=0 -MultiForceThreading=0 -RomaxThreading=0 -MultiForce_LoadPointToAnalyse=0 -SupplyDefinition=1 -VoltageDefinition=1 -OperatingMode=0 -IMDriveMode=0 -IMSpeedDefinition=0 -IMTorqueSpeedNumPoints=501 -IMSlipRangeDefinition=0 -IMSlipMin=0 -IMSlipMax=1 -IMShaftSpeedMin=0 -IMShaftSpeedMax=1.00502512562814 -IMSlip=0.005 -IMOnLoadTorque_User=0.5 -IMOnLoadPower_User=40 -IMDriveFrequency=0.050251256281407 -IMRmsSupplyVoltage=174.8 -IMPeakSupplyVoltage=247.2 -IMPeakSupplyCurrent=408.849140882062 -IMRmsSupplyCurrent=289.1 -IMDoubleRotorCageCalcMethod=2 -MagnetizingInductance_Multiplier=1 -StatorLeakageInductance_Multiplier=1 -RotorLeakageInductance_Multiplier=1 -IMLookup_ExtensionFactor=2 -IMSaturationConvergenceTolerance=0.001 -IMSaturationRelaxationFactor=0.15 -IMInitialSaturationFactor=1.6 -IMSaturationCalcMethod=0 -LastIMSaturationCalcMethod=0 -LastIMSupplyDefinition_SaturationCalc=1 -IMMaxPeakCurrent_SaturationCalc=408.849140882062 -LastIMMaxPeakCurrent_SaturationCalc=408.849140882062 -IMMaxRMSCurrent_SaturationCalc=289.1 -LastIMMaxRMSCurrent_SaturationCalc=289.1 -IMMaxPeakVoltage_SaturationCalc=247.2 -LastIMMaxPeakVoltage_SaturationCalc=247.2 -IMMaxRMSVoltage_SaturationCalc=174.8 -LastIMMaxRMSVoltage_SaturationCalc=174.8 -LastIMNoLoadMagnetizingCurrent=104.978801748957 -IMLookup_LastExtensionFactor=2 -IMRecalculateSaturationModel=False -IMEquivalentCircuitTolerance=0.01 -IMEquivalentCircuitMaxIterations=100 -IMEquivalentCircuitAveragingMethod=0 -IMCircuitIterationsBeforeAverage=30 -IMCircuitCyclesAtEachAverage=5 -IMCircuitMaxIterationsInAverage=10 -IMLookup_Imag[0]=2.891 -IMLookup_Imag[1]=3.68392898366776 -IMLookup_Imag[2]=4.69433855299459 -IMLookup_Imag[3]=5.98187819250286 -IMLookup_Imag[4]=7.62255774822946 -IMLookup_Imag[5]=9.71323466564641 -IMLookup_Imag[6]=12.3773319646978 -IMLookup_Imag[7]=15.7721245123582 -IMLookup_Imag[8]=20.0980237374933 -IMLookup_Imag[9]=25.6104089107555 -IMLookup_Imag[10]=32.6347034486043 -IMLookup_Imag[11]=41.5855862703963 -IMLookup_Imag[12]=52.9914723501657 -IMLookup_Imag[13]=67.5257076713954 -IMLookup_Imag[14]=86.0463201775614 -IMLookup_Imag[15]=109.646673414069 -IMLookup_Imag[16]=139.720013197109 -IMLookup_Imag[17]=178.041717819188 -IMLookup_Imag[18]=226.874107428607 -IMLookup_Imag[19]=289.1 -IMLookup_SaturationFactor[0]=0.949905348635141 -IMLookup_SaturationFactor[1]=0.952448401989583 -IMLookup_SaturationFactor[2]=0.956411470550584 -IMLookup_SaturationFactor[3]=0.957944538229454 -IMLookup_SaturationFactor[4]=0.960333653782602 -IMLookup_SaturationFactor[5]=0.961257855122849 -IMLookup_SaturationFactor[6]=0.962038586350933 -IMLookup_SaturationFactor[7]=0.96325526810028 -IMLookup_SaturationFactor[8]=0.963725926726495 -IMLookup_SaturationFactor[9]=0.964459394730621 -IMLookup_SaturationFactor[10]=0.964576758874981 -IMLookup_SaturationFactor[11]=0.96126215260341 -IMLookup_SaturationFactor[12]=0.924727503370812 -IMLookup_SaturationFactor[13]=0.803697448934054 -IMLookup_SaturationFactor[14]=0.669999356752187 -IMLookup_SaturationFactor[15]=0.551327992031624 -IMLookup_SaturationFactor[16]=0.450506425392931 -IMLookup_SaturationFactor[17]=0.361740002532696 -IMLookup_SaturationFactor[18]=0.290322702208584 -IMLookup_SaturationFactor[19]=0.231171154869742 -IMLookup_MagnetizingInductance[0]=2.53426735613624 -IMLookup_MagnetizingInductance[1]=2.54105200800743 -IMLookup_MagnetizingInductance[2]=2.55162514068713 -IMLookup_MagnetizingInductance[3]=2.55571523595703 -IMLookup_MagnetizingInductance[4]=2.56208919475733 -IMLookup_MagnetizingInductance[5]=2.56455488598694 -IMLookup_MagnetizingInductance[6]=2.56663781105741 -IMLookup_MagnetizingInductance[7]=2.569883815351 -IMLookup_MagnetizingInductance[8]=2.57113949287089 -IMLookup_MagnetizingInductance[9]=2.57309632364597 -IMLookup_MagnetizingInductance[10]=2.57340944128476 -IMLookup_MagnetizingInductance[11]=2.56456635130263 -IMLookup_MagnetizingInductance[12]=2.46709498844411 -IMLookup_MagnetizingInductance[13]=2.14419701075488 -IMLookup_MagnetizingInductance[14]=1.78750177677074 -IMLookup_MagnetizingInductance[15]=1.4708965843149 -IMLookup_MagnetizingInductance[16]=1.20191314770821 -IMLookup_MagnetizingInductance[17]=0.965091817984252 -IMLookup_MagnetizingInductance[18]=0.774556483979838 -IMLookup_MagnetizingInductance[19]=0.616745144459365 -Date_Calculated_IMLookupCurves=29/01/2020 -Time_Calculated_IMLookupCurves=16:28:56 -LastIMSaturationCalcMethod_Backup=0 -LastIMSupplyDefinition_SaturationCalc_Backup=1 -LastIMMaxPeakCurrent_SaturationCalc_Backup=408.849140882062 -LastIMMaxRMSCurrent_SaturationCalc_Backup=289.1 -LastIMMaxPeakVoltage_SaturationCalc_Backup=247.2 -LastIMMaxRMSVoltage_SaturationCalc_Backup=174.8 -IMInductance_Points=5 -IMInductance_CurrentProp[0]=0.1 -IMInductance_CurrentProp[1]=0.2 -IMInductance_CurrentProp[2]=0.5 -IMInductance_CurrentProp[3]=0.8 -IMInductance_CurrentProp[4]=1 -IMCoreLoss_Points=5 -IMCoreLoss_CurrentProp[0]=32.0473865048 -IMCoreLoss_CurrentProp[1]=0.2 -IMCoreLoss_CurrentProp[2]=0.5 -IMCoreLoss_CurrentProp[3]=0.8 -IMCoreLoss_CurrentProp[4]=1 -IMRotorFluxDensityCalc=1 -IMRotorEddyLossMethod=0 -IMReferredRotorParametersMethod=1 -IMEquivCircMultipliersDefinition=0 -IMMaxPeakVoltage_Calibration=100 -IMMaxRMSVoltage_Calibration=70.71 -IMCalibratedLookupDataEnabled=True -IMCalibrationFactor_Lm_Points=0 -IMUserData_Lm_Points=0 -IMCalibrationFactor_Rfe_Points=0 -IMCalibrationFactor_L1_Points=0 -IMCalibrationFactor_L2_Points=0 -IMCalibrationFactor_R2_Points=0 -IMUserData_Rfe_Points=0 -IMUserData_Load_Points=0 -ParallelPaths_Aux=1 -IM1PH_Starting_ControlStrategy=0 -IM1PH_Starting_CutoffSpeed=1125 -IM1PH_Motor_Type=0 -IM1PH_Start_Capacitance=8E-5 -IM1PH_Start_Resistance=25 -IM1PH_Run_Capacitance=2E-5 -IM1PH_Run_Resistance=25 -MagnetizingInductance_Aux_Multiplier=1 -StatorLeakageInductance_Aux_Multiplier=1 -ArmatureEWdgMLT_Aux_Multiplier=1 -ArmatureEWdgInductance_Aux_Multiplier=1 -IM1PHEquivalentCircuitSolverMethod=1 -IMEquivalentCircuitHarmonicOrders=3 -IM1PH_NumHarmonicOrders=1 -PeakCurrent=5.00065915655126 -DCCurrent=5 -RMSCurrent=3.536 -ConverterLosses=0 -DCFieldCurrent=10 -DCRotorCurrent=10 -RMSCurrentDensity=0.184930198548341 -DCCurrentDensity=0 -FieldCurrentDensity=0 -RotorCurrentDensity=0 -CurrentDefinition=1 -DCDriveDefinition=0 -DCCurrentDefinition=0 -FieldCurrentDefinition=0 -RotorCurrentDefinition=0 -PhaseAdvance=0 -DCBusVoltage=400 -DriveModulation=0 -DriveSwitchResistance=0 -DriveSwitchVoltage=0.8 -DriveDiodeVoltage=0.6 -DriveEffectiveSwitchingFrequency=100000 -DriveDutyCycle=1 -DriveChoppingMode=0 -DriveSwitchingFrequencyDefinition=0 -PassiveGeneratorLoadType=0 -DCLoadType=0 -DCLoadResistance=100 -DCLoadVoltage=100 -DCFilterInductance=0.001 -DCFilterCapacitance=1E-6 -RectifierOutputResistance=1 -ACLoadWindingConnection=0 -ACLoadResistance=100 -ACLoadInductance=0.001 -ACLoadAdjustmentPhase2=1 -ACLoadAdjustmentPhase3=1 -WindingConnection=0 -CustomDriveCyclePointReduction=1 -CustomDriveDefinition=1 -NumHarmonicDataPoints=1 -HarmonicOrder_Array[0]=1 -HarmonicAmplitude_Array[0]=1 -HarmonicAngle_Array[0]=0 -UseSpecifiedRefTemp=False -MagnetRefTempItem=0 -MagnetRefTemp_Defined=20 -HalbachDefinition=2 -ExternalLine_Definition=0 -ExternalLine_Resistance=0 -ExternalLine_Area=1 -ExternalLine_Length=100 -InputCircuit=0 -SineFilter_Capacitance=0 -SineFilter_Inductance=0 -MagneticContextVisible=False -PhysicalModelType=2 -BPMDriveMode=0 -DriveType_BPM=0 -ContinuousSkewMethod=1 -FluxSkewFactor=1 -SkewAngle_FluxSkewFactor=0 -DemagCurveMethod=1 -DemagCondition=1 -SinglePointDemagCalcMethod=1 -NumDemagCurveTemperatures=8 -DemagCurveTemperatures[0]=-40 -DemagCurveTemperatures[1]=0 -DemagCurveTemperatures[2]=20 -DemagCurveTemperatures[3]=60 -DemagCurveTemperatures[4]=100 -DemagCurveTemperatures[5]=140 -DemagCurveTemperatures[6]=180 -DemagCurveTemperatures[7]=220 -Magnet_Br_at_RefTemp=1.2 -Magnet_Br_at_20=1.2 -Magnet_ur=1.05 -Magnet_HcJ_at_RefTemp=1500000 -Magnet_RefTemp=20 -Magnet_THcJ_Coeff=-0.5 -Magnet_SquarenessFactor=6E-5 -Magnetization=0 -SkewType=0 -StatorSkew=5 -RotorSkewSlices=1 -RotorSkewAngle_Array[0]=0 -RotorSkewAngle_Array[1]=0 -RotorSkewAngle_Array[2]=0 -RotorSkewAngle_Array[3]=0 -RotorSkewAngle_Array[4]=0 -RotorSkewAngle_Array[5]=0 -RotorSkewAngle_Array[6]=0 -RotorSkewAngle_Array[7]=0 -RotorSkewAngle_Array[8]=0 -RotorSkewAngle_Array[9]=0 -RotorSkewAngle_Array[10]=0 -RotorSkewAngle_Array[11]=0 -RotorSkewAngle_Array[12]=0 -RotorSkewAngle_Array[13]=0 -RotorSkewAngle_Array[14]=0 -RotorSkewLengthProp_Array[0]=1 -RotorSkewLengthProp_Array[1]=1 -RotorSkewLengthProp_Array[2]=1 -RotorSkewLengthProp_Array[3]=1 -RotorSkewLengthProp_Array[4]=1 -RotorSkewLengthProp_Array[5]=1 -RotorSkewLengthProp_Array[6]=1 -RotorSkewLengthProp_Array[7]=1 -RotorSkewLengthProp_Array[8]=1 -RotorSkewLengthProp_Array[9]=1 -RotorSkewLengthProp_Array[10]=1 -RotorSkewLengthProp_Array[11]=1 -RotorSkewLengthProp_Array[12]=1 -RotorSkewLengthProp_Array[13]=1 -RotorSkewLengthProp_Array[14]=1 -WindingLayers=1 -WindingSchematic_Style=0 -ParallelPathView=0 -HarmonicView=0 -MMFPhaseView=0 -ACConductorLossUserValues[0]=0 -ACConductorLossUserValues[1]=0 -ACConductorLossUserValues[2]=0 -ACConductorLossUserValues[3]=0 -ACConductorLossUserValues[4]=0 -ACConductorLossUserValues[5]=0 -ACConductorLossUserValues[6]=0 -ACConductorLossUserValues[7]=0 -ACConductorLossUserValues[8]=0 -ACConductorLossUserValues[9]=0 -ACConductorLossUserValues[10]=0 -ACConductorLossUserValues[11]=0 -ACConductorLossUserValues[12]=0 -ACConductorLossUserValues[13]=0 -ACConductorLossUserValues[14]=0 -ACConductorLossUserValues[15]=0 -ACConductorLossUserValues[16]=0 -ACConductorLossUserValues[17]=0 -ACConductorLossUserValues[18]=0 -ACConductorLossUserValues[19]=0 -ACConductorLossUserValues[20]=0 -ACConductorLossUserValues[21]=0 -ACConductorLossUserValues[22]=0 -ACConductorLossUserValues[23]=0 -ACConductorLossUserValues[24]=0 -ACConductorLossUserRatio[0]=0.254317127253 -ACConductorLossUserRatio[1]=0.145906868428 -ACConductorLossUserRatio[2]=0.12546387319 -ACConductorLossUserRatio[3]=0.180123887196 -ACConductorLossUserRatio[4]=0.130697188623 -ACConductorLossUserRatio[5]=0.16349105531 -ACConductorLossUserRatio[6]=0 -ACConductorLossUserRatio[7]=0 -ACConductorLossUserRatio[8]=0 -ACConductorLossUserRatio[9]=0 -ACConductorLossUserRatio[10]=0 -ACConductorLossUserRatio[11]=0 -ACConductorLossUserRatio[12]=0 -ACConductorLossUserRatio[13]=0 -ACConductorLossUserRatio[14]=0 -ACConductorLossUserRatio[15]=0 -ACConductorLossUserRatio[16]=0 -ACConductorLossUserRatio[17]=0 -ACConductorLossUserRatio[18]=0 -ACConductorLossUserRatio[19]=0 -ACConductorLossUserRatio[20]=0 -ACConductorLossUserRatio[21]=0 -ACConductorLossUserRatio[22]=0 -ACConductorLossUserRatio[23]=0 -ACConductorLossUserRatio[24]=0 -MagneticWindingType=0 -MagPhaseDistribution=0 -MagTurnsConductor=3 -MagThrow=11 -MagWindingOffset=8 -MultiplexOffset=0 -MagPathType=0 -NumberOfCoils=12 -CoilsPerPath_Array[0]=6 -CoilsPerPath_Array[1]=6 -CoilsPerPath_Array[2]=6 -CoilsPerPath_Array[3]=6 -CoilsPerPath_Array[4]=0 -CoilsPerPath_Array[5]=0 -CoilsPerPath_Array[6]=0 -CoilsPerPath_Array[7]=0 -CoilsPerPath_Array[8]=0 -CoilsPerPath_Array[9]=0 -CoilsPerPath_Array[10]=0 -CoilsPerPath_Array[11]=0 -CoilsPerPath_Array[12]=0 -CoilsPerPath_Array[13]=0 -CoilsPerPath_Array[14]=0 -ParallelPaths=2 -NumberStrandsHand=12 -NumberStrandsHand_2=1 -NumberStrandsHand_3=1 -NumberStrandsHand_Aux=12 -MagPhases=3 -MagTurnsConductorField=-1 -MagTurnsConductorRotor=-1 -ParallelPaths_Field=1 -ParallelPaths_Rotor=1 -NumberStrandsHand_Field=1 -NumberStrandsHand_Rotor=1 -IronLossCalculationType=0 -Magnet2D3DCalculation=1 -Magnet2D3DWidth_Calc=2 -RotorHysterisisCalculation=0 -RotorHysterisisCalculation_SRM=1 -MagneticShaft=True -GeometryMeshEnabled=True -OpenCircuitCalculation=False -OnLoadCalculation=True -QAxisCurrentCalculation=True -TorqueCalculation=True -BackEMFCalculation=False -CoggingTorqueCalculation=False -TorqueSpeedCalculation=True -DemagnetizationCalc=True -ElectromagneticForcesCalc_OC=False -ElectromagneticForcesCalc_Load=False -InductanceCalc=False -CentrifugalForceCalc=False -BPMShortCircuitCalc=False -FluxSkewFactorCalc=True -OnLoadLossCalculation=False -BackEMFLossCalculation=False -IMCoreLossCalc=False -IMSingleLoadPointFEACalc_Full=False -IMSingleLoadPointFEACalc=False -IMTorqueSpeedCalc=False -IMLockedRotorCalc=False -IMLockedRotorAnalyticCalc=False -IMNoLoadAnalyticCalc=True -IMBreakdownPointAnalyticCalc=False -ArmatureEWdgMLT_Multiplier=1 -StatorEWdgMLT_Multiplier=1 -ArmatureEWdgInductance_Multiplier=1 -StatorEWdgInductance_Multiplier=1 -FieldEWdgMLT_Multiplier=1 -RotorEWdgMLT_Multiplier=1 -StrayLoadLossPercentage_OutputPower=0.7 -StrayLoadLossPercentage_Resistance=0 -IronLossBuildFactorDefinition=0 -StatorIronLossBuildFactor=1 -RotorIronLossBuildFactor=1 -HysteresisLossBuildFactor=1 -EddyLossBuildFactor=1 -ShaftLossBuildFactor=1 -MagnetLossBuildFactor=1 -Magnet_Br_Multiplier=1 -FluxLinkageMultiplier_D=1 -FluxLinkageMultiplier_Q=1 -StatorSaturationMultiplier=1 -RotorSaturationMultiplier=1 -MagneticAxialLengthMultiplier=1 -SleeveAxialLengthMultiplier=1 -ArmatureConductor_Temperature=40 -StatorConductor_Temperature=40 -ArmatureConductor_ResistivityAt20C=1.724E-8 -StatorConductor_ResistivityAt20C=1.724E-8 -ArmatureConductor_ResistivityAt20C_Aux=1.724E-8 -FieldConductor_Temperature=40 -RotorConductor_Temperature=40 -FieldConductor_ResistivityAt20C=0 -RotorConductor_ResistivityAt20C=0 -RotorBar_Temperature=140 -RotorBar_ResistivityAt20=1.724E-8 -EndRing_Temperature=140 -EndRing_ResistivityAt20=1.724E-8 -DamperBar_Temperature=40 -DamperEnd_Temperature=40 -DamperBar_ResistivityAt20=1.724E-8 -DamperEnd_ResistivityAt20=1.724E-8 -DamperEnd_F_ResistivityAt20=1.724E-8 -DamperEnd_R_ResistivityAt20=1.724E-8 -DamperOpening_ResistivityAt20=1.724E-8 -Magnet_Temperature=20 -Magnet_ResistivityAt20C=1.8E-6 -StatorLam_Temperature=20 -StatorLam_ResistivityAt20C=5.9E-7 -RotorLam_Temperature=20 -RotorLam_ResistivityAt20C=5.9E-7 -Shaft_Temperature=20 -Shaft_ResistivityAt20C=1.43E-7 -Brush_Temperature=20 -Brush_ResistivityAt20C=0.0025 -Sleeve_Temperature=20 -Sleeve_ResistivityAt20C=1.724E-8 -Banding_Temperature=20 -Banding_ResistivityAt20C=1.724E-8 -Wedge_Temperature=20 -Wedge_ResistivityAt20C=1E20 -Housing_Temperature=20 -Housing_ResistivityAt20C=1.724E-8 -Bearing_Temperature_F=20 -Bearing_Temperature_R=20 -Airgap_Temperature=20 -MagneticThermalMaxIterations=5 -MagneticThermalMaxError=1 -MagneticThermalCoupling=0 -TemperaturesInEmagThermCoupling=1 -MagnetTempLinkMethod=1 -MagneticSymmetry=0 -MagneticSymmetryFactor=3 -MagnetisationCurveSymmetry=0 -RotorLaminations=0 -StatorLaminations=0 -StackingFactor_Magnetics=2 -IMRotorBarRegionType=0 -IronLossCoefficientDataPoints=0 -CustomDriveCycle_PeakRMS_Method=1 -CustomDriveCyclePoints=361 -CustomDriveCycleFile=No File Selected -SinglePointRotorAngle=0 -HousingOverhangFactor=1 -IMAccelerationCalc=False -IMAccelerationDuration=1 -IMAccelerationPoints=25000 -IMAccelerationLoadTorqueAt0rpm=0 -IMAccelerationLoadTorqueAtRpm=0 -IMAccelerationLoadTorqueRpmRef=3000 -IMAccelerationLoadTorqueCoef=1 -IMAccelerationLoadInertia=0 -IMAccelerationFanInertia=0 -FluxLinkageLookupCalc=False -AnalyticTorqueCalc_SRM=True -FEATorqueCalc_SRM=False -TurnOnAngle_SRM=30 -TurnOffAngle_SRM=150 -ZeroVoltageAngle_SRM=150 -DwellAngle_SRM=120 -SwitchingAngleDefinition_SRM=0 -ZeroVoltageLoop_SRM=0 -MaxCurrent_Calculated_MagnetisationCurves=0 -CurrentPoints_Calculated_MagnetisationCurves=0 -PositionPoints_Calculated_MagnetisationCurves=0 -TotalPoints_Calculated_MagnetisationCurves=0 -Date_Calculated_MagnetisationCurves= -MagnetisationCurves_File= -MagnetisationCurvesPlotSelect=0 -CoilSidesPerLayer=1 -Multiplicity=1 -DCArmatureWindingStyle=0 -DCArmatureWindingSense=0 -BrushContactVoltageDrop=1.5 -TotalExternalResistance=0 -MagThreads_Option=0 -MagThreads_AutoNumber=True -MagThreads_Number=8 -Lab_Threads_Enabled=True -Multimodel_Threads_MaxNumber=14 -ACLosses_BundleAspectRatio=1 -FEAMeasurePath_NumPaths=0 -PhasorDiagram_PhaseAdvanceSetting=0 -PhasorDiagram_PhaseAdvanceAngle=0 -RotorEccentricityType=0 -RotorCentreOffset_R=0 -RotorCentreOffset_T=0 -ShaftCentreOffset_R=0 -ShaftCentreOffset_T=0 -TopRotorBar_ResistivityAt20=1.724E-8 -TopRotorBarOpening_ResistivityAt20=1.724E-8 -BottomRotorBar_ResistivityAt20=1.724E-8 -BottomRotorBarOpening_ResistivityAt20=1.724E-8 -IMSkinEffectApplication=0 -BPMShortCircuitPoints=10000 -BPMShortCircuitDuration=0.1 -BPMShortCircuitLoadInertia=0 -Winding_Layers=0 -MagWindingType=0 - -[Airgap] -InnerAirgapBoundary_Drawing=1 -TurbulentUpperLimit=5000 -VortexUpperLimitMult=1.2 - -[Cowling] -Grill_Diameter_Outer=140 -Grill_Diameter_Inner=20 -Grill_HoleSize=8 -Grill_HoleSeparation=2 -Grill_Swirl=5 -Grill_SlotsPerLayer=6 -Cowling_Length=70 -Cowling_Thickness=2 -Cowling_Axial_Gap=50 -Cowling_Radial_Gap=3 -CowlingType=0 -Cowling_Type=No_Cowling - -[Dimensions] -DamperBar_Number=0 -DamperBar_Depth=1 -DamperBar_Opening=0 -DamperBar_Diameter=3 -DamperBar_Pitch=90 -Damper_Thickness_F=6 -Damper_Thickness_R=6 -Damper_Extension_F=4 -Damper_Extension_R=4 -Damper_Inner_Add_F=2 -Damper_Inner_Add_R=2 -Damper_Outer_Add_F=2 -Damper_Outer_Add_R=2 -Housing_Dia=285 -Stator_Lam_Dia=250 -Ins_Tooth_Width=0.5 -Slot_Width_Bottom=4.70360559347964 -Slot_Width_Top=3.23104142529868 -EndRing_Thickness_F=20 -EndRing_Extension_F=0 -EndRing_Inner_Add_F=10 -EndRing_Outer_Add_F=0 -EndRing_Thickness_R=20 -EndRing_Extension_R=0 -EndRing_Inner_Add_R=10 -EndRing_Outer_Add_R=0 -RotorPlate_Thickness_F=0 -RotorPlate_Thickness_R=0 -Wafter_Inner_Add_F=0 -Wafter_Inner_Add_R=0 -Wafter_Outer_Add_F=0 -Wafter_Outer_Add_R=0 -Wafter_Number_F=0 -Wafter_Number_R=0 -Wafter_Length_F=10 -Wafter_Length_R=10 -Wafter_Depth_Reduct_F=4 -Wafter_Depth_Reduct_R=4 -Wafter_Thickness_F=2 -Wafter_Thickness_R=2 -CoilDividerOffset=0 -StatorClampPlateThickness_F=0 -StatorClampPlateThickness_R=0 -SyncRotorSlot_Width=15 -SyncRotorSlot_Depth=18.5 -PoleTipAngle=0 -PoleSideAngle=30 -Pole_Tip_Angle=30 -RotorPoleTaper=0 -RotorSlotFilletRadius=0 -PoleTipRadialDepth=2 -AxleOHang_F=0 -AxleOHang_R=0 -Potting-Housing_[F]=0 -Potting-Housing_[R]=0 -Gap_Potting-Axle_[F]=0 -Gap_Potting-Axle_[R]=0 -BarT_Opening_Radius=1.2 -Bar_Opening_[T]=0 -Bar_Opening_Depth_[T]=1 -Bar_Depth_[T]=20 -Bar_Width_[T]=4 -Rotor_Tooth_Width_T=3.5 -Rotor_Tooth_Width=3.5 -Bar_Corner_Radius[T]=0.5 -Bar_Corner_Radius=0.5 -Bar_Tip_Angle_[T]=45 -BarB_Opening_Radius=1 -Bar_Opening_[B]=2 -Bar_Opening_Depth_[B]=2 -Bar_Depth_[B]=4 -Bar_Width_[B]=4 -Rotor_Tooth_Width_B=3 -BarB_Corner_Radius=1 -BarB_Tip_Angle=20 -Slot_WJ_Duct_Height=3 -Slot_WJ_Wall_Thickness=0.2 -Slot_WJ_Insulation_Thickness=0.2 -Slot_WJ_Duct_Parallel_Paths=1 -Slot_WJ_Duct_Width=3 -CalculateInputWJFlowChannels=0 -MinBackIronThickness=0.1 -MinMagnetSeparation=0.1 -MinShaftSeparation=0.1 -MinVMagnetAspectRatio=1 -MinUMagnetAspectRatio_Outer=0 -MinUMagnetAspectRatio_Inner=1 -MinRotorBarSeparation=0.1 -MinRotorBarWidth=1 -MinBottomRotorBarOpening=0.1 -Fan_AxialPosition=188 -Fan_Diameter=125 -Fan_Blade_Axial_Offset=0 -Fan_Blade_Width=10 -Fan_BackPlate_Width=12 -Fan_BackPlate_Dia=90 -Fan_Blade_Thickness=2 -Fan_Hub_Diameter=35 -Fan_Hub_Extension=5 -FormWound_WedgeDepth=1 -FormWound_WedgeInset=1 -FormWound_WedgeThickness=1 -FormWound_GapLinerSlotWall=0.1 -FormWound_GapSlotBaseSpacerSlotBase=0.1 -FormWound_GapSlotTopSpacerSlotTop=0.1 -FormWound_ThicknessSlotBaseSpacer=0.5 -FormWound_ThicknessSlotTopSpacer=0.5 -FormWound_ThicknessSlotLinerOuterLayer=0.2 -FormWound_ThicknessCoilInsulation=0.2 -FormWound_ThicknessPhaseSeparator=0.5 -FormWound_CopperInsulationThickness=0.1 -FormWound_CoilHeight=6.7 -FormWound_CoilWidth=6.2 -FormWound_ConductorHeight=0.95 -FormWound_ConductorWidth=2.5 -FormWound_RowsConductors=5 -FormWound_ColumnsConductors=2 -NumStatorVarSlotDepths=1 -ShaftType=0 -SpiderRadialThickness=4 -SpiderArmLength=15 -SpiderArmWidth=10 -SlotDepth_Outer=10 -SquareStatorLam_Width=200 -SquareStatorLam_Height=170 -ToothWidth_Outer=20 -ToothTipAngle_Outer=-5 -ToothTipDepth_Outer=10 -BackIronThickness_Outer=10 -PoleNumber_Outer=4 -CoilDividerWidth_Outer=20 -BackIronShape_WFC=0 -ToothArc_Outer=80 -WindingFill_Outer=80 -RoundStatorDiameter_WFC_Outer=200 -SquareStatorLam_CornerRadius=30 -StepHouseInner_F=0 -Housing_Step_[F]=0 -StepHouseInner_R=0 -Housing_Step_[R]=0 -StepHouseOuter_F=0 -StepHouseOuter_R=0 -RadialDuctType=0 -StatorGridNumber=6 -StatorGridInnerDiameter=90 -StatorGridHeight=5 -StatorGridDepth=1 -RotorGridNumber=6 -RotorGridOuterDiameter=50 -RotorGridHeight=5 -RotorGridDepth=1 -CoilDivider_DepthReduction_Stator=0 -CoilDivider_DepthReduction_Rotor=0 -RotorDiameter=174 -PoleNotchDepth=0 -PoleNotchArc_Outer=20 -PoleNotchArc_Inner=20 -RotorSlots=4 -RotorLaminationInset=0 -SyncPoleArc=100 -StatorPole_TaperAngle=0 -Shaft_Dia=55 -Pole_Width=20 -Rotor_Lam_Length=120 -Stator_Bore=175 -Tooth_Width=4.5 -Slot_Depth=19 -Slot_Corner_Radius=1 -Tooth_Tip_Depth=1 -Slot_Opening=3 -Tooth_Tip_Angle=40 -Sleeve_Thickness=0 -Pole_Number=6 -Airgap=0.5 -Banding_Thickness=0 -Motor_Length=220 -Slot_Number=72 -Stator_Poles=72 -Fin_Extension=10 -Fin_Thickness=2 -Slot_Width=7 -Corner_Cutout_Add=0 -Plate_Height=350 -Plate_Width=350 -Flange_Dia=185 -Flange_Extension=0 -Stator_Pole_Angle=30 -Housing_Thickness=5 -Magnet_Arc_[ED]=140 -Corner_Cutout_[%]=40 -Fin_Pitch/Thick=5 -Fin_Number_[Quadrant]=0 -Fin_Number_[Total]=4 -Fin_Spacing_[Fin_Base]=0 -Shaft_Dia_[F]=55 -Shaft_Dia_[R]=55 -Axle_Dia_[F]=35 -Axle_Dia_[R]=35 -Axle_Plate_Height_[F]=350 -Axle_Plate_Height_[R]=350 -Axle_Plate_Width_[R]=350 -EWdg-Housing_[F]=18.5 -EWdg-Housing_[R]=18.5 -EWdg-Bore_[F]=1.08407529977502 -EWdg-Bore_[R]=1.08407529977502 -EWdg_Insulation_[F]=0 -EWdg_Insulation_[R]=0 -Bearing_Dia_[F]=75 -Bearing_Dia_[R]=75 -Enc_Shaft_Dia=10 -Enc_Case_Dia=100 -Enc_Case_Thick=5 -Enc_Radial_Gap=5 -Shaft_Height=147 -Feet_Width_[Motor]=20 -Feet_Width_[Base]=30 -Feet_Length=100 -Base_Width=150 -Base_Thickness=10 -Base_Length=300 -Shaft_Extension_[F]=86 -Shaft_Extension_[R]=0 -Axle_Extension_[F]=30 -Axle_Extension_[R]=30 -Stator_Axial_Offset=0 -Magnet_Axial_Offset=0 -Rotor_Axial_Offset=0 -EWdg_Overhang_[F]=47.7629929385847 -EWdg_Overhang_[R]=47.7629929385847 -EWdg_Overhang_Mult_[F]=0.8 -EWdg_Overhang_Mult_[R]=0.8 -Wdg_Extension_[F]=1 -Wdg_Extension_[R]=1 -Endcap_Length_[F]=35 -Endcap_Length_[R]=35 -EWdg-Endcap_[F]=8 -EWdg-Endcap_[R]=8 -Flange_Depth=1 -Bearing_Width_[F]=20 -Bearing_Width_[R]=20 -Bearing_Offset_[F]=0 -Bearing_Offset_[R]=0 -Plate_Thickness=23 -Axle_Plate_Thickness_[F]=20 -Axle_Plate_Thickness_[R=20 -Enc_Length=30 -Enc_Case_Length=50 -Enc_Barrier_Length=5 -Enc_Axial_Gap=2 -Magnet_Embed_Depth=2 -Axle_Plate_Width_[F]=350 -Stator_Lam_Length=120 -Rotor_Bars=84 -Wdg_Add_[Outer_F]=0 -Wdg_Add_[Inner_F]=0 -Wdg_Add_[Outer_R]=0 -Wdg_Add_[Inner_R]=0 -Endcap_Thickness_[F]=5 -Endcap_Thickness_[R]=5 -Gap_[Endcap-Comm]=10 -Gap_[Comm-Winding]=5 -Comm_Length=15 -Comm_Dia=50 -Comm_Cu_Thickness=2 -Comm_Connections=30 -Comm_Connection_Lmult=1 -Brush_Number=2 -Brush_Length=10 -Brush_Width=10 -Brush_Height=20 -Br_Holder_Comm_Gap=5 -Br_Holder_Outer_Dia=20 -Br_Holder_Ins_Thick=3 -Br_Holder_Height=35 -Rotor_Pole_Angle=30 -Stator_Pole_Depth=15 -Rotor_Slot_Depth=10 -Stator_Pole_Radius=2 -Pole_Depth=12 -Pole_Tip_Width=10 -Pole_Tip_Depth=8 -Pole_Tip_Radius=0 -Pole_Base_Radius=0 -Pole_Surface_Radius=39 -Pole_Surface_Offset=0 -Liner_Pole_Side=2 -Liner_Pole_Tip=1 -Liner_Coil_Base=1 -Rotor_Coil_Width=7.5 -Rotor_Coil_Depth=10 -Wdg_Separator_Low_[%]=10 -Wdg_Separator_Up_[%]=90 -Winding_Separators=3 -Wdg_Separator_Length=10 -Liner_Rotor_EWdg=1 -Rotor_EWdg_Ohang=10 -Claw_Pole_Pairs=8 -Claw_Pole_Length=50 -Claw_Pole_Depth=10 -Claw_Tooth_Depth=5 -Claw_Coil_Length=60 -Claw_Coil_Depth=10 -Claw_Liner_Base=0.5 -Claw_Liner_Side=0.5 -Claw_Back_Iron=5 -Claw_Pole_Spacing=10 -Claw_Tooth_Width=3 -Armature_Diameter=110 -Back_Iron_Thickness=5 -Fin_Base_Thickness=1.5 -Fin_Cover_Thickness=1.5 -WJ_Channel-Lam=5 -WJ_Channel_Height=7.5 -WJ_Channel_Width=15 -WJ_Channel_Spacing=15 -WJ_Parallel_Paths=1 -WJ_Channel_Number=1 -Shaft_Groove_Wall=1.5 -Shaft_Groove_Height=4 -Shaft_Groove_Width=10 -Shaft_Groove_Spacing=10 -Rotor_WJ_Duct_Diameter=0 -Cover_Ins_Length=90 -Cover_Ins_Thickness=10 -Cup_Axial_Thickness=5 -Cup_Radial_Thickness=5 -Cup_Axial_Length=140 -Gap_H-Cup_[Radial]=1 -Gap_H-Cup_[Axial]=10 -Gap_Shaft-Axle=2 -Gap_Shaft-Axle_[F]=2 -Gap_Shaft-Axle_[R]=2 -Axle_Dia=35 -CornerRoundingRadius_Rotor=0.1 -CornerRoundingRadius_Magnets=0.1 -StatorMidSlotTooth_Depth=0 -StatorMidSlotTooth_Width_Base=0 -StatorMidSlotTooth_Width_Top=0 -Potting-Endcap_[F]=0 -Potting-Endcap_[R]=0 -Magnet_Length=90 -Magnet_Thickness=4 -MagnetOpening=2 -MagnetDepth=10 -MagnetInset=3 -CircumferentialSegments=1 -FlatMagnetSegments=1 -SpokeMagnetSegments=1 -AxialSegments=1 -BandingAxialSegments=1 -SleeveAxialSegments=1 -Bridge_Thickness=2 -Magnet_Width_Reduction=0 -Web_Thickness=2 -Web_Length=2 -Pole_V_Angle=130 -Pole_Arc=150 -WebAngle=0 -Magnet_Separation=0 -Magnet_Width=45 -Magnet_Post=0 -Magnet_Layers=2 -UShape_OuterAngleOffset_Array[0]=0 -UShape_OuterAngleOffset_Array[1]=0 -UShape_OuterAngleOffset_Array[2]=0 -UShape_OuterAngleOffset_Array[3]=0 -UShape_OuterAngleOffset_Array[4]=0 -UShape_OuterAngleOffset_Array[5]=0 -UShape_Thickness_Inner_Array[0]=4 -UShape_Thickness_Inner_Array[1]=4 -UShape_Thickness_Inner_Array[2]=4 -UShape_Thickness_Inner_Array[3]=4 -UShape_Thickness_Inner_Array[4]=4 -UShape_Thickness_Inner_Array[5]=4 -UShape_Thickness_Outer_Array[0]=4 -UShape_Thickness_Outer_Array[1]=4 -UShape_Thickness_Outer_Array[2]=4 -UShape_Thickness_Outer_Array[3]=4 -UShape_Thickness_Outer_Array[4]=4 -UShape_Thickness_Outer_Array[5]=4 -UMagnet_Length_Inner_Array[0]=4 -UMagnet_Length_Inner_Array[1]=1 -UMagnet_Length_Inner_Array[2]=0 -UMagnet_Length_Inner_Array[3]=0 -UMagnet_Length_Inner_Array[4]=0 -UMagnet_Length_Inner_Array[5]=0 -UMagnet_Length_Outer_Array[0]=59 -UMagnet_Length_Outer_Array[1]=56 -UMagnet_Length_Outer_Array[2]=52 -UMagnet_Length_Outer_Array[3]=47 -UMagnet_Length_Outer_Array[4]=42 -UMagnet_Length_Outer_Array[5]=37 -UMagnet_Offset_Inner_Array[0]=0 -UMagnet_Offset_Inner_Array[1]=0 -UMagnet_Offset_Inner_Array[2]=0 -UMagnet_Offset_Inner_Array[3]=0 -UMagnet_Offset_Inner_Array[4]=0 -UMagnet_Offset_Inner_Array[5]=0 -UMagnet_Offset_Outer_Array[0]=0 -UMagnet_Offset_Outer_Array[1]=0 -UMagnet_Offset_Outer_Array[2]=0 -UMagnet_Offset_Outer_Array[3]=0 -UMagnet_Offset_Outer_Array[4]=0 -UMagnet_Offset_Outer_Array[5]=0 -UMagnetInner_ClearanceI_Array[0]=0 -UMagnet_Clearance_Inner_Array[0]=0 -UMagnetInner_ClearanceI_Array[1]=0 -UMagnet_Clearance_Inner_Array[1]=0 -UMagnetInner_ClearanceI_Array[2]=0 -UMagnet_Clearance_Inner_Array[2]=0 -UMagnetInner_ClearanceI_Array[3]=0 -UMagnet_Clearance_Inner_Array[3]=0 -UMagnetInner_ClearanceI_Array[4]=0 -UMagnet_Clearance_Inner_Array[4]=0 -UMagnetInner_ClearanceI_Array[5]=0 -UMagnet_Clearance_Inner_Array[5]=0 -UMagnetInner_ClearanceO_Array[0]=0 -UMagnetInner_ClearanceO_Array[1]=0 -UMagnetInner_ClearanceO_Array[2]=0 -UMagnetInner_ClearanceO_Array[3]=0 -UMagnetInner_ClearanceO_Array[4]=0 -UMagnetInner_ClearanceO_Array[5]=0 -UMagnetOuter_ClearanceI_Array[0]=0 -UMagnet_Clearance_Outer_Array[0]=0 -UMagnetOuter_ClearanceI_Array[1]=0 -UMagnet_Clearance_Outer_Array[1]=0 -UMagnetOuter_ClearanceI_Array[2]=0 -UMagnet_Clearance_Outer_Array[2]=0 -UMagnetOuter_ClearanceI_Array[3]=0 -UMagnet_Clearance_Outer_Array[3]=0 -UMagnetOuter_ClearanceI_Array[4]=0 -UMagnet_Clearance_Outer_Array[4]=0 -UMagnetOuter_ClearanceI_Array[5]=0 -UMagnet_Clearance_Outer_Array[5]=0 -UMagnetOuter_ClearanceO_Array[0]=0 -UMagnetOuter_ClearanceO_Array[1]=0 -UMagnetOuter_ClearanceO_Array[2]=0 -UMagnetOuter_ClearanceO_Array[3]=0 -UMagnetOuter_ClearanceO_Array[4]=0 -UMagnetOuter_ClearanceO_Array[5]=0 -UShape_CentrePost_Array[0]=2 -UShape_CentrePost_Array[1]=2 -UShape_CentrePost_Array[2]=2 -UShape_CentrePost_Array[3]=2 -UShape_CentrePost_Array[4]=2 -UShape_CentrePost_Array[5]=2 -UShape_InnerDiameter_Array[0]=30 -UShape_InnerDiameter_Array[1]=42 -UShape_InnerDiameter_Array[2]=54 -UShape_InnerDiameter_Array[3]=66 -UShape_InnerDiameter_Array[4]=78 -UShape_InnerDiameter_Array[5]=90 -UShape_WebThickness_Array[0]=2 -UShape_WebThickness_Array[1]=14 -UShape_WebThickness_Array[2]=26 -UShape_WebThickness_Array[3]=38 -UShape_WebThickness_Array[4]=50 -UShape_WebThickness_Array[5]=62 -UShape_BridgeThickness_Array[0]=2 -UShape_BridgeThickness_Array[1]=2 -UShape_BridgeThickness_Array[2]=2 -UShape_BridgeThickness_Array[3]=2 -UShape_BridgeThickness_Array[4]=2 -UShape_BridgeThickness_Array[5]=2 -UShape_MagnetSegments_Inner_Array[0]=1 -UShape_MagnetSegments_Inner_Array[1]=1 -UShape_MagnetSegments_Inner_Array[2]=1 -UShape_MagnetSegments_Inner_Array[3]=1 -UShape_MagnetSegments_Inner_Array[4]=1 -UShape_MagnetSegments_Inner_Array[5]=1 -UShape_MagnetSegments_Outer_Array[0]=1 -UShape_MagnetSegments_Outer_Array[1]=1 -UShape_MagnetSegments_Outer_Array[2]=1 -UShape_MagnetSegments_Outer_Array[3]=1 -UShape_MagnetSegments_Outer_Array[4]=1 -UShape_MagnetSegments_Outer_Array[5]=1 -UShape_Post_Inner_Array[0]=0 -UShape_Post_Inner_Array[1]=0 -UShape_Post_Inner_Array[2]=0 -UShape_Post_Inner_Array[3]=0 -UShape_Post_Inner_Array[4]=0 -UShape_Post_Inner_Array[5]=0 -UShape_Post_Outer_Array[0]=0 -UShape_Post_Outer_Array[1]=0 -UShape_Post_Outer_Array[2]=0 -UShape_Post_Outer_Array[3]=0 -UShape_Post_Outer_Array[4]=0 -UShape_Post_Outer_Array[5]=0 -UShape_Post_Inner_Offset[0]=0 -UShape_Post_Inner_Offset[1]=0 -UShape_Post_Inner_Offset[2]=0 -UShape_Post_Inner_Offset[3]=0 -UShape_Post_Inner_Offset[4]=0 -UShape_Post_Inner_Offset[5]=0 -UShape_Post_Outer_Offset[0]=0 -UShape_Post_Outer_Offset[1]=0 -UShape_Post_Outer_Offset[2]=0 -UShape_Post_Outer_Offset[3]=0 -UShape_Post_Outer_Offset[4]=0 -UShape_Post_Outer_Offset[5]=0 -VMagnet_Layers=1 -WebLength_Array[0]=2 -WebLength_Array[1]=0.8 -WebLength_Array[2]=0.32 -WebLength_Array[3]=1.2 -WebThickness_Array[0]=2 -WebThickness_Array[1]=13.3622541704805 -WebThickness_Array[2]=20.2707651282476 -WebThickness_Array[3]=29.4676603260535 -BridgeThickness_Array[0]=2 -BridgeThickness_Array[1]=2.2 -BridgeThickness_Array[2]=2.2 -BridgeThickness_Array[3]=2 -MagnetThickness_Array[0]=4 -MagnetThickness_Array[1]=2 -MagnetThickness_Array[2]=1.6 -MagnetThickness_Array[3]=1.2 -MagnetSeparation_Array[0]=0 -MagnetSeparation_Array[1]=0 -MagnetSeparation_Array[2]=0 -MagnetSeparation_Array[3]=0 -PoleVAngle_Array[0]=130 -PoleVAngle_Array[1]=143 -PoleVAngle_Array[2]=157.3 -PoleVAngle_Array[3]=180 -PoleArc_Array[0]=150 -PoleArc_Array[1]=130 -PoleArc_Array[2]=97.5 -PoleArc_Array[3]=73.125 -MagnetBarWidth_Array[0]=24.568480577157 -MagnetBarWidth_Array[1]=20.8500815925169 -MagnetBarWidth_Array[2]=15.4905631494577 -MagnetBarWidth_Array[3]=11.606224394759 -VSimpleMagnetPost_Array[0]=0.1 -VSimpleMagnetPost_Array[1]=0.5 -VSimpleMagnetPost_Array[2]=0.5 -VSimpleMagnetPost_Array[3]=0.5 -VShapeMagnetPost_Array[0]=0 -VShapeMagnetPost_Array[1]=0 -VShapeMagnetPost_Array[2]=0 -VShapeMagnetPost_Array[3]=0 -VSimpleWidth_Array[0]=22 -VSimpleWidth_Array[1]=20.8500815925169 -VSimpleWidth_Array[2]=15.4905631494577 -VSimpleWidth_Array[3]=11.606224394759 -VSimpleMagShift_Array[0]=0 -VSimpleMagShift_Array[1]=0 -VSimpleMagShift_Array[2]=0 -VSimpleMagShift_Array[3]=0 -VSimpleEndRegion_Inner_Array[0]=2 -VSimpleEndRegion_Inner_Array[1]=1 -VSimpleEndRegion_Inner_Array[2]=0.8 -VSimpleEndRegion_Inner_Array[3]=0.6 -VSimpleEndRegion_Outer_Array[0]=2 -VSimpleEndRegion_Outer_Array[1]=1 -VSimpleEndRegion_Outer_Array[2]=0.8 -VSimpleEndRegion_Outer_Array[3]=0.6 -VSimpleOffsetT_Array[0]=0 -VSimpleOffsetT_Array[1]=0 -VSimpleOffsetT_Array[2]=0 -VSimpleOffsetT_Array[3]=0 -VShapeMagnetSegments_Array[0]=1 -VShapeMagnetSegments_Array[1]=1 -VShapeMagnetSegments_Array[2]=1 -VShapeMagnetSegments_Array[3]=1 -VShape_Magnet_ClearanceInner[0]=0 -VShapeMagnetClearance_Array[0]=0 -VShape_Magnet_ClearanceInner[1]=0 -VShapeMagnetClearance_Array[1]=0 -VShape_Magnet_ClearanceInner[2]=0 -VShapeMagnetClearance_Array[2]=0 -VShape_Magnet_ClearanceInner[3]=0 -VShapeMagnetClearance_Array[3]=0 -VShape_Magnet_ClearanceOuter[0]=0 -VShape_Magnet_ClearanceOuter[1]=0 -VShape_Magnet_ClearanceOuter[2]=0 -VShape_Magnet_ClearanceOuter[3]=0 -MagnetReduction=0 -MagnetCentralArc_HalbachRing=120 -MagnetClearance=0 -StatorRadialDuct_Width=5 -StatorRadialDuct_Number=4 -RotorRadialDuct_Width=5 -RotorRadialDuct_Number=4 -AxialWJFinNumberCalc=1 -BearingInner_Diameter=35 -BearingMount_Thickness=5 -BearingMount_Length=15 -BearingMount_Gap=1 -Gap_StatorPlateMount_F=20 -Gap_StatorPlateMount_R=0 -StatorPlateThickness_F=5 -StatorPlateThickness_R=5 -StatorPlateOffset_F=0 -StatorPlateOffset_R=0 -StatorPlateChannelWall_F=1 -StatorPlateChannelWall_R=1 -StatorPlateChannelWidth_F=4 -StatorPlateChannelWidth_R=4 -StatorPlateChannelHeight_F=10 -StatorPlateChannelHeight_R=10 -StatorPlateChannelSpacing_F=1 -StatorPlateChannelSpacing_R=1 -StatorPlateChannels_F=2 -StatorPlateChannels_R=2 -Calculate_Input_WJ_Flow_Channels=Calculate_WJ_Flow_Channels - -[Custom_Outputs] -NumberCustomOutputs=0 -NumberCustomOutputs_Python=0 -CustomOutputType=0 - -[Discovery] -Discovery_ModelType=0 -Discovery_SymmetryOption=1 -Discovery_ConvertToSolids=True -Discovery_SetColours=True -Discovery_GroupComponents=True -Discovery_Stator=True -Discovery_Rotor=True -Discovery_Housing=True -Discovery_FileName=Discovery_Export.py -Discovery_MinArcDistance=0.001 - -[Imported_DXF_Geometry] -DXFDivision_Method=0 -DXFDivision_ImportType=0 -DXFDivision_Stator_Radius_Inner=40 -DXFDivision_Stator_Radius_Outer=65 -DXFDivision_Stator_Angle_Start=0 -DXFDivision_Stator_Angle_End=20 -DXFDivision_Rotor_Radius_Inner=0 -DXFDivision_Rotor_Radius_Outer=39.5 -DXFDivision_Rotor_Angle_Start=0 -DXFDivision_Rotor_Angle_End=90 -DXFDivision_PointIdent_Method=0 -ImportedDXFGeometry_Magnetic= -ImportedDXFGeometry= -ImportedDXFGeometry_Mechanical= -DXFAutoCentre=True -ImportedDXFGeometry_Thermal= -SpokeMagFullDXFImportMethod=1 -DXFAirgapClosureWidth_Stator=0 -DXFAirgapClosureWidth_Rotor=0 -DXFAirgapClosure_Stator=0 -DXFAirgapClosure_Rotor=0 -DXFImportView=0 -DXFImportView_Scale=1 -DXFImportView_Rotation=0 -DXFImportView_XOffset=0 -DXFImportView_YOffset=0 - -[Emissivity] -Emissivity_Airgap_Cup_Endcap_Outer_Surface=0.9 -Emissivity_Airgap_Cup_Endcap_Inner_Surface=0.9 -Emissivity_EWdgF_Endcap_Outer_Surface=0.9 -Emissivity_EWdgF_Endcap_Inner_Surface=0.9 -Emissivity_EWdgR_Endcap_Outer_Surface=0.9 -Emissivity_EWdgR_Endcap_Inner_Surface=0.9 -Emissivity_EWdgR_Cup_Base_Outer_Surface=0.9 -Emissivity_EWdgR_Cup_Base_Inner_Surface=0.9 -Emissivity_EWdgF_Housing_Outer_Surface=0.9 -Emissivity_EWdgF_Housing_Inner_Surface=0.9 -Emissivity_EWdgR_Housing_Outer_Surface=0.9 -Emissivity_EWdgR_Housing_Inner_Surface=0.9 -Emissivity_EWdgR_Cup_OH_Outer_Surface=0.9 -Emissivity_EWdgR_Cup_OH_Inner_Surface=0.9 -Emissivity_Rotor_Endcap_F_Outer_Surface=0.9 -Emissivity_Rotor_Endcap_F_Inner_Surface=0.9 -Emissivity_Rotor_Endcap_R_Outer_Surface=0.9 -Emissivity_Rotor_Endcap_R_Inner_Surface=0.9 -Emissivity_Magnet_Endcap_F_Outer_Surface=0.9 -Emissivity_Magnet_Endcap_F_Inner_Surface=0.9 -Emissivity_Magnet_Endcap_R_Outer_Surface=0.9 -Emissivity_Magnet_Endcap_R_Inner_Surface=0.9 -Emissivity_Housing_Active=0.9 -Emissivity_Housing_[A]=0.9 -Emissivity_Housing_Front=0.9 -Emissivity_Housing_[F]=0.9 -Emissivity_Housing_Rear=0.9 -Emissivity_Housing_[R]=0.9 -Emissivity_EndCap_Front=0.9 -Emissivity_Endcap_[F]=0.9 -Emissivity_EndCap_Rear=0.9 -Emissivity_Endcap_[R]=0.9 -Emissivity_Plate=0.9 -Emissivity_Flange_Plate=0.9 -Emissivity_Axle_Plate_F=0.9 -Emissivity_Axle_Plate_[F]=0.9 -Emissivity_Axle_Plate_R=0.9 -Emissivity_Axle_Plate_[R]=0.9 -Emissivity_Base=0.9 -Emissivity_Base_Plate=0.9 -Emissivity_EncCase=0.9 -Emissivity_Encoder_Case=0.9 -Emissivity_Airgap_Inner_Surface=0.9 -Emissivity_Airgap_Outer_Surface=0.9 -Emissivity_Airgap_Shaft_Axle_Active_Inner_Surface=0.9 -Emissivity_Shaft_[Active]=0.9 -Emissivity_Airgap_Shaft_Axle_Active_Outer_Surface=0.9 -Emissivity_Axle_[Active]=0.9 -Emissivity_Airgap_Shaft_Axle_Front_Inner_Surface=0.9 -Emissivity_Shaft_[Front]=0.9 -Emissivity_Airgap_Shaft_Axle_Front_Outer_Surface=0.9 -Emissivity_Axle_[Front]=0.9 -Emissivity_Airgap_Shaft_Axle_Rear_Inner_Surface=0.9 -Emissivity_Shaft_[Rear]=0.9 -Emissivity_Airgap_Shaft_Axle_Rear_Outer_Surface=0.9 -Emissivity_Axle_[Rear]=0.9 -Emissivity_Airgap_Cup_Housing_Active_Inner_Surface=0.9 -Emissivity_Cup_[Active]=0.9 -Emissivity_Airgap_Cup_Housing_Active_Outer_Surface=0.9 -Emissivity_Housing_Inner_Surface_[Active]=0.9 -Emissivity_Airgap_Cup_Housing_OH_Inner_Surface=0.9 -Emissivity_Cup_[Oh]=0.9 -Emissivity_Airgap_Cup_Housing_OH_Outer_Surface=0.9 -Emissivity_Housing_Inner_Surface_[Oh]=0.9 - -[View_Factor] -View_Factor_Airgap_Cup_Endcap=1 -View_Factor_EWdgF_Endcap=1 -View_Factor_EWdgR_Endcap=1 -View_Factor_EWdgR_Cup_Base=1 -View_Factor_EWdgF_Housing=1 -View_Factor_EWdgR_Housing=1 -View_Factor_EWdgR_Cup_OH=1 -View_Factor_Rotor_Endcap_F=1 -View_Factor_Rotor_Endcap_R=1 -View_Factor_Magnet_Endcap_F=1 -View_Factor_Magnet_Endcap_R=1 -View_Factor_Housing_Active_No_Fins=1 -View_Factor_Housing_[A]_-_No_Fins=1 -View_Factor_Housing_Active_Fin_Base=1 -View_Factor_Housing_[A]_-_Fin_Base=1 -View_Factor_Housing_Active_Fin_Sides=0 -View_Factor_Housing_[A]_-_Fin_Sides=0 -View_Factor_Housing_Active_Fin_Tips=1 -View_Factor_Housing_[A]_-_Fin_Tips=1 -View_Factor_Housing_Active_Fin_Channel=1 -View_Factor_Housing_[A]_-_Fin_Channel=1 -View_Factor_Housing_Active_Corner_Cutout=1 -View_Factor_Housing_[A]_-_Corner_Cutout=1 -View_Factor_Housing_Front_No_Fins=1 -View_Factor_Housing_[F]_-_No_Fins=1 -View_Factor_Housing_Front_Fin_Base=1 -View_Factor_Housing_[F]_-_Fin_Base=1 -View_Factor_Housing_Front_Fin_Sides=0 -View_Factor_Housing_[F]_-_Fin_Sides=0 -View_Factor_Housing_Front_Fin_Tips=1 -View_Factor_Housing_[F]_-_Fin_Tips=1 -View_Factor_Housing_Front_Fin_Channel=1 -View_Factor_Housing_[F]_-_Fin_Channel=1 -View_Factor_Housing_Front_Corner_Cutout=1 -View_Factor_Housing_[F]_-_Corner_Cutout=1 -View_Factor_Housing_Rear_No_Fins=1 -View_Factor_Housing_[R]_-_No_Fins=1 -View_Factor_Housing_Rear_Fin_Base=1 -View_Factor_Housing_[R]_-_Fin_Base=1 -View_Factor_Housing_Rear_Fin_Sides=0 -View_Factor_Housing_[R]_-_Fin_Sides=0 -View_Factor_Housing_Rear_Fin_Tips=1 -View_Factor_Housing_[R]_-_Fin_Tips=1 -View_Factor_Housing_Rear_Fin_Channel=1 -View_Factor_Housing_[R]_-_Fin_Channel=1 -View_Factor_Housing_Rear_Corner_Cutout=1 -View_Factor_Housing_[R]_-_Corner_Cutout=1 -View_Factor_Endcap_Front_Radial=1 -View_Factor_Endcap_[F]_-_Radial=1 -View_Factor_Endcap_Front_Axial=1 -View_Factor_Endcap_[F]_-_Axial=1 -View_Factor_Endcap_Rear_Radial=1 -View_Factor_Endcap_[R]_-_Radial=1 -View_Factor_Endcap_Rear_Axial=1 -View_Factor_Endcap_[R]_-_Axial=1 -View_Factor_Plate=1 -View_Factor_Flange_Plate=1 -View_Factor_Axle_Plate_F=1 -View_Factor_Axle_Plate_[F]=1 -View_Factor_Axle_Plate_R=1 -View_Factor_Axle_Plate_[R]=1 -View_Factor_Base=1 -View_Factor_Base_Plate=1 -View_Factor_EncCase_Radial=1 -View_Factor_Encoder_Case_-_Radial=1 -View_Factor_EncCase_Axial=1 -View_Factor_Encoder_Case_-_Axial=1 -View_Factor_Airgap=1 -View_Factor_-_Airgap=1 -View_Factor_Airgap_Shaft_Axle_Active=1 -View_Factor_-_Shaft_Axle_[Active]=1 -View_Factor_Airgap_Shaft_Axle_Front=1 -View_Factor_-_Shaft_Axle_[Front]=1 -View_Factor_Airgap_Shaft_Axle_Rear=1 -View_Factor_-_Shaft_Axle_[Rear]=1 -View_Factor_Airgap_Cup_Housing_Active=1 -View_Factor_-_Cup_Housing_[Active]=1 -View_Factor_Airgap_Cup_Housing_OH=1 -View_Factor_-_Cup_Housing_[OH]=1 - -[Radiation_Notes] -Radiation_Notes_Airgap_Cup_Endcap_Inner_Surface= -Radiation_Notes_Airgap_Cup_Endcap_Outer_Surface= -Radiation_Notes_EWdgF_Endcap_Inner_Surface= -Radiation_Notes_EWdgF_Endcap_Outer_Surface= -Radiation_Notes_EWdgR_Endcap_Inner_Surface= -Radiation_Notes_EWdgR_Endcap_Outer_Surface= -Radiation_Notes_EWdgR_Cup_Base_Inner_Surface= -Radiation_Notes_EWdgR_Cup_Base_Outer_Surface= -Radiation_Notes_EWdgF_Housing_Inner_Surface= -Radiation_Notes_EWdgF_Housing_Outer_Surface= -Radiation_Notes_EWdgR_Housing_Inner_Surface= -Radiation_Notes_EWdgR_Housing_Outer_Surface= -Radiation_Notes_EWdgR_Cup_OH_Inner_Surface= -Radiation_Notes_EWdgR_Cup_OH_Outer_Surface= -Radiation_Notes_Rotor_Endcap_F_Inner_Surface= -Radiation_Notes_Rotor_Endcap_F_Outer_Surface= -Radiation_Notes_Rotor_Endcap_R_Inner_Surface= -Radiation_Notes_Rotor_Endcap_R_Outer_Surface= -Radiation_Notes_Magnet_Endcap_F_Inner_Surface= -Radiation_Notes_Magnet_Endcap_F_Outer_Surface= -Radiation_Notes_Magnet_Endcap_R_Inner_Surface= -Radiation_Notes_Magnet_Endcap_R_Outer_Surface= -Radiation_Notes_Housing_Active_No_Fins= -Notes_Radiation_Housing_[A]_-_No_Fins= -Radiation_Notes_Housing_Active_Fin_Base= -Notes_Radiation_Housing_[A]_-_Fin_Base= -Radiation_Notes_Housing_Active_Fin_Sides= -Notes_Radiation_Housing_[A]_-_Fin_Sides= -Radiation_Notes_Housing_Active_Fin_Tips= -Notes_Radiation_Housing_[A]_-_Fin_Tips= -Radiation_Notes_Housing_Active_Fin_Channel= -Notes_Radiation_Housing_[A]_-_Fin_Channel= -Radiation_Notes_Housing_Active_Corner_Cutout= -Notes_Radiation_Housing_[A]_-_Corner_Cutout= -Radiation_Notes_Housing_Front_No_Fins= -Notes_Radiation_Housing_[F]_-_No_Fins= -Radiation_Notes_Housing_Front_Fin_Base= -Notes_Radiation_Housing_[F]_-_Fin_Base= -Radiation_Notes_Housing_Front_Fin_Sides= -Notes_Radiation_Housing_[F]_-_Fin_Sides= -Radiation_Notes_Housing_Front_Fin_Tips= -Notes_Radiation_Housing_[F]_-_Fin_Tips= -Radiation_Notes_Housing_Front_Fin_Channel= -Notes_Radiation_Housing_[F]_-_Fin_Channel= -Radiation_Notes_Housing_Front_Corner_Cutout= -Notes_Radiation_Housing_[F]_-_Corner_Cutout= -Radiation_Notes_Housing_Rear_No_Fins= -Notes_Radiation_Housing_[R]_-_No_Fins= -Radiation_Notes_Housing_Rear_Fin_Base= -Notes_Radiation_Housing_[R]_-_Fin_Base= -Radiation_Notes_Housing_Rear_Fin_Sides= -Notes_Radiation_Housing_[R]_-_Fin_Sides= -Radiation_Notes_Housing_Rear_Fin_Tips= -Notes_Radiation_Housing_[R]_-_Fin_Tips= -Radiation_Notes_Housing_Rear_Fin_Channel= -Notes_Radiation_Housing_[R]_-_Fin_Channel= -Radiation_Notes_Housing_Rear_Corner_Cutout= -Notes_Radiation_Housing_[R]_-_Corner_Cutout= -Radiation_Notes_Endcap_Front_Radial= -Notes_Radiation_Endcap_[F]_-_Radial= -Radiation_Notes_Endcap_Front_Axial= -Notes_Radiation_Endcap_[F]_-_Axial= -Radiation_Notes_Endcap_Rear_Radial= -Notes_Radiation_Endcap_[R]_-_Radial= -Radiation_Notes_Endcap_Rear_Axial= -Notes_Radiation_Endcap_[R]_-_Axial= -Radiation_Notes_Plate= -Notes_Radiation_Flange_Plate= -Radiation_Notes_Axle_Plate_F= -Notes_Radiation_Axle_Plate_[F]= -Radiation_Notes_Axle_Plate_R= -Notes_Radiation_Axle_Plate_[R]= -Radiation_Notes_Base= -Notes_Radiation_Base_Plate= -Radiation_Notes_EncCase_Radial= -Notes_Radiation_Encoder_Case_-_Radial= -Radiation_Notes_EncCase_Axial= -Notes_Radiation_Encoder_Case_-_Axial= -Radiation_Notes_Airgap_Inner_Surface= -Notes_Radiation_Airgap_Inner_Surface= -Radiation_Notes_Airgap_Outer_Surface= -Notes_Radiation_Airgap_Outer_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Active_Inner_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Active_Outer_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Front_Inner_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Front_Outer_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Rear_Inner_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Rear_Outer_Surface= -Radiation_Notes_Airgap_Cup_Housing_Active_Inner_Surface= -Radiation_Notes_Airgap_Cup_Housing_Active_Outer_Surface= -Radiation_Notes_Airgap_Cup_Housing_OH_Inner_Surface= -Radiation_Notes_Airgap_Cup_Housing_OH_Outer_Surface= - -[Surface_Area] -Airgap_Cup_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 -Airgap_Cup_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgF_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgF_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgR_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgR_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgR_Cup_Base_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgR_Cup_Base_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgF_Housing_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgF_Housing_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgR_Housing_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgR_Housing_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgR_Cup_OH_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgR_Cup_OH_Radiation_Exchange_Factor_Outer_Inner=0 -Rotor_Endcap_F_Radiation_Exchange_Factor_Inner_Outer=0 -Rotor_Endcap_F_Radiation_Exchange_Factor_Outer_Inner=0 -Rotor_Endcap_R_Radiation_Exchange_Factor_Inner_Outer=0 -Rotor_Endcap_R_Radiation_Exchange_Factor_Outer_Inner=0 -Magnet_Endcap_F_Radiation_Exchange_Factor_Inner_Outer=0 -Magnet_Endcap_F_Radiation_Exchange_Factor_Outer_Inner=0 -Magnet_Endcap_R_Radiation_Exchange_Factor_Inner_Outer=0 -Magnet_Endcap_R_Radiation_Exchange_Factor_Outer_Inner=0 - -[End_Space] -K1_ES_EndRing_Bore_F=15 -K2_ES_EndRing_Bore_F=0.4 -K3_ES_EndRing_Bore_F=0.9 -Vel_Mult_ES_EndRing_Bore_F=1 -Notes_ES_EndRing_Bore_F= -K1_ES_EndRing_Outer_F=15 -K2_ES_EndRing_Outer_F=0.4 -K3_ES_EndRing_Outer_F=0.9 -Vel_Mult_ES_EndRing_Outer_F=1 -Notes_ES_EndRing_Outer_F= -K1_ES_EndRing_End_F=15 -K2_ES_EndRing_End_F=0.4 -K3_ES_EndRing_End_F=0.9 -Vel_Mult_ES_EndRing_End_F=1 -Notes_ES_EndRing_End_F= -K1_ES_EndRing_ExtBore_F=15 -K2_ES_EndRing_ExtBore_F=0.4 -K3_ES_EndRing_ExtBore_F=0.9 -Vel_Mult_ES_EndRing_ExtBore_F=1 -Notes_ES_EndRing_ExtBore_F= -K1_ES_EndRing_ExtOuter_F=15 -K2_ES_EndRing_ExtOuter_F=0.4 -K3_ES_EndRing_ExtOuter_F=0.9 -Vel_Mult_ES_EndRing_ExtOuter_F=1 -Notes_ES_EndRing_ExtOuter_F= -K1_ES_EndRing_ExtInter_F=0 -K2_ES_EndRing_ExtInter_F=0.4 -K3_ES_EndRing_ExtInter_F=0.9 -Vel_Mult_ES_EndRing_ExtInter_F=1 -Notes_ES_EndRing_ExtInter_F=default = blocked channel (k1 = 0) -K1_ES_EndRing_Bore_R=15 -K2_ES_EndRing_Bore_R=0.4 -K3_ES_EndRing_Bore_R=0.9 -Vel_Mult_ES_EndRing_Bore_R=1 -Notes_ES_EndRing_Bore_R= -K1_ES_EndRing_Outer_R=15 -K2_ES_EndRing_Outer_R=0.4 -K3_ES_EndRing_Outer_R=0.9 -Vel_Mult_ES_EndRing_Outer_R=1 -Notes_ES_EndRing_Outer_R= -K1_ES_EndRing_End_R=15 -K2_ES_EndRing_End_R=0.4 -K3_ES_EndRing_End_R=0.9 -Vel_Mult_ES_EndRing_End_R=1 -Notes_ES_EndRing_End_R= -K1_ES_EndRing_ExtBore_R=15 -K2_ES_EndRing_ExtBore_R=0.4 -K3_ES_EndRing_ExtBore_R=0.9 -Vel_Mult_ES_EndRing_ExtBore_R=1 -Notes_ES_EndRing_ExtBore_R= -K1_ES_EndRing_ExtOuter_R=15 -K2_ES_EndRing_ExtOuter_R=0.4 -K3_ES_EndRing_ExtOuter_R=0.9 -Vel_Mult_ES_EndRing_ExtOuter_R=1 -Notes_ES_EndRing_ExtOuter_R= -K1_ES_EndRing_ExtInter_R=0 -K2_ES_EndRing_ExtInter_R=0.4 -K3_ES_EndRing_ExtInter_R=0.9 -Vel_Mult_ES_EndRing_ExtInter_R=1 -Notes_ES_EndRing_ExtInter_R=default = blocked channel (k1 = 0) -K1_ES_Rotor_EWdg_F=15 -K2_ES_Rotor_EWdg_F=0.4 -K3_ES_Rotor_EWdg_F=0.9 -Vel_Mult_ES_Rotor_EWdg_F=1 -Notes_ES_Rotor_EWdg_F= -K1_ES_Rotor_EWdg_R=15 -K2_ES_Rotor_EWdg_R=0.4 -K3_ES_Rotor_EWdg_R=0.9 -Vel_Mult_ES_Rotor_EWdg_R=1 -Notes_ES_Rotor_EWdg_R= -EndcapVentInletTempSettingFront=0 -EndcapVentInletTempSettingRear=0 -EndcapVentInletTempFront=40 -EndcapVentInletTempRear=40 -EndcapVentFlowDefinition_F=0 -EndcapVentFlowDefinition_R=0 -EndcapVentRefFlowVel_F=10 -EndcapVentRefFlowVel_R=10 -K1_ES_DividerWedge_F=15 -K2_ES_DividerWedge_F=0.4 -K3_ES_DividerWedge_F=0.9 -Vel_Mult_ES_DividerWedge_F=0.1 -Notes_ES_DividerWedge_F= -K1_ES_DividerWedge_R=15 -K2_ES_DividerWedge_R=0.4 -K3_ES_DividerWedge_R=0.9 -Vel_Mult_ES_DividerWedge_R=0.1 -Notes_ES_DividerWedge_R= -ESpaceVelocityMultSetting_F=1 -ESpaceVelocityMultSetting_R=1 -K1_ES_ExtShaftOuter_F=15 -K2_ES_ExtShaftOuter_F=0.4 -K3_ES_ExtShaftOuter_F=0.9 -Vel_Mult_ES_ExtShaftOuter_F=1 -Notes_ES_ExtShaftOuter_F= -K1_ES_ExtShaftEnd_F=0 -K2_ES_ExtShaftEnd_F=0.4 -K3_ES_ExtShaftEnd_F=0.9 -Vel_Mult_ES_ExtShaftEnd_F=1 -Notes_ES_ExtShaftEnd_F=default = shaft end not exposed (k1 = 0) -K1_ES_ExtShaftOuter_R=15 -K2_ES_ExtShaftOuter_R=0.4 -K3_ES_ExtShaftOuter_R=0.9 -Vel_Mult_ES_ExtShaftOuter_R=1 -Notes_ES_ExtShaftOuter_R= -K1_ES_ExtShaftEnd_R=15 -K2_ES_ExtShaftEnd_R=0.4 -K3_ES_ExtShaftEnd_R=0.9 -Vel_Mult_ES_ExtShaftEnd_R=1 -Notes_ES_ExtShaftEnd_R= -K1_ES_ExtFan=15 -K2_ES_ExtFan=0.4 -K3_ES_ExtFan=0.9 -Vel_Mult_ES_ExtFan=1 -Notes_ES_ExtFan= -K1_ES_StatorClampPlate_F=15 -K2_ES_StatorClampPlate_F=0.4 -K3_ES_StatorClampPlate_F=0.9 -Vel_Mult_ES_StatorClampPlate_F=0.5 -Notes_ES_StatorClampPlate_F= -K1_ES_StatorClampPlate_R=15 -K2_ES_StatorClampPlate_R=0.4 -K3_ES_StatorClampPlate_R=0.9 -Vel_Mult_ES_StatorClampPlate_R=0.5 -Notes_ES_StatorClampPlate_R= -K1_ES_EWdg_Inner_F[0]=15 -K2_ES_EWdg_Inner_F[0]=0.4 -K3_ES_EWdg_Inner_F[0]=0.9 -Vel_Mult_ES_EWdg_Inner_F[0]=1 -Notes_ES_EWdg_Inner_F[0]= -K1_ES_EWdg_Outer_F[0]=15 -K2_ES_EWdg_Outer_F[0]=0.4 -K3_ES_EWdg_Outer_F[0]=0.9 -Vel_Mult_ES_EWdg_Outer_F[0]=0.2 -Notes_ES_EWdg_Outer_F[0]= -K1_ES_EWdg_Front_F[0]=15 -K2_ES_EWdg_Front_F[0]=0.4 -K3_ES_EWdg_Front_F[0]=0.9 -Vel_Mult_ES_EWdg_Front_F[0]=0.5 -Notes_ES_EWdg_Front_F[0]= -K1_ES_EWdg_Rear_F[0]=15 -K2_ES_EWdg_Rear_F[0]=0.4 -K3_ES_EWdg_Rear_F[0]=0.9 -Vel_Mult_ES_EWdg_Rear_F[0]=0.2 -Notes_ES_EWdg_Rear_F[0]= -K1_ES_EWdg_Inner_R[0]=15 -K2_ES_EWdg_Inner_R[0]=0.4 -K3_ES_EWdg_Inner_R[0]=0.9 -Vel_Mult_ES_EWdg_Inner_R[0]=1 -Notes_ES_EWdg_Inner_R[0]= -K1_ES_EWdg_Outer_R[0]=15 -K2_ES_EWdg_Outer_R[0]=0.4 -K3_ES_EWdg_Outer_R[0]=0.9 -Vel_Mult_ES_EWdg_Outer_R[0]=0.2 -Notes_ES_EWdg_Outer_R[0]= -K1_ES_EWdg_Front_R[0]=15 -K2_ES_EWdg_Front_R[0]=0.4 -K3_ES_EWdg_Front_R[0]=0.9 -Vel_Mult_ES_EWdg_Front_R[0]=0.2 -Notes_ES_EWdg_Front_R[0]= -K1_ES_EWdg_Rear_R[0]=15 -K2_ES_EWdg_Rear_R[0]=0.4 -K3_ES_EWdg_Rear_R[0]=0.9 -Vel_Mult_ES_EWdg_Rear_R[0]=0.5 -Notes_ES_EWdg_Rear_R[0]= -ESpaceFluidWeightCalc=1 -CombineSprayAndConvectionCooling=1 -Area_Mult_ES_EWdg_Inner_F[0]=1 -Area_Mult_ES_EWdg_Inner_R[0]=1 -Area_Mult_ES_EWdg_Outer_F[0]=1 -Area_Mult_ES_EWdg_Outer_R[0]=1 -Area_Mult_ES_EWdg_Front_F[0]=1 -Area_Mult_ES_EWdg_Front_R[0]=1 -Area_Mult_ES_EWdg_Rear_F[0]=1 -Area_Mult_ES_EWdg_Rear_R[0]=1 -Area_Mult_ES_Housing_F=1 -Area_Mult_ES_Housing_R=1 -Area_Mult_ES_Endcap_F=1 -Area_Mult_ES_Endcap_R=1 -Area_Mult_ES_Bearing_F=1 -Area_Mult_ES_Bearing_R=1 -Area_Mult_ES_Axle_F=1 -Area_Mult_ES_Axle_R=1 -Area_Mult_ES_Cup_Base=1 -Area_Mult_ES_Cup_OH=1 -Area_Mult_ES_Shaft_F=1 -Area_Mult_ES_Shaft_R=1 -Area_Mult_ES_Rotor_F=1 -Area_Mult_ES_Rotor_R=1 -Area_Mult_ES_Stator_F=1 -Area_Mult_ES_Stator_R=1 -Area_Mult_ES_Magnet_F=1 -Area_Mult_ES_Magnet_R=1 -Area_Mult_ES_EndRing_Bore_F=1 -Area_Mult_ES_EndRing_Bore_R=1 -Area_Mult_ES_EndRing_Outer_F=1 -Area_Mult_ES_EndRing_Outer_R=1 -Area_Mult_ES_EndRing_End_F=1 -Area_Mult_ES_EndRing_End_R=1 -Area_Mult_ES_EndRing_ExtBore_F=1 -Area_Mult_ES_EndRing_ExtBore_R=1 -Area_Mult_ES_EndRing_ExtOuter_F=1 -Area_Mult_ES_EndRing_ExtOuter_R=1 -Area_Mult_ES_EndRing_ExtInter_F=1 -Area_Mult_ES_EndRing_ExtInter_R=1 -Area_Mult_ES_EW_Ext_F=1 -Area_Mult_ES_EW_Ext_R=1 -Area_Mult_ES_StatorClampPlate_F=1 -Area_Mult_ES_StatorClampPlate_R=1 -Area_Mult_ES_Comm=1 -Area_Mult_ES_Brushes=1 -Area_Mult_ES_StatorPlate_F=1 -Area_Mult_ES_StatorPlate_R=1 -Area_Mult_ES_ExtShaftOuter_F=1 -Area_Mult_ES_ExtShaftEnd_F=1 -Area_Mult_ES_ExtShaftOuter_R=1 -Area_Mult_ES_ExtShaftEnd_R=1 -Area_Mult_ES_ExtFan=1 -Area_Mult_ES_DividerWedge_F=1 -Area_Mult_ES_DividerWedge_R=1 -Area_Mult_ES_Rotor_EWdg_F=1 -Area_Mult_ES_Rotor_EWdg_R=1 -Area_Mult_ES_RotorEwdg_Outer_F=1 -Area_Mult_ES_RotorEwdg_Inner_F=1 -Area_Mult_ES_RotorEwdg_End_F=1 -Area_Mult_ES_RotorEwdg_internal_F=1 -Area_Mult_ES_RotorEwdg_Outer_R=1 -Area_Mult_ES_RotorEwdg_Inner_R=1 -Area_Mult_ES_RotorEwdg_End_R=1 -Area_Mult_ES_RotorEwdg_internal_R=1 -Include_EndSpace_Altitude_Effects=True -ESpaceFluidHTCScaling=2 -ImprovedShaftExtResistance=True -FluidHTCScalingTempVariation=0 -FluidHTCScalingTemp=100 -EndcapAreaCalc=1 -K1_ES_StatorPlate_F=15 -K2_ES_StatorPlate_F=0.4 -K3_ES_StatorPlate_F=0.9 -Vel_Mult_ES_StatorPlate_F=1 -Notes_ES_StatorPlate_F= -K1_ES_StatorPlate_R=15 -K2_ES_StatorPlate_R=0.4 -K3_ES_StatorPlate_R=0.9 -Vel_Mult_ES_StatorPlate_R=1 -Notes_ES_StatorPlate_R= -GapEndW_Plate_F=0 -GapEndW_Plate_R=0 -K1_ES_RotorEwdg_Outer_F=15 -K2_ES_RotorEwdg_Outer_F=0.4 -K3_ES_RotorEwdg_Outer_F=0.9 -Vel_Mult_ES_RotorEwdg_Outer_F=1 -Notes_ES_RotorEwdg_Outer_F= -K1_ES_RotorEwdg_inner_F=15 -K2_ES_RotorEwdg_inner_F=0.4 -K3_ES_RotorEwdg_inner_F=0.9 -Vel_Mult_ES_RotorEwdg_inner_F=1 -Notes_ES_RotorEwdg_inner_F= -K1_ES_RotorEwdg_end_F=15 -K2_ES_RotorEwdg_end_F=0.4 -K3_ES_RotorEwdg_end_F=0.9 -Vel_Mult_ES_RotorEwdg_end_F=1 -Notes_ES_RotorEwdg_end_F= -K1_ES_RotorEwdg_internal_F=15 -K2_ES_RotorEwdg_internal_F=0.4 -K3_ES_RotorEwdg_internal_F=0.9 -Vel_Mult_ES_RotorEwdg_internal_F=1 -Notes_ES_RotorEwdg_internal_F= -K1_ES_RotorEwdg_Outer_R=15 -K2_ES_RotorEwdg_Outer_R=0.4 -K3_ES_RotorEwdg_Outer_R=0.9 -Vel_Mult_ES_RotorEwdg_Outer_R=1 -Notes_ES_RotorEwdg_Outer_R= -K1_ES_RotorEwdg_inner_R=15 -K2_ES_RotorEwdg_inner_R=0.4 -K3_ES_RotorEwdg_inner_R=0.9 -Vel_Mult_ES_RotorEwdg_inner_R=1 -Notes_ES_RotorEwdg_inner_R= -K1_ES_RotorEwdg_end_R=15 -K2_ES_RotorEwdg_end_R=0.4 -K3_ES_RotorEwdg_end_R=0.9 -Vel_Mult_ES_RotorEwdg_end_R=1 -Notes_ES_RotorEwdg_end_R= -K1_ES_RotorEwdg_internal_R=15 -K2_ES_RotorEwdg_internal_R=0.4 -K3_ES_RotorEwdg_internal_R=0.9 -Vel_Mult_ES_RotorEwdg_internal_R=1 -Notes_ES_RotorEwdg_internal_R= -End_Space_Velocity_Multiplier_F=0.5 -End_Space_Velocity_Multiplier_[Front]=0.5 -End_Space_Velocity_Multiplier_R=0.5 -End_Space_Velocity_Multiplier_[Rear]=0.5 -Volume_Flow_Rate_ESpace_Fluid_Front=0.0200066 -Volume_Flow_Rate_ESpace_Fluid_Rear=0.0200066 -Endwinding_Roughness_F=1 -End_Winding_Area_Adjustment_Factor_[Front]=1 -Endwinding_Roughness_R=1 -End_winding_area_adjustment_factor_[Rear]=1 -K1_ES_Housing_F=15 -ESpace_K1_-_Housing_[Front]=15 -K1_ES_Housing_R=15 -ESpace_K1_-_Housing_[Rear]=15 -K1_ES_Endcap_F=15 -ESpace_K1_-_Endcap_[Front]=15 -K1_ES_Endcap_R=15 -ESpace_K1_-_Endcap_[Rear]=15 -K1_ES_Bearing_F=15 -ESpace_K1_-_Bearing_[Front]=15 -K1_ES_Bearing_R=15 -ESpace_K1_-_Bearing_[Rear]=15 -K1_ES_Shaft_F=15 -ESpace_K1_-_Shaft_[Front]=15 -K1_ES_Shaft_R=15 -ESpace_K1_-_Shaft_[Rear]=15 -K1_ES_Axle_F=15 -ESpace_K1_-_Axle_[Front]=15 -K1_ES_Axle_R=15 -ESpace_K1_-_Axle_[Rear]=15 -K1_ES_Cup_Base=15 -ESpace_K1_-_Cup_Base=15 -K1_ES_Cup_OH=15 -ESpace_K1_-_Cup_OH=15 -K1_ES_Rotor_F=15 -ESpace_K1_-_Rotor_[Front]=15 -K1_ES_Rotor_R=15 -ESpace_K1_-_Rotor_[Rear]=15 -K1_ES_Rotor_Coil=15 -ESpace_K1_-_Rotor_Coil=15 -K1_ES_Stator_F=15 -ESpace_K1_-_Stator_[Front]=15 -K1_ES_Stator_R=15 -ESpace_K1_-_Stator_[Rear]=15 -K1_ES_Magnet_F=15 -ESpace_K1_-_Magnet_[Front]=15 -K1_ES_Magnet_R=15 -ESpace_K1_-_Magnet_[Rear]=15 -K1_ES_EW_Ext_F=0 -ESpace_K1_-_EW_Ext_[Front]=0 -K1_ES_EW_Ext_R=0 -ESpace_K1_-_EW_Ext_[Rear]=0 -K1_ES_Comm=15 -ESpace_K1_-_Comm_[Rear]=15 -K1_ES_Brushes=15 -ESpace_K1_-_Brushes=15 -K2_ES_Housing_F=0.4 -ESpace_K2_-_Housing_[Front]=0.4 -K2_ES_Housing_R=0.4 -ESpace_K2_-_Housing_[Rear]=0.4 -K2_ES_Endcap_F=0.4 -ESpace_K2_-_Endcap_[Front]=0.4 -K2_ES_Endcap_R=0.4 -ESpace_K2_-_Endcap_[Rear]=0.4 -K2_ES_Bearing_F=0.4 -ESpace_K2_-_Bearing_[Front]=0.4 -K2_ES_Bearing_R=0.4 -ESpace_K2_-_Bearing_[Rear]=0.4 -K2_ES_Shaft_F=0.4 -ESpace_K2_-_Shaft_[Front]=0.4 -K2_ES_Shaft_R=0.4 -ESpace_K2_-_Shaft_[Rear]=0.4 -K2_ES_Axle_F=0.4 -ESpace_K2_-_Axle_[Front]=0.4 -K2_ES_Axle_R=0.4 -ESpace_K2_-_Axle_[Rear]=0.4 -K2_ES_Cup_Base=0.4 -ESpace_K2_-_Cup_Base=0.4 -K2_ES_Cup_OH=0.4 -ESpace_K2_-_Cup_OH=0.4 -K2_ES_Rotor_F=0.4 -ESpace_K2_-_Rotor_[Front]=0.4 -K2_ES_Rotor_R=0.4 -ESpace_K2_-_Rotor_[Rear]=0.4 -K2_ES_Rotor_Coil=0.4 -ESpace_K2_-_Rotor_Coil=0.4 -K2_ES_Stator_F=0.4 -ESpace_K2_-_Stator_[Front]=0.4 -K2_ES_Stator_R=0.4 -ESpace_K2_-_Stator_[Rear]=0.4 -K2_ES_Magnet_F=0.4 -ESpace_K2_-_Magnet_[Front]=0.4 -K2_ES_Magnet_R=0.4 -ESpace_K2_-_Magnet_[Rear]=0.4 -K2_ES_EW_Ext_F=0.4 -ESpace_K2_-_EW_Ext_[Front]=0.4 -K2_ES_EW_EXt_R=0.4 -ESpace_K2_-_EW_Ext_[Rear]=0.4 -K2_ES_Comm=0.4 -ESpace_K2_-_Comm_[Rear]=0.4 -K2_ES_Brushes=0.4 -ESpace_K2_-_Brushes=0.4 -K3_ES_Housing_F=0.9 -ESpace_K3_-_Housing_[Front]=0.9 -K3_ES_Housing_R=0.9 -ESpace_K3_-_Housing_[Rear]=0.9 -K3_ES_Endcap_F=0.9 -ESpace_K3_-_Endcap_[Front]=0.9 -K3_ES_Endcap_R=0.9 -ESpace_K3_-_Endcap_[Rear]=0.9 -K3_ES_Bearing_F=0.9 -ESpace_K3_-_Bearing_[Front]=0.9 -K3_ES_Bearing_R=0.9 -ESpace_K3_-_Bearing_[Rear]=0.9 -K3_ES_Shaft_F=0.9 -ESpace_K3_-_Shaft_[Front]=0.9 -K3_ES_Shaft_R=0.9 -ESpace_K3_-_Shaft_[Rear]=0.9 -K3_ES_Axle_F=0.9 -ESpace_K3_-_Axle_[Front]=0.9 -K3_ES_Axle_R=0.9 -ESpace_K3_-_Axle_[Rear]=0.9 -K3_ES_Cup_Base=0.9 -ESpace_K3_-_Cup_Base=0.9 -K3_ES_Cup_OH=0.9 -ESpace_K3_-_Cup_OH=0.9 -K3_ES_Rotor_F=0.9 -ESpace_K3_-_Rotor_[Front]=0.9 -K3_ES_Rotor_R=0.9 -ESpace_K3_-_Rotor_[Rear]=0.9 -K3_ES_Rotor_Coil=0.9 -ESpace_K3_-_Rotor_Coil=0.9 -K3_ES_Stator_F=0.9 -ESpace_K3_-_Stator_[Front]=0.9 -K3_ES_Stator_R=0.9 -ESpace_K3_-_Stator_[Rear]=0.9 -K3_ES_Magnet_F=0.9 -ESpace_K3_-_Magnet_[Front]=0.9 -K3_ES_Magnet_R=0.9 -ESpace_K3_-_Magnet_[Rear]=0.9 -K3_ES_EW_Ext_F=0.9 -ESpace_K3_-_EW_Ext_[Front]=0.9 -K3_ES_EW_Ext_R=0.9 -ESpace_K3_-_EW_Ext_[Rear]=0.9 -K3_ES_Comm=0.9 -ESpace_K3_-_Comm_[Rear]=0.9 -K3_ES_Brushes=0.9 -ESpace_K3_-_Brushes=0.9 -Vel_Mult_ES_Housing_F=0.2 -ESpace_Vel_Mult_-_Housing_[Front]=0.2 -Vel_Mult_ES_Housing_R=0.2 -ESpace_Vel_Mult_-_Housing_[Rear]=0.2 -Vel_Mult_ES_Endcap_F=0.7 -ESpace_Vel_Mult_-_Endcap_[Front]=0.7 -Vel_Mult_ES_Endcap_R=0.7 -ESpace_Vel_Mult_-_Endcap_[Rear]=0.7 -Vel_Mult_ES_Bearing_F=1 -ESpace_Vel_Mult_-_Bearing_[Front]=1 -Vel_Mult_ES_Bearing_R=1 -ESpace_Vel_Mult_-_Bearing_[Rear]=1 -Vel_Mult_ES_Shaft_F=1 -ESpace_Vel_Mult_-_Shaft_[Front]=1 -Vel_Mult_ES_Shaft_R=1 -ESpace_Vel_Mult_-_Shaft_[Rear]=1 -Vel_Mult_ES_Axle_F=0 -ESpace_Vel_Mult_-_Axle_[Front]=0 -Vel_Mult_ES_Axle_R=0 -ESpace_Vel_Mult_-_Axle_[Rear]=0 -Vel_Mult_ES_Cup_Base=0 -ESpace_Vel_Mult_-_Cup_Base=0 -Vel_Mult_ES_Cup_OH=0 -ESpace_Vel_Mult_-_Cup_OH=0 -Vel_Mult_ES_Rotor_F=1 -ESpace_Vel_Mult_-_Rotor_[Front]=1 -Vel_Mult_ES_Rotor_R=1 -ESpace_Vel_Mult_-_Rotor_[Rear]=1 -Vel_Mult_ES_Rotor_Coil=1 -ESpace_Vel_Mult_-_Rotor_Coil=1 -Vel_Mult_ES_Stator_F=1 -ESpace_Vel_Mult_-_Stator_[Front]=1 -Vel_Mult_ES_Stator_R=1 -ESpace_Vel_Mult_-_Stator_[Rear]=1 -Vel_Mult_ES_Magnet_F=1 -ESpace_Vel_Mult_-_Magnet_[Front]=1 -Vel_Mult_ES_Magnet_R=1 -ESpace_Vel_Mult_-_Magnet_[Rear]=1 -Vel_Mult_ES_EW_Ext_F=0.5 -ESpace_Vel_Mult_-_EW_Ext_[Front]=0.5 -Vel_Mult_ES_EW_Ext_R=0.5 -ESpace_Vel_Mult_-_EW_Ext_[Rear]=0.5 -Vel_Mult_ES_Comm=1 -ESpace_Vel_Mult_-_Comm_[Rear]=1 -Vel_Mult_ES_Brushes=1 -ESpace_Vel_Mult_-_Brushes=1 -Notes_ES_Housing_F= -ESpace_Notes_-_Housing_[Front]= -Notes_ES_Housing_R= -ESpace_Notes_-_Housing_[Rear]= -Notes_ES_Endcap_F= -ESpace_Notes_-_Endcap_[Front]= -Notes_ES_Endcap_R= -ESpace_Notes_-_Endcap_[Rear]= -Notes_ES_Bearing_F= -ESpace_Notes_-_Bearing_[Front]= -Notes_ES_Bearing_R= -ESpace_Notes_-_Bearing_[Rear]= -Notes_ES_Shaft_F= -ESpace_Notes_-_Shaft_[Front]= -Notes_ES_Shaft_R= -ESpace_Notes_-_Shaft_[Rear]= -Notes_ES_Axle_F= -ESpace_Notes_-_Axle_[Front]= -Notes_ES_Axle_R= -ESpace_Notes_-_Axle_[Rear]= -Notes_ES_Cup_Base= -ESpace_Notes_-_Cup_Base= -Notes_ES_Cup_OH= -ESpace_Notes_-_Cup_OH= -Notes_ES_Rotor_F= -ESpace_Notes_-_Rotor_[Front]= -Notes_ES_Rotor_R= -ESpace_Notes_-_Rotor_[Rear]= -Notes_ES_Rotor_Coil= -ESpace_Notes_-_Rotor_Coil= -Notes_ES_Stator_F= -ESpace_Notes_-_Stator_[Front]= -Notes_ES_Stator_R= -ESpace_Notes_-_Stator_[Rear]= -Notes_ES_Magnet_F= -ESpace_Notes_-_Magnet_[Front]= -Notes_ES_Magnet_R= -ESpace_Notes_-_Magnet_[Rear]= -Notes_ES_EW_Ext_F=default = blocked channel (k1 = 0) -ESpace_Notes_-_EW_Ext_[Front]=default = blocked channel (k1 = 0) -Notes_ES_EW_Ext_R=default = blocked channel (k1 = 0) -ESpace_Notes_-_EW_Ext_[Rear]=default = blocked channel (k1 = 0) -Notes_ES_Comm= -ESpace_Notes_-_Comm_[Rear]= -Notes_ES_Brushes= -ESpace_Notes_-_Brushes= -Area_Mult_ES_EW_Bore_F=1 -Area_Mult_ES_EW_Bore_R=1 -Area_Mult_ES_EW_Outer_F=1 -Area_Mult_ES_EW_Outer_R=1 -Area_Mult_ES_EW_End_F=1 -Area_Mult_ES_EW_End_R=1 -ESpace_K1_-_EW_Bore_[Front]=15 -ESpace_K2_-_EW_Bore_[Front]=0.4 -ESpace_K3_-_EW_Bore_[Front]=0.9 -ESpace_Vel_Mult_-_EW_Bore_[Front]=1 -ESpace_Notes_-_EW_Bore_[Front]= -ESpace_K1_-_EW_Outer_[Front]=15 -ESpace_K2_-_EW_Outer_[Front]=0.4 -ESpace_K3_-_EW_Outer_[Front]=0.9 -ESpace_Vel_Mult_-_EW_Outer_[Front]=0.2 -ESpace_Notes_-_EW_Outer_[Front]= -ESpace_K1_-_EW_End_[Front]=15 -ESpace_K2_-_EW_End_[Front]=0.4 -ESpace_K3_-_EW_End_[Front]=0.9 -ESpace_Vel_Mult_-_EW_End_[Front]=0.5 -ESpace_Notes_-_EW_End_[Front]= -ESpace_K1_-_EW_Bore_[Rear]=15 -ESpace_K2_-_EW_Bore_[Rear]=0.4 -ESpace_K3_-_EW_Bore_[Rear]=0.9 -ESpace_Vel_Mult_-_EW_Bore_[Rear]=1 -ESpace_Notes_-_EW_Bore_[Rear]= -ESpace_K1_-_EW_Outer_[Rear]=15 -ESpace_K2_-_EW_Outer_[Rear]=0.4 -ESpace_K3_-_EW_Outer_[Rear]=0.9 -ESpace_Vel_Mult_-_EW_Outer_[Rear]=0.2 -ESpace_Notes_-_EW_Outer_[Rear]= -ESpace_K1_-_EW_End_[Rear]=15 -ESpace_K2_-_EW_End_[Rear]=0.4 -ESpace_K3_-_EW_End_[Rear]=0.9 -ESpace_Vel_Mult_-_EW_End_[Rear]=0.5 -ESpace_Notes_-_EW_End_[Rear]= - -[FEA_Settings] -FEAMaxValue_Thermal=180 -FEAMinValue_Thermal=40 -FEAAutoShading_Thermal=True -FEAHighlightMin_Thermal=True -FEAHighlightMax_Thermal=True -FEAMaxValue_Magnetic=2.2 -FEAMinValue_Magnetic=0 -FEAAutoShading_Magnetic=True -FEAHighlightMin_Magnetic=True -FEAHighlightMax_Magnetic=True -FEAMaxValue_Mechanical=0.05 -FEAMinValue_Mechanical=0 -FEAAutoShading_Mechanical=True -FEAHighlightMin_Mechanical=True -FEAHighlightMax_Mechanical=True -FEAAreaSelect=0 -FEANumEquipotentialLines_EMag=20 -FEANumEquipotentialLines_Therm=20 -FEANumEquipotentialLines_Mechanical=0 -FEALengthVectors_EMag=0 -FEALengthVectors_Therm=0 -FEALengthVectors_Mechanical=0 -UseDXFImportForFEA_Magnetic=False -UseDXFImportForFEA=False -DXFImportType=0 -CustomFEARegions_Magnetic= -CustomRegionMagNames_Method=1 -UseCustomFEARegions_Magnetic=False -CustomFEARegions_ThermalSlot= -UseCustomFEARegions_ThermalSlot=False -CustomFEARegions_ThermalPole= -UseCustomFEARegions_ThermalPole=False -UseDXFImportForFEA_Mechanical=False -CustomFEARegions_Mechanical= -UseCustomFEARegions_Mechanical=False -ShowModelAirgap=True -GeometryTestMode=0 -UseDXFImportForFEA_Thermal=False -CustomFEARegions_ThermalDXF= -VerboseFEAOutput=False -VerboseFEAMessageOutput=False -VerboseMessageOutput=False -VerboseFlag_TimedInfo=False -VerboseFlag_Info=False -VerboseFlag_IOInfo=False -VerboseFlag_ScriptInfo=False -VerboseFlag_Results=False -VerboseFlag_Warning=True -VerboseFlag_Error=True -FEASchematicNodeRadius=0.2 -CustomLoadPointSettings= -FeaSys_Suffix= -FEABndFactor=1.8 -FEAMaxAngle=95 -MechanicalMeshLength_RotorLam=0 -MechanicalMeshLength_Magnets=0 -MechanicalMeshLength_RotorBars=0 -MechanicalMeshLength_RotorVoids=0.1 -MechanicalMeshLength_DamperBars=1 -MechanicalOption_Magnets=0 -AdhesionFactor_Magnets=0.2 -EnableMechanicalMesh_RotorBars=0 -RotorBarAdhesionFactor=0.2 -EnableMechanicalMesh_FieldWdg=0 -FieldWdgAdhesionFactor=0.2 -EnableMechanicalMesh_DamperBars=0 -AdhesionFactor_DamperBars=0.2 -MechanicalOption_InnerBoundaryCondition=0 -MechanicalOption_OuterBoundaryCondition=0 -MechanicalInnerBoundaryStress=0 -MechanicalOuterBoundaryStress=0 -AirgapMeshPoints_layers=360 -AirgapMeshPoints_mesh=360 -AirgapLayersMethod=1 -AirgapMesh_NumLayers=4 -MagnetMeshLength=0 -RotorBarMeshLength=0 -RotorLamMeshLength=0 -ShaftMeshLength=0 -StatorLamMeshLength=0 -StatorSlotMeshLength=0 -FEAMinPointSeparation=0.005 -FEAEddyCurrentCalcMethod=1 -FEASmallAngleMethod=2 -FEASmallAngleSize=2 - -[h_Forced_Con_Input] -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[0]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[1]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[2]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[3]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[4]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[5]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[6]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[7]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[8]=1 -h_Forced_Conv_Housing_Active_No_Fins_Input[0]=30 -h_Forced_Conv_Housing_Active_No_Fins_Input[1]=30 -h_Forced_Conv_Housing_Active_No_Fins_Input[2]=30 -h_Forced_Conv_Housing_Active_No_Fins_Input[3]=30 -h_Forced_Conv_Housing_Active_No_Fins_Input[4]=30 -h_Forced_Conv_Housing_Active_No_Fins_Input[5]=30 -h_Forced_Conv_Housing_Active_No_Fins_Input[6]=30 -h_Forced_Conv_Housing_Active_No_Fins_Input[7]=30 -h_Forced_Conv_Housing_Active_No_Fins_Input[8]=30 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[0]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[1]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[2]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[3]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[4]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[5]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[6]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[7]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[8]=0 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[0]=0.7 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[1]=0.7 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[2]=0.7 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[3]=0.7 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[4]=0.7 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[5]=0.7 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[6]=0.7 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[7]=0.7 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[8]=0.7 -Forced_Conv_Notes_Housing_Active_No_Fins[0]= -Forced_Conv_Notes_Housing_Active_No_Fins[1]= -Forced_Conv_Notes_Housing_Active_No_Fins[2]= -Forced_Conv_Notes_Housing_Active_No_Fins[3]= -Forced_Conv_Notes_Housing_Active_No_Fins[4]= -Forced_Conv_Notes_Housing_Active_No_Fins[5]= -Forced_Conv_Notes_Housing_Active_No_Fins[6]= -Forced_Conv_Notes_Housing_Active_No_Fins[7]= -Forced_Conv_Notes_Housing_Active_No_Fins[8]= -h_Forced_Conv_Housing_Active_Fin_Base_Input[0]=30 -h_Forced_Conv_Housing_Active_Fin_Base_Input[1]=30 -h_Forced_Conv_Housing_Active_Fin_Base_Input[2]=30 -h_Forced_Conv_Housing_Active_Fin_Base_Input[3]=30 -h_Forced_Conv_Housing_Active_Fin_Base_Input[4]=30 -h_Forced_Conv_Housing_Active_Fin_Base_Input[5]=30 -h_Forced_Conv_Housing_Active_Fin_Base_Input[6]=30 -h_Forced_Conv_Housing_Active_Fin_Base_Input[7]=30 -h_Forced_Conv_Housing_Active_Fin_Base_Input[8]=30 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[8]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[0]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[1]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[2]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[3]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[4]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[5]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[6]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[7]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[8]=0.7 -Forced_Conv_Notes_Housing_Active_Fin_Base[0]= -Forced_Conv_Notes_Housing_Active_Fin_Base[1]= -Forced_Conv_Notes_Housing_Active_Fin_Base[2]= -Forced_Conv_Notes_Housing_Active_Fin_Base[3]= -Forced_Conv_Notes_Housing_Active_Fin_Base[4]= -Forced_Conv_Notes_Housing_Active_Fin_Base[5]= -Forced_Conv_Notes_Housing_Active_Fin_Base[6]= -Forced_Conv_Notes_Housing_Active_Fin_Base[7]= -Forced_Conv_Notes_Housing_Active_Fin_Base[8]= -h_Forced_Conv_Housing_Active_Fin_Sides_Input[0]=30 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[1]=30 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[2]=30 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[3]=30 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[4]=30 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[5]=30 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[6]=30 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[7]=30 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[8]=30 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[8]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[0]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[1]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[2]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[3]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[4]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[5]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[6]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[7]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[8]=0.7 -Forced_Conv_Notes_Housing_Active_Fin_Sides[0]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[1]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[2]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[3]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[4]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[5]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[6]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[7]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[8]= -h_Forced_Conv_Housing_Active_Fin_Tips_Input[0]=30 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[1]=30 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[2]=30 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[3]=30 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[4]=30 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[5]=30 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[6]=30 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[7]=30 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[8]=30 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[8]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[0]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[1]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[2]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[3]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[4]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[5]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[6]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[7]=0.7 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[8]=0.7 -Forced_Conv_Notes_Housing_Active_Fin_Tips[0]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[1]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[2]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[3]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[4]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[5]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[6]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[7]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[8]= -h_Forced_Conv_Housing_Active_Fin_Channel_Input[0]=30 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[1]=30 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[2]=30 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[3]=30 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[4]=30 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[5]=30 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[6]=30 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[7]=30 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[8]=30 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[8]=0 -Forced_Conv_Notes_Housing_Active_Fin_Channel[0]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[1]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[2]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[3]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[4]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[5]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[6]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[7]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[8]= -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[0]=30 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[1]=30 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[2]=30 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[3]=30 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[4]=30 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[5]=30 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[6]=30 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[7]=30 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[8]=30 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[8]=0 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[0]=0.7 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[1]=0.7 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[2]=0.7 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[3]=0.7 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[4]=0.7 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[5]=0.7 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[6]=0.7 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[7]=0.7 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[8]=0.7 -Forced_Conv_Notes_Housing_Active_Corner_Cutout[0]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[1]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[2]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[3]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[4]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[5]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[6]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[7]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[8]= -h_Forced_Conv_Housing_Front_No_Fins_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_No_Fins=30 -h_Forced_Conv_Housing_Front_Fin_Base_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Fin_Base=30 -h_Forced_Conv_Housing_Front_Fin_Sides_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Fin_Sides=30 -h_Forced_Conv_Housing_Front_Fin_Tips_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Fin_Tips=30 -h_Forced_Conv_Housing_Front_Fin_Channel_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Fin_Channel=30 -h_Forced_Conv_Housing_Front_Corner_Cutout_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Corner_Cutout=30 -h_Forced_Conv_Housing_Rear_No_Fins_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_No_Fins=30 -h_Forced_Conv_Housing_Rear_Fin_Base_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Fin_Base=30 -h_Forced_Conv_Housing_Rear_Fin_Sides_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Fin_Sides=30 -h_Forced_Conv_Housing_Rear_Fin_Tips_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Fin_Tips=30 -h_Forced_Conv_Housing_Rear_Fin_Channel_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Fin_Channel=30 -h_Forced_Conv_Housing_Rear_Corner_Cutout_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Corner_Cutout=30 -h_Forced_Conv_Endcap_Front_Radial_Input=30 -Input_Value_H[Fc]_Endcap_[F]_-_Radial=30 -h_Forced_Conv_Endcap_Front_Axial_Input=30 -Input_Value_H[Fc]_Endcap_[F]_-_Axial=30 -h_Forced_Conv_Endcap_Rear_Radial_Input=30 -Input_Value_H[Fc]_Endcap_[R]_-_Radial=30 -h_Forced_Conv_Endcap_Rear_Axial_Input=30 -Input_Value_H[Fc]_Endcap_[R]_-_Axial=30 -h_Forced_Conv_Plate_Input=30 -Input_Value_H[Fc]_Flange_Plate=30 -h_Forced_Conv_Axle_Plate_F_Input=30 -Input_Value_H[Fc]_Axle_Plate_[F]=30 -h_Forced_Conv_Axle_Plate_R_Input=30 -Input_Value_H[Fc]_Axle_Plate_[R]=30 -h_Forced_Conv_Base_Input=30 -Input_Value_H[Fc]_Base_Plate=30 -h_Forced_Conv_EncCase_Radial_Input=30 -Input_Value_H[Fc]_Encoder_Case_-_Radial=30 -h_Forced_Conv_EncCase_Axial_Input=30 -Input_Value_H[Fc]_Encoder_Case_-_Axial=30 - -[Interface_Gaps] -FeedbackType=0 -Gap_Plate_RotorLam_F=0 -Gap_Plate_RotorLam_R=0 -Gap_Plate_Magnet_F=0 -Gap_Plate_Magnet_R=0 -Gap_Magnet_Magnet=0.005 -Gap_StatorClampPlate_StatorLam_F=0.005 -Gap_StatorClampPlate_Housing_F=0.005 -Gap_StatorClampPlate_StatorLam_R=0.005 -Gap_StatorClampPlate_Housing_R=0.005 -ShaftFan_Gap_R=0.005 -Stator_Lam_-_Housing=0.003 -Stator_Lam_-_Axle=0.03 -HOUSING_-_OHANG_[F]=0 -HOUSING_-_OHANG_[R]=0 -HOUSING_-_ENDCAP_[F]=0.005 -HOUSING_-_ENDCAP_[R]=0.005 -ENDCAP_-_PLATE=0.005 -Axle_-_Plate_[F]=0.005 -Axlep_-_Plate_[F]=0.005 -Axle_-_Plate_[R]=0.005 -Axlep_-_Plate_[R]=0.005 -Endcap_-_Encoder=0.005 -Housing_-_Feet=0.005 -Feet_-_Base=0.005 -Banding_-_Rotor=0.005 -Sleeve_-_Stator=0.005 -Magnet_-_Rotor_Lam=0.005 -Rotor_Lam_-_Shaft=0.005 -Shaft_-_Rotor_Cup=0.005 -Bearing_-_Endcap_[F]=0.0073 -Bearing_-_Endcap_[R]=0.0073 -Bearing_-_Shaft_[F]=0.0112 -Bearing_-_Shaft_[R]=0.0112 -Bearing_-_Axle_[F]=0.0112 -Bearing_-_Axle_[R]=0.0112 -Bearing_Effective_Gap_[F]=0.4 -Bearing_Effective_Gap_[R]=0.4 -Endcap_-_Axle_[F]=0.005 -Shaft_-_Enc_Shaft=0.005 -Cage_-_Rotor_Lam=0.01 -Comm_-_Shaft=0.005 -Comm_-_Brush=0.005 -Brush_Holder_-_Brush=0.1 -Brush_Holder_-_Housing=0.005 -Sleeve_-_Rotor=0.005 -Banding_-_Stator=0.005 -Magnet_-_Stator=0.005 -Rotor_-_Housing=0.005 -Housing_-_Cover=0.005 -Gap_Stator_H_Comment= -Gap_Stator_Axle_Comment=Lamination-Metal - Average surface Contact -Gap_H_HOH_Front_Comment=No Gap - Perfect surface Contact -Gap_H_HOH_Rear_Comment=No Gap - Perfect surface Contact -Gap_H_EndCap_Front_Comment=Metal-Metal - Average surface Contact -Gap_H_EndCap_Rear_Comment=Metal-Metal - Average surface Contact -Gap_EndCap_Plate_Comment=Metal-Metal - Average surface Contact -Gap_Axle_Plate_F_Comment=Metal-Metal - Average surface Contact -Gap_Axle_Plate_R_Comment=Metal-Metal - Average surface Contact -Gap_EndCap_EncCase_Comment=Metal-Metal - Average surface Contact -Gap_H_Feet_Comment=Metal-Metal - Average surface Contact -Gap_Feet_Base_Comment=Metal-Metal - Average surface Contact -Gap_Banding_Rotor_Comment=Metal-Metal - Average surface Contact -Gap_Sleeve_Stator_Comment=Metal-Metal - Average surface Contact -Gap_Magnet_Rotor_Comment=Metal-Metal - Average surface Contact -Gap_Rotor_Shaft_Comment=Metal-Metal - Average surface Contact -Gap_Shaft_Cup_Comment=Metal-Metal - Average surface Contact -Gap_Bearing_EndCap_Front_Comment=Stainless-Aluminium - Medium surface Contact -Gap_Bearing_EndCap_Rear_Comment=Stainless-Aluminium - Medium surface Contact -Gap_Bearing_Shaft_Front_Comment=Stainless-Stainless - Medium surface Contact -Gap_Bearing_Shaft_Rear_Comment=Stainless-Stainless - Medium surface Contact -Gap_Bearing_Axle_Front_Comment=Stainless-Stainless - Medium surface Contact -Gap_Bearing_Axle_Rear_Comment=Stainless-Stainless - Medium surface Contact -Bearing_Effective_Gap_Front_Comment=High Effective Gap [Torino Testing] -Bearing_Effective_Gap_Rear_Comment=High Effective Gap [Torino Testing] -Gap_Endcap_Axle_Front_Comment=Metal-Metal - Average surface Contact -Gap_Shaft_Enc_Comment=Metal-Metal - Average surface Contact -Gap_Cage_Rotor_Comment= -Gap_Comm_Shaft_Comment=Metal-Metal - Average surface Contact -Gap_Comm_Brush_Comment=Metal-Metal - Average surface Contact -Gap_Brush_Holder_Brush_Comment= -Gap_Brush_Holder_Housing_Comment=Metal-Metal - Average surface Contact -Gap_Sleeve_Rotor_Comment=Metal-Metal - Average surface Contact -Gap_Banding_Stator_Comment=Metal-Metal - Average surface Contact -Gap_Magnet_Stator_Comment=Metal-Metal - Average surface Contact -Gap_Rotor_Housing_Comment=Metal-Metal - Average surface Contact -Gap_Housing_Cover_Comment=Metal-Metal - Average surface Contact -Gap_Bearing_Mount_Comment=Stainless-Aluminium - Medium surface Contact -Gap_StatorPlateMount_F_Comment= -Gap_StatorPlateMount_R_Comment= -Front_Potting_Housing_Gap_Comment=No Gap - Perfect surface Contact -Rear_Potting_Housing_Gap_Comment=No Gap - Perfect surface Contact -Front_Potting_Axle_Gap_Comment=No Gap - Perfect surface Contact -Rear_Potting_Axle_Gap_Comment=No Gap - Perfect surface Contact -Front_Potting_Endcap_Gap_Comment=No Gap - Perfect surface Contact -Rear_Potting_Endcap_Gap_Comment=No Gap - Perfect surface Contact -Comment_Plate_RotorLam_F=No Gap - Perfect surface Contact -Comment_Plate_RotorLam_R=No Gap - Perfect surface Contact -Comment_Plate_Magnet_F=No Gap - Perfect surface Contact -Comment_Plate_Magnet_R=No Gap - Perfect surface Contact -Comment_Magnet_Magnet=Metal-Metal - Average surface Contact -Comment_Gap_StatorClampPlate_StatorLam_F=Metal-Metal - Average surface Contact -Comment_StatorClampPlate_Housing_F=Metal-Metal - Average surface Contact -Comment_Gap_StatorClampPlate_StatorLam_R=Metal-Metal - Average surface Contact -Comment_Gap_StatorClampPlate_Housing_R=Metal-Metal - Average surface Contact -ShaftFan_Gap_Comments_R=Metal-Metal - Average surface Contact -Notes_Plate_RotorLam_F= -Notes_Plate_RotorLam_R= -Notes_Plate_Magnet_F= -Notes_Plate_Magnet_R= -Notes_Magnet_Magnet= -Notes_Gap_StatorClampPlate_StatorLam_F= -Notes_StatorClampPlate_Housing_F= -Notes_Gap_StatorClampPlate_StatorLam_R= -Notes_Gap_StatorClampPlate_Housing_R= -ShaftFan_Gap_Notes_R= -Notes_Front_Potting_Endcap_Gap= -Notes_Rear_Potting_Endcap_Gap= -Notes_Front_Potting_Housing_Gap= -Rear_Potting_Housing_Gap_Notes= -Notes_Front_Potting_Axle_Gap= -Notes_Rear_Potting_Axle_Gap= -Notes_(Stator_Lam_-_Housing)= -Notes_(Stator_Lam_-_Axle)= -Notes_(Housing_-_OHang_[F])= -Notes_(Housing_-_OHang_[R])= -Notes_(Housing_-_Endcap_[F])= -Notes_(Housing_-_Endcap_[R])= -Notes_(Endcap_-_Plate)= -Notes_(Axle_-_Plate_[F])= -Notes_(Axle_-_Plate_[R])= -Notes_(Endcap_-_Encoder)= -Notes_(Housing_-_Feet)= -Notes_(Feet_-_Base)= -Notes_(Banding_-_Rotor)= -Notes_(Sleeve_-_Stator)= -Notes_(Magnet_-_Rotor_Lam)= -Notes_(Rotor_Lam_-_Shaft)= -Notes_(Shaft_-_Rotor_Cup)= -Notes_(Bearing_-_Endcap_[F])= -Notes_(Bearing_-_Endcap_[R])= -Notes_(Bearing_-_Shaft_[F])= -Notes_(Bearing_-_Shaft_[R])= -Notes_(Bearing_-_Axle_[F])= -Notes_(Bearing_-_Axle_[R])= -Notes_Bearing_Effective_Gap_[F]= -Notes_Bearing_Effective_Gap_[R]= -Notes_(Endcap_-_Axle_[F])= -Notes_(Shaft_-_Enc_Shaft)= -Notes_(Cage_-_Rotor_Lam)= -Notes_(Comm_-_Shaft)= -Notes_(Comm_-_Brush)= -Notes_(Brush_Holder_-_Brush)= -Notes_(Brush_Holder_-_Housing)= -Notes_(Sleeve_-_Rotor)= -Notes_(Banding_-_Stator)= -Notes_(Magnet_-_Stator)= -Notes_(Rotor_-_Housing)= -Notes_(Housing_-_Cover)= -Gap_Material_H_HOH_Front=Air (Motor-CAD model) -Gap_Material_H_HOH_Rear=Air (Motor-CAD model) -Gap_Material_H_EndCap_Front=Air (Motor-CAD model) -Gap_Material_H_EndCap_Rear=Air (Motor-CAD model) -Gap_Material_EndCap_Plate=Air (Motor-CAD model) -Gap_Material_Axle_Plate_F=Air (Motor-CAD model) -Gap_Material_Axle_Plate_R=Air (Motor-CAD model) -Gap_Material_EndCap_EncCase=Air (Motor-CAD model) -Gap_Material_H_Feet=Air (Motor-CAD model) -Gap_Material_Feet_Base=Air (Motor-CAD model) -Gap_Material_Banding_Rotor=Air (Motor-CAD model) -Gap_Material_Sleeve_Stator=Air (Motor-CAD model) -Gap_Material_Magnet_Rotor=Air (Motor-CAD model) -Gap_Material_Magnet_Magnet=Air (Motor-CAD model) -Gap_Material_Shaft_Cup=Air (Motor-CAD model) -Gap_Material_Endcap_Axle_Front=Air (Motor-CAD model) -Gap_Material_Shaft_Enc=Air (Motor-CAD model) -Gap_Material_Cage_Rotor=Air (Motor-CAD model) -Gap_Material_Comm_Shaft=Air (Motor-CAD model) -Gap_Material_Comm_Brush=Air (Motor-CAD model) -Gap_Material_Brush_Holder_Brush=Air (Motor-CAD model) -Gap_Material_Brush_Holder_Housing=Air (Motor-CAD model) -Gap_Material_Sleeve_Rotor=Air (Motor-CAD model) -Gap_Material_Banding_Stator=Air (Motor-CAD model) -Gap_Material_Magnet_Stator=Air (Motor-CAD model) -Gap_Material_Rotor_Housing=Air (Motor-CAD model) -Gap_Material_Housing_Cover=Air (Motor-CAD model) -Gap_Material_Bearing_EndCap_Front=Air (Motor-CAD model) -Gap_Material_Bearing_EndCap_Rear=Air (Motor-CAD model) -Gap_Material_Bearing_Shaft_Front=Air (Motor-CAD model) -Gap_Material_Bearing_Shaft_Rear=Air (Motor-CAD model) -Gap_Material_Bearing_Axle_Front=Air (Motor-CAD model) -Gap_Material_Bearing_Axle_Rear=Air (Motor-CAD model) -Gap_Material_Front_Potting_Housing=Air (Motor-CAD model) -Gap_Material_Rear_Potting_Housing=Air (Motor-CAD model) -Gap_Material_Front_Potting_Endcap=Air (Motor-CAD model) -Gap_Material_Rear_Potting_Endcap=Air (Motor-CAD model) -Gap_Material_Front_Potting_Axle=Air (Motor-CAD model) -Gap_Material_Rear_Potting_Axle=Air (Motor-CAD model) -Gap_Material_StatorPlateMount_F=Air (Motor-CAD model) -Gap_Material_StatorPlateMount_R=Air (Motor-CAD model) -Gap_Material_Plate_RotorLam_F=Air (Motor-CAD model) -Gap_Material_Plate_RotorLam_R=Air (Motor-CAD model) -Gap_Material_Plate_Magnet_F=Air (Motor-CAD model) -Gap_Material_Plate_Magnet_R=Air (Motor-CAD model) -Gap_Material_Bearing_Mount=Air (Motor-CAD model) -Gap_Material_StatorClampPlate_StatorLam_F=Air (Motor-CAD model) -Gap_Material_StatorClampPlate_StatorLam_R=Air (Motor-CAD model) -Gap_Material_StatorClampPlate_Housing_F=Air (Motor-CAD model) -Gap_Material_StatorClampPlate_Housing_R=Air (Motor-CAD model) -Gap_Material_ShaftFan_R=Air (Motor-CAD model) -Gap_Material_Stator_H=Air (Motor-CAD model) -Gap_Material_Stator_Axle=Air (Motor-CAD model) -Gap_Material_Rotor_Shaft=Air (Motor-CAD model) -Gap_Material_Bearing_Effective_Front=Air (Motor-CAD model) -Gap_Material_Bearing_Effective_Rear=Air (Motor-CAD model) -Gap_MaterialConductivity_Magnet_Rotor=0 -Gap_Bearing_Mount=0 -Notes_Gap_Bearing_Mount= -Notes_Gap_Plate_Mount_F= -Notes_Gap_Plate_Mount_R= -EWdg_Cavity=Not_Potted - -[Ratios] -GeometryParameterisation=0 -Ratio_Bore=0.7 -Ratio_SlotDepth_ParallelTooth=0.508021390374332 -Ratio_SlotDepth_ParallelSlot=0.6 -Ratio_SlotWidth=0.6 -Ratio_SlotOpening_ParallelSlot=0.6 -Ratio_SlotOpening_ParallelTooth=0.930995998917137 -Ratio_ToothTip=0.6 -Ratio_ToothWidth=0.582853871848814 -Ratio_SleeveThickness=0 -Ratio_RotorD=0.696 -Ratio_BandingThickness=0 -Ratio_ShaftD=0.316091954022988 -Ratio_ShaftHole=0.272727272727273 -Ratio_MagnetThickness=0.6 -Ratio_MagnetArc=0.6 -Ratio_MagnetReduction=0.6 -Ratio_BarT_Depth=0.336700336700337 -Ratio_BarT_Opening_Depth=0.0253807106598985 -Ratio_BarT_Opening_Depth_Round=0.6 -Ratio_Rotor_Tooth_Width_T=0.703113063875808 -Ratio_BarT_Width_Round=0.6 -Ratio_BarT_Width_Rectangular=0.6 -Ratio_BarT_Opening_ParallelTooth=0 -Ratio_BarT_Opening_Round=0.6 -Ratio_BarT_Opening_Rectangular=0.6 -Ratio_BarT_Opening_PearCircular=0.6 -Ratio_BarT_Corner_Radius_Pear=0.670509588145903 -Ratio_BarT_Corner_Radius_ParallelTooth=0.6 -Ratio_BarT_Corner_Radius_PearCircular=0.6 -Ratio_BarT_Opening_Radius=0.849367602715926 -Ratio_BarT_Opening_Radius_PearCircular=0.6 -Ratio_BarT_Tip_Angle=0.6 -Ratio_BarB_Tip_Angle=0.6 -Ratio_BarB_Depth=0.6 -Ratio_BarB_Opening_Depth=0.6 -Ratio_BarB_Opening_Depth_Round=0.6 -Ratio_Rotor_Tooth_Width_B=0.6 -Ratio_BarB_Width_Round=0.6 -Ratio_BarB_Width_Rectangular=0.6 -Ratio_BarB_Opening_ParallelTooth=0.6 -Ratio_BarB_Opening_Round=0.6 -Ratio_BarB_Opening_Rectangular=0.6 -Ratio_BarB_Opening_PearCircular=0.6 -Ratio_BarB_Corner_Radius_Pear=0.6 -Ratio_BarB_Corner_Radius_ParallelTooth=0.6 -Ratio_BarB_Corner_Radius_PearCircular=0.6 -Ratio_BarB_Opening_Radius=0.6 -Ratio_BarB_Opening_Radius_PearCircular=0.6 -RatioArray_MagnetBarWidth[0]=0.6 -RatioArray_MagnetVWidth[0]=0.6 -RatioArray_MagnetShift[0]=0.6 -RatioArray_WebLength[0]=0.6 -RatioArray_VWebBarWidth[0]=0.6 -RatioArray_WebThickness[0]=0.6 -RatioArray_PoleArc[0]=0.6 -RatioArray_UMagnetOuterOffset[0]=0.6 -RatioArray_UMagnetOuterOffset[1]=0.6 -RatioArray_UMagnetInnerOffset[0]=0.6 -RatioArray_UMagnetInnerOffset[1]=0.6 -RatioArray_UMagnetOuterLength[0]=0.6 -RatioArray_UMagnetOuterLength[1]=0.6 -RatioArray_UMagnetInnerLength[0]=0.6 -RatioArray_UMagnetInnerLength[1]=0.6 -RatioArray_UMagnetDiameter[0]=0.6 -RatioArray_UMagnetDiameter[1]=0.6 -RatioArray_UMagnetWebThickness[0]=0.6 -RatioArray_UMagnetWebThickness[1]=0.6 - -[Loss_RPM_Ref] -RPM_ref_1ph_Main_Armature_Copper_Loss=4967 -Ref_Speed_-_Main_Winding_Copper_Loss=4967 -RPM_ref_1ph_Aux_Armature_Copper_Loss=3000 -Ref_Speed_-_Aux_Winding_Copper_Loss=3000 -RPM_ref_Armature_Copper_Loss=3000 -Ref_Speed_-_Armature_Copper_Loss=3000 -RPM_ref_Armature_Copper_Freq_Comp_Loss=6500 -Ref_Speed_-_Stator_Copper_Freq_Component_Loss=6500 -Ref_Speed_-_Rotor_Iron_Loss_[Back_Iron]=6500 -RPM_ref_RotorIronLoss_EmbeddedMagnetPole=4967 -Ref_Speed_-_Rotor_Iron_Loss_[Tooth]=12000 -Ref_Speed_-_Rotor_Copper_Loss=6500 -Ref_Speed_-_Stator_Iron_Loss_[Back_Iron]=6500 -Ref_Speed_-_Stator_Iron_Loss_[Tooth]=6500 -Ref_Speed_-_Stator_Iron_Loss_[Tooth_Tip]=4967 -Ref_Speed_-_Windage_Loss=4967 -Ref_Speed_-_Windage_Loss_(Ext_Fan)=0 -Ref_Speed_-_Friction_Loss_[F]=6500 -Ref_Speed_-_Friction_Loss_[R]=6500 -Ref_Speed_-_Magnet_Iron_Loss=4967 -Ref_Speed_-_Magnet_Banding_Iron_Loss=12000 -Ref_Speed_-_Stator_Bore_Sleeve_Iron_Loss=12000 -Ref_Speed_-_Encoder_Loss=4967 -Ref_Speed_-_Stator_iron_stray_load_Loss=6500 -Ref_Speed_-_Rotor_iron_stray_load_Loss=6500 -Ref_Speed_-_Stator_copper_stray_load_Loss=4967 -Ref_Speed_-_Rotor_copper_stray_load_Loss=4967 -Ref_Speed_-_Brush_Friction_Loss=4967 -Ref_Speed_-_Brush_VI_Loss=4967 - -[Loss_RPM_Coeff] -RPM_Coef_1ph_Main_Armature_Copper_Loss=0 -Speed_Coeff_-_Main_Winding_Copper_Loss=0 -RPM_Coef_1ph_Aux_Armature_Copper_Loss=0 -Speed_Coeff_-_Aux_Winding_Copper_Loss=0 -RPM_Coef_Armature_Copper_Loss=0 -Speed_Coeff_-_Stator_Copper_Loss=0 -RPM_Coef_Armature_Copper_Freq_Comp_Loss=2 -Speed_Coeff_-_Stator_Copper_Freq_Component_Loss=2 -Speed_Coeff_-_Rotor_Iron_Loss_[Back_iron]=0 -Speed_Coeff_-_Rotor_Iron_Loss_[Embedded_Magnet_Pole]=0 -Speed_Coeff_-_Rotor_Iron_Loss_[Tooth]=0 -Speed_Coeff_-_Rotor_Copper_Loss=0 -Speed_Coeff_-_Stator_Iron_Loss_[Back_Iron]=1.5 -Speed_Coeff_-_Stator_Iron_Loss_[Tooth]=1.5 -Speed_Coeff_-_Stator_Iron_Loss_[Tooth_Tip]=1.5 -Speed_Coeff_-_Windage_Loss=3 -Speed_Coeff_-_Windage_Loss_(Ext_Fan)=3 -Speed_Coeff_-_Friction_Loss_[F]=1 -Speed_Coeff_-_Friction_Loss_[R]=1 -Speed_Coeff_-_Magnet_Iron_Loss=0 -Speed_Coeff_-_Magnet_Banding_Iron_Loss=0 -Speed_Coeff_-_Stator_Bore_Sleeve_Iron_Loss=1.5 -Speed_Coeff_-_Encoder_Loss=1 -Speed_Coeff_-_Stator_iron_stray_load_Loss=0 -Speed_Coeff_-_Rotor_iron_stray_load_Loss=0 -Speed_Coeff_-_Stator_copper_stray_load_Loss=0 -Speed_Coeff_-_Rotor_copper_stray_load_Loss=0 -Speed_Coeff_-_Brush_Friction_Loss=1 -Speed_Coeff_-_Brush_VI_Loss=0 - -[Copper_Loss_Distribution] -NumberSlotsPhaseBelt=3 - -[Loss_Distribution] -Normal_Loss_Distribution[0]=0.333333333333333 -Normal_Loss_Distribution[1]=0.333333333333333 -Normal_Loss_Distribution[2]=0.333333333333333 -Fault_Loss_Distribution[0]=0.333333333333333 -Fault_Loss_Distribution[1]=0.333333333333333 -Fault_Loss_Distribution[2]=0.333333333333333 -Stall_Loss_Distribution[0]=0.333333333333333 -Stall_Loss_Distribution[1]=0.333333333333333 -Stall_Loss_Distribution[2]=0.333333333333333 -Aux_Loss_Distribution[0]=0.333333333333333 -Aux_Loss_Distribution[1]=0.333333333333333 -Aux_Loss_Distribution[2]=0.333333333333333 - -[CycleParameters_MotorLAB] -WheelInertia=0 -DCExtDataType_Lab=0 -DCExtDataType_MotorLAB=0 -DrivCycle_MotorLAB=3 -Mass_MotorLAB=1961 -A_f_MotorLAB=2.81 -R_w_MotorLAB=0.35 -K_r_MotorLAB=0.0054 -C_d_MotorLAB=0.24 -M_o_MotorLAB=1.04 -rho_MotorLAB=1.225 -N_d_MotorLAB=9.73 -T_cont_MotorLAB=1 -B_cont_MotorLAB=1 -TorqueCapTrue_MotorLAB=False -SpeedCapTrue_MotorLAB=False -TorqueCap_MotorLAB=500 -SpeedCap_MotorLAB=20000 -DutyCycleType_Lab=1 -DriveCycleCalcComplete_MotorLAB=False -IncludeMotorInertiaInVehicleModel=True -DutyCycleCalcStatus_MotorLAB= - -[Rotor_Winding] -FieldConductorsPerSlot=100 -Rotor_Conductors_Slot=100 -Field_EWdg_MLT_Used=0 -Rotor_EWdg_MLT_Used=0 -Field_EWdg_Fill=0.3 -Rotor_EWdg_Fill=0.3 -Field_Slot_Fill=0.4 -Rotor_Slot_Fill=0.4 -Field_Impreg_Goodness_Active=0.8 -Rotor_Impreg_Goodness_[Active]=0.8 -Field_Impreg_Goodness_EWdg=0.8 -Rotor_Impreg_Goodness_[EWdg]=0.8 -Field_Impreg_Goodness_Liner_Lam=0.8 -Rotor_Impreg_Goodness_[Liner-Lam]=0.8 -Field_Gap_Liner_Lam=0 -Rotor_Gap_Liner_Lam=0 -Field_WindingType=1 -Field_Winding_Definition=0 -Field_Ewdg_Definition=0 -Field_Wire_Diameter=0.714 -ROTOR_WIRE_DIAMETER=0.714 -Field_Copper_Diameter=0.65 -ROTOR_COPPER_DIAMETER=0.65 -Field_Liner_Thickness=0 -ROTOR_LINER_THICKNESS=0 -Field_Copper_Depth_Perc=100 -Rotor_Copper_Depth_[%]=100 -Field_Coil_Divider=2 -Rotor_Coil_Divider_Width=2 -FieldCoilDivider_Validation=1 -Wire_Type_Rotor=0 -AWG_WireGaugeIndex_Rotor=44 -Rotor_Last_AWG_Wire_Table_Entry_Number=44 -SWG_WireGaugeIndex_Rotor=48 -Rotor_Last_SWG_Wire_Table_Entry_Number=48 -Metric_WireGaugeIndex_Rotor=20 -Rotor_Last_Metric_Wire_Table_Entry_Number=20 -Rotor_Wire_Type=AWG_Table -Rotor_Winding_Type=Solid_Divider -Rotor_Wdg_Definition=Slot_Fill -Rotor_EWdg_Definition=EWdg_Fill - -[Fluids] -VolumetricExpansionCoefCalc=1 -ExternalFluid_Volumetric_Expansion_Coef=0.00341122292341805 -RetainFluidPowerValues_Transient=1 - -[Mechanical] -YoungsCoefficient_RotorLam=185000 -PoissonsRatio_RotorLam=0.3 -YoungsCoefficient_Magnet=0 -PoissonsRatio_Magnet=0 -YoungsCoefficient_Pocket=0 -PoissonsRatio_Pocket=0 -YoungsCoefficient_TopBar=0 -PoissonsRatio_TopBar=0 -YoungsCoefficient_BottomBar=0 -PoissonsRatio_BottomBar=0 -YoungsCoefficient_TopBarOpening=0 -PoissonsRatio_TopBarOpening=0 -YoungsCoefficient_BottomBarOpening=0 -PoissonsRatio_BottomBarOpening=0 - -[FileParameters_MotorLAB] -BPM_FilePath_MotorLAB= -BPM_FileDir_MotorLAB= -SpeedLoad_MotorLAB=True -ElectroLink_MotorLAB=Motor-CAD EMag -CurrentSpec_MotorLAB=1 -MotorType_MotorLAB=IM -CurrentMotFilePath_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\e5_IM_HWJ.mot -CurrentMotFileDir_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ - -[CalibrationParameters_MotorLAB] -TestType_MotorLAB=0 -TestSpeedMin_MotorLAB=0 -TestSpeedInc_MotorLAB=1 -TestSpeedMax_MotorLAB=1000 -ExpData_MotorLAB=False -ExpDataType_MotorLAB=0 -ExpDataPath_MotorLAB= - -[ModelParameters_MotorLAB] -PsiQ_coeff_MotorLAB[0]=0 -PsiQ_coeff_MotorLAB[1]=0 -PsiQ_coeff_MotorLAB[2]=0 -PsiQ_coeff_MotorLAB[3]=0 -PsiQ_coeff_MotorLAB[4]=0 -PsiQ_coeff_MotorLAB[5]=0 -PsiQ_coeff_MotorLAB[6]=0 -PsiQ_coeff_MotorLAB[7]=0 -PsiQ_coeff_MotorLAB[8]=0 -PsiQ_coeff_MotorLAB[9]=0 -PsiQ_coeff_MotorLAB[10]=0 -PsiQ_coeff_MotorLAB[11]=0 -PsiD_coeff_MotorLAB[0]=0 -PsiD_coeff_MotorLAB[1]=0 -PsiD_coeff_MotorLAB[2]=0 -PsiD_coeff_MotorLAB[3]=0 -PsiD_coeff_MotorLAB[4]=0 -PsiD_coeff_MotorLAB[5]=0 -PsiD_coeff_MotorLAB[6]=0 -PsiD_coeff_MotorLAB[7]=0 -PsiD_coeff_MotorLAB[8]=0 -PsiD_coeff_MotorLAB[9]=0 -PsiD_coeff_MotorLAB[10]=0 -PsiD_coeff_MotorLAB[11]=0 -Ld_MotorLAB=0 -Lq_MotorLAB=0 -LamM_MotorLAB=0 -Isc_MotorLAB=0 -ModulationIndex_MotorLAB=0.95 -ModelType_MotorLAB=1 -Pole_MotorLAB=6 -XEndLeak_MotorLAB=1 -Vdrop_MotorLAB=True -SatModelPoints_MotorLAB=0 -Sync_ModelPoints_Lab=0 -ModelBuildGammaDistribution_Lab=1 -ModelBuildPoints_Current_Lab=6 -ModelBuildPoints_RotorCurrent_Lab=5 -ModelBuildPoints_Gamma_Lab=5 -SatModelBuildPoints_Lab=0 -Sync_SatModelBuildPoints_Lab=0 -SaturationModelMethod_Lab=0 -SaturationModelInterpolation_Lab=0 -SyncRel_MotorLAB=False -LEndWdg_MotorLAB=0 -LossModelBuildPoints_Lab=6 -Sync_LossModelBuildPoints_Lab=6 -LossModel_Is_Lab[0]=0 -Sync_IsLossModel_Lab[0]=0 -LossModel_Is_Lab[1]=70.7106781187 -Sync_IsLossModel_Lab[1]=70.7106781187 -LossModel_Is_Lab[2]=141.421356237 -Sync_IsLossModel_Lab[2]=141.421356237 -LossModel_Is_Lab[3]=212.132034356 -Sync_IsLossModel_Lab[3]=212.132034356 -LossModel_Is_Lab[4]=282.842712475 -Sync_IsLossModel_Lab[4]=282.842712475 -LossModel_Is_Lab[5]=707.106781187 -Sync_IsLossModel_Lab[5]=707.106781187 -LossModel_Ir_Lab[0]=0 -Sync_IrLossModel_Lab[0]=0 -LossModel_Ir_Lab[1]=0 -Sync_IrLossModel_Lab[1]=0 -LossModel_Ir_Lab[2]=0 -Sync_IrLossModel_Lab[2]=0 -LossModel_Ir_Lab[3]=0 -Sync_IrLossModel_Lab[3]=0 -LossModel_Ir_Lab[4]=0 -Sync_IrLossModel_Lab[4]=0 -LossModel_Ir_Lab[5]=0 -Sync_IrLossModel_Lab[5]=0 -LossModel_Gamma_Lab[0]=0 -Sync_GammaLossModel_Lab[0]=0 -LossModel_Gamma_Lab[1]=0 -Sync_GammaLossModel_Lab[1]=0 -LossModel_Gamma_Lab[2]=0 -Sync_GammaLossModel_Lab[2]=0 -LossModel_Gamma_Lab[3]=0 -Sync_GammaLossModel_Lab[3]=0 -LossModel_Gamma_Lab[4]=0 -Sync_GammaLossModel_Lab[4]=0 -LossModel_Gamma_Lab[5]=0 -Sync_GammaLossModel_Lab[5]=0 -NumberOfCuboids_LossModel_Lab=6 -SleeveLossCoefficient_Lab=0 -SleeveLossCalc_Lab=0 -LossModel_Sleeve_Lab[0]=0 -LossModel_Sleeve_Lab[1]=0 -LossModel_Sleeve_Lab[2]=0 -LossModel_Sleeve_Lab[3]=0 -LossModel_Sleeve_Lab[4]=0 -LossModel_Sleeve_Lab[5]=0 -BandingLossCalc_Lab=0 -FEALossMap_RefSpeed_Lab=12000 -LossModel_Banding_Lab[0]=0 -LossModel_Banding_Lab[1]=0 -LossModel_Banding_Lab[2]=0 -LossModel_Banding_Lab[3]=0 -LossModel_Banding_Lab[4]=0 -LossModel_Banding_Lab[5]=0 -BandingLossCoefficient_Lab=0 -IM_IphLmArray_MotorLAB[0]=0 -IM_IphLmArray_MotorLAB[1]=7.07106781187 -IM_IphLmArray_MotorLAB[2]=10.6066017178 -IM_IphLmArray_MotorLAB[3]=14.1421356237 -IM_IphLmArray_MotorLAB[4]=17.6776695297 -IM_IphLmArray_MotorLAB[5]=21.9203102168 -IM_IphLmArray_MotorLAB[6]=28.2842712475 -IM_IphLmArray_MotorLAB[7]=35.3553390593 -IM_IphLmArray_MotorLAB[8]=42.4264068712 -IM_IphLmArray_MotorLAB[9]=56.5685424949 -IM_IphLmArray_MotorLAB[10]=70.7106781187 -IM_IphLmArray_MotorLAB[11]=88.3883476483 -IM_IphLmArray_MotorLAB[12]=113.13708499 -IM_IphLmArray_MotorLAB[13]=141.421356237 -IM_IphLmArray_MotorLAB[14]=176.776695297 -IM_IphLmArray_MotorLAB[15]=226.27416998 -IM_IphLmArray_MotorLAB[16]=282.842712475 -IM_IphLmArray_MotorLAB[17]=353.553390593 -IM_IphLmArray_MotorLAB[18]=445.477272148 -IM_IphLmArray_MotorLAB[19]=565.685424949 -IM_IphLmArray_MotorLAB[20]=707.106781187 -IronLossModelSplit_Lab=0 -IM_IronLossModelSplit_MotorLAB=0 -IronLossModelSplit_Stator_Lab=0 -IronLossModelSplit_Rotor_Lab=0 -IM_FeLossModelPoints_MotorLAB=6 -IM_IphFeArray_MotorLAB[0]=0 -IM_IphFeArray_MotorLAB[1]=70.7106781187 -IM_IphFeArray_MotorLAB[2]=141.421356237 -IM_IphFeArray_MotorLAB[3]=212.132034356 -IM_IphFeArray_MotorLAB[4]=282.842712475 -IM_IphFeArray_MotorLAB[5]=707.106781187 -Slots_MotorLAB=72 -TwindingCalc_MotorLAB=40 -TmagnetCalc_MotorLAB=20 -WindingAlpha_MotorLAB=0.00393 -IM_R1_MotorLAB=0.00941462779058553 -IM_R2_MotorLAB=0.00347709668436481 -IM_L1_MotorLAB=2.31004553581932E-5 -IM_L2_MotorLAB=4.00624584525856E-5 -IM_RtrBarH_MotorLAB=20 -IM_RtrBarC_MotorLAB=39416037.2188296 -IM_LmCurve_MotorLAB=False -IM_SaturationModelType_Lab=1 -IMMagnetizingInductanceFEAMethod_Lab=1 -IMEndringCurrentMethod_Lab=1 -TurnsRef_MotorLAB=1 -TurnsCalc_MotorLAB=1 -MaxModelCurrent_MotorLAB=707.106781186548 -MaxModelCurrent_RMS_MotorLAB=500 -InitialImport_MotorLAB=True -BuildSatModel_MotorLAB=True -ModelBuildSpeed_MotorLAB=12000 -ResultsPath_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\e5_IM_HWJ\Lab\ -AutoShowResults_MotorLAB=False -ComparisonPath_Lab= -IM_SlipRes_MotorLAB=1E-6 -FastRotorSkew_MotorLAB=True -SaturationModelGoodness_Lab=0 -TimeoutMultiplier_Lab=1 -RotorWindingTemp_Ref_Lab=140 -RotorWindingTemp_Calc_Lab=140 -RotorWindingTempCoeffResistivity_Lab=0.00393 -NumCustomLosses_Lab=0 -CustomLoss_AllowedValues_Lab=1 -LabModel_Saturation_Date=16-10-20 15:18 -LabModel_Saturation_Method=1 -LabModel_Saturation_NumPoints=-1 -LabModel_Saturation_StatorCurrent_Peak=707.106781187 -LabModel_Saturation_StatorCurrent_RMS=500 -LabModel_Saturation_RotorCurrent=0 -LabModel_IronLoss_Date=16-10-20 15:21 -LabModel_IronLoss_Method=1 -LabModel_IronLoss_StatorCurrent_Peak=707.106781187 -LabModel_IronLoss_StatorCurrent_RMS=500 -LabModel_IronLoss_RotorCurrent=0 -LabModel_ACLoss_Date= -LabModel_ACLoss_Method=-1 -LabModel_ACLoss_StatorCurrent_Peak=0 -LabModel_ACLoss_StatorCurrent_RMS=0 -LabModel_ACLoss_RotorCurrent=0 -LabModel_MagnetLoss_Date= -LabModel_MagnetLoss_Method=-1 -LabModel_MagnetLoss_StatorCurrent_Peak=0 -LabModel_MagnetLoss_StatorCurrent_RMS=0 -LabModel_MagnetLoss_RotorCurrent=0 -LabModel_SleeveLoss_Date= -LabModel_SleeveLoss_Method=-1 -LabModel_SleeveLoss_StatorCurrent_Peak=0 -LabModel_SleeveLoss_StatorCurrent_RMS=0 -LabModel_SleeveLoss_RotorCurrent=0 -LabModel_BandingLoss_Date= -LabModel_BandingLoss_Method=-1 -LabModel_BandingLoss_StatorCurrent_Peak=0 -LabModel_BandingLoss_StatorCurrent_RMS=0 -LabModel_BandingLoss_RotorCurrent=0 -MaxModelCurrent_Rotor_Lab=12 -Sync_MaxModelCurrent_Rotor_Lab=12 -Sync_SaturationModelType_Lab=0 -RotorCopperLossCalc_Lab=0 -Sync_RotorWindingLossCalc_Lab=0 -RotorWindingResistance_Lab=0.00347709668436481 -Sync_RotorWindingResistance_Lab=0.00347709668436481 -Sync_ModelSkewMethod_Lab=1 -Sync_NumIrPoints_Lab=0 - -[SimulationParameters_MotorLAB] -PrevCalcImax_MotorLAB=500 -PrevCalcImin_MotorLAB=10 -PrevCalcIinc_MotorLAB=10 -CalcComplete_MotorLAB=False -CalCalcComplete_MotorLAB=False -SpeedMax_MotorLAB=12000 -Speedinc_MotorLAB=200 -SpeedMin_MotorLAB=200 -Imax_MotorLAB=707.106781186548 -Imax_RMS_MotorLAB=500 -Iinc_MotorLAB=10 -Imin_MotorLAB=14.142135623731 -Imin_RMS_MotorLAB=10 -NonSalient_MotorLAB=False -TorqueDemand_MotorLAB=140 -PhaseAdvanceDemand_Lab=0 -SlipDemand_Lab=0.01 -StatorCurrentDemand_Lab=0 -StatorCurrentDemand_RMS_Lab=0 -SpeedDemand_MotorLAB=1 -StatorTempDemand_Lab=160 -RotorTempDemand_Lab=140 -CancelCalc_MotorLAB=False -OperatingMode_Lab=0 -GenMode_MotorLAB=0 -SmoothMap_MotorLAB=False -ControlStrat_MotorLAB=0 -NumControlStrategyPoints_Lab=3 -ControlStrat_Speed_Lab[0]=0 -ControlStrat_Speed_Lab[1]=1000 -ControlStrat_Speed_Lab[2]=2000 -ControlStrat_PhaseAdvance_Lab[0]=0 -ControlStrat_PhaseAdvance_Lab[1]=15 -ControlStrat_PhaseAdvance_Lab[2]=30 -DCCurrentLimit_Lab=0 -MaxDCCurrent_Lab=80 -StatorCurrentLimit_Lab=1 -IM_StatorCurrentLimit_Lab=1 -InitialCurrentMethod_Lab=2 -PowerLimVal_MotorLAB=0 -PowerLim_MotorLAB=False -IM_InitialSlip_MotorLAB=0.005 -EMCalcStatus_MotorLAB= -CalCalcStatus_MotorLAB= -ResistanceTurnsRef_MotorLAB=1 -LabThermalCoupling=0 -LabThermalCoupling_DutyCycle=0 -LabMagneticCoupling=0 -OpPointSpec_MotorLAB=0 -MaxNumAltStartPoints_Lab=2 -MinTorque_MotorLAB=10 -TorqueInc_MotorLAB=10 -TorqueMax_MotorLAB=100 -EmagneticCalcType_Lab=1 -NumCustomLossVariables_Lab=52 -CustomLossVariables_Lab[0]=Speed -CustomLossVariables_Lab[1]=Stator_Current_Phase_Peak -CustomLossVariables_Lab[2]=Stator_Current_Phase_RMS -CustomLossVariables_Lab[3]=Stator_Current_Line_Peak -CustomLossVariables_Lab[4]=Stator_Current_Line_RMS -CustomLossVariables_Lab[5]=Rotor_Current_Peak -CustomLossVariables_Lab[6]=Rotor_Current_RMS -CustomLossVariables_Lab[7]=Rotor_Current_Referred_Peak -CustomLossVariables_Lab[8]=Rotor_Current_Referred_RMS -CustomLossVariables_Lab[9]=Magnetizing_Current_Peak -CustomLossVariables_Lab[10]=Magnetizing_Current_RMS -CustomLossVariables_Lab[11]=Endring_Current_Peak -CustomLossVariables_Lab[12]=Endring_Current_RMS -CustomLossVariables_Lab[13]=Voltage_Phase_Peak -CustomLossVariables_Lab[14]=Voltage_Phase_RMS -CustomLossVariables_Lab[15]=Voltage_Line_Peak -CustomLossVariables_Lab[16]=Voltage_Line_RMS -CustomLossVariables_Lab[17]=Id_Peak -CustomLossVariables_Lab[18]=Id_RMS -CustomLossVariables_Lab[19]=Iq_Peak -CustomLossVariables_Lab[20]=Iq_RMS -CustomLossVariables_Lab[21]=Slip -CustomLossVariables_Lab[22]=Frequency -CustomLossVariables_Lab[23]=Rotor_Current_Frequency -CustomLossVariables_Lab[24]=Magnetizing_Inductance -CustomLossVariables_Lab[25]=Magnetizing_Reactance -CustomLossVariables_Lab[26]=Stator_Copper_Loss -CustomLossVariables_Lab[27]=Stator_Copper_Loss_AC -CustomLossVariables_Lab[28]=Stator_Copper_Loss_DC -CustomLossVariables_Lab[29]=Rotor_Cage_Loss -CustomLossVariables_Lab[30]=Iron_Loss -CustomLossVariables_Lab[31]=Iron_Loss_Stator -CustomLossVariables_Lab[32]=Iron_Loss_Stator_Back_Iron -CustomLossVariables_Lab[33]=Iron_Loss_Stator_Tooth -CustomLossVariables_Lab[34]=Iron_Loss_Rotor -CustomLossVariables_Lab[35]=Iron_Loss_Rotor_Back_Iron -CustomLossVariables_Lab[36]=Iron_Loss_Rotor_Tooth -CustomLossVariables_Lab[37]=Iron_Loss_Hysteresis -CustomLossVariables_Lab[38]=Iron_Loss_Eddy -CustomLossVariables_Lab[39]=Sleeve_Loss -CustomLossVariables_Lab[40]=Banding_Loss -CustomLossVariables_Lab[41]=Stray_Load_Loss -CustomLossVariables_Lab[42]=Mechanical_Loss -CustomLossVariables_Lab[43]=Windage_Loss -CustomLossVariables_Lab[44]=Friction_Loss -CustomLossVariables_Lab[45]=Power_Factor_From_Power_Balance -CustomLossVariables_Lab[46]=Electromagnetic_Power -CustomLossVariables_Lab[47]=Electromagnetic_Torque -CustomLossVariables_Lab[48]=Terminal_Power -CustomLossVariables_Lab[49]=DC_Bus_Voltage -CustomLossVariables_Lab[50]=Stator_Winding_Temp_Average -CustomLossVariables_Lab[51]=Rotor_Winding_Temp -MaxRotorTemp_Lab=160 -Sync_RotorTempMax_Lab=160 -RotorCurrentEstimate_Lab=6 -Sync_RotorCurrentEstimate_Lab=6 -RotorCurrentDemand_Lab=6 -Sync_RotorCurrentDemand_Lab=6 -Sync_RotorCurrentMax_Lab=12 -Sync_StatorCurrentMax_Lab=212.132034355964 -Sync_StatorCurrentMax_RMS_Lab=150 -Sync_CurrentIncs_Lab=10 -Sync_MinTorqueLevel_Lab=2.5 -Sync_InitialGamma_Lab=10 -Sync_ControlStrategy_Lab=0 -Sync_StatorRotorLossBiasRatio_Lab=1 -Sync_ConvergenceMethod_Lab=1 -Sync_ConvergenceTolerance_Lab=1 -Sync_MaxIterations_Lab=40 -Sync_IterationsBeforeAverage_Lab=5 -Sync_IterationsInAverage_Lab=2 - -[LossParameters_MotorLAB] -IronLossCalc_Lab=0 -IronLossCalc_SPEED_Lab=0 -BPM_IronLossSpeedCalc_Lab=0 -CalcTypeCuLoss_MotorLAB=0 -MagnetLossCalc_Lab=0 -MagnetLossCalc_SPEED_Lab=0 -Resistance_MotorLAB=0.00941462779058553 -Ah_MotorLAB=0 -Ae_MotorLAB=0 -Bh_MotorLAB=0 -Be_MotorLAB=0 -n2ac_MotorLAB=12000 -Wmag_MotorLAB=0 -Imag_MotorLAB=0 -Nmag_MotorLAB=0 -WmagOC_MotorLAB=0 -MagLossCoeff_MotorLAB=2 -RotorIronEddyLossExponent_Lab=2 -AcLossFreq_MotorLAB=2 -RacRdc_MotorLAB=1.08235531769 -ACConductorLossSplit_Lab=0 -ACLossSpeedScalingMethod_Lab=1 -ACLossGeneratorMethod_Lab=1 -IM_IronLossCalc_MotorLAB=1 -FeHysLossArray_MotorLAB[0]=0 -FeHysLossArray_MotorLAB[1]=0 -FeHysLossArray_MotorLAB[2]=0 -FeHysLossArray_MotorLAB[3]=0 -FeHysLossArray_MotorLAB[4]=0 -FeHysLossArray_MotorLAB[5]=0 -FeHysLossArray_Stator_Lab[0]=0 -FeHysLossArray_Stator_Lab[1]=0 -FeHysLossArray_Stator_Lab[2]=0 -FeHysLossArray_Stator_Lab[3]=0 -FeHysLossArray_Stator_Lab[4]=0 -FeHysLossArray_Stator_Lab[5]=0 -FeHysLossArray_Rotor_Lab[0]=0 -FeHysLossArray_Rotor_Lab[1]=0 -FeHysLossArray_Rotor_Lab[2]=0 -FeHysLossArray_Rotor_Lab[3]=0 -FeHysLossArray_Rotor_Lab[4]=0 -FeHysLossArray_Rotor_Lab[5]=0 -FeEddyLossArray_MotorLAB[0]=0 -FeEddyLossArray_MotorLAB[1]=0 -FeEddyLossArray_MotorLAB[2]=0 -FeEddyLossArray_MotorLAB[3]=0 -FeEddyLossArray_MotorLAB[4]=0 -FeEddyLossArray_MotorLAB[5]=0 -FeEddyLossArray_Stator_Lab[0]=0 -FeEddyLossArray_Stator_Lab[1]=0 -FeEddyLossArray_Stator_Lab[2]=0 -FeEddyLossArray_Stator_Lab[3]=0 -FeEddyLossArray_Stator_Lab[4]=0 -FeEddyLossArray_Stator_Lab[5]=0 -FeEddyLossArray_Rotor_Lab[0]=0 -FeEddyLossArray_Rotor_Lab[1]=0 -FeEddyLossArray_Rotor_Lab[2]=0 -FeEddyLossArray_Rotor_Lab[3]=0 -FeEddyLossArray_Rotor_Lab[4]=0 -FeEddyLossArray_Rotor_Lab[5]=0 -FeLossRotorEd_MotorLAB[0]=0 -FeLossRotorEd_MotorLAB[1]=0 -FeLossRotorEd_MotorLAB[2]=0 -FeLossRotorEd_MotorLAB[3]=0 -FeLossRotorEd_MotorLAB[4]=0 -FeLossRotorEd_MotorLAB[5]=0 -FeLossBackIronEd_MotorLAB[0]=0 -FeLossBackIronEd_MotorLAB[1]=0 -FeLossBackIronEd_MotorLAB[2]=0 -FeLossBackIronEd_MotorLAB[3]=0 -FeLossBackIronEd_MotorLAB[4]=0 -FeLossBackIronEd_MotorLAB[5]=0 -FeLossToothEd_MotorLAB[0]=0 -FeLossToothEd_MotorLAB[1]=0 -FeLossToothEd_MotorLAB[2]=0 -FeLossToothEd_MotorLAB[3]=0 -FeLossToothEd_MotorLAB[4]=0 -FeLossToothEd_MotorLAB[5]=0 -FeLossRotorHy_MotorLAB[0]=0 -FeLossRotorHy_MotorLAB[1]=0 -FeLossRotorHy_MotorLAB[2]=0 -FeLossRotorHy_MotorLAB[3]=0 -FeLossRotorHy_MotorLAB[4]=0 -FeLossRotorHy_MotorLAB[5]=0 -FeLossBackIronHy_MotorLAB[0]=0 -FeLossBackIronHy_MotorLAB[1]=0 -FeLossBackIronHy_MotorLAB[2]=0 -FeLossBackIronHy_MotorLAB[3]=0 -FeLossBackIronHy_MotorLAB[4]=0 -FeLossBackIronHy_MotorLAB[5]=0 -FeLossToothHy_MotorLAB[0]=0 -FeLossToothHy_MotorLAB[1]=0 -FeLossToothHy_MotorLAB[2]=0 -FeLossToothHy_MotorLAB[3]=0 -FeLossToothHy_MotorLAB[4]=0 -FeLossToothHy_MotorLAB[5]=0 -FeLossRotorPoleHy_MotorLAB[0]=0 -FeLossRotorPoleHy_MotorLAB[1]=0 -FeLossRotorPoleHy_MotorLAB[2]=0 -FeLossRotorPoleHy_MotorLAB[3]=0 -FeLossRotorPoleHy_MotorLAB[4]=0 -FeLossRotorPoleHy_MotorLAB[5]=0 -FeLossRotorPoleEd_MotorLAB[0]=0 -FeLossRotorPoleEd_MotorLAB[1]=0 -FeLossRotorPoleEd_MotorLAB[2]=0 -FeLossRotorPoleEd_MotorLAB[3]=0 -FeLossRotorPoleEd_MotorLAB[4]=0 -FeLossRotorPoleEd_MotorLAB[5]=0 -MagLossArray_MotorLAB[0]=0 -MagLossArray_MotorLAB[1]=0 -MagLossArray_MotorLAB[2]=0 -MagLossArray_MotorLAB[3]=0 -MagLossArray_MotorLAB[4]=0 -MagLossArray_MotorLAB[5]=0 -ACConductorLossProportion_Lab[0]=0 -ACConductorLossProportion_Lab[1]=0 -ACConductorLossProportion_Lab[2]=0 -ACConductorLossProportion_Lab[3]=0 -ACConductorLossProportion_Lab[4]=0 -ACConductorLossProportion_Lab[5]=0 -IM_LmArray_MotorLAB[0]=0.00118058574948 -IM_LmArray_MotorLAB[1]=0.00118058574948 -IM_LmArray_MotorLAB[2]=0.00117396241575 -IM_LmArray_MotorLAB[3]=0.00119057449897 -IM_LmArray_MotorLAB[4]=0.00119013320011 -IM_LmArray_MotorLAB[5]=0.00117372621323 -IM_LmArray_MotorLAB[6]=0.0011811763943 -IM_LmArray_MotorLAB[7]=0.00119414948842 -IM_LmArray_MotorLAB[8]=0.00118035100159 -IM_LmArray_MotorLAB[9]=0.0011724873076 -IM_LmArray_MotorLAB[10]=0.00118038668183 -IM_LmArray_MotorLAB[11]=0.00113208834062 -IM_LmArray_MotorLAB[12]=0.000986297760441 -IM_LmArray_MotorLAB[13]=0.000847535706785 -IM_LmArray_MotorLAB[14]=0.000718439202839 -IM_LmArray_MotorLAB[15]=0.000587950228119 -IM_LmArray_MotorLAB[16]=0.000487121149094 -IM_LmArray_MotorLAB[17]=0.000400149785387 -IM_LmArray_MotorLAB[18]=0.000326602388738 -IM_LmArray_MotorLAB[19]=0.000263471613304 -IM_LmArray_MotorLAB[20]=0.000216926445904 -IM_FeHysLossArray_MotorLAB[0]=0 -IM_FeHysLossArray_MotorLAB[1]=0.55695692715 -IM_FeHysLossArray_MotorLAB[2]=1.13915663889 -IM_FeHysLossArray_MotorLAB[3]=1.33676632908 -IM_FeHysLossArray_MotorLAB[4]=1.43425078441 -IM_FeHysLossArray_MotorLAB[5]=1.67064894998 -IM_FeEddyLossArray_MotorLAB[0]=0 -IM_FeEddyLossArray_MotorLAB[1]=0.000879158706748 -IM_FeEddyLossArray_MotorLAB[2]=0.00209383200553 -IM_FeEddyLossArray_MotorLAB[3]=0.00261781848052 -IM_FeEddyLossArray_MotorLAB[4]=0.00292826901599 -IM_FeEddyLossArray_MotorLAB[5]=0.00362859690326 -IM_FeLoss_StatorBackIronHys_MotorLAB[0]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[1]=0.357782232349 -IM_FeLoss_StatorBackIronHys_MotorLAB[2]=0.777079575959 -IM_FeLoss_StatorBackIronHys_MotorLAB[3]=0.918731365815 -IM_FeLoss_StatorBackIronHys_MotorLAB[4]=0.994053093808 -IM_FeLoss_StatorBackIronHys_MotorLAB[5]=1.15655171088 -IM_FeLoss_StatorBackIronEddy_MotorLAB[0]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[1]=0.000581324421217 -IM_FeLoss_StatorBackIronEddy_MotorLAB[2]=0.0013858800384 -IM_FeLoss_StatorBackIronEddy_MotorLAB[3]=0.00172209473024 -IM_FeLoss_StatorBackIronEddy_MotorLAB[4]=0.00192175624557 -IM_FeLoss_StatorBackIronEddy_MotorLAB[5]=0.002357832438 -IM_FeLoss_StatorToothHys_MotorLAB[0]=0 -IM_FeLoss_StatorToothHys_MotorLAB[1]=0.18033803638 -IM_FeLoss_StatorToothHys_MotorLAB[2]=0.339937338425 -IM_FeLoss_StatorToothHys_MotorLAB[3]=0.394405733846 -IM_FeLoss_StatorToothHys_MotorLAB[4]=0.415658717386 -IM_FeLoss_StatorToothHys_MotorLAB[5]=0.484965116888 -IM_FeLoss_StatorToothEddy_MotorLAB[0]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[1]=0.000297834285531 -IM_FeLoss_StatorToothEddy_MotorLAB[2]=0.000707951967133 -IM_FeLoss_StatorToothEddy_MotorLAB[3]=0.000895723750287 -IM_FeLoss_StatorToothEddy_MotorLAB[4]=0.00100651277042 -IM_FeLoss_StatorToothEddy_MotorLAB[5]=0.00127076446526 -IM_FeLoss_RotorBackIronHys_MotorLAB[0]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[1]=3.97951850692E-6 -IM_FeLoss_RotorBackIronHys_MotorLAB[2]=1.33474822116E-5 -IM_FeLoss_RotorBackIronHys_MotorLAB[3]=2.33816423678E-5 -IM_FeLoss_RotorBackIronHys_MotorLAB[4]=3.22043575319E-5 -IM_FeLoss_RotorBackIronHys_MotorLAB[5]=7.81908742904E-5 -IM_FeLoss_RotorBackIronEddy_MotorLAB[0]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[1]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[2]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[3]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[4]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[5]=0 -IM_FeLoss_RotorToothHys_MotorLAB[0]=0 -IM_FeLoss_RotorToothHys_MotorLAB[1]=0.0188326789019 -IM_FeLoss_RotorToothHys_MotorLAB[2]=0.0221263770237 -IM_FeLoss_RotorToothHys_MotorLAB[3]=0.0236058477757 -IM_FeLoss_RotorToothHys_MotorLAB[4]=0.0245067688536 -IM_FeLoss_RotorToothHys_MotorLAB[5]=0.0290539313373 -IM_FeLoss_RotorToothEddy_MotorLAB[0]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[1]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[2]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[3]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[4]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[5]=0 -BuildLossModel_MotorLAB=True -LossModel_Lab=1 -Sync_IronLossCalc_Lab=0 - -[ThermalParameters_MotorLAB] -ThermEnvBuilt_MotorLAB=False -ThermMapBuilt_MotorLAB=False -MaxSpeedTherm_MotorLAB=12000 -SpeedStepTherm_MotorLAB=500 -MinSpeedTherm_Lab=50 -MaxWindTemp_MotorLAB=160 -ThermCalcType_MotorLAB=0 -MaxWindingSpec_MotorLAB=1 -ThermalConvergenceMethod_Lab=1 -ThermalEnvelopeSensitivity_Lab=1 -ThermalStatorWindingTemperatureMethod_Lab=1 -Thermal_TemperaturesForEMag_Lab=1 -IncludeSpeedScaling_UserDefinedLoss_Lab=True -RotorTemperatureTolerance_Lab=1 -RotorTemperatureMaxIterations_Lab=20 -RotorTemperatureIterationsBeforeAverage_Lab=4 -RotorTemperatureIterationsInAverage_Lab=3 -RotorTemperatureMaxDivergingSteps_Lab=5 -BrTempCoeff_MotorLAB=-0.12 -Iest_MotorLAB=353.553390593274 -Iest_RMS_MotorLAB=250 -Tmag_MotorLAB=20 -Twdg_MotorLAB=40 -WindingTemp_ACLoss_Ref_Lab=40 -LossProp_Stator_Lab=0.9 -LossProp_Rotor_Lab=0.05 -Rotor_MotorLAB=0.05 -LossProp_StatorBackIron_Lab=0.45 -LossProp_StatorTooth_Lab=0.55 -LossProp_RotorBackIron_Lab=1 -LossProp_RotorPole_Lab=0 -TempLimit_MotorLAB=1 -MaxMagnet_MotorLAB=140 -ThermMaxCurrentLim_MotorLAB=False -IM_SllStatorSplit_MotorLAB=0.95 -IM_SllRotorSplit_MotorLAB=0.05 -ThermalCalcStatus_MotorLAB= -ThermalMapType_Lab=0 -NumCustomThermalLimits_Lab=0 - -[GeneratorParameters_Lab] -Generator_CalcComplete_Lab=False -Generator_CalcStatus_Lab= -Gen_Load_Definition_Lab=0 -Gen_Load_Connection_Lab=0 -Gen_Speed_Fixed_Lab=False -Gen_Speed_Max_Lab=6000 -Gen_Speed_Min_Lab=0 -Gen_Speed_Step_Lab=500 -Gen_Impedance_Fixed_Lab=False -Gen_Impedance_Max_Lab=10 -Gen_Impedance_Min_Lab=1 -Gen_Impedance_Step_Lab=1 -Gen_PF_Fixed_Lab=True -Gen_PF_Max_Lab=1 -Gen_PF_Min_Lab=0.5 -Gen_PF_Step_Lab=0.1 -Gen_Resistance_Fixed_Lab=False -Gen_Resistance_Max_Lab=10 -Gen_Resistance_Min_Lab=1 -Gen_Resistance_Step_Lab=1 -Gen_Inductance_Fixed_Lab=True -Gen_Inductance_Max_Lab=0.01 -Gen_Inductance_Min_Lab=0.001 -Gen_Inductance_Step_Lab=0.001 -Gen_Sync_Rotor_Current_Lab=12 - -[OptimisationParameters] -OptimisationParticles=25 -OptimisationIterations=100 -OptimisationUseErrorCutoff=False -OptimisationErrorValue=1 -OptimisationErrorType=0 -OptimisationErrorTerm=0 -OptimisationGraphUpdateEnabled=True -OptimisationFileLocation= -OptimisationVerboseUpdateEnabled=False -OptislangExportDirectory= -OptislangSettingsOption=0 -OptislangPeakTemp=40 -OptislangDutyCycleTemp=40 -OptislangContinuousTemp_Rotor=140 -OptislangContinuousTemp_Winding=160 -OptislangSetting_SaveScreenshots=False -OptislangSetting_RestartMotorCAD=True -OptislangSetting_ScaleHousing=True - -[OutputSheets] -NumAxialSliceTempGraphs=0 -NumCuboidalTempGraphs=0 -NumAxialTempGraphs=104 -AxialTempGraphsName_Array[0]=Housing -AxialTempGraphsName_Array[1]=Housing_OH_F -AxialTempGraphsName_Array[2]=ECap_F -AxialTempGraphsName_Array[3]=Housing_OH_R -AxialTempGraphsName_Array[4]=ECap_R -AxialTempGraphsName_Array[5]=Shaft_F -AxialTempGraphsName_Array[6]=Shaft_R -AxialTempGraphsName_Array[7]=Stator_Yoke -AxialTempGraphsName_Array[8]=HFl_WJ_A -AxialTempGraphsName_Array[9]=Housing_F -AxialTempGraphsName_Array[10]=Rotor_ES_F -AxialTempGraphsName_Array[11]=Bearing_Front -AxialTempGraphsName_Array[12]=Housing_R -AxialTempGraphsName_Array[13]=Rotor_ES_R -AxialTempGraphsName_Array[14]=Bearing_Rear -AxialTempGraphsName_Array[15]=Tooth(C1) -AxialTempGraphsName_Array[16]=Stat_Surface -AxialTempGraphsName_Array[17]=Rot_Surface -AxialTempGraphsName_Array[18]=Wedge -AxialTempGraphsName_Array[19]=Tooth(C2) -AxialTempGraphsName_Array[20]=Rot_Lam_Tooth -AxialTempGraphsName_Array[21]=Rot_Lam_Yoke -AxialTempGraphsName_Array[22]=Shaft_Centre -AxialTempGraphsName_Array[23]=Shaft_OH_F -AxialTempGraphsName_Array[24]=Shaft_OH_R -AxialTempGraphsName_Array[25]=EndRing_Bore_F -AxialTempGraphsName_Array[26]=EndRing_Outer_F -AxialTempGraphsName_Array[27]=EndRing_Front_F -AxialTempGraphsName_Array[28]=EWdg_Outer_F(C1) -AxialTempGraphsName_Array[29]=EWdg_Front_F(C1) -AxialTempGraphsName_Array[30]=EWdg_Bore_F(C2) -AxialTempGraphsName_Array[31]=EWdg_Front_F(C2) -AxialTempGraphsName_Array[32]=EndRing_Bore_R -AxialTempGraphsName_Array[33]=EndRing_Outer_R -AxialTempGraphsName_Array[34]=EndRing_Rear_R -AxialTempGraphsName_Array[35]=EWdg_Outer_R(C1) -AxialTempGraphsName_Array[36]=EWdg_Rear_R(C1) -AxialTempGraphsName_Array[37]=EWdg_Bore_R(C2) -AxialTempGraphsName_Array[38]=EWdg_Rear_R(C2) -AxialTempGraphsName_Array[39]=EndRing_F (Average) -AxialTempGraphsName_Array[40]=EndRing_R (Average) -AxialTempGraphsName_Array[41]=Rotor_Bar (Average) -AxialTempGraphsName_Array[42]=EWdg_F (Average)(C1) -AxialTempGraphsName_Array[43]=EWdg_Rear_F(C1) -AxialTempGraphsName_Array[44]=EWdg_R (Average)(C1) -AxialTempGraphsName_Array[45]=EWdg_Front_R(C1) -AxialTempGraphsName_Array[46]=Winding (Average)(C2) -AxialTempGraphsName_Array[47]=Winding (Average)(C1) -AxialTempGraphsName_Array[48]=EWdg_F (Average)(C2) -AxialTempGraphsName_Array[49]=EWdg_Rear_F(C2) -AxialTempGraphsName_Array[50]=EWdg_R (Average)(C2) -AxialTempGraphsName_Array[51]=EWdg_Front_R(C2) -AxialTempGraphsName_Array[52]=Tooth(C6) -AxialTempGraphsName_Array[53]=Fluid_SG_A -AxialTempGraphsName_Array[54]=EWdg_Front_F(C3) -AxialTempGraphsName_Array[55]=EWdg_Front_F(C4) -AxialTempGraphsName_Array[56]=EWdg_Front_F(C5) -AxialTempGraphsName_Array[57]=EWdg_Bore_F(C6) -AxialTempGraphsName_Array[58]=EWdg_Front_F(C6) -AxialTempGraphsName_Array[59]=EWdg_Rear_R(C3) -AxialTempGraphsName_Array[60]=EWdg_Rear_R(C4) -AxialTempGraphsName_Array[61]=EWdg_Rear_R(C5) -AxialTempGraphsName_Array[62]=EWdg_Bore_R(C6) -AxialTempGraphsName_Array[63]=EWdg_Rear_R(C6) -AxialTempGraphsName_Array[64]=Winding (Average)(C6) -AxialTempGraphsName_Array[65]=Tooth(C3) -AxialTempGraphsName_Array[66]=EWdg_F (Average)(C3) -AxialTempGraphsName_Array[67]=EWdg_Rear_F(C3) -AxialTempGraphsName_Array[68]=EWdg_R (Average)(C3) -AxialTempGraphsName_Array[69]=EWdg_Front_R(C3) -AxialTempGraphsName_Array[70]=Winding (Average)(C3) -AxialTempGraphsName_Array[71]=Tooth(C4) -AxialTempGraphsName_Array[72]=EWdg_F (Average)(C4) -AxialTempGraphsName_Array[73]=EWdg_Rear_F(C4) -AxialTempGraphsName_Array[74]=EWdg_R (Average)(C4) -AxialTempGraphsName_Array[75]=EWdg_Front_R(C4) -AxialTempGraphsName_Array[76]=Winding (Average)(C4) -AxialTempGraphsName_Array[77]=Tooth(C5) -AxialTempGraphsName_Array[78]=EWdg_F (Average)(C5) -AxialTempGraphsName_Array[79]=EWdg_Rear_F(C5) -AxialTempGraphsName_Array[80]=EWdg_R (Average)(C5) -AxialTempGraphsName_Array[81]=EWdg_Front_R(C5) -AxialTempGraphsName_Array[82]=Winding (Average)(C5) -AxialTempGraphsName_Array[83]=EWdg_F (Average)(C6) -AxialTempGraphsName_Array[84]=EWdg_Rear_F(C6) -AxialTempGraphsName_Array[85]=EWdg_R (Average)(C6) -AxialTempGraphsName_Array[86]=EWdg_Front_R(C6) -AxialTempGraphsName_Array[87]=Fluid_SG_F -AxialTempGraphsName_Array[88]=Fluid_SG_R -AxialTempGraphsName_Array[89]=Rotor_F -AxialTempGraphsName_Array[90]=Rotor_R -AxialTempGraphsName_Array[91]=EWdg_Inner_F(C6) -AxialTempGraphsName_Array[92]=EWdg_Inner_R(C6) -AxialTempGraphsName_Array[93]=Endcap_F -AxialTempGraphsName_Array[94]=Endcap_R -AxialTempGraphsName_Array[95]=HousingWJ_A -AxialTempGraphsName_Array[96]=Stator_Surface -AxialTempGraphsName_Array[97]=Rotor_Bar (Avg) -AxialTempGraphsName_Array[98]=Winding (Avg)(C1) -AxialTempGraphsName_Array[99]=Winding (Avg)(C2) -AxialTempGraphsName_Array[100]=Winding (Avg)(C3) -AxialTempGraphsName_Array[101]=Winding (Avg)(C4) -AxialTempGraphsName_Array[102]=Winding (Avg)(C5) -AxialTempGraphsName_Array[103]=Winding (Avg)(C6) -AxialTempGraphsGraph_Array[0]=True -AxialTempGraphsGraph_Array[1]=True -AxialTempGraphsGraph_Array[2]=True -AxialTempGraphsGraph_Array[3]=True -AxialTempGraphsGraph_Array[4]=True -AxialTempGraphsGraph_Array[5]=True -AxialTempGraphsGraph_Array[6]=True -AxialTempGraphsGraph_Array[7]=True -AxialTempGraphsGraph_Array[8]=True -AxialTempGraphsGraph_Array[9]=True -AxialTempGraphsGraph_Array[10]=True -AxialTempGraphsGraph_Array[11]=True -AxialTempGraphsGraph_Array[12]=True -AxialTempGraphsGraph_Array[13]=True -AxialTempGraphsGraph_Array[14]=True -AxialTempGraphsGraph_Array[15]=True -AxialTempGraphsGraph_Array[16]=True -AxialTempGraphsGraph_Array[17]=True -AxialTempGraphsGraph_Array[18]=True -AxialTempGraphsGraph_Array[19]=True -AxialTempGraphsGraph_Array[20]=True -AxialTempGraphsGraph_Array[21]=True -AxialTempGraphsGraph_Array[22]=True -AxialTempGraphsGraph_Array[23]=True -AxialTempGraphsGraph_Array[24]=True -AxialTempGraphsGraph_Array[25]=True -AxialTempGraphsGraph_Array[26]=True -AxialTempGraphsGraph_Array[27]=True -AxialTempGraphsGraph_Array[28]=True -AxialTempGraphsGraph_Array[29]=True -AxialTempGraphsGraph_Array[30]=True -AxialTempGraphsGraph_Array[31]=True -AxialTempGraphsGraph_Array[32]=True -AxialTempGraphsGraph_Array[33]=True -AxialTempGraphsGraph_Array[34]=True -AxialTempGraphsGraph_Array[35]=True -AxialTempGraphsGraph_Array[36]=True -AxialTempGraphsGraph_Array[37]=True -AxialTempGraphsGraph_Array[38]=True -AxialTempGraphsGraph_Array[39]=True -AxialTempGraphsGraph_Array[40]=True -AxialTempGraphsGraph_Array[41]=True -AxialTempGraphsGraph_Array[42]=True -AxialTempGraphsGraph_Array[43]=True -AxialTempGraphsGraph_Array[44]=True -AxialTempGraphsGraph_Array[45]=True -AxialTempGraphsGraph_Array[46]=True -AxialTempGraphsGraph_Array[47]=True -AxialTempGraphsGraph_Array[48]=True -AxialTempGraphsGraph_Array[49]=True -AxialTempGraphsGraph_Array[50]=True -AxialTempGraphsGraph_Array[51]=True -AxialTempGraphsGraph_Array[52]=True -AxialTempGraphsGraph_Array[53]=True -AxialTempGraphsGraph_Array[54]=True -AxialTempGraphsGraph_Array[55]=True -AxialTempGraphsGraph_Array[56]=True -AxialTempGraphsGraph_Array[57]=True -AxialTempGraphsGraph_Array[58]=True -AxialTempGraphsGraph_Array[59]=True -AxialTempGraphsGraph_Array[60]=True -AxialTempGraphsGraph_Array[61]=True -AxialTempGraphsGraph_Array[62]=True -AxialTempGraphsGraph_Array[63]=True -AxialTempGraphsGraph_Array[64]=True -AxialTempGraphsGraph_Array[65]=True -AxialTempGraphsGraph_Array[66]=True -AxialTempGraphsGraph_Array[67]=True -AxialTempGraphsGraph_Array[68]=True -AxialTempGraphsGraph_Array[69]=True -AxialTempGraphsGraph_Array[70]=True -AxialTempGraphsGraph_Array[71]=True -AxialTempGraphsGraph_Array[72]=True -AxialTempGraphsGraph_Array[73]=True -AxialTempGraphsGraph_Array[74]=True -AxialTempGraphsGraph_Array[75]=True -AxialTempGraphsGraph_Array[76]=True -AxialTempGraphsGraph_Array[77]=True -AxialTempGraphsGraph_Array[78]=True -AxialTempGraphsGraph_Array[79]=True -AxialTempGraphsGraph_Array[80]=True -AxialTempGraphsGraph_Array[81]=True -AxialTempGraphsGraph_Array[82]=True -AxialTempGraphsGraph_Array[83]=True -AxialTempGraphsGraph_Array[84]=True -AxialTempGraphsGraph_Array[85]=True -AxialTempGraphsGraph_Array[86]=True -AxialTempGraphsGraph_Array[87]=True -AxialTempGraphsGraph_Array[88]=True -AxialTempGraphsGraph_Array[89]=True -AxialTempGraphsGraph_Array[90]=True -AxialTempGraphsGraph_Array[91]=True -AxialTempGraphsGraph_Array[92]=True -AxialTempGraphsGraph_Array[93]=True -AxialTempGraphsGraph_Array[94]=True -AxialTempGraphsGraph_Array[95]=True -AxialTempGraphsGraph_Array[96]=True -AxialTempGraphsGraph_Array[97]=True -AxialTempGraphsGraph_Array[98]=True -AxialTempGraphsGraph_Array[99]=True -AxialTempGraphsGraph_Array[100]=True -AxialTempGraphsGraph_Array[101]=True -AxialTempGraphsGraph_Array[102]=True -AxialTempGraphsGraph_Array[103]=True -NumRadialTempGraphs=35 -RadialTempGraphsName_Array[0]=Winding (Max) -RadialTempGraphsName_Array[1]=Winding (Av) -RadialTempGraphsName_Array[2]=Winding (Min) -RadialTempGraphsName_Array[3]=Housing -RadialTempGraphsName_Array[4]=Stator_Yoke -RadialTempGraphsName_Array[5]=Stat_Surface -RadialTempGraphsName_Array[6]=Rot_Surface -RadialTempGraphsName_Array[7]=Rot_Lam_Tooth -RadialTempGraphsName_Array[8]=Rot_Lam_Yoke -RadialTempGraphsName_Array[9]=Shaft_Centre -RadialTempGraphsName_Array[10]=Tooth -RadialTempGraphsName_Array[11]=SlotBottom -RadialTempGraphsName_Array[12]=SlotOpening -RadialTempGraphsName_Array[13]=Winding (Average)(C1) -RadialTempGraphsName_Array[14]=Tooth(C1) -RadialTempGraphsName_Array[15]=Rotor_Bar (Average) -RadialTempGraphsName_Array[16]=Winding (Average)(C2) -RadialTempGraphsName_Array[17]=Tooth(C2) -RadialTempGraphsName_Array[18]=Fluid_SG_A -RadialTempGraphsName_Array[19]=Winding (Average)(C3) -RadialTempGraphsName_Array[20]=Tooth(C3) -RadialTempGraphsName_Array[21]=Winding (Average)(C4) -RadialTempGraphsName_Array[22]=Tooth(C4) -RadialTempGraphsName_Array[23]=Winding (Average)(C5) -RadialTempGraphsName_Array[24]=Tooth(C5) -RadialTempGraphsName_Array[25]=Winding (Average)(C6) -RadialTempGraphsName_Array[26]=Tooth(C6) -RadialTempGraphsName_Array[27]=Stator_Surface -RadialTempGraphsName_Array[28]=Rotor_Bar (Avg) -RadialTempGraphsName_Array[29]=Winding (Avg)(C6) -RadialTempGraphsName_Array[30]=Winding (Avg)(C1) -RadialTempGraphsName_Array[31]=Winding (Avg)(C2) -RadialTempGraphsName_Array[32]=Winding (Avg)(C3) -RadialTempGraphsName_Array[33]=Winding (Avg)(C4) -RadialTempGraphsName_Array[34]=Winding (Avg)(C5) -RadialTempGraphsGraph_Array[0]=True -RadialTempGraphsGraph_Array[1]=True -RadialTempGraphsGraph_Array[2]=True -RadialTempGraphsGraph_Array[3]=True -RadialTempGraphsGraph_Array[4]=True -RadialTempGraphsGraph_Array[5]=True -RadialTempGraphsGraph_Array[6]=True -RadialTempGraphsGraph_Array[7]=True -RadialTempGraphsGraph_Array[8]=True -RadialTempGraphsGraph_Array[9]=True -RadialTempGraphsGraph_Array[10]=True -RadialTempGraphsGraph_Array[11]=True -RadialTempGraphsGraph_Array[12]=True -RadialTempGraphsGraph_Array[13]=True -RadialTempGraphsGraph_Array[14]=True -RadialTempGraphsGraph_Array[15]=True -RadialTempGraphsGraph_Array[16]=True -RadialTempGraphsGraph_Array[17]=True -RadialTempGraphsGraph_Array[18]=True -RadialTempGraphsGraph_Array[19]=True -RadialTempGraphsGraph_Array[20]=True -RadialTempGraphsGraph_Array[21]=True -RadialTempGraphsGraph_Array[22]=True -RadialTempGraphsGraph_Array[23]=True -RadialTempGraphsGraph_Array[24]=True -RadialTempGraphsGraph_Array[25]=True -RadialTempGraphsGraph_Array[26]=True -RadialTempGraphsGraph_Array[27]=True -RadialTempGraphsGraph_Array[28]=True -RadialTempGraphsGraph_Array[29]=True -RadialTempGraphsGraph_Array[30]=True -RadialTempGraphsGraph_Array[31]=True -RadialTempGraphsGraph_Array[32]=True -RadialTempGraphsGraph_Array[33]=True -RadialTempGraphsGraph_Array[34]=True - -[Radiation] -Emissivity_UseSingleValue=True -Emissivity_SingleValue=0.9 - -[SaturationMap] -SaturationMap_ExportFile= -SaturationMap_Export=True -LossMap_Export=True -SaturationMap_ExportToCSV=False -SaturationMap_InputDefinition=0 -SaturationMap_CalculationMethod=0 -SaturationMap_FEACalculationType=1 -SaturationMap_ResultType=0 -SaturationMap_FieldCurrentDefinition=0 -SaturationMap_StatorCurrentMax=150 -SaturationMap_StatorCurrentStep=30 -SaturationMap_StatorCurrentMin=0 -SaturationMap_PhaseAdvanceMax=90 -SaturationMap_PhaseAdvanceStep=22.5 -SaturationMap_PhaseAdvanceMin=0 -SaturationMap_Current_D_Max=0 -SaturationMap_Current_D_Step=30 -SaturationMap_Current_D_Min=-150 -SaturationMap_Current_Q_Max=150 -SaturationMap_Current_Q_Step=30 -SaturationMap_Current_Q_Min=0 -SaturationMap_FieldCurrentMax=12 -SaturationMap_FieldCurrentStep=4 -SaturationMap_FieldCurrentMin=0 -LossMap_Speed=3000 -SaturationMap_CalculationStatus= -SaturationMap_CalculationComplete=False - -[Transient] -TransientEmbeddingSolver=0 -TransientCalculationType=0 -Duty_Cycle_Definition=3 -Duty_Cycle_Input_Type=1 -Duty_Cycle_Drive_Type=0 -Duty_Cycle_DC_Bus_Voltage_Definition=0 -Duty_Cycle_Gear_Ratio_Definition=0 -Simple_Transient_Definition=1 -Simple_Transient_Torque=30 -Simple_Transient_Period=1000 -TRANSIENT_TIME_PERIOD=1000 -Simple_Transient_Number_Points=50 -NUMBER_TRANSIENT_POINTS=50 -EndPoint_TimeBetweenPoints=0.8 -Transient_Number_Cycles=1 -Transient_Loss_Calculation=0 -External_Duty_Cycle_File= -SaveDutyCycleDataInMot=False -ExternalDutyCycleDataInMot=False -DutyCycle_LossValue_Used=1 -Transient_Fluid_Capacitance=1 -UseEndPointTempLimit_Magnet=False -EndPointTempLimit_Magnet=180 -UseEndPointTempLimit_Bearing=False -EndPointTempLimit_Bearing=180 -UseEndPointTempLimit_ArmatureWdg=True -EndPointTempLimit_ArmatureWdg=180 -UseEndPointTempLimit_FieldWdg=False -EndPointTempLimit_FieldWdg=180 -UseEndPointTempLimit_Commutator=False -EndPointTempLimit_Commutator=180 -UseEndPointTempLimit_Brushes=False -EndPointTempLimit_Brushes=180 -UseEndPointTempLimit_Cage=False -EndPointTempLimit_Cage=180 -UseEndPointTempLimit_Encoder=False -EndPointTempLimit_Encoder=180 -EndPoint_Definition=0 -EndPoint_SimplePoints=10 -EndPoint_StableSeconds=10 -EndPoint_StableConvergenceErrorTolerance=0.001 -Endpoint_DutyPoints=10 -Duty_Cycle_Num_Periods=596 -Transient_Calculation_Type=Simple_Transient -Duty_Cycle_Pcu_Value_or_pu_Input=Duty_Cycle_Pcu_Value_Input -Duty_Cycle_Data_Definition=Duty_Cycle_Torque_Speed -Transient_Speed_Increase_Factor=1 -dTambient_Over_Transient_Time_Period=0 -number_of_phases=3 -number_of_phases_with_an_open_circuit_fault=1 -Coil_Current_Fault_div_Coil_Current_Normal=1.5 - -[Cuboidal_Model] -Winding_Cuboid_Width[0]=2.04225111598798 -Winding_Cuboid_Width[1]=2.04225111598798 -Winding_Cuboid_Width[2]=2.04225111598798 -Winding_Cuboid_Width[3]=1.92230491435372 -Winding_Cuboid_Width[4]=1.02112555799399 -Winding_Cuboid_Width[5]=1.02112555799399 -Winding_Cuboid_Height[0]=2.75099758045499 -Winding_Cuboid_Height[1]=2.75099758045499 -Winding_Cuboid_Height[2]=2.75099758045499 -Winding_Cuboid_Height[3]=2.75099758045499 -Winding_Cuboid_Height[4]=2.75099758045499 -Winding_Cuboid_Height[5]=2.75099758045499 - -[Reduced_Node_Model] -ReducedNodeRecordPowerSpread=False -ReducedNodeSelection=1 -ReducedNodeAutoLoadSelection=False -ReducedNodeNumber=0 -ReducedNodeMaxResistance=10000000 -ReducedNodeCapacitanceScale=1 - -[Phasor_Diagram] -PhasorShowCurrents=True -PhasorShowFluxLinkages=True -PhasorShowVoltages=True -PhasorTextDisplay=0 -PhasorLabelSelection=0 - -[EquivalentCircuit_Diagram] -IMEquivalentTextDisplay=1 -IMEquivalentCircuitView=0 - -[Geometry_Export] -GeometryExportFormat=0 -DXFView_Export=0 -DXFComponent_Rotor=True -DXFComponent_Stator=False -DXFComponent_Housing=False -DXFOption_SegmentOutlines=True -DXFOption_SeparateCoils=True -DXFOption_ClosedSlotOpening=True -DXFOption_ClosedMagnetGap=True -DXFOption_Conductors=False -DXFOption_SlotLiner=False -DXFOption_WireInsulation=False -DXFOption_SlotDucts=True -DXFOption_CoilDivider=True -DXFWindingOption_SlotTeeth=True -STL_FormatOptions=0 - -[Ansys] -AnsysExportFormat=1 -AnsysModelType=0 -AnsysSolve=0 -AnsysReplaceArcEntities=False -AnsysReplaceArcEntities_MinimumSweep=0.1 -Ansys_ArcType=1 -Ansys_MergeEntities=0 -Ansys_NonStandardRegions_Number=1 -Ansys_NonStandardRegions_Names[0]= -Ansys_NonStandardRegions_Types[0]=Custom (Non Standard) -Ansys_NonStandardRegions_Temperatures[0]=20 - -[Winding] -EWdgEffectiveKCalc=1 -Kt_LitzBundle_Radial=0 -Kt_LitzBundle_Tangential=0 -Kt_LitzBundle_Axial=0 -RequestedGrossSlotFillFactor=0.4 -RequestedNetSlotFillFactor=0.4 -RequestedLitzFillFactor=0.85 -WindingView=0 -ConductiveWedge=0 -RequestedGrossSlotFillFactorField=0.4 -RequestedGrossSlotFillFactorRotor=0.4 -FieldConductorSeparation=0.1 -RotorConductorSeparation=0.1 -FieldConductorPlacement=0 -RotorConductorPlacement=0 -FormWoundVerticalGap=0.1 -FormWoundHorizontalGap=0.1 -FieldWindingView=1 -RotorWindingView=1 -SyncRotorCuboid_X=0 -SyncRotorCuboid_Y=0 -RotorInsSlotBaseThickness=0 -RotorInsToothSideThickness=0 -FieldConductorsSlotBase=0.1 -RotorConductorsSlotBase=0.1 -FieldConductorsSlotTooth=0.1 -RotorConductorsSlotTooth=0.1 -FieldConductorsVertical=0.1 -RotorConductorsVertical=0.1 -FieldConductorsHorizontal=0.1 -RotorConductorsHorizontal=0.1 -CuboidPositionSetting=0 - -[Region_Options] -Region_PointTolerance=0.0001 -Region_ArcSegments_Number=5 - -[Transient_Settings] -TransientResultsAnalysisEnabled=False -TransientResultsAnalysisFile= -TransientResultsAnalysisPeriod=1 -EnableTemperatureVariationWithinStep=True -TemperatureVariationWithinStep=2 -AllowableTemperatureVariation=0.1 -AllowableTimeVariation=0.1 -FluidTemperatureCalculation=2 -TransientResultsView=0 - -[h_Nat_Con_Adjust] -h_Nat_Conv_Housing_Active_No_Fins_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_No_Fins=1 -h_Nat_Conv_Housing_Active_Fin_Base_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Fin_Base=1 -h_Nat_Conv_Housing_Active_Fin_Sides_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Fin_Sides=1 -h_Nat_Conv_Housing_Active_Fin_Tips_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Fin_Tips=1 -h_Nat_Conv_Housing_Active_Fin_Channel_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Fin_Channel=1 -h_Nat_Conv_Housing_Active_Corner_Cutout_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Corner_Cutout=1 -h_Nat_Conv_Housing_Front_No_Fins_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_No_Fins=1 -h_Nat_Conv_Housing_Front_Fin_Base_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Fin_Base=1 -h_Nat_Conv_Housing_Front_Fin_Sides_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Fin_Sides=1 -h_Nat_Conv_Housing_Front_Fin_Tips_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Fin_Tips=1 -h_Nat_Conv_Housing_Front_Fin_Channel_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Fin_Channel=1 -h_Nat_Conv_Housing_Front_Corner_Cutout_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Corner_Cutout=1 -h_Nat_Conv_Housing_Rear_No_Fins_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_No_Fins=1 -h_Nat_Conv_Housing_Rear_Fin_Base_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Fin_Base=1 -h_Nat_Conv_Housing_Rear_Fin_Sides_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Fin_Sides=1 -h_Nat_Conv_Housing_Rear_Fin_Tips_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Fin_Tips=1 -h_Nat_Conv_Housing_Rear_Fin_Channel_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Fin_Channel=1 -h_Nat_Conv_Housing_Rear_Corner_Cutout_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Corner_Cutout=1 -h_Nat_Conv_Endcap_Front_Radial_Adjust=1 -Adjustment_H[Nc]_Endcap_[F]_-_Radial=1 -h_Nat_Conv_Endcap_Front_Axial_Adjust=1 -Adjustment_H[Nc]_Endcap_[F]_-_Axial=1 -h_Nat_Conv_Endcap_Rear_Radial_Adjust=1 -Adjustment_H[Nc]_Endcap_[R]_-_Radial=1 -h_Nat_Conv_Endcap_Rear_Axial_Adjust=1 -Adjustment_H[Nc]_Endcap_[R]_-_Axial=1 -h_Nat_Conv_Plate_Adjust=1 -Adjustment_H[Nc]_Flange_Plate=1 -h_Nat_Conv_Axle_Plate_F_Adjust=1 -Adjustment_H[Nc]_Axle_Plate_[F]=1 -h_Nat_Conv_Axle_Plate_R_Adjust=1 -Adjustment_H[Nc]_Axle_Plate_[R]=1 -h_Nat_Conv_Base_Adjust=1 -Adjustment_H[Nc]_Base_Plate=1 -h_Nat_Conv_EncCase_Radial_Adjust=1 -Adjustment_H[Nc]_Encoder_Case_-_Radial=1 -h_Nat_Conv_EncCase_Axial_Adjust=1 -Adjustment_H[Nc]_Encoder_Case_-_Axial=1 - -[h_Nat_Con_Input] -h_Nat_Conv_Housing_Active_No_Fins_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_No_Fins=6 -h_Nat_Conv_Housing_Active_Fin_Base_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Fin_Base=6 -h_Nat_Conv_Housing_Active_Fin_Sides_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Fin_Sides=6 -h_Nat_Conv_Housing_Active_Fin_Tips_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Fin_Tips=6 -h_Nat_Conv_Housing_Active_Fin_Channel_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Fin_Channel=6 -h_Nat_Conv_Housing_Active_Corner_Cutout_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Corner_Cutout=6 -h_Nat_Conv_Housing_Front_No_Fins_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_No_Fins=6 -h_Nat_Conv_Housing_Front_Fin_Base_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Fin_Base=6 -h_Nat_Conv_Housing_Front_Fin_Sides_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Fin_Sides=6 -h_Nat_Conv_Housing_Front_Fin_Tips_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Fin_Tips=6 -h_Nat_Conv_Housing_Front_Fin_Channel_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Fin_Channel=6 -h_Nat_Conv_Housing_Front_Corner_Cutout_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Corner_Cutout=6 -h_Nat_Conv_Housing_Rear_No_Fins_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_No_Fins=6 -h_Nat_Conv_Housing_Rear_Fin_Base_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Fin_Base=6 -h_Nat_Conv_Housing_Rear_Fin_Sides_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Fin_Sides=6 -h_Nat_Conv_Housing_Rear_Fin_Tips_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Fin_Tips=6 -h_Nat_Conv_Housing_Rear_Fin_Channel_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Fin_Channel=6 -h_Nat_Conv_Housing_Rear_Corner_Cutout_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Corner_Cutout=6 -h_Nat_Conv_Endcap_Front_Radial_Input=6 -Input_Value_H[Nc]_Endcap_[F]_-_Radial=6 -h_Nat_Conv_Endcap_Front_Axial_Input=6 -Input_Value_H[Nc]_Endcap_[F]_-_Axial=6 -h_Nat_Conv_Endcap_Rear_Radial_Input=6 -Input_Value_H[Nc]_Endcap_[R]_-_Radial=6 -h_Nat_Conv_Endcap_Rear_Axial_Input=6 -Input_Value_H[Nc]_Endcap_[R]_-_Axial=6 -h_Nat_Conv_Plate_Input=6 -Input_Value_H[Nc]_Flange_Plate=6 -h_Nat_Conv_Axle_Plate_F_Input=6 -Input_Value_H[Nc]_Axle_Plate_[F]=6 -h_Nat_Conv_Axle_Plate_R_Input=6 -Input_Value_H[Nc]_Axle_Plate_[R]=6 -h_Nat_Conv_Base_Input=6 -Input_Value_H[Nc]_Base_Plate=6 -h_Nat_Conv_EncCase_Radial_Input=6 -Input_Value_H[Nc]_Encoder_Case_-_Radial=6 -h_Nat_Conv_EncCase_Axial_Input=6 -Input_Value_H[Nc]_Encoder_Case_-_Axial=6 - -[Nat_Con_Notes] -Nat_Conv_Notes_Housing_Active_No_Fins= -Notes_H[Nc]_Housing_[A]_-_No_Fins= -Nat_Conv_Notes_Housing_Active_Fin_Base= -Notes_H[Nc]_Housing_[A]_-_Fin_Base= -Nat_Conv_Notes_Housing_Active_Fin_Sides= -Notes_H[Nc]_Housing_[A]_-_Fin_Sides= -Nat_Conv_Notes_Housing_Active_Fin_Tips= -Notes_H[Nc]_Housing_[A]_-_Fin_Tips= -Nat_Conv_Notes_Housing_Active_Fin_Channel= -Notes_H[Nc]_Housing_[A]_-_Fin_Channel= -Nat_Conv_Notes_Housing_Active_Corner_Cutout= -Notes_H[Nc]_Housing_[A]_-_Corner_Cutout= -Nat_Conv_Notes_Housing_Front_No_Fins= -Notes_H[Nc]_Housing_[F]_-_No_Fins= -Nat_Conv_Notes_Housing_Front_Fin_Base= -Notes_H[Nc]_Housing_[F]_-_Fin_Base= -Nat_Conv_Notes_Housing_Front_Fin_Sides= -Notes_H[Nc]_Housing_[F]_-_Fin_Sides= -Nat_Conv_Notes_Housing_Front_Fin_Tips= -Notes_H[Nc]_Housing_[F]_-_Fin_Tips= -Nat_Conv_Notes_Housing_Front_Fin_Channel= -Notes_H[Nc]_Housing_[F]_-_Fin_Channel= -Nat_Conv_Notes_Housing_Front_Corner_Cutout= -Notes_H[Nc]_Housing_[F]_-_Corner_Cutout= -Nat_Conv_Notes_Housing_Rear_No_Fins= -Notes_H[Nc]_Housing_[R]_-_No_Fins= -Nat_Conv_Notes_Housing_Rear_Fin_Base= -Notes_H[Nc]_Housing_[R]_-_Fin_Base= -Nat_Conv_Notes_Housing_Rear_Fin_Sides= -Notes_H[Nc]_Housing_[R]_-_Fin_Sides= -Nat_Conv_Notes_Housing_Rear_Fin_Tips= -Notes_H[Nc]_Housing_[R]_-_Fin_Tips= -Nat_Conv_Notes_Housing_Rear_Fin_Channel= -Notes_H[Nc]_Housing_[R]_-_Fin_Channel= -Nat_Conv_Notes_Housing_Rear_Corner_Cutout= -Notes_H[Nc]_Housing_[R]_-_Corner_Cutout= -Nat_Conv_Notes_Endcap_Front_Radial= -Notes_H[Nc]_Endcap_[F]_-_Radial= -Nat_Conv_Notes_Endcap_Front_Axial= -Notes_H[Nc]_Endcap_[F]_-_Axial= -Nat_Conv_Notes_Endcap_Rear_Radial= -Notes_H[Nc]_Endcap_[R]_-_Radial= -Nat_Conv_Notes_Endcap_Rear_Axial= -Notes_H[Nc]_Endcap_[R]_-_Axial= -Nat_Conv_Notes_Plate= -Notes_H[Nc]_Flange_Plate= -Nat_Conv_Notes_Axle_Plate_F= -Notes_H[Nc]_Axle_Plate_[F]= -Nat_Conv_Notes_Axle_Plate_R= -Notes_H[Nc]_Axle_Plate_[R]= -Nat_Conv_Notes_Base= -Notes_H[Nc]_Base_Plate= -Nat_Conv_Notes_EncCase_Radial= -Notes_H[Nc]_Encoder_Case_-_Radial= -Nat_Conv_Notes_EncCase_Axial= -Notes_H[Nc]_Encoder_Case_-_Axial= - -[h_Forced_Con_Vel_Mult] -Velocity_Forced_Conv_Housing_Front_No_Fins_Multiplier=0.6 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_No_Fins=0.6 -Velocity_Forced_Conv_Housing_Front_Fin_Base_Multiplier=0.6 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Base=0.6 -Velocity_Forced_Conv_Housing_Front_Fin_Sides_Multiplier=0.6 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Sides=0.6 -Velocity_Forced_Conv_Housing_Front_Fin_Tips_Multiplier=0.6 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Tips=0.6 -Velocity_Forced_Conv_Housing_Front_Fin_Channel_Multiplier=1 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Channel=1 -Velocity_Forced_Conv_Housing_Front_Corner_Cutout_Multiplier=0.6 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Corner_Cutout=0.6 -Velocity_Forced_Conv_Housing_Rear_No_Fins_Multiplier=0.9 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_No_Fins=0.9 -Velocity_Forced_Conv_Housing_Rear_Fin_Base_Multiplier=0.9 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Base=0.9 -Velocity_Forced_Conv_Housing_Rear_Fin_Sides_Multiplier=0.9 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Sides=0.9 -Velocity_Forced_Conv_Housing_Rear_Fin_Tips_Multiplier=0.9 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Tips=0.9 -Velocity_Forced_Conv_Housing_Rear_Fin_Channel_Multiplier=1 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Channel=1 -Velocity_Forced_Conv_Housing_Rear_Corner_Cutout_Multiplier=0.9 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Corner_Cutout=0.9 -Velocity_Forced_Conv_Endcap_Front_Radial_Multiplier=0.5 -Velocity_Multiplier_H[Fc]_Endcap_[F]_-_Radial=0.5 -Velocity_Forced_Conv_Endcap_Front_Axial_Multiplier=0.3 -Velocity_Multiplier_H[Fc]_Endcap_[F]_-_Axial=0.3 -Velocity_Forced_Conv_Endcap_Rear_Radial_Multiplier=1 -Velocity_Multiplier_H[Fc]_Endcap_[R]_-_Radial=1 -Velocity_Forced_Conv_Endcap_Rear_Axial_Multiplier=1 -Velocity_Multiplier_H[Fc]_Endcap_[R]_-_Axial=1 -Velocity_Forced_Conv_Plate_Multiplier=0.2 -Velocity_Multiplier_H[Fc]_Flange_Plate=0.2 -Velocity_Forced_Conv_Axle_Plate_F_Multiplier=0 -Velocity_Multiplier_H[Fc]_Axle_Plate_[F]=0 -Velocity_Forced_Conv_Axle_Plate_R_Multiplier=0 -Velocity_Multiplier_H[Fc]_Axle_Plate_[R]=0 -Velocity_Forced_Conv_Base_Multiplier=0.2 -Velocity_Multiplier_H[Fc]_Base_Plate=0.2 -Velocity_Forced_Conv_EncCase_Radial_Multiplier=0.7 -Velocity_Multiplier_H[Fc]_Encoder_Case_-_Radial=0.7 -Velocity_Forced_Conv_EncCase_Axial_Multiplier=0.7 -Velocity_Multiplier_H[Fc]_Encoder_Case_-_Axial=0.7 - -[h_Forced_Con_Adjust] -Forced_Conv_Turbulence_Factor=1.7 -Turbulence_Factor=1.7 -h_Forced_Conv_Housing_Front_No_Fins_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_No_Fins=1 -h_Forced_Conv_Housing_Front_Fin_Base_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Fin_Base=1 -h_Forced_Conv_Housing_Front_Fin_Sides_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Fin_Sides=1 -h_Forced_Conv_Housing_Front_Fin_Tips_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Fin_Tips=1 -h_Forced_Conv_Housing_Front_Fin_Channel_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Fin_Channel=1 -h_Forced_Conv_Housing_Front_Corner_Cutout_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Corner_Cutout=1 -h_Forced_Conv_Housing_Rear_No_Fins_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_No_Fins=1 -h_Forced_Conv_Housing_Rear_Fin_Base_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Fin_Base=1 -h_Forced_Conv_Housing_Rear_Fin_Sides_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Fin_Sides=1 -h_Forced_Conv_Housing_Rear_Fin_Tips_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Fin_Tips=1 -h_Forced_Conv_Housing_Rear_Fin_Channel_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Fin_Channel=1 -h_Forced_Conv_Housing_Rear_Corner_Cutout_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Corner_Cutout=1 -h_Forced_Conv_Endcap_Front_Radial_Adjust=1 -Adjustment_H[Fc]_Endcap_[F]_-_Radial=1 -h_Forced_Conv_Endcap_Front_Axial_Adjust=1 -Adjustment_H[Fc]_Endcap_[F]_-_Axial=1 -h_Forced_Conv_Endcap_Rear_Radial_Adjust=1 -Adjustment_H[Fc]_Endcap_[R]_-_Radial=1 -h_Forced_Conv_Endcap_Rear_Axial_Adjust=1 -Adjustment_H[Fc]_Endcap_[R]_-_Axial=1 -h_Forced_Conv_Plate_Adjust=1 -Adjustment_H[Fc]_Flange_Plate=1 -h_Forced_Conv_Axle_Plate_F_Adjust=1 -Adjustment_H[Fc]_Axle_Plate_[F]=1 -h_Forced_Conv_Axle_Plate_R_Adjust=1 -Adjustment_H[Fc]_Axle_Plate_[R]=1 -h_Forced_Conv_Base_Adjust=1 -Adjustment_H[Fc]_Base_Plate=1 -h_Forced_Conv_EncCase_Radial_Adjust=1 -Adjustment_H[Fc]_Encoder_Case_-_Radial=1 -h_Forced_Conv_EncCase_Axial_Adjust=1 -Adjustment_H[Fc]_Encoder_Case_-_Axial=1 - -[Forced_Con_Notes] -Forced_Conv_Notes_Housing_Front_No_Fins[0]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[0]= -Forced_Conv_Notes_Housing_Front_No_Fins[1]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[1]= -Forced_Conv_Notes_Housing_Front_No_Fins[2]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[2]= -Forced_Conv_Notes_Housing_Front_No_Fins[3]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[3]= -Forced_Conv_Notes_Housing_Front_No_Fins[4]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[4]= -Forced_Conv_Notes_Housing_Front_No_Fins[5]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[5]= -Forced_Conv_Notes_Housing_Front_No_Fins[6]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[6]= -Forced_Conv_Notes_Housing_Front_No_Fins[7]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[7]= -Forced_Conv_Notes_Housing_Front_No_Fins[8]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[8]= -Forced_Conv_Notes_Housing_Front_Fin_Base[0]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[0]= -Forced_Conv_Notes_Housing_Front_Fin_Base[1]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[1]= -Forced_Conv_Notes_Housing_Front_Fin_Base[2]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[2]= -Forced_Conv_Notes_Housing_Front_Fin_Base[3]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[3]= -Forced_Conv_Notes_Housing_Front_Fin_Base[4]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[4]= -Forced_Conv_Notes_Housing_Front_Fin_Base[5]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[5]= -Forced_Conv_Notes_Housing_Front_Fin_Base[6]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[6]= -Forced_Conv_Notes_Housing_Front_Fin_Base[7]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[7]= -Forced_Conv_Notes_Housing_Front_Fin_Base[8]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[8]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[0]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[0]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[1]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[1]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[2]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[2]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[3]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[3]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[4]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[4]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[5]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[5]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[6]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[6]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[7]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[7]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[8]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[8]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[0]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[0]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[1]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[1]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[2]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[2]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[3]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[3]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[4]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[4]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[5]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[5]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[6]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[6]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[7]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[7]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[8]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[8]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[0]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[0]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[1]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[1]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[2]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[2]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[3]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[3]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[4]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[4]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[5]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[5]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[6]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[6]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[7]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[7]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[8]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[8]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[0]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[0]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[1]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[1]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[2]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[2]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[3]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[3]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[4]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[4]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[5]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[5]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[6]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[6]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[7]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[7]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[8]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[8]= -Forced_Conv_Notes_Housing_Rear_No_Fins[0]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[0]= -Forced_Conv_Notes_Housing_Rear_No_Fins[1]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[1]= -Forced_Conv_Notes_Housing_Rear_No_Fins[2]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[2]= -Forced_Conv_Notes_Housing_Rear_No_Fins[3]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[3]= -Forced_Conv_Notes_Housing_Rear_No_Fins[4]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[4]= -Forced_Conv_Notes_Housing_Rear_No_Fins[5]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[5]= -Forced_Conv_Notes_Housing_Rear_No_Fins[6]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[6]= -Forced_Conv_Notes_Housing_Rear_No_Fins[7]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[7]= -Forced_Conv_Notes_Housing_Rear_No_Fins[8]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[8]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[0]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[0]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[1]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[1]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[2]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[2]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[3]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[3]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[4]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[4]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[5]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[5]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[6]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[6]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[7]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[7]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[8]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[8]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[0]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[0]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[1]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[1]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[2]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[2]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[3]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[3]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[4]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[4]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[5]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[5]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[6]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[6]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[7]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[7]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[8]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[8]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[0]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[0]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[1]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[1]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[2]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[2]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[3]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[3]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[4]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[4]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[5]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[5]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[6]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[6]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[7]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[7]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[8]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[8]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[0]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[0]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[1]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[1]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[2]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[2]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[3]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[3]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[4]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[4]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[5]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[5]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[6]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[6]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[7]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[7]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[8]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[8]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[0]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[0]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[1]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[1]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[2]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[2]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[3]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[3]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[4]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[4]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[5]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[5]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[6]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[6]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[7]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[7]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[8]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[8]= -Forced_Conv_Notes_Endcap_Front_Radial[0]= -Notes_H[Fc]_Endcap_[F]_-_Radial[0]= -Forced_Conv_Notes_Endcap_Front_Radial[1]= -Notes_H[Fc]_Endcap_[F]_-_Radial[1]= -Forced_Conv_Notes_Endcap_Front_Radial[2]= -Notes_H[Fc]_Endcap_[F]_-_Radial[2]= -Forced_Conv_Notes_Endcap_Front_Radial[3]= -Notes_H[Fc]_Endcap_[F]_-_Radial[3]= -Forced_Conv_Notes_Endcap_Front_Radial[4]= -Notes_H[Fc]_Endcap_[F]_-_Radial[4]= -Forced_Conv_Notes_Endcap_Front_Radial[5]= -Notes_H[Fc]_Endcap_[F]_-_Radial[5]= -Forced_Conv_Notes_Endcap_Front_Radial[6]= -Notes_H[Fc]_Endcap_[F]_-_Radial[6]= -Forced_Conv_Notes_Endcap_Front_Radial[7]= -Notes_H[Fc]_Endcap_[F]_-_Radial[7]= -Forced_Conv_Notes_Endcap_Front_Radial[8]= -Notes_H[Fc]_Endcap_[F]_-_Radial[8]= -Forced_Conv_Notes_Endcap_Front_Axial[0]= -Notes_H[Fc]_Endcap_[F]_-_Axial[0]= -Forced_Conv_Notes_Endcap_Front_Axial[1]= -Notes_H[Fc]_Endcap_[F]_-_Axial[1]= -Forced_Conv_Notes_Endcap_Front_Axial[2]= -Notes_H[Fc]_Endcap_[F]_-_Axial[2]= -Forced_Conv_Notes_Endcap_Front_Axial[3]= -Notes_H[Fc]_Endcap_[F]_-_Axial[3]= -Forced_Conv_Notes_Endcap_Front_Axial[4]= -Notes_H[Fc]_Endcap_[F]_-_Axial[4]= -Forced_Conv_Notes_Endcap_Front_Axial[5]= -Notes_H[Fc]_Endcap_[F]_-_Axial[5]= -Forced_Conv_Notes_Endcap_Front_Axial[6]= -Notes_H[Fc]_Endcap_[F]_-_Axial[6]= -Forced_Conv_Notes_Endcap_Front_Axial[7]= -Notes_H[Fc]_Endcap_[F]_-_Axial[7]= -Forced_Conv_Notes_Endcap_Front_Axial[8]= -Notes_H[Fc]_Endcap_[F]_-_Axial[8]= -Forced_Conv_Notes_Endcap_Rear_Radial[0]= -Notes_H[Fc]_Endcap_[R]_-_Radial[0]= -Forced_Conv_Notes_Endcap_Rear_Radial[1]= -Notes_H[Fc]_Endcap_[R]_-_Radial[1]= -Forced_Conv_Notes_Endcap_Rear_Radial[2]= -Notes_H[Fc]_Endcap_[R]_-_Radial[2]= -Forced_Conv_Notes_Endcap_Rear_Radial[3]= -Notes_H[Fc]_Endcap_[R]_-_Radial[3]= -Forced_Conv_Notes_Endcap_Rear_Radial[4]= -Notes_H[Fc]_Endcap_[R]_-_Radial[4]= -Forced_Conv_Notes_Endcap_Rear_Radial[5]= -Notes_H[Fc]_Endcap_[R]_-_Radial[5]= -Forced_Conv_Notes_Endcap_Rear_Radial[6]= -Notes_H[Fc]_Endcap_[R]_-_Radial[6]= -Forced_Conv_Notes_Endcap_Rear_Radial[7]= -Notes_H[Fc]_Endcap_[R]_-_Radial[7]= -Forced_Conv_Notes_Endcap_Rear_Radial[8]= -Notes_H[Fc]_Endcap_[R]_-_Radial[8]= -Forced_Conv_Notes_Endcap_Rear_Axial[0]= -Notes_H[Fc]_Endcap_[R]_-_Axial[0]= -Forced_Conv_Notes_Endcap_Rear_Axial[1]= -Notes_H[Fc]_Endcap_[R]_-_Axial[1]= -Forced_Conv_Notes_Endcap_Rear_Axial[2]= -Notes_H[Fc]_Endcap_[R]_-_Axial[2]= -Forced_Conv_Notes_Endcap_Rear_Axial[3]= -Notes_H[Fc]_Endcap_[R]_-_Axial[3]= -Forced_Conv_Notes_Endcap_Rear_Axial[4]= -Notes_H[Fc]_Endcap_[R]_-_Axial[4]= -Forced_Conv_Notes_Endcap_Rear_Axial[5]= -Notes_H[Fc]_Endcap_[R]_-_Axial[5]= -Forced_Conv_Notes_Endcap_Rear_Axial[6]= -Notes_H[Fc]_Endcap_[R]_-_Axial[6]= -Forced_Conv_Notes_Endcap_Rear_Axial[7]= -Notes_H[Fc]_Endcap_[R]_-_Axial[7]= -Forced_Conv_Notes_Endcap_Rear_Axial[8]= -Notes_H[Fc]_Endcap_[R]_-_Axial[8]= -Forced_Conv_Notes_Plate[0]= -Notes_H[Fc]_Flange_Plate[0]= -Forced_Conv_Notes_Plate[1]= -Notes_H[Fc]_Flange_Plate[1]= -Forced_Conv_Notes_Plate[2]= -Notes_H[Fc]_Flange_Plate[2]= -Forced_Conv_Notes_Plate[3]= -Notes_H[Fc]_Flange_Plate[3]= -Forced_Conv_Notes_Plate[4]= -Notes_H[Fc]_Flange_Plate[4]= -Forced_Conv_Notes_Plate[5]= -Notes_H[Fc]_Flange_Plate[5]= -Forced_Conv_Notes_Plate[6]= -Notes_H[Fc]_Flange_Plate[6]= -Forced_Conv_Notes_Plate[7]= -Notes_H[Fc]_Flange_Plate[7]= -Forced_Conv_Notes_Plate[8]= -Notes_H[Fc]_Flange_Plate[8]= -Forced_Conv_Notes_Axle_Plate_F[0]= -Forced_Conv_Notes_Axle_Plate_F[1]= -Forced_Conv_Notes_Axle_Plate_F[2]= -Forced_Conv_Notes_Axle_Plate_F[3]= -Forced_Conv_Notes_Axle_Plate_F[4]= -Forced_Conv_Notes_Axle_Plate_F[5]= -Forced_Conv_Notes_Axle_Plate_F[6]= -Forced_Conv_Notes_Axle_Plate_F[7]= -Forced_Conv_Notes_Axle_Plate_F[8]= -Forced_Conv_Notes_Axle_Plate_R[0]= -Forced_Conv_Notes_Axle_Plate_R[1]= -Forced_Conv_Notes_Axle_Plate_R[2]= -Forced_Conv_Notes_Axle_Plate_R[3]= -Forced_Conv_Notes_Axle_Plate_R[4]= -Forced_Conv_Notes_Axle_Plate_R[5]= -Forced_Conv_Notes_Axle_Plate_R[6]= -Forced_Conv_Notes_Axle_Plate_R[7]= -Forced_Conv_Notes_Axle_Plate_R[8]= -Forced_Conv_Notes_Base[0]= -Notes_H[Fc]_Base_Plate[0]= -Forced_Conv_Notes_Base[1]= -Notes_H[Fc]_Base_Plate[1]= -Forced_Conv_Notes_Base[2]= -Notes_H[Fc]_Base_Plate[2]= -Forced_Conv_Notes_Base[3]= -Notes_H[Fc]_Base_Plate[3]= -Forced_Conv_Notes_Base[4]= -Notes_H[Fc]_Base_Plate[4]= -Forced_Conv_Notes_Base[5]= -Notes_H[Fc]_Base_Plate[5]= -Forced_Conv_Notes_Base[6]= -Notes_H[Fc]_Base_Plate[6]= -Forced_Conv_Notes_Base[7]= -Notes_H[Fc]_Base_Plate[7]= -Forced_Conv_Notes_Base[8]= -Notes_H[Fc]_Base_Plate[8]= -Forced_Conv_Notes_EncCase_Radial[0]= -Notes_H[Fc]_Encoder_Case_-_Radial[0]= -Forced_Conv_Notes_EncCase_Radial[1]= -Notes_H[Fc]_Encoder_Case_-_Radial[1]= -Forced_Conv_Notes_EncCase_Radial[2]= -Notes_H[Fc]_Encoder_Case_-_Radial[2]= -Forced_Conv_Notes_EncCase_Radial[3]= -Notes_H[Fc]_Encoder_Case_-_Radial[3]= -Forced_Conv_Notes_EncCase_Radial[4]= -Notes_H[Fc]_Encoder_Case_-_Radial[4]= -Forced_Conv_Notes_EncCase_Radial[5]= -Notes_H[Fc]_Encoder_Case_-_Radial[5]= -Forced_Conv_Notes_EncCase_Radial[6]= -Notes_H[Fc]_Encoder_Case_-_Radial[6]= -Forced_Conv_Notes_EncCase_Radial[7]= -Notes_H[Fc]_Encoder_Case_-_Radial[7]= -Forced_Conv_Notes_EncCase_Radial[8]= -Notes_H[Fc]_Encoder_Case_-_Radial[8]= -Forced_Conv_Notes_EncCase_Axial[0]= -Notes_H[Fc]_Encoder_Case_-_Axial[0]= -Forced_Conv_Notes_EncCase_Axial[1]= -Notes_H[Fc]_Encoder_Case_-_Axial[1]= -Forced_Conv_Notes_EncCase_Axial[2]= -Notes_H[Fc]_Encoder_Case_-_Axial[2]= -Forced_Conv_Notes_EncCase_Axial[3]= -Notes_H[Fc]_Encoder_Case_-_Axial[3]= -Forced_Conv_Notes_EncCase_Axial[4]= -Notes_H[Fc]_Encoder_Case_-_Axial[4]= -Forced_Conv_Notes_EncCase_Axial[5]= -Notes_H[Fc]_Encoder_Case_-_Axial[5]= -Forced_Conv_Notes_EncCase_Axial[6]= -Notes_H[Fc]_Encoder_Case_-_Axial[6]= -Forced_Conv_Notes_EncCase_Axial[7]= -Notes_H[Fc]_Encoder_Case_-_Axial[7]= -Forced_Conv_Notes_EncCase_Axial[8]= -Notes_H[Fc]_Encoder_Case_-_Axial[8]= - -[NVH] -NVHMagnitudeScaleType=0 -VibratoryRef_Displacement=1E-8 -VibratoryRef_Velocity=1E-8 -VibratoryRef_Acceleration=1E-5 -VibratoryRef_SoundPower=1E-12 -VibratoryRef_ForceDensity=1 -VibratoryRef_Force=1 -NVHStructural_Slice=0 -NVHFreqAxisType=0 -NVHTimeOrderType=0 -NVHMaxSpaceOrder_OL=25 -NVHMaxFrequencyOrder_OL=25 -NVHMaximumOrderDefinition=0 -NVHFreqAxisShift=0 -SpeedOfSound=342 -NVHAirDensity=1.225 -RadiationEfficiency=1 -NVHCampbellSelection=0 -NVHSpatiogramSelection=0 -NVHOrderTrackingSelection=0 -NVHOrderTrackingHarmonics_Space=10 -NVHOrderTrackingHarmonics_Freq=10 -NVHOrderTrackingHarmonics_Space_Freq=10 -NVHMaximumSoundFrequency=25000 -NVHOrderTracking_XAxis=0 -ForceAnalysisElecCycles_Min_OL=1 -ForceAnalysisElecCycles_Min_OC=1 -ForceAnalysisElecCycles_Max_OL=1 -ForceAnalysisElecCycles_Max_OC=1 -ForceAnalysisElecCycles_Definition=0 -NVHNumInterpolationPoints=20 -NVHNumColourInterpolationSegments=5 -NVHModal_IncludeWindingMass=False -NVHExport_Displacement_Static=True -NVHExport_Displacement_Dynamic=True -NVHExport_MagFactor=True -NVHExport_Velocity=True -NVHExport_Acceleration=True -NVHExport_RadiatedPower_N=True -NVHExport_RadiatedPower_M=True -NVHExport_RadiatedPower_MN=True -NVHExport_AnsysSound=True -NVHExportFile= -NVHRunModels_BPMOR=False -NVHAcousticModel=0 -NVHAcousticWeighting=0 -NVHSoundPressureDistance=1000 -NVHSoundPressureDirectivityFactor=1 -ShowDXFImportProcessingSettings=False -CalculateNVHModels=0 - -[Convergence_Graph_Setup] -Thermal_Max_Error_Graph_enabled=True - -[M250-35A] -Type=Fixed_Solid -Solid Type=Steel -Thermal Conductivity=30 -Specific Heat=460 -Density=7650 -YieldStress=455 -PoissonsRatio=0.3 -YoungsCoefficient=185000 -KcValue=0.65 -ElectricalResistivity=5.9E-07 -TempCoefElectricalResistivity=0 -LaminationThickness=0.35 -KhValue_Steinmetz=0.02555 -KhValue_Bertotti=0.00468 -KhValue_Bertotti_Maxwell=0.0245 -KeddyValue_Steinmetz=2.21E-06 -KexcValue=0.00198 -KexcValue_Maxwell=0 -alphaValue_Steinmetz=1.97 -alphaValue_Bertotti=3.701 -alphaValue_Bertotti_Maxwell=2 -betavalue_Steinmetz=0 -BValue[0]=0 -HValue[0]=0 -BValue[1]=0.1 -HValue[1]=12 -BValue[2]=0.2 -HValue[2]=24 -BValue[3]=0.3 -HValue[3]=36 -BValue[4]=0.4 -HValue[4]=48 -BValue[5]=0.5 -HValue[5]=60 -BValue[6]=0.6 -HValue[6]=72 -BValue[7]=0.7 -HValue[7]=84 -BValue[8]=0.8 -HValue[8]=96 -BValue[9]=0.9 -HValue[9]=109 -BValue[10]=1 -HValue[10]=128 -BValue[11]=1.1 -HValue[11]=155 -BValue[12]=1.2 -HValue[12]=200 -BValue[13]=1.3 -HValue[13]=295 -BValue[14]=1.4 -HValue[14]=578 -BValue[15]=1.5 -HValue[15]=1567 -BValue[16]=1.6 -HValue[16]=3673 -BValue[17]=1.7 -HValue[17]=6996 -BValue[18]=1.8162 -HValue[18]=13134.9088 -BValue[19]=1.8924 -HValue[19]=28200.2369 -BValue[20]=1.998 -HValue[20]=100790 -BValue[21]=2.1 -HValue[21]=180370 -BValue[22]=2.2 -HValue[22]=259950 -BValue[23]=2.3 -HValue[23]=339530 -BValue[24]=2.4 -HValue[24]=419110 -BValue[25]=2.5 -HValue[25]=498690 -BHExtrapolationEnabled=0 -Frequency[0]=50 -LossDensity[0]=0.02 -FluxDensity[0]=0.1 -Frequency[1]=50 -LossDensity[1]=0.06 -FluxDensity[1]=0.2 -Frequency[2]=50 -LossDensity[2]=0.13 -FluxDensity[2]=0.3 -Frequency[3]=50 -LossDensity[3]=0.21 -FluxDensity[3]=0.4 -Frequency[4]=50 -LossDensity[4]=0.31 -FluxDensity[4]=0.5 -Frequency[5]=50 -LossDensity[5]=0.41 -FluxDensity[5]=0.6 -Frequency[6]=50 -LossDensity[6]=0.52 -FluxDensity[6]=0.7 -Frequency[7]=50 -LossDensity[7]=0.66 -FluxDensity[7]=0.8 -Frequency[8]=50 -LossDensity[8]=0.81 -FluxDensity[8]=0.9 -Frequency[9]=50 -LossDensity[9]=0.98 -FluxDensity[9]=1 -Frequency[10]=50 -LossDensity[10]=1.15 -FluxDensity[10]=1.1 -Frequency[11]=50 -LossDensity[11]=1.37 -FluxDensity[11]=1.2 -Frequency[12]=50 -LossDensity[12]=1.65 -FluxDensity[12]=1.3 -Frequency[13]=50 -LossDensity[13]=2 -FluxDensity[13]=1.4 -Frequency[14]=50 -LossDensity[14]=2.35 -FluxDensity[14]=1.5 -Frequency[15]=50 -LossDensity[15]=2.65 -FluxDensity[15]=1.6 -Frequency[16]=50 -LossDensity[16]=2.87 -FluxDensity[16]=1.7 -Frequency[17]=50 -LossDensity[17]=3.06 -FluxDensity[17]=1.8 -Frequency[18]=60 -LossDensity[18]=0.022 -FluxDensity[18]=0.1 -Frequency[19]=60 -LossDensity[19]=0.066 -FluxDensity[19]=0.2 -Frequency[20]=60 -LossDensity[20]=0.154 -FluxDensity[20]=0.3 -Frequency[21]=60 -LossDensity[21]=0.242 -FluxDensity[21]=0.4 -Frequency[22]=60 -LossDensity[22]=0.375 -FluxDensity[22]=0.5 -Frequency[23]=60 -LossDensity[23]=0.507 -FluxDensity[23]=0.6 -Frequency[24]=60 -LossDensity[24]=0.639 -FluxDensity[24]=0.7 -Frequency[25]=60 -LossDensity[25]=0.815 -FluxDensity[25]=0.8 -Frequency[26]=60 -LossDensity[26]=0.992 -FluxDensity[26]=0.9 -Frequency[27]=60 -LossDensity[27]=1.21 -FluxDensity[27]=1 -Frequency[28]=60 -LossDensity[28]=1.41 -FluxDensity[28]=1.1 -Frequency[29]=60 -LossDensity[29]=1.7 -FluxDensity[29]=1.2 -Frequency[30]=60 -LossDensity[30]=2.03 -FluxDensity[30]=1.3 -Frequency[31]=60 -LossDensity[31]=2.47 -FluxDensity[31]=1.4 -Frequency[32]=60 -LossDensity[32]=2.91 -FluxDensity[32]=1.5 -Frequency[33]=60 -LossDensity[33]=3.28 -FluxDensity[33]=1.6 -Frequency[34]=60 -LossDensity[34]=3.55 -FluxDensity[34]=1.7 -Frequency[35]=60 -LossDensity[35]=3.79 -FluxDensity[35]=1.8 -Frequency[36]=100 -LossDensity[36]=0.022 -FluxDensity[36]=0.1 -Frequency[37]=100 -LossDensity[37]=0.132 -FluxDensity[37]=0.2 -Frequency[38]=100 -LossDensity[38]=0.309 -FluxDensity[38]=0.3 -Frequency[39]=100 -LossDensity[39]=0.507 -FluxDensity[39]=0.4 -Frequency[40]=100 -LossDensity[40]=0.749 -FluxDensity[40]=0.5 -Frequency[41]=100 -LossDensity[41]=1.014 -FluxDensity[41]=0.6 -Frequency[42]=100 -LossDensity[42]=1.3 -FluxDensity[42]=0.7 -Frequency[43]=100 -LossDensity[43]=1.63 -FluxDensity[43]=0.8 -Frequency[44]=100 -LossDensity[44]=2.01 -FluxDensity[44]=0.9 -Frequency[45]=100 -LossDensity[45]=2.4 -FluxDensity[45]=1 -Frequency[46]=100 -LossDensity[46]=2.87 -FluxDensity[46]=1.1 -Frequency[47]=100 -LossDensity[47]=3.39 -FluxDensity[47]=1.2 -Frequency[48]=100 -LossDensity[48]=4.03 -FluxDensity[48]=1.3 -Frequency[49]=100 -LossDensity[49]=4.83 -FluxDensity[49]=1.4 -Frequency[50]=100 -LossDensity[50]=5.71 -FluxDensity[50]=1.5 -Frequency[51]=200 -LossDensity[51]=0.088 -FluxDensity[51]=0.1 -Frequency[52]=200 -LossDensity[52]=0.331 -FluxDensity[52]=0.2 -Frequency[53]=200 -LossDensity[53]=0.727 -FluxDensity[53]=0.3 -Frequency[54]=200 -LossDensity[54]=1.23 -FluxDensity[54]=0.4 -Frequency[55]=200 -LossDensity[55]=1.83 -FluxDensity[55]=0.5 -Frequency[56]=200 -LossDensity[56]=2.49 -FluxDensity[56]=0.6 -Frequency[57]=200 -LossDensity[57]=3.26 -FluxDensity[57]=0.7 -Frequency[58]=200 -LossDensity[58]=4.12 -FluxDensity[58]=0.8 -Frequency[59]=200 -LossDensity[59]=5.07 -FluxDensity[59]=0.9 -Frequency[60]=200 -LossDensity[60]=6.15 -FluxDensity[60]=1 -Frequency[61]=200 -LossDensity[61]=7.32 -FluxDensity[61]=1.1 -Frequency[62]=200 -LossDensity[62]=8.68 -FluxDensity[62]=1.2 -Frequency[63]=200 -LossDensity[63]=10.3 -FluxDensity[63]=1.3 -Frequency[64]=200 -LossDensity[64]=12.4 -FluxDensity[64]=1.4 -Frequency[65]=200 -LossDensity[65]=14.7 -FluxDensity[65]=1.5 -Frequency[66]=400 -LossDensity[66]=0.22 -FluxDensity[66]=0.1 -Frequency[67]=400 -LossDensity[67]=0.904 -FluxDensity[67]=0.2 -Frequency[68]=400 -LossDensity[68]=1.94 -FluxDensity[68]=0.3 -Frequency[69]=400 -LossDensity[69]=3.24 -FluxDensity[69]=0.4 -Frequency[70]=400 -LossDensity[70]=4.8 -FluxDensity[70]=0.5 -Frequency[71]=400 -LossDensity[71]=6.68 -FluxDensity[71]=0.6 -Frequency[72]=400 -LossDensity[72]=8.82 -FluxDensity[72]=0.7 -Frequency[73]=400 -LossDensity[73]=11.2 -FluxDensity[73]=0.8 -Frequency[74]=400 -LossDensity[74]=14 -FluxDensity[74]=0.9 -Frequency[75]=400 -LossDensity[75]=17.1 -FluxDensity[75]=1 -Frequency[76]=400 -LossDensity[76]=20.5 -FluxDensity[76]=1.1 -Frequency[77]=400 -LossDensity[77]=24.7 -FluxDensity[77]=1.2 -Frequency[78]=400 -LossDensity[78]=29.1 -FluxDensity[78]=1.3 -Frequency[79]=400 -LossDensity[79]=35 -FluxDensity[79]=1.4 -Frequency[80]=400 -LossDensity[80]=41.7 -FluxDensity[80]=1.5 -Frequency[81]=1000 -LossDensity[81]=0.97 -FluxDensity[81]=0.1 -Frequency[82]=1000 -LossDensity[82]=3.66 -FluxDensity[82]=0.2 -Frequency[83]=1000 -LossDensity[83]=7.58 -FluxDensity[83]=0.3 -Frequency[84]=1000 -LossDensity[84]=12.7 -FluxDensity[84]=0.4 -Frequency[85]=1000 -LossDensity[85]=18.8 -FluxDensity[85]=0.5 -Frequency[86]=1000 -LossDensity[86]=26.2 -FluxDensity[86]=0.6 -Frequency[87]=1000 -LossDensity[87]=35.3 -FluxDensity[87]=0.7 -Frequency[88]=1000 -LossDensity[88]=45.6 -FluxDensity[88]=0.8 -Frequency[89]=1000 -LossDensity[89]=58.2 -FluxDensity[89]=0.9 -Frequency[90]=1000 -LossDensity[90]=72.5 -FluxDensity[90]=1 -Frequency[91]=1000 -LossDensity[91]=89.5 -FluxDensity[91]=1.1 -Frequency[92]=2500 -LossDensity[92]=4.1 -FluxDensity[92]=0.1 -Frequency[93]=2500 -LossDensity[93]=14.8 -FluxDensity[93]=0.2 -Frequency[94]=2500 -LossDensity[94]=30.6 -FluxDensity[94]=0.3 -Frequency[95]=2500 -LossDensity[95]=51.8 -FluxDensity[95]=0.4 -Frequency[96]=2500 -LossDensity[96]=78.7 -FluxDensity[96]=0.5 -Frequency[97]=2500 -LossDensity[97]=113 -FluxDensity[97]=0.6 -Frequency[98]=2500 -LossDensity[98]=155 -FluxDensity[98]=0.7 -Frequency[99]=2500 -LossDensity[99]=208 -FluxDensity[99]=0.8 -Frequency[100]=2500 -LossDensity[100]=273 -FluxDensity[100]=0.9 -Frequency[101]=2500 -LossDensity[101]=353 -FluxDensity[101]=1 - -[Copper (Annealed)] -Type=Fixed_Solid -Solid Type=General -Thermal Conductivity=401 -Specific Heat=385 -Density=8933 -YieldStress=0 -PoissonsRatio=0 -YoungsCoefficient=0 -ElectricalResistivity=1.724E-08 -TempCoefElectricalResistivity=0.00393 - -[Mild Steel] -Type=Fixed_Solid -Solid Type=Steel -Thermal Conductivity=25 -Specific Heat=450 -Density=7800 -YieldStress=370 -PoissonsRatio=0.29 -YoungsCoefficient=205000 -KcValue=0.65 -ElectricalResistivity=1.43E-07 -TempCoefElectricalResistivity=0 -LaminationThickness=0 -KhValue_Steinmetz=0 -KhValue_Bertotti=0 -KhValue_Bertotti_Maxwell=0 -KeddyValue_Steinmetz=0 -KexcValue=0 -KexcValue_Maxwell=0 -alphaValue_Steinmetz=0 -alphaValue_Bertotti=0 -alphaValue_Bertotti_Maxwell=2 -betavalue_Steinmetz=0 -BValue[0]=0 -HValue[0]=0 -BValue[1]=0.1 -HValue[1]=117.9112 -BValue[2]=0.2 -HValue[2]=235.742 -BValue[3]=0.3 -HValue[3]=353.705 -BValue[4]=0.4 -HValue[4]=471.4946 -BValue[5]=0.5 -HValue[5]=589.464 -BValue[6]=0.6 -HValue[6]=707.3321 -BValue[7]=0.7 -HValue[7]=825 -BValue[8]=0.8 -HValue[8]=943.2034 -BValue[9]=0.9 -HValue[9]=1061 -BValue[10]=1 -HValue[10]=1179.5384 -BValue[11]=1.1 -HValue[11]=1299 -BValue[12]=1.2 -HValue[12]=1425 -BValue[13]=1.3 -HValue[13]=1565 -BValue[14]=1.4 -HValue[14]=1832.0513 -BValue[15]=1.5 -HValue[15]=2480.35 -BValue[16]=1.6 -HValue[16]=3326.2307 -BValue[17]=1.7 -HValue[17]=4500 -BValue[18]=1.8 -HValue[18]=5860 -BValue[19]=1.9 -HValue[19]=7600 -BValue[20]=2 -HValue[20]=11500 -BValue[21]=2.05 -HValue[21]=15479 -BValue[22]=2.1 -HValue[22]=25426 -BValue[23]=2.15 -HValue[23]=45320 -BValue[24]=2.25 -HValue[24]=124900 -BValue[25]=2.35 -HValue[25]=204470 -BValue[26]=2.45 -HValue[26]=284050 -BHExtrapolationEnabled=0 - -[optiSlang_Inputs] -optiSLangInputCount=0 - -[optiSlang_Requirements] -optiSLangRequirementCount=0 - -[optiSlang_Objectives] -optiSLangObjectiveCount=0 - -[Conductor_Placement] -Missing_Rows_Left[0]=0 -Rows_Left[0]=14 -Missing_Rows_Left[1]=1 -Rows_Left[1]=8 -Missing_Rows_Right[0]=0 -Rows_Right[0]=14 -Missing_Rows_Right[1]=8 -Rows_Right[1]=0 - -[Magnetic_Winding] -Phase_1_Go1[0]=0 -Phase_1_Go2[0]=1 -Phase_1_Return1[0]=0 -Phase_1_Return2[0]=12 -Phase_1_Turns[0]=3 -Phase_1_Go1[1]=0 -Phase_1_Go2[1]=3 -Phase_1_Return1[1]=0 -Phase_1_Return2[1]=14 -Phase_1_Turns[1]=3 -Phase_1_Go1[2]=0 -Phase_1_Go2[2]=24 -Phase_1_Return1[2]=0 -Phase_1_Return2[2]=13 -Phase_1_Turns[2]=3 -Phase_1_Go1[3]=0 -Phase_1_Go2[3]=26 -Phase_1_Return1[3]=0 -Phase_1_Return2[3]=15 -Phase_1_Turns[3]=3 -Phase_1_Go1[4]=0 -Phase_1_Go2[4]=25 -Phase_1_Return1[4]=0 -Phase_1_Return2[4]=36 -Phase_1_Turns[4]=3 -Phase_1_Go1[5]=0 -Phase_1_Go2[5]=27 -Phase_1_Return1[5]=0 -Phase_1_Return2[5]=38 -Phase_1_Turns[5]=3 -Phase_1_Go1[6]=0 -Phase_1_Go2[6]=48 -Phase_1_Return1[6]=0 -Phase_1_Return2[6]=37 -Phase_1_Turns[6]=3 -Phase_1_Go1[7]=0 -Phase_1_Go2[7]=50 -Phase_1_Return1[7]=0 -Phase_1_Return2[7]=39 -Phase_1_Turns[7]=3 -Phase_1_Go1[8]=0 -Phase_1_Go2[8]=49 -Phase_1_Return1[8]=0 -Phase_1_Return2[8]=60 -Phase_1_Turns[8]=3 -Phase_1_Go1[9]=0 -Phase_1_Go2[9]=51 -Phase_1_Return1[9]=0 -Phase_1_Return2[9]=62 -Phase_1_Turns[9]=3 -Phase_1_Go1[10]=0 -Phase_1_Go2[10]=72 -Phase_1_Return1[10]=0 -Phase_1_Return2[10]=61 -Phase_1_Turns[10]=3 -Phase_1_Go1[11]=0 -Phase_1_Go2[11]=2 -Phase_1_Return1[11]=0 -Phase_1_Return2[11]=63 -Phase_1_Turns[11]=3 -Phase_2_Go1[0]=0 -Phase_2_Go2[0]=9 -Phase_2_Return1[0]=0 -Phase_2_Return2[0]=20 -Phase_2_Turns[0]=3 -Phase_2_Go1[1]=0 -Phase_2_Go2[1]=11 -Phase_2_Return1[1]=0 -Phase_2_Return2[1]=22 -Phase_2_Turns[1]=3 -Phase_2_Go1[2]=0 -Phase_2_Go2[2]=32 -Phase_2_Return1[2]=0 -Phase_2_Return2[2]=21 -Phase_2_Turns[2]=3 -Phase_2_Go1[3]=0 -Phase_2_Go2[3]=34 -Phase_2_Return1[3]=0 -Phase_2_Return2[3]=23 -Phase_2_Turns[3]=3 -Phase_2_Go1[4]=0 -Phase_2_Go2[4]=33 -Phase_2_Return1[4]=0 -Phase_2_Return2[4]=44 -Phase_2_Turns[4]=3 -Phase_2_Go1[5]=0 -Phase_2_Go2[5]=35 -Phase_2_Return1[5]=0 -Phase_2_Return2[5]=46 -Phase_2_Turns[5]=3 -Phase_2_Go1[6]=0 -Phase_2_Go2[6]=56 -Phase_2_Return1[6]=0 -Phase_2_Return2[6]=45 -Phase_2_Turns[6]=3 -Phase_2_Go1[7]=0 -Phase_2_Go2[7]=58 -Phase_2_Return1[7]=0 -Phase_2_Return2[7]=47 -Phase_2_Turns[7]=3 -Phase_2_Go1[8]=0 -Phase_2_Go2[8]=57 -Phase_2_Return1[8]=0 -Phase_2_Return2[8]=68 -Phase_2_Turns[8]=3 -Phase_2_Go1[9]=0 -Phase_2_Go2[9]=59 -Phase_2_Return1[9]=0 -Phase_2_Return2[9]=70 -Phase_2_Turns[9]=3 -Phase_2_Go1[10]=0 -Phase_2_Go2[10]=8 -Phase_2_Return1[10]=0 -Phase_2_Return2[10]=69 -Phase_2_Turns[10]=3 -Phase_2_Go1[11]=0 -Phase_2_Go2[11]=10 -Phase_2_Return1[11]=0 -Phase_2_Return2[11]=71 -Phase_2_Turns[11]=3 -Phase_3_Go1[0]=0 -Phase_3_Go2[0]=17 -Phase_3_Return1[0]=0 -Phase_3_Return2[0]=28 -Phase_3_Turns[0]=3 -Phase_3_Go1[1]=0 -Phase_3_Go2[1]=19 -Phase_3_Return1[1]=0 -Phase_3_Return2[1]=30 -Phase_3_Turns[1]=3 -Phase_3_Go1[2]=0 -Phase_3_Go2[2]=40 -Phase_3_Return1[2]=0 -Phase_3_Return2[2]=29 -Phase_3_Turns[2]=3 -Phase_3_Go1[3]=0 -Phase_3_Go2[3]=42 -Phase_3_Return1[3]=0 -Phase_3_Return2[3]=31 -Phase_3_Turns[3]=3 -Phase_3_Go1[4]=0 -Phase_3_Go2[4]=41 -Phase_3_Return1[4]=0 -Phase_3_Return2[4]=52 -Phase_3_Turns[4]=3 -Phase_3_Go1[5]=0 -Phase_3_Go2[5]=43 -Phase_3_Return1[5]=0 -Phase_3_Return2[5]=54 -Phase_3_Turns[5]=3 -Phase_3_Go1[6]=0 -Phase_3_Go2[6]=64 -Phase_3_Return1[6]=0 -Phase_3_Return2[6]=53 -Phase_3_Turns[6]=3 -Phase_3_Go1[7]=0 -Phase_3_Go2[7]=66 -Phase_3_Return1[7]=0 -Phase_3_Return2[7]=55 -Phase_3_Turns[7]=3 -Phase_3_Go1[8]=0 -Phase_3_Go2[8]=65 -Phase_3_Return1[8]=0 -Phase_3_Return2[8]=4 -Phase_3_Turns[8]=3 -Phase_3_Go1[9]=0 -Phase_3_Go2[9]=67 -Phase_3_Return1[9]=0 -Phase_3_Return2[9]=6 -Phase_3_Turns[9]=3 -Phase_3_Go1[10]=0 -Phase_3_Go2[10]=16 -Phase_3_Return1[10]=0 -Phase_3_Return2[10]=5 -Phase_3_Turns[10]=3 -Phase_3_Go1[11]=0 -Phase_3_Go2[11]=18 -Phase_3_Return1[11]=0 -Phase_3_Return2[11]=7 -Phase_3_Turns[11]=3 -Phase_1Path_1_GoSlot[0]=0 -Phase_1Path_1_GoRadialPosition[0]=0 -Phase_1Path_1_GoTangentialPosition[0]=C -Phase_1Path_1_ReturnSlot[0]=11 -Phase_1Path_1_ReturnRadialPosition[0]=0 -Phase_1Path_1_ReturnTangentialPosition[0]=C -Phase_1Path_1_Turns[0]=3 -Phase_1Path_1_GoSlot[1]=2 -Phase_1Path_1_GoRadialPosition[1]=0 -Phase_1Path_1_GoTangentialPosition[1]=C -Phase_1Path_1_ReturnSlot[1]=13 -Phase_1Path_1_ReturnRadialPosition[1]=0 -Phase_1Path_1_ReturnTangentialPosition[1]=C -Phase_1Path_1_Turns[1]=3 -Phase_1Path_1_GoSlot[2]=23 -Phase_1Path_1_GoRadialPosition[2]=0 -Phase_1Path_1_GoTangentialPosition[2]=C -Phase_1Path_1_ReturnSlot[2]=12 -Phase_1Path_1_ReturnRadialPosition[2]=0 -Phase_1Path_1_ReturnTangentialPosition[2]=C -Phase_1Path_1_Turns[2]=3 -Phase_1Path_1_GoSlot[3]=25 -Phase_1Path_1_GoRadialPosition[3]=0 -Phase_1Path_1_GoTangentialPosition[3]=C -Phase_1Path_1_ReturnSlot[3]=14 -Phase_1Path_1_ReturnRadialPosition[3]=0 -Phase_1Path_1_ReturnTangentialPosition[3]=C -Phase_1Path_1_Turns[3]=3 -Phase_1Path_1_GoSlot[4]=24 -Phase_1Path_1_GoRadialPosition[4]=0 -Phase_1Path_1_GoTangentialPosition[4]=C -Phase_1Path_1_ReturnSlot[4]=35 -Phase_1Path_1_ReturnRadialPosition[4]=0 -Phase_1Path_1_ReturnTangentialPosition[4]=C -Phase_1Path_1_Turns[4]=3 -Phase_1Path_1_GoSlot[5]=26 -Phase_1Path_1_GoRadialPosition[5]=0 -Phase_1Path_1_GoTangentialPosition[5]=C -Phase_1Path_1_ReturnSlot[5]=37 -Phase_1Path_1_ReturnRadialPosition[5]=0 -Phase_1Path_1_ReturnTangentialPosition[5]=C -Phase_1Path_1_Turns[5]=3 -Phase_1Path_2_GoSlot[0]=47 -Phase_1Path_2_GoRadialPosition[0]=0 -Phase_1Path_2_GoTangentialPosition[0]=C -Phase_1Path_2_ReturnSlot[0]=36 -Phase_1Path_2_ReturnRadialPosition[0]=0 -Phase_1Path_2_ReturnTangentialPosition[0]=C -Phase_1Path_2_Turns[0]=3 -Phase_1Path_2_GoSlot[1]=49 -Phase_1Path_2_GoRadialPosition[1]=0 -Phase_1Path_2_GoTangentialPosition[1]=C -Phase_1Path_2_ReturnSlot[1]=38 -Phase_1Path_2_ReturnRadialPosition[1]=0 -Phase_1Path_2_ReturnTangentialPosition[1]=C -Phase_1Path_2_Turns[1]=3 -Phase_1Path_2_GoSlot[2]=48 -Phase_1Path_2_GoRadialPosition[2]=0 -Phase_1Path_2_GoTangentialPosition[2]=C -Phase_1Path_2_ReturnSlot[2]=59 -Phase_1Path_2_ReturnRadialPosition[2]=0 -Phase_1Path_2_ReturnTangentialPosition[2]=C -Phase_1Path_2_Turns[2]=3 -Phase_1Path_2_GoSlot[3]=50 -Phase_1Path_2_GoRadialPosition[3]=0 -Phase_1Path_2_GoTangentialPosition[3]=C -Phase_1Path_2_ReturnSlot[3]=61 -Phase_1Path_2_ReturnRadialPosition[3]=0 -Phase_1Path_2_ReturnTangentialPosition[3]=C -Phase_1Path_2_Turns[3]=3 -Phase_1Path_2_GoSlot[4]=71 -Phase_1Path_2_GoRadialPosition[4]=0 -Phase_1Path_2_GoTangentialPosition[4]=C -Phase_1Path_2_ReturnSlot[4]=60 -Phase_1Path_2_ReturnRadialPosition[4]=0 -Phase_1Path_2_ReturnTangentialPosition[4]=C -Phase_1Path_2_Turns[4]=3 -Phase_1Path_2_GoSlot[5]=1 -Phase_1Path_2_GoRadialPosition[5]=0 -Phase_1Path_2_GoTangentialPosition[5]=C -Phase_1Path_2_ReturnSlot[5]=62 -Phase_1Path_2_ReturnRadialPosition[5]=0 -Phase_1Path_2_ReturnTangentialPosition[5]=C -Phase_1Path_2_Turns[5]=3 -Phase_2Path_1_GoSlot[0]=8 -Phase_2Path_1_GoRadialPosition[0]=0 -Phase_2Path_1_GoTangentialPosition[0]=C -Phase_2Path_1_ReturnSlot[0]=19 -Phase_2Path_1_ReturnRadialPosition[0]=0 -Phase_2Path_1_ReturnTangentialPosition[0]=C -Phase_2Path_1_Turns[0]=3 -Phase_2Path_1_GoSlot[1]=10 -Phase_2Path_1_GoRadialPosition[1]=0 -Phase_2Path_1_GoTangentialPosition[1]=C -Phase_2Path_1_ReturnSlot[1]=21 -Phase_2Path_1_ReturnRadialPosition[1]=0 -Phase_2Path_1_ReturnTangentialPosition[1]=C -Phase_2Path_1_Turns[1]=3 -Phase_2Path_1_GoSlot[2]=31 -Phase_2Path_1_GoRadialPosition[2]=0 -Phase_2Path_1_GoTangentialPosition[2]=C -Phase_2Path_1_ReturnSlot[2]=20 -Phase_2Path_1_ReturnRadialPosition[2]=0 -Phase_2Path_1_ReturnTangentialPosition[2]=C -Phase_2Path_1_Turns[2]=3 -Phase_2Path_1_GoSlot[3]=33 -Phase_2Path_1_GoRadialPosition[3]=0 -Phase_2Path_1_GoTangentialPosition[3]=C -Phase_2Path_1_ReturnSlot[3]=22 -Phase_2Path_1_ReturnRadialPosition[3]=0 -Phase_2Path_1_ReturnTangentialPosition[3]=C -Phase_2Path_1_Turns[3]=3 -Phase_2Path_1_GoSlot[4]=32 -Phase_2Path_1_GoRadialPosition[4]=0 -Phase_2Path_1_GoTangentialPosition[4]=C -Phase_2Path_1_ReturnSlot[4]=43 -Phase_2Path_1_ReturnRadialPosition[4]=0 -Phase_2Path_1_ReturnTangentialPosition[4]=C -Phase_2Path_1_Turns[4]=3 -Phase_2Path_1_GoSlot[5]=34 -Phase_2Path_1_GoRadialPosition[5]=0 -Phase_2Path_1_GoTangentialPosition[5]=C -Phase_2Path_1_ReturnSlot[5]=45 -Phase_2Path_1_ReturnRadialPosition[5]=0 -Phase_2Path_1_ReturnTangentialPosition[5]=C -Phase_2Path_1_Turns[5]=3 -Phase_2Path_2_GoSlot[0]=55 -Phase_2Path_2_GoRadialPosition[0]=0 -Phase_2Path_2_GoTangentialPosition[0]=C -Phase_2Path_2_ReturnSlot[0]=44 -Phase_2Path_2_ReturnRadialPosition[0]=0 -Phase_2Path_2_ReturnTangentialPosition[0]=C -Phase_2Path_2_Turns[0]=3 -Phase_2Path_2_GoSlot[1]=57 -Phase_2Path_2_GoRadialPosition[1]=0 -Phase_2Path_2_GoTangentialPosition[1]=C -Phase_2Path_2_ReturnSlot[1]=46 -Phase_2Path_2_ReturnRadialPosition[1]=0 -Phase_2Path_2_ReturnTangentialPosition[1]=C -Phase_2Path_2_Turns[1]=3 -Phase_2Path_2_GoSlot[2]=56 -Phase_2Path_2_GoRadialPosition[2]=0 -Phase_2Path_2_GoTangentialPosition[2]=C -Phase_2Path_2_ReturnSlot[2]=67 -Phase_2Path_2_ReturnRadialPosition[2]=0 -Phase_2Path_2_ReturnTangentialPosition[2]=C -Phase_2Path_2_Turns[2]=3 -Phase_2Path_2_GoSlot[3]=58 -Phase_2Path_2_GoRadialPosition[3]=0 -Phase_2Path_2_GoTangentialPosition[3]=C -Phase_2Path_2_ReturnSlot[3]=69 -Phase_2Path_2_ReturnRadialPosition[3]=0 -Phase_2Path_2_ReturnTangentialPosition[3]=C -Phase_2Path_2_Turns[3]=3 -Phase_2Path_2_GoSlot[4]=7 -Phase_2Path_2_GoRadialPosition[4]=0 -Phase_2Path_2_GoTangentialPosition[4]=C -Phase_2Path_2_ReturnSlot[4]=68 -Phase_2Path_2_ReturnRadialPosition[4]=0 -Phase_2Path_2_ReturnTangentialPosition[4]=C -Phase_2Path_2_Turns[4]=3 -Phase_2Path_2_GoSlot[5]=9 -Phase_2Path_2_GoRadialPosition[5]=0 -Phase_2Path_2_GoTangentialPosition[5]=C -Phase_2Path_2_ReturnSlot[5]=70 -Phase_2Path_2_ReturnRadialPosition[5]=0 -Phase_2Path_2_ReturnTangentialPosition[5]=C -Phase_2Path_2_Turns[5]=3 -Phase_3Path_1_GoSlot[0]=16 -Phase_3Path_1_GoRadialPosition[0]=0 -Phase_3Path_1_GoTangentialPosition[0]=C -Phase_3Path_1_ReturnSlot[0]=27 -Phase_3Path_1_ReturnRadialPosition[0]=0 -Phase_3Path_1_ReturnTangentialPosition[0]=C -Phase_3Path_1_Turns[0]=3 -Phase_3Path_1_GoSlot[1]=18 -Phase_3Path_1_GoRadialPosition[1]=0 -Phase_3Path_1_GoTangentialPosition[1]=C -Phase_3Path_1_ReturnSlot[1]=29 -Phase_3Path_1_ReturnRadialPosition[1]=0 -Phase_3Path_1_ReturnTangentialPosition[1]=C -Phase_3Path_1_Turns[1]=3 -Phase_3Path_1_GoSlot[2]=39 -Phase_3Path_1_GoRadialPosition[2]=0 -Phase_3Path_1_GoTangentialPosition[2]=C -Phase_3Path_1_ReturnSlot[2]=28 -Phase_3Path_1_ReturnRadialPosition[2]=0 -Phase_3Path_1_ReturnTangentialPosition[2]=C -Phase_3Path_1_Turns[2]=3 -Phase_3Path_1_GoSlot[3]=41 -Phase_3Path_1_GoRadialPosition[3]=0 -Phase_3Path_1_GoTangentialPosition[3]=C -Phase_3Path_1_ReturnSlot[3]=30 -Phase_3Path_1_ReturnRadialPosition[3]=0 -Phase_3Path_1_ReturnTangentialPosition[3]=C -Phase_3Path_1_Turns[3]=3 -Phase_3Path_1_GoSlot[4]=40 -Phase_3Path_1_GoRadialPosition[4]=0 -Phase_3Path_1_GoTangentialPosition[4]=C -Phase_3Path_1_ReturnSlot[4]=51 -Phase_3Path_1_ReturnRadialPosition[4]=0 -Phase_3Path_1_ReturnTangentialPosition[4]=C -Phase_3Path_1_Turns[4]=3 -Phase_3Path_1_GoSlot[5]=42 -Phase_3Path_1_GoRadialPosition[5]=0 -Phase_3Path_1_GoTangentialPosition[5]=C -Phase_3Path_1_ReturnSlot[5]=53 -Phase_3Path_1_ReturnRadialPosition[5]=0 -Phase_3Path_1_ReturnTangentialPosition[5]=C -Phase_3Path_1_Turns[5]=3 -Phase_3Path_2_GoSlot[0]=63 -Phase_3Path_2_GoRadialPosition[0]=0 -Phase_3Path_2_GoTangentialPosition[0]=C -Phase_3Path_2_ReturnSlot[0]=52 -Phase_3Path_2_ReturnRadialPosition[0]=0 -Phase_3Path_2_ReturnTangentialPosition[0]=C -Phase_3Path_2_Turns[0]=3 -Phase_3Path_2_GoSlot[1]=65 -Phase_3Path_2_GoRadialPosition[1]=0 -Phase_3Path_2_GoTangentialPosition[1]=C -Phase_3Path_2_ReturnSlot[1]=54 -Phase_3Path_2_ReturnRadialPosition[1]=0 -Phase_3Path_2_ReturnTangentialPosition[1]=C -Phase_3Path_2_Turns[1]=3 -Phase_3Path_2_GoSlot[2]=64 -Phase_3Path_2_GoRadialPosition[2]=0 -Phase_3Path_2_GoTangentialPosition[2]=C -Phase_3Path_2_ReturnSlot[2]=3 -Phase_3Path_2_ReturnRadialPosition[2]=0 -Phase_3Path_2_ReturnTangentialPosition[2]=C -Phase_3Path_2_Turns[2]=3 -Phase_3Path_2_GoSlot[3]=66 -Phase_3Path_2_GoRadialPosition[3]=0 -Phase_3Path_2_GoTangentialPosition[3]=C -Phase_3Path_2_ReturnSlot[3]=5 -Phase_3Path_2_ReturnRadialPosition[3]=0 -Phase_3Path_2_ReturnTangentialPosition[3]=C -Phase_3Path_2_Turns[3]=3 -Phase_3Path_2_GoSlot[4]=15 -Phase_3Path_2_GoRadialPosition[4]=0 -Phase_3Path_2_GoTangentialPosition[4]=C -Phase_3Path_2_ReturnSlot[4]=4 -Phase_3Path_2_ReturnRadialPosition[4]=0 -Phase_3Path_2_ReturnTangentialPosition[4]=C -Phase_3Path_2_Turns[4]=3 -Phase_3Path_2_GoSlot[5]=17 -Phase_3Path_2_GoRadialPosition[5]=0 -Phase_3Path_2_GoTangentialPosition[5]=C -Phase_3Path_2_ReturnSlot[5]=6 -Phase_3Path_2_ReturnRadialPosition[5]=0 -Phase_3Path_2_ReturnTangentialPosition[5]=C -Phase_3Path_2_Turns[5]=3 - -[CustomDriveCycle] -ElecAngleValue[0]=0 -CurrentValuePh1[0]=-1 -CurrentValuePh2[0]=0.5 -CurrentValuePh3[0]=0.5 -ElecAngleValue[1]=1.00277777777778 -CurrentValuePh1[1]=-0.9998477 -CurrentValuePh2[1]=0.48480962 -CurrentValuePh3[1]=0.51503807 -ElecAngleValue[2]=2.00555555555556 -CurrentValuePh1[2]=-0.99939083 -CurrentValuePh2[2]=0.46947156 -CurrentValuePh3[2]=0.52991926 -ElecAngleValue[3]=3.00833333333333 -CurrentValuePh1[3]=-0.99862953 -CurrentValuePh2[3]=0.4539905 -CurrentValuePh3[3]=0.54463904 -ElecAngleValue[4]=4.01111111111111 -CurrentValuePh1[4]=-0.99756405 -CurrentValuePh2[4]=0.43837115 -CurrentValuePh3[4]=0.5591929 -ElecAngleValue[5]=5.01388888888889 -CurrentValuePh1[5]=-0.9961947 -CurrentValuePh2[5]=0.42261826 -CurrentValuePh3[5]=0.57357644 -ElecAngleValue[6]=6.01666666666667 -CurrentValuePh1[6]=-0.9945219 -CurrentValuePh2[6]=0.40673664 -CurrentValuePh3[6]=0.58778525 -ElecAngleValue[7]=7.01944444444444 -CurrentValuePh1[7]=-0.99254615 -CurrentValuePh2[7]=0.39073113 -CurrentValuePh3[7]=0.60181502 -ElecAngleValue[8]=8.02222222222222 -CurrentValuePh1[8]=-0.99026807 -CurrentValuePh2[8]=0.37460659 -CurrentValuePh3[8]=0.61566148 -ElecAngleValue[9]=9.025 -CurrentValuePh1[9]=-0.98768834 -CurrentValuePh2[9]=0.35836795 -CurrentValuePh3[9]=0.62932039 -ElecAngleValue[10]=10.0277777777778 -CurrentValuePh1[10]=-0.98480775 -CurrentValuePh2[10]=0.34202014 -CurrentValuePh3[10]=0.64278761 -ElecAngleValue[11]=11.0305555555556 -CurrentValuePh1[11]=-0.98162718 -CurrentValuePh2[11]=0.32556815 -CurrentValuePh3[11]=0.65605903 -ElecAngleValue[12]=12.0333333333333 -CurrentValuePh1[12]=-0.9781476 -CurrentValuePh2[12]=0.30901699 -CurrentValuePh3[12]=0.66913061 -ElecAngleValue[13]=13.0361111111111 -CurrentValuePh1[13]=-0.97437006 -CurrentValuePh2[13]=0.2923717 -CurrentValuePh3[13]=0.68199836 -ElecAngleValue[14]=14.0388888888889 -CurrentValuePh1[14]=-0.97029573 -CurrentValuePh2[14]=0.27563736 -CurrentValuePh3[14]=0.69465837 -ElecAngleValue[15]=15.0416666666667 -CurrentValuePh1[15]=-0.96592583 -CurrentValuePh2[15]=0.25881905 -CurrentValuePh3[15]=0.70710678 -ElecAngleValue[16]=16.0444444444444 -CurrentValuePh1[16]=-0.9612617 -CurrentValuePh2[16]=0.2419219 -CurrentValuePh3[16]=0.7193398 -ElecAngleValue[17]=17.0472222222222 -CurrentValuePh1[17]=-0.95630476 -CurrentValuePh2[17]=0.22495105 -CurrentValuePh3[17]=0.7313537 -ElecAngleValue[18]=18.05 -CurrentValuePh1[18]=-0.95105652 -CurrentValuePh2[18]=0.20791169 -CurrentValuePh3[18]=0.74314483 -ElecAngleValue[19]=19.0527777777778 -CurrentValuePh1[19]=-0.94551858 -CurrentValuePh2[19]=0.190809 -CurrentValuePh3[19]=0.75470958 -ElecAngleValue[20]=20.0555555555556 -CurrentValuePh1[20]=-0.93969262 -CurrentValuePh2[20]=0.17364818 -CurrentValuePh3[20]=0.76604444 -ElecAngleValue[21]=21.0583333333333 -CurrentValuePh1[21]=-0.93358043 -CurrentValuePh2[21]=0.15643447 -CurrentValuePh3[21]=0.77714596 -ElecAngleValue[22]=22.0611111111111 -CurrentValuePh1[22]=-0.92718385 -CurrentValuePh2[22]=0.1391731 -CurrentValuePh3[22]=0.78801075 -ElecAngleValue[23]=23.0638888888889 -CurrentValuePh1[23]=-0.92050485 -CurrentValuePh2[23]=0.12186934 -CurrentValuePh3[23]=0.79863551 -ElecAngleValue[24]=24.0666666666667 -CurrentValuePh1[24]=-0.91354546 -CurrentValuePh2[24]=0.10452846 -CurrentValuePh3[24]=0.80901699 -ElecAngleValue[25]=25.0694444444444 -CurrentValuePh1[25]=-0.90630779 -CurrentValuePh2[25]=0.087155743 -CurrentValuePh3[25]=0.81915204 -ElecAngleValue[26]=26.0722222222222 -CurrentValuePh1[26]=-0.89879405 -CurrentValuePh2[26]=0.069756474 -CurrentValuePh3[26]=0.82903757 -ElecAngleValue[27]=27.075 -CurrentValuePh1[27]=-0.89100652 -CurrentValuePh2[27]=0.052335956 -CurrentValuePh3[27]=0.83867057 -ElecAngleValue[28]=28.0777777777778 -CurrentValuePh1[28]=-0.88294759 -CurrentValuePh2[28]=0.034899497 -CurrentValuePh3[28]=0.8480481 -ElecAngleValue[29]=29.0805555555556 -CurrentValuePh1[29]=-0.87461971 -CurrentValuePh2[29]=0.017452406 -CurrentValuePh3[29]=0.8571673 -ElecAngleValue[30]=30.0833333333333 -CurrentValuePh1[30]=-0.8660254 -CurrentValuePh2[30]=1.2246064E-16 -CurrentValuePh3[30]=0.8660254 -ElecAngleValue[31]=31.0861111111111 -CurrentValuePh1[31]=-0.8571673 -CurrentValuePh2[31]=-0.017452406 -CurrentValuePh3[31]=0.87461971 -ElecAngleValue[32]=32.0888888888889 -CurrentValuePh1[32]=-0.8480481 -CurrentValuePh2[32]=-0.034899497 -CurrentValuePh3[32]=0.88294759 -ElecAngleValue[33]=33.0916666666667 -CurrentValuePh1[33]=-0.83867057 -CurrentValuePh2[33]=-0.052335956 -CurrentValuePh3[33]=0.89100652 -ElecAngleValue[34]=34.0944444444444 -CurrentValuePh1[34]=-0.82903757 -CurrentValuePh2[34]=-0.069756474 -CurrentValuePh3[34]=0.89879405 -ElecAngleValue[35]=35.0972222222222 -CurrentValuePh1[35]=-0.81915204 -CurrentValuePh2[35]=-0.087155743 -CurrentValuePh3[35]=0.90630779 -ElecAngleValue[36]=36.1 -CurrentValuePh1[36]=-0.80901699 -CurrentValuePh2[36]=-0.10452846 -CurrentValuePh3[36]=0.91354546 -ElecAngleValue[37]=37.1027777777778 -CurrentValuePh1[37]=-0.79863551 -CurrentValuePh2[37]=-0.12186934 -CurrentValuePh3[37]=0.92050485 -ElecAngleValue[38]=38.1055555555556 -CurrentValuePh1[38]=-0.78801075 -CurrentValuePh2[38]=-0.1391731 -CurrentValuePh3[38]=0.92718385 -ElecAngleValue[39]=39.1083333333333 -CurrentValuePh1[39]=-0.77714596 -CurrentValuePh2[39]=-0.15643447 -CurrentValuePh3[39]=0.93358043 -ElecAngleValue[40]=40.1111111111111 -CurrentValuePh1[40]=-0.76604444 -CurrentValuePh2[40]=-0.17364818 -CurrentValuePh3[40]=0.93969262 -ElecAngleValue[41]=41.1138888888889 -CurrentValuePh1[41]=-0.75470958 -CurrentValuePh2[41]=-0.190809 -CurrentValuePh3[41]=0.94551858 -ElecAngleValue[42]=42.1166666666667 -CurrentValuePh1[42]=-0.74314483 -CurrentValuePh2[42]=-0.20791169 -CurrentValuePh3[42]=0.95105652 -ElecAngleValue[43]=43.1194444444444 -CurrentValuePh1[43]=-0.7313537 -CurrentValuePh2[43]=-0.22495105 -CurrentValuePh3[43]=0.95630476 -ElecAngleValue[44]=44.1222222222222 -CurrentValuePh1[44]=-0.7193398 -CurrentValuePh2[44]=-0.2419219 -CurrentValuePh3[44]=0.9612617 -ElecAngleValue[45]=45.125 -CurrentValuePh1[45]=-0.70710678 -CurrentValuePh2[45]=-0.25881905 -CurrentValuePh3[45]=0.96592583 -ElecAngleValue[46]=46.1277777777778 -CurrentValuePh1[46]=-0.69465837 -CurrentValuePh2[46]=-0.27563736 -CurrentValuePh3[46]=0.97029573 -ElecAngleValue[47]=47.1305555555556 -CurrentValuePh1[47]=-0.68199836 -CurrentValuePh2[47]=-0.2923717 -CurrentValuePh3[47]=0.97437006 -ElecAngleValue[48]=48.1333333333333 -CurrentValuePh1[48]=-0.66913061 -CurrentValuePh2[48]=-0.30901699 -CurrentValuePh3[48]=0.9781476 -ElecAngleValue[49]=49.1361111111111 -CurrentValuePh1[49]=-0.65605903 -CurrentValuePh2[49]=-0.32556815 -CurrentValuePh3[49]=0.98162718 -ElecAngleValue[50]=50.1388888888889 -CurrentValuePh1[50]=-0.64278761 -CurrentValuePh2[50]=-0.34202014 -CurrentValuePh3[50]=0.98480775 -ElecAngleValue[51]=51.1416666666667 -CurrentValuePh1[51]=-0.62932039 -CurrentValuePh2[51]=-0.35836795 -CurrentValuePh3[51]=0.98768834 -ElecAngleValue[52]=52.1444444444444 -CurrentValuePh1[52]=-0.61566148 -CurrentValuePh2[52]=-0.37460659 -CurrentValuePh3[52]=0.99026807 -ElecAngleValue[53]=53.1472222222222 -CurrentValuePh1[53]=-0.60181502 -CurrentValuePh2[53]=-0.39073113 -CurrentValuePh3[53]=0.99254615 -ElecAngleValue[54]=54.15 -CurrentValuePh1[54]=-0.58778525 -CurrentValuePh2[54]=-0.40673664 -CurrentValuePh3[54]=0.9945219 -ElecAngleValue[55]=55.1527777777778 -CurrentValuePh1[55]=-0.57357644 -CurrentValuePh2[55]=-0.42261826 -CurrentValuePh3[55]=0.9961947 -ElecAngleValue[56]=56.1555555555556 -CurrentValuePh1[56]=-0.5591929 -CurrentValuePh2[56]=-0.43837115 -CurrentValuePh3[56]=0.99756405 -ElecAngleValue[57]=57.1583333333333 -CurrentValuePh1[57]=-0.54463904 -CurrentValuePh2[57]=-0.4539905 -CurrentValuePh3[57]=0.99862953 -ElecAngleValue[58]=58.1611111111111 -CurrentValuePh1[58]=-0.52991926 -CurrentValuePh2[58]=-0.46947156 -CurrentValuePh3[58]=0.99939083 -ElecAngleValue[59]=59.1638888888889 -CurrentValuePh1[59]=-0.51503807 -CurrentValuePh2[59]=-0.48480962 -CurrentValuePh3[59]=0.9998477 -ElecAngleValue[60]=60.1666666666667 -CurrentValuePh1[60]=-0.5 -CurrentValuePh2[60]=-0.5 -CurrentValuePh3[60]=1 -ElecAngleValue[61]=61.1694444444444 -CurrentValuePh1[61]=-0.48480962 -CurrentValuePh2[61]=-0.51503807 -CurrentValuePh3[61]=0.9998477 -ElecAngleValue[62]=62.1722222222222 -CurrentValuePh1[62]=-0.46947156 -CurrentValuePh2[62]=-0.52991926 -CurrentValuePh3[62]=0.99939083 -ElecAngleValue[63]=63.175 -CurrentValuePh1[63]=-0.4539905 -CurrentValuePh2[63]=-0.54463904 -CurrentValuePh3[63]=0.99862953 -ElecAngleValue[64]=64.1777777777778 -CurrentValuePh1[64]=-0.43837115 -CurrentValuePh2[64]=-0.5591929 -CurrentValuePh3[64]=0.99756405 -ElecAngleValue[65]=65.1805555555556 -CurrentValuePh1[65]=-0.42261826 -CurrentValuePh2[65]=-0.57357644 -CurrentValuePh3[65]=0.9961947 -ElecAngleValue[66]=66.1833333333333 -CurrentValuePh1[66]=-0.40673664 -CurrentValuePh2[66]=-0.58778525 -CurrentValuePh3[66]=0.9945219 -ElecAngleValue[67]=67.1861111111111 -CurrentValuePh1[67]=-0.39073113 -CurrentValuePh2[67]=-0.60181502 -CurrentValuePh3[67]=0.99254615 -ElecAngleValue[68]=68.1888888888889 -CurrentValuePh1[68]=-0.37460659 -CurrentValuePh2[68]=-0.61566148 -CurrentValuePh3[68]=0.99026807 -ElecAngleValue[69]=69.1916666666667 -CurrentValuePh1[69]=-0.35836795 -CurrentValuePh2[69]=-0.62932039 -CurrentValuePh3[69]=0.98768834 -ElecAngleValue[70]=70.1944444444444 -CurrentValuePh1[70]=-0.34202014 -CurrentValuePh2[70]=-0.64278761 -CurrentValuePh3[70]=0.98480775 -ElecAngleValue[71]=71.1972222222222 -CurrentValuePh1[71]=-0.32556815 -CurrentValuePh2[71]=-0.65605903 -CurrentValuePh3[71]=0.98162718 -ElecAngleValue[72]=72.2 -CurrentValuePh1[72]=-0.30901699 -CurrentValuePh2[72]=-0.66913061 -CurrentValuePh3[72]=0.9781476 -ElecAngleValue[73]=73.2027777777778 -CurrentValuePh1[73]=-0.2923717 -CurrentValuePh2[73]=-0.68199836 -CurrentValuePh3[73]=0.97437006 -ElecAngleValue[74]=74.2055555555555 -CurrentValuePh1[74]=-0.27563736 -CurrentValuePh2[74]=-0.69465837 -CurrentValuePh3[74]=0.97029573 -ElecAngleValue[75]=75.2083333333333 -CurrentValuePh1[75]=-0.25881905 -CurrentValuePh2[75]=-0.70710678 -CurrentValuePh3[75]=0.96592583 -ElecAngleValue[76]=76.2111111111111 -CurrentValuePh1[76]=-0.2419219 -CurrentValuePh2[76]=-0.7193398 -CurrentValuePh3[76]=0.9612617 -ElecAngleValue[77]=77.2138888888889 -CurrentValuePh1[77]=-0.22495105 -CurrentValuePh2[77]=-0.7313537 -CurrentValuePh3[77]=0.95630476 -ElecAngleValue[78]=78.2166666666667 -CurrentValuePh1[78]=-0.20791169 -CurrentValuePh2[78]=-0.74314483 -CurrentValuePh3[78]=0.95105652 -ElecAngleValue[79]=79.2194444444444 -CurrentValuePh1[79]=-0.190809 -CurrentValuePh2[79]=-0.75470958 -CurrentValuePh3[79]=0.94551858 -ElecAngleValue[80]=80.2222222222222 -CurrentValuePh1[80]=-0.17364818 -CurrentValuePh2[80]=-0.76604444 -CurrentValuePh3[80]=0.93969262 -ElecAngleValue[81]=81.225 -CurrentValuePh1[81]=-0.15643447 -CurrentValuePh2[81]=-0.77714596 -CurrentValuePh3[81]=0.93358043 -ElecAngleValue[82]=82.2277777777778 -CurrentValuePh1[82]=-0.1391731 -CurrentValuePh2[82]=-0.78801075 -CurrentValuePh3[82]=0.92718385 -ElecAngleValue[83]=83.2305555555556 -CurrentValuePh1[83]=-0.12186934 -CurrentValuePh2[83]=-0.79863551 -CurrentValuePh3[83]=0.92050485 -ElecAngleValue[84]=84.2333333333333 -CurrentValuePh1[84]=-0.10452846 -CurrentValuePh2[84]=-0.80901699 -CurrentValuePh3[84]=0.91354546 -ElecAngleValue[85]=85.2361111111111 -CurrentValuePh1[85]=-0.087155743 -CurrentValuePh2[85]=-0.81915204 -CurrentValuePh3[85]=0.90630779 -ElecAngleValue[86]=86.2388888888889 -CurrentValuePh1[86]=-0.069756474 -CurrentValuePh2[86]=-0.82903757 -CurrentValuePh3[86]=0.89879405 -ElecAngleValue[87]=87.2416666666667 -CurrentValuePh1[87]=-0.052335956 -CurrentValuePh2[87]=-0.83867057 -CurrentValuePh3[87]=0.89100652 -ElecAngleValue[88]=88.2444444444444 -CurrentValuePh1[88]=-0.034899497 -CurrentValuePh2[88]=-0.8480481 -CurrentValuePh3[88]=0.88294759 -ElecAngleValue[89]=89.2472222222222 -CurrentValuePh1[89]=-0.017452406 -CurrentValuePh2[89]=-0.8571673 -CurrentValuePh3[89]=0.87461971 -ElecAngleValue[90]=90.25 -CurrentValuePh1[90]=0 -CurrentValuePh2[90]=-0.8660254 -CurrentValuePh3[90]=0.8660254 -ElecAngleValue[91]=91.2527777777778 -CurrentValuePh1[91]=0.017452406 -CurrentValuePh2[91]=-0.87461971 -CurrentValuePh3[91]=0.8571673 -ElecAngleValue[92]=92.2555555555556 -CurrentValuePh1[92]=0.034899497 -CurrentValuePh2[92]=-0.88294759 -CurrentValuePh3[92]=0.8480481 -ElecAngleValue[93]=93.2583333333333 -CurrentValuePh1[93]=0.052335956 -CurrentValuePh2[93]=-0.89100652 -CurrentValuePh3[93]=0.83867057 -ElecAngleValue[94]=94.2611111111111 -CurrentValuePh1[94]=0.069756474 -CurrentValuePh2[94]=-0.89879405 -CurrentValuePh3[94]=0.82903757 -ElecAngleValue[95]=95.2638888888889 -CurrentValuePh1[95]=0.087155743 -CurrentValuePh2[95]=-0.90630779 -CurrentValuePh3[95]=0.81915204 -ElecAngleValue[96]=96.2666666666667 -CurrentValuePh1[96]=0.10452846 -CurrentValuePh2[96]=-0.91354546 -CurrentValuePh3[96]=0.80901699 -ElecAngleValue[97]=97.2694444444444 -CurrentValuePh1[97]=0.12186934 -CurrentValuePh2[97]=-0.92050485 -CurrentValuePh3[97]=0.79863551 -ElecAngleValue[98]=98.2722222222222 -CurrentValuePh1[98]=0.1391731 -CurrentValuePh2[98]=-0.92718385 -CurrentValuePh3[98]=0.78801075 -ElecAngleValue[99]=99.275 -CurrentValuePh1[99]=0.15643447 -CurrentValuePh2[99]=-0.93358043 -CurrentValuePh3[99]=0.77714596 -ElecAngleValue[100]=100.277777777778 -CurrentValuePh1[100]=0.17364818 -CurrentValuePh2[100]=-0.93969262 -CurrentValuePh3[100]=0.76604444 -ElecAngleValue[101]=101.280555555556 -CurrentValuePh1[101]=0.190809 -CurrentValuePh2[101]=-0.94551858 -CurrentValuePh3[101]=0.75470958 -ElecAngleValue[102]=102.283333333333 -CurrentValuePh1[102]=0.20791169 -CurrentValuePh2[102]=-0.95105652 -CurrentValuePh3[102]=0.74314483 -ElecAngleValue[103]=103.286111111111 -CurrentValuePh1[103]=0.22495105 -CurrentValuePh2[103]=-0.95630476 -CurrentValuePh3[103]=0.7313537 -ElecAngleValue[104]=104.288888888889 -CurrentValuePh1[104]=0.2419219 -CurrentValuePh2[104]=-0.9612617 -CurrentValuePh3[104]=0.7193398 -ElecAngleValue[105]=105.291666666667 -CurrentValuePh1[105]=0.25881905 -CurrentValuePh2[105]=-0.96592583 -CurrentValuePh3[105]=0.70710678 -ElecAngleValue[106]=106.294444444444 -CurrentValuePh1[106]=0.27563736 -CurrentValuePh2[106]=-0.97029573 -CurrentValuePh3[106]=0.69465837 -ElecAngleValue[107]=107.297222222222 -CurrentValuePh1[107]=0.2923717 -CurrentValuePh2[107]=-0.97437006 -CurrentValuePh3[107]=0.68199836 -ElecAngleValue[108]=108.3 -CurrentValuePh1[108]=0.30901699 -CurrentValuePh2[108]=-0.9781476 -CurrentValuePh3[108]=0.66913061 -ElecAngleValue[109]=109.302777777778 -CurrentValuePh1[109]=0.32556815 -CurrentValuePh2[109]=-0.98162718 -CurrentValuePh3[109]=0.65605903 -ElecAngleValue[110]=110.305555555556 -CurrentValuePh1[110]=0.34202014 -CurrentValuePh2[110]=-0.98480775 -CurrentValuePh3[110]=0.64278761 -ElecAngleValue[111]=111.308333333333 -CurrentValuePh1[111]=0.35836795 -CurrentValuePh2[111]=-0.98768834 -CurrentValuePh3[111]=0.62932039 -ElecAngleValue[112]=112.311111111111 -CurrentValuePh1[112]=0.37460659 -CurrentValuePh2[112]=-0.99026807 -CurrentValuePh3[112]=0.61566148 -ElecAngleValue[113]=113.313888888889 -CurrentValuePh1[113]=0.39073113 -CurrentValuePh2[113]=-0.99254615 -CurrentValuePh3[113]=0.60181502 -ElecAngleValue[114]=114.316666666667 -CurrentValuePh1[114]=0.40673664 -CurrentValuePh2[114]=-0.9945219 -CurrentValuePh3[114]=0.58778525 -ElecAngleValue[115]=115.319444444444 -CurrentValuePh1[115]=0.42261826 -CurrentValuePh2[115]=-0.9961947 -CurrentValuePh3[115]=0.57357644 -ElecAngleValue[116]=116.322222222222 -CurrentValuePh1[116]=0.43837115 -CurrentValuePh2[116]=-0.99756405 -CurrentValuePh3[116]=0.5591929 -ElecAngleValue[117]=117.325 -CurrentValuePh1[117]=0.4539905 -CurrentValuePh2[117]=-0.99862953 -CurrentValuePh3[117]=0.54463904 -ElecAngleValue[118]=118.327777777778 -CurrentValuePh1[118]=0.46947156 -CurrentValuePh2[118]=-0.99939083 -CurrentValuePh3[118]=0.52991926 -ElecAngleValue[119]=119.330555555556 -CurrentValuePh1[119]=0.48480962 -CurrentValuePh2[119]=-0.9998477 -CurrentValuePh3[119]=0.51503807 -ElecAngleValue[120]=120.333333333333 -CurrentValuePh1[120]=0.5 -CurrentValuePh2[120]=-1 -CurrentValuePh3[120]=0.5 -ElecAngleValue[121]=121.336111111111 -CurrentValuePh1[121]=0.51503807 -CurrentValuePh2[121]=-0.9998477 -CurrentValuePh3[121]=0.48480962 -ElecAngleValue[122]=122.338888888889 -CurrentValuePh1[122]=0.52991926 -CurrentValuePh2[122]=-0.99939083 -CurrentValuePh3[122]=0.46947156 -ElecAngleValue[123]=123.341666666667 -CurrentValuePh1[123]=0.54463904 -CurrentValuePh2[123]=-0.99862953 -CurrentValuePh3[123]=0.4539905 -ElecAngleValue[124]=124.344444444444 -CurrentValuePh1[124]=0.5591929 -CurrentValuePh2[124]=-0.99756405 -CurrentValuePh3[124]=0.43837115 -ElecAngleValue[125]=125.347222222222 -CurrentValuePh1[125]=0.57357644 -CurrentValuePh2[125]=-0.9961947 -CurrentValuePh3[125]=0.42261826 -ElecAngleValue[126]=126.35 -CurrentValuePh1[126]=0.58778525 -CurrentValuePh2[126]=-0.9945219 -CurrentValuePh3[126]=0.40673664 -ElecAngleValue[127]=127.352777777778 -CurrentValuePh1[127]=0.60181502 -CurrentValuePh2[127]=-0.99254615 -CurrentValuePh3[127]=0.39073113 -ElecAngleValue[128]=128.355555555556 -CurrentValuePh1[128]=0.61566148 -CurrentValuePh2[128]=-0.99026807 -CurrentValuePh3[128]=0.37460659 -ElecAngleValue[129]=129.358333333333 -CurrentValuePh1[129]=0.62932039 -CurrentValuePh2[129]=-0.98768834 -CurrentValuePh3[129]=0.35836795 -ElecAngleValue[130]=130.361111111111 -CurrentValuePh1[130]=0.64278761 -CurrentValuePh2[130]=-0.98480775 -CurrentValuePh3[130]=0.34202014 -ElecAngleValue[131]=131.363888888889 -CurrentValuePh1[131]=0.65605903 -CurrentValuePh2[131]=-0.98162718 -CurrentValuePh3[131]=0.32556815 -ElecAngleValue[132]=132.366666666667 -CurrentValuePh1[132]=0.66913061 -CurrentValuePh2[132]=-0.9781476 -CurrentValuePh3[132]=0.30901699 -ElecAngleValue[133]=133.369444444444 -CurrentValuePh1[133]=0.68199836 -CurrentValuePh2[133]=-0.97437006 -CurrentValuePh3[133]=0.2923717 -ElecAngleValue[134]=134.372222222222 -CurrentValuePh1[134]=0.69465837 -CurrentValuePh2[134]=-0.97029573 -CurrentValuePh3[134]=0.27563736 -ElecAngleValue[135]=135.375 -CurrentValuePh1[135]=0.70710678 -CurrentValuePh2[135]=-0.96592583 -CurrentValuePh3[135]=0.25881905 -ElecAngleValue[136]=136.377777777778 -CurrentValuePh1[136]=0.7193398 -CurrentValuePh2[136]=-0.9612617 -CurrentValuePh3[136]=0.2419219 -ElecAngleValue[137]=137.380555555556 -CurrentValuePh1[137]=0.7313537 -CurrentValuePh2[137]=-0.95630476 -CurrentValuePh3[137]=0.22495105 -ElecAngleValue[138]=138.383333333333 -CurrentValuePh1[138]=0.74314483 -CurrentValuePh2[138]=-0.95105652 -CurrentValuePh3[138]=0.20791169 -ElecAngleValue[139]=139.386111111111 -CurrentValuePh1[139]=0.75470958 -CurrentValuePh2[139]=-0.94551858 -CurrentValuePh3[139]=0.190809 -ElecAngleValue[140]=140.388888888889 -CurrentValuePh1[140]=0.76604444 -CurrentValuePh2[140]=-0.93969262 -CurrentValuePh3[140]=0.17364818 -ElecAngleValue[141]=141.391666666667 -CurrentValuePh1[141]=0.77714596 -CurrentValuePh2[141]=-0.93358043 -CurrentValuePh3[141]=0.15643447 -ElecAngleValue[142]=142.394444444444 -CurrentValuePh1[142]=0.78801075 -CurrentValuePh2[142]=-0.92718385 -CurrentValuePh3[142]=0.1391731 -ElecAngleValue[143]=143.397222222222 -CurrentValuePh1[143]=0.79863551 -CurrentValuePh2[143]=-0.92050485 -CurrentValuePh3[143]=0.12186934 -ElecAngleValue[144]=144.4 -CurrentValuePh1[144]=0.80901699 -CurrentValuePh2[144]=-0.91354546 -CurrentValuePh3[144]=0.10452846 -ElecAngleValue[145]=145.402777777778 -CurrentValuePh1[145]=0.81915204 -CurrentValuePh2[145]=-0.90630779 -CurrentValuePh3[145]=0.087155743 -ElecAngleValue[146]=146.405555555556 -CurrentValuePh1[146]=0.82903757 -CurrentValuePh2[146]=-0.89879405 -CurrentValuePh3[146]=0.069756474 -ElecAngleValue[147]=147.408333333333 -CurrentValuePh1[147]=0.83867057 -CurrentValuePh2[147]=-0.89100652 -CurrentValuePh3[147]=0.052335956 -ElecAngleValue[148]=148.411111111111 -CurrentValuePh1[148]=0.8480481 -CurrentValuePh2[148]=-0.88294759 -CurrentValuePh3[148]=0.034899497 -ElecAngleValue[149]=149.413888888889 -CurrentValuePh1[149]=0.8571673 -CurrentValuePh2[149]=-0.87461971 -CurrentValuePh3[149]=0.017452406 -ElecAngleValue[150]=150.416666666667 -CurrentValuePh1[150]=0.8660254 -CurrentValuePh2[150]=-0.8660254 -CurrentValuePh3[150]=1.2246064E-16 -ElecAngleValue[151]=151.419444444444 -CurrentValuePh1[151]=0.87461971 -CurrentValuePh2[151]=-0.8571673 -CurrentValuePh3[151]=-0.017452406 -ElecAngleValue[152]=152.422222222222 -CurrentValuePh1[152]=0.88294759 -CurrentValuePh2[152]=-0.8480481 -CurrentValuePh3[152]=-0.034899497 -ElecAngleValue[153]=153.425 -CurrentValuePh1[153]=0.89100652 -CurrentValuePh2[153]=-0.83867057 -CurrentValuePh3[153]=-0.052335956 -ElecAngleValue[154]=154.427777777778 -CurrentValuePh1[154]=0.89879405 -CurrentValuePh2[154]=-0.82903757 -CurrentValuePh3[154]=-0.069756474 -ElecAngleValue[155]=155.430555555556 -CurrentValuePh1[155]=0.90630779 -CurrentValuePh2[155]=-0.81915204 -CurrentValuePh3[155]=-0.087155743 -ElecAngleValue[156]=156.433333333333 -CurrentValuePh1[156]=0.91354546 -CurrentValuePh2[156]=-0.80901699 -CurrentValuePh3[156]=-0.10452846 -ElecAngleValue[157]=157.436111111111 -CurrentValuePh1[157]=0.92050485 -CurrentValuePh2[157]=-0.79863551 -CurrentValuePh3[157]=-0.12186934 -ElecAngleValue[158]=158.438888888889 -CurrentValuePh1[158]=0.92718385 -CurrentValuePh2[158]=-0.78801075 -CurrentValuePh3[158]=-0.1391731 -ElecAngleValue[159]=159.441666666667 -CurrentValuePh1[159]=0.93358043 -CurrentValuePh2[159]=-0.77714596 -CurrentValuePh3[159]=-0.15643447 -ElecAngleValue[160]=160.444444444444 -CurrentValuePh1[160]=0.93969262 -CurrentValuePh2[160]=-0.76604444 -CurrentValuePh3[160]=-0.17364818 -ElecAngleValue[161]=161.447222222222 -CurrentValuePh1[161]=0.94551858 -CurrentValuePh2[161]=-0.75470958 -CurrentValuePh3[161]=-0.190809 -ElecAngleValue[162]=162.45 -CurrentValuePh1[162]=0.95105652 -CurrentValuePh2[162]=-0.74314483 -CurrentValuePh3[162]=-0.20791169 -ElecAngleValue[163]=163.452777777778 -CurrentValuePh1[163]=0.95630476 -CurrentValuePh2[163]=-0.7313537 -CurrentValuePh3[163]=-0.22495105 -ElecAngleValue[164]=164.455555555556 -CurrentValuePh1[164]=0.9612617 -CurrentValuePh2[164]=-0.7193398 -CurrentValuePh3[164]=-0.2419219 -ElecAngleValue[165]=165.458333333333 -CurrentValuePh1[165]=0.96592583 -CurrentValuePh2[165]=-0.70710678 -CurrentValuePh3[165]=-0.25881905 -ElecAngleValue[166]=166.461111111111 -CurrentValuePh1[166]=0.97029573 -CurrentValuePh2[166]=-0.69465837 -CurrentValuePh3[166]=-0.27563736 -ElecAngleValue[167]=167.463888888889 -CurrentValuePh1[167]=0.97437006 -CurrentValuePh2[167]=-0.68199836 -CurrentValuePh3[167]=-0.2923717 -ElecAngleValue[168]=168.466666666667 -CurrentValuePh1[168]=0.9781476 -CurrentValuePh2[168]=-0.66913061 -CurrentValuePh3[168]=-0.30901699 -ElecAngleValue[169]=169.469444444444 -CurrentValuePh1[169]=0.98162718 -CurrentValuePh2[169]=-0.65605903 -CurrentValuePh3[169]=-0.32556815 -ElecAngleValue[170]=170.472222222222 -CurrentValuePh1[170]=0.98480775 -CurrentValuePh2[170]=-0.64278761 -CurrentValuePh3[170]=-0.34202014 -ElecAngleValue[171]=171.475 -CurrentValuePh1[171]=0.98768834 -CurrentValuePh2[171]=-0.62932039 -CurrentValuePh3[171]=-0.35836795 -ElecAngleValue[172]=172.477777777778 -CurrentValuePh1[172]=0.99026807 -CurrentValuePh2[172]=-0.61566148 -CurrentValuePh3[172]=-0.37460659 -ElecAngleValue[173]=173.480555555556 -CurrentValuePh1[173]=0.99254615 -CurrentValuePh2[173]=-0.60181502 -CurrentValuePh3[173]=-0.39073113 -ElecAngleValue[174]=174.483333333333 -CurrentValuePh1[174]=0.9945219 -CurrentValuePh2[174]=-0.58778525 -CurrentValuePh3[174]=-0.40673664 -ElecAngleValue[175]=175.486111111111 -CurrentValuePh1[175]=0.9961947 -CurrentValuePh2[175]=-0.57357644 -CurrentValuePh3[175]=-0.42261826 -ElecAngleValue[176]=176.488888888889 -CurrentValuePh1[176]=0.99756405 -CurrentValuePh2[176]=-0.5591929 -CurrentValuePh3[176]=-0.43837115 -ElecAngleValue[177]=177.491666666667 -CurrentValuePh1[177]=0.99862953 -CurrentValuePh2[177]=-0.54463904 -CurrentValuePh3[177]=-0.4539905 -ElecAngleValue[178]=178.494444444444 -CurrentValuePh1[178]=0.99939083 -CurrentValuePh2[178]=-0.52991926 -CurrentValuePh3[178]=-0.46947156 -ElecAngleValue[179]=179.497222222222 -CurrentValuePh1[179]=0.9998477 -CurrentValuePh2[179]=-0.51503807 -CurrentValuePh3[179]=-0.48480962 -ElecAngleValue[180]=180.5 -CurrentValuePh1[180]=1 -CurrentValuePh2[180]=-0.5 -CurrentValuePh3[180]=-0.5 -ElecAngleValue[181]=181.502777777778 -CurrentValuePh1[181]=0.9998477 -CurrentValuePh2[181]=-0.48480962 -CurrentValuePh3[181]=-0.51503807 -ElecAngleValue[182]=182.505555555556 -CurrentValuePh1[182]=0.99939083 -CurrentValuePh2[182]=-0.46947156 -CurrentValuePh3[182]=-0.52991926 -ElecAngleValue[183]=183.508333333333 -CurrentValuePh1[183]=0.99862953 -CurrentValuePh2[183]=-0.4539905 -CurrentValuePh3[183]=-0.54463904 -ElecAngleValue[184]=184.511111111111 -CurrentValuePh1[184]=0.99756405 -CurrentValuePh2[184]=-0.43837115 -CurrentValuePh3[184]=-0.5591929 -ElecAngleValue[185]=185.513888888889 -CurrentValuePh1[185]=0.9961947 -CurrentValuePh2[185]=-0.42261826 -CurrentValuePh3[185]=-0.57357644 -ElecAngleValue[186]=186.516666666667 -CurrentValuePh1[186]=0.9945219 -CurrentValuePh2[186]=-0.40673664 -CurrentValuePh3[186]=-0.58778525 -ElecAngleValue[187]=187.519444444444 -CurrentValuePh1[187]=0.99254615 -CurrentValuePh2[187]=-0.39073113 -CurrentValuePh3[187]=-0.60181502 -ElecAngleValue[188]=188.522222222222 -CurrentValuePh1[188]=0.99026807 -CurrentValuePh2[188]=-0.37460659 -CurrentValuePh3[188]=-0.61566148 -ElecAngleValue[189]=189.525 -CurrentValuePh1[189]=0.98768834 -CurrentValuePh2[189]=-0.35836795 -CurrentValuePh3[189]=-0.62932039 -ElecAngleValue[190]=190.527777777778 -CurrentValuePh1[190]=0.98480775 -CurrentValuePh2[190]=-0.34202014 -CurrentValuePh3[190]=-0.64278761 -ElecAngleValue[191]=191.530555555556 -CurrentValuePh1[191]=0.98162718 -CurrentValuePh2[191]=-0.32556815 -CurrentValuePh3[191]=-0.65605903 -ElecAngleValue[192]=192.533333333333 -CurrentValuePh1[192]=0.9781476 -CurrentValuePh2[192]=-0.30901699 -CurrentValuePh3[192]=-0.66913061 -ElecAngleValue[193]=193.536111111111 -CurrentValuePh1[193]=0.97437006 -CurrentValuePh2[193]=-0.2923717 -CurrentValuePh3[193]=-0.68199836 -ElecAngleValue[194]=194.538888888889 -CurrentValuePh1[194]=0.97029573 -CurrentValuePh2[194]=-0.27563736 -CurrentValuePh3[194]=-0.69465837 -ElecAngleValue[195]=195.541666666667 -CurrentValuePh1[195]=0.96592583 -CurrentValuePh2[195]=-0.25881905 -CurrentValuePh3[195]=-0.70710678 -ElecAngleValue[196]=196.544444444444 -CurrentValuePh1[196]=0.9612617 -CurrentValuePh2[196]=-0.2419219 -CurrentValuePh3[196]=-0.7193398 -ElecAngleValue[197]=197.547222222222 -CurrentValuePh1[197]=0.95630476 -CurrentValuePh2[197]=-0.22495105 -CurrentValuePh3[197]=-0.7313537 -ElecAngleValue[198]=198.55 -CurrentValuePh1[198]=0.95105652 -CurrentValuePh2[198]=-0.20791169 -CurrentValuePh3[198]=-0.74314483 -ElecAngleValue[199]=199.552777777778 -CurrentValuePh1[199]=0.94551858 -CurrentValuePh2[199]=-0.190809 -CurrentValuePh3[199]=-0.75470958 -ElecAngleValue[200]=200.555555555556 -CurrentValuePh1[200]=0.93969262 -CurrentValuePh2[200]=-0.17364818 -CurrentValuePh3[200]=-0.76604444 -ElecAngleValue[201]=201.558333333333 -CurrentValuePh1[201]=0.93358043 -CurrentValuePh2[201]=-0.15643447 -CurrentValuePh3[201]=-0.77714596 -ElecAngleValue[202]=202.561111111111 -CurrentValuePh1[202]=0.92718385 -CurrentValuePh2[202]=-0.1391731 -CurrentValuePh3[202]=-0.78801075 -ElecAngleValue[203]=203.563888888889 -CurrentValuePh1[203]=0.92050485 -CurrentValuePh2[203]=-0.12186934 -CurrentValuePh3[203]=-0.79863551 -ElecAngleValue[204]=204.566666666667 -CurrentValuePh1[204]=0.91354546 -CurrentValuePh2[204]=-0.10452846 -CurrentValuePh3[204]=-0.80901699 -ElecAngleValue[205]=205.569444444444 -CurrentValuePh1[205]=0.90630779 -CurrentValuePh2[205]=-0.087155743 -CurrentValuePh3[205]=-0.81915204 -ElecAngleValue[206]=206.572222222222 -CurrentValuePh1[206]=0.89879405 -CurrentValuePh2[206]=-0.069756474 -CurrentValuePh3[206]=-0.82903757 -ElecAngleValue[207]=207.575 -CurrentValuePh1[207]=0.89100652 -CurrentValuePh2[207]=-0.052335956 -CurrentValuePh3[207]=-0.83867057 -ElecAngleValue[208]=208.577777777778 -CurrentValuePh1[208]=0.88294759 -CurrentValuePh2[208]=-0.034899497 -CurrentValuePh3[208]=-0.8480481 -ElecAngleValue[209]=209.580555555556 -CurrentValuePh1[209]=0.87461971 -CurrentValuePh2[209]=-0.017452406 -CurrentValuePh3[209]=-0.8571673 -ElecAngleValue[210]=210.583333333333 -CurrentValuePh1[210]=0.8660254 -CurrentValuePh2[210]=-2.4492127E-16 -CurrentValuePh3[210]=-0.8660254 -ElecAngleValue[211]=211.586111111111 -CurrentValuePh1[211]=0.8571673 -CurrentValuePh2[211]=0.017452406 -CurrentValuePh3[211]=-0.87461971 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-CurrentValuePh1[219]=0.77714596 -CurrentValuePh2[219]=0.15643447 -CurrentValuePh3[219]=-0.93358043 -ElecAngleValue[220]=220.611111111111 -CurrentValuePh1[220]=0.76604444 -CurrentValuePh2[220]=0.17364818 -CurrentValuePh3[220]=-0.93969262 -ElecAngleValue[221]=221.613888888889 -CurrentValuePh1[221]=0.75470958 -CurrentValuePh2[221]=0.190809 -CurrentValuePh3[221]=-0.94551858 -ElecAngleValue[222]=222.616666666667 -CurrentValuePh1[222]=0.74314483 -CurrentValuePh2[222]=0.20791169 -CurrentValuePh3[222]=-0.95105652 -ElecAngleValue[223]=223.619444444444 -CurrentValuePh1[223]=0.7313537 -CurrentValuePh2[223]=0.22495105 -CurrentValuePh3[223]=-0.95630476 -ElecAngleValue[224]=224.622222222222 -CurrentValuePh1[224]=0.7193398 -CurrentValuePh2[224]=0.2419219 -CurrentValuePh3[224]=-0.9612617 -ElecAngleValue[225]=225.625 -CurrentValuePh1[225]=0.70710678 -CurrentValuePh2[225]=0.25881905 -CurrentValuePh3[225]=-0.96592583 -ElecAngleValue[226]=226.627777777778 -CurrentValuePh1[226]=0.69465837 -CurrentValuePh2[226]=0.27563736 -CurrentValuePh3[226]=-0.97029573 -ElecAngleValue[227]=227.630555555556 -CurrentValuePh1[227]=0.68199836 -CurrentValuePh2[227]=0.2923717 -CurrentValuePh3[227]=-0.97437006 -ElecAngleValue[228]=228.633333333333 -CurrentValuePh1[228]=0.66913061 -CurrentValuePh2[228]=0.30901699 -CurrentValuePh3[228]=-0.9781476 -ElecAngleValue[229]=229.636111111111 -CurrentValuePh1[229]=0.65605903 -CurrentValuePh2[229]=0.32556815 -CurrentValuePh3[229]=-0.98162718 -ElecAngleValue[230]=230.638888888889 -CurrentValuePh1[230]=0.64278761 -CurrentValuePh2[230]=0.34202014 -CurrentValuePh3[230]=-0.98480775 -ElecAngleValue[231]=231.641666666667 -CurrentValuePh1[231]=0.62932039 -CurrentValuePh2[231]=0.35836795 -CurrentValuePh3[231]=-0.98768834 -ElecAngleValue[232]=232.644444444444 -CurrentValuePh1[232]=0.61566148 -CurrentValuePh2[232]=0.37460659 -CurrentValuePh3[232]=-0.99026807 -ElecAngleValue[233]=233.647222222222 -CurrentValuePh1[233]=0.60181502 -CurrentValuePh2[233]=0.39073113 -CurrentValuePh3[233]=-0.99254615 -ElecAngleValue[234]=234.65 -CurrentValuePh1[234]=0.58778525 -CurrentValuePh2[234]=0.40673664 -CurrentValuePh3[234]=-0.9945219 -ElecAngleValue[235]=235.652777777778 -CurrentValuePh1[235]=0.57357644 -CurrentValuePh2[235]=0.42261826 -CurrentValuePh3[235]=-0.9961947 -ElecAngleValue[236]=236.655555555556 -CurrentValuePh1[236]=0.5591929 -CurrentValuePh2[236]=0.43837115 -CurrentValuePh3[236]=-0.99756405 -ElecAngleValue[237]=237.658333333333 -CurrentValuePh1[237]=0.54463904 -CurrentValuePh2[237]=0.4539905 -CurrentValuePh3[237]=-0.99862953 -ElecAngleValue[238]=238.661111111111 -CurrentValuePh1[238]=0.52991926 -CurrentValuePh2[238]=0.46947156 -CurrentValuePh3[238]=-0.99939083 -ElecAngleValue[239]=239.663888888889 -CurrentValuePh1[239]=0.51503807 -CurrentValuePh2[239]=0.48480962 -CurrentValuePh3[239]=-0.9998477 -ElecAngleValue[240]=240.666666666667 -CurrentValuePh1[240]=0.5 -CurrentValuePh2[240]=0.5 -CurrentValuePh3[240]=-1 -ElecAngleValue[241]=241.669444444444 -CurrentValuePh1[241]=0.48480962 -CurrentValuePh2[241]=0.51503807 -CurrentValuePh3[241]=-0.9998477 -ElecAngleValue[242]=242.672222222222 -CurrentValuePh1[242]=0.46947156 -CurrentValuePh2[242]=0.52991926 -CurrentValuePh3[242]=-0.99939083 -ElecAngleValue[243]=243.675 -CurrentValuePh1[243]=0.4539905 -CurrentValuePh2[243]=0.54463904 -CurrentValuePh3[243]=-0.99862953 -ElecAngleValue[244]=244.677777777778 -CurrentValuePh1[244]=0.43837115 -CurrentValuePh2[244]=0.5591929 -CurrentValuePh3[244]=-0.99756405 -ElecAngleValue[245]=245.680555555556 -CurrentValuePh1[245]=0.42261826 -CurrentValuePh2[245]=0.57357644 -CurrentValuePh3[245]=-0.9961947 -ElecAngleValue[246]=246.683333333333 -CurrentValuePh1[246]=0.40673664 -CurrentValuePh2[246]=0.58778525 -CurrentValuePh3[246]=-0.9945219 -ElecAngleValue[247]=247.686111111111 -CurrentValuePh1[247]=0.39073113 -CurrentValuePh2[247]=0.60181502 -CurrentValuePh3[247]=-0.99254615 -ElecAngleValue[248]=248.688888888889 -CurrentValuePh1[248]=0.37460659 -CurrentValuePh2[248]=0.61566148 -CurrentValuePh3[248]=-0.99026807 -ElecAngleValue[249]=249.691666666667 -CurrentValuePh1[249]=0.35836795 -CurrentValuePh2[249]=0.62932039 -CurrentValuePh3[249]=-0.98768834 -ElecAngleValue[250]=250.694444444444 -CurrentValuePh1[250]=0.34202014 -CurrentValuePh2[250]=0.64278761 -CurrentValuePh3[250]=-0.98480775 -ElecAngleValue[251]=251.697222222222 -CurrentValuePh1[251]=0.32556815 -CurrentValuePh2[251]=0.65605903 -CurrentValuePh3[251]=-0.98162718 -ElecAngleValue[252]=252.7 -CurrentValuePh1[252]=0.30901699 -CurrentValuePh2[252]=0.66913061 -CurrentValuePh3[252]=-0.9781476 -ElecAngleValue[253]=253.702777777778 -CurrentValuePh1[253]=0.2923717 -CurrentValuePh2[253]=0.68199836 -CurrentValuePh3[253]=-0.97437006 -ElecAngleValue[254]=254.705555555556 -CurrentValuePh1[254]=0.27563736 -CurrentValuePh2[254]=0.69465837 -CurrentValuePh3[254]=-0.97029573 -ElecAngleValue[255]=255.708333333333 -CurrentValuePh1[255]=0.25881905 -CurrentValuePh2[255]=0.70710678 -CurrentValuePh3[255]=-0.96592583 -ElecAngleValue[256]=256.711111111111 -CurrentValuePh1[256]=0.2419219 -CurrentValuePh2[256]=0.7193398 -CurrentValuePh3[256]=-0.9612617 -ElecAngleValue[257]=257.713888888889 -CurrentValuePh1[257]=0.22495105 -CurrentValuePh2[257]=0.7313537 -CurrentValuePh3[257]=-0.95630476 -ElecAngleValue[258]=258.716666666667 -CurrentValuePh1[258]=0.20791169 -CurrentValuePh2[258]=0.74314483 -CurrentValuePh3[258]=-0.95105652 -ElecAngleValue[259]=259.719444444444 -CurrentValuePh1[259]=0.190809 -CurrentValuePh2[259]=0.75470958 -CurrentValuePh3[259]=-0.94551858 -ElecAngleValue[260]=260.722222222222 -CurrentValuePh1[260]=0.17364818 -CurrentValuePh2[260]=0.76604444 -CurrentValuePh3[260]=-0.93969262 -ElecAngleValue[261]=261.725 -CurrentValuePh1[261]=0.15643447 -CurrentValuePh2[261]=0.77714596 -CurrentValuePh3[261]=-0.93358043 -ElecAngleValue[262]=262.727777777778 -CurrentValuePh1[262]=0.1391731 -CurrentValuePh2[262]=0.78801075 -CurrentValuePh3[262]=-0.92718385 -ElecAngleValue[263]=263.730555555556 -CurrentValuePh1[263]=0.12186934 -CurrentValuePh2[263]=0.79863551 -CurrentValuePh3[263]=-0.92050485 -ElecAngleValue[264]=264.733333333333 -CurrentValuePh1[264]=0.10452846 -CurrentValuePh2[264]=0.80901699 -CurrentValuePh3[264]=-0.91354546 -ElecAngleValue[265]=265.736111111111 -CurrentValuePh1[265]=0.087155743 -CurrentValuePh2[265]=0.81915204 -CurrentValuePh3[265]=-0.90630779 -ElecAngleValue[266]=266.738888888889 -CurrentValuePh1[266]=0.069756474 -CurrentValuePh2[266]=0.82903757 -CurrentValuePh3[266]=-0.89879405 -ElecAngleValue[267]=267.741666666667 -CurrentValuePh1[267]=0.052335956 -CurrentValuePh2[267]=0.83867057 -CurrentValuePh3[267]=-0.89100652 -ElecAngleValue[268]=268.744444444444 -CurrentValuePh1[268]=0.034899497 -CurrentValuePh2[268]=0.8480481 -CurrentValuePh3[268]=-0.88294759 -ElecAngleValue[269]=269.747222222222 -CurrentValuePh1[269]=0.017452406 -CurrentValuePh2[269]=0.8571673 -CurrentValuePh3[269]=-0.87461971 -ElecAngleValue[270]=270.75 -CurrentValuePh1[270]=1.2246064E-16 -CurrentValuePh2[270]=0.8660254 -CurrentValuePh3[270]=-0.8660254 -ElecAngleValue[271]=271.752777777778 -CurrentValuePh1[271]=-0.017452406 -CurrentValuePh2[271]=0.87461971 -CurrentValuePh3[271]=-0.8571673 -ElecAngleValue[272]=272.755555555556 -CurrentValuePh1[272]=-0.034899497 -CurrentValuePh2[272]=0.88294759 -CurrentValuePh3[272]=-0.8480481 -ElecAngleValue[273]=273.758333333333 -CurrentValuePh1[273]=-0.052335956 -CurrentValuePh2[273]=0.89100652 -CurrentValuePh3[273]=-0.83867057 -ElecAngleValue[274]=274.761111111111 -CurrentValuePh1[274]=-0.069756474 -CurrentValuePh2[274]=0.89879405 -CurrentValuePh3[274]=-0.82903757 -ElecAngleValue[275]=275.763888888889 -CurrentValuePh1[275]=-0.087155743 -CurrentValuePh2[275]=0.90630779 -CurrentValuePh3[275]=-0.81915204 -ElecAngleValue[276]=276.766666666667 -CurrentValuePh1[276]=-0.10452846 -CurrentValuePh2[276]=0.91354546 -CurrentValuePh3[276]=-0.80901699 -ElecAngleValue[277]=277.769444444444 -CurrentValuePh1[277]=-0.12186934 -CurrentValuePh2[277]=0.92050485 -CurrentValuePh3[277]=-0.79863551 -ElecAngleValue[278]=278.772222222222 -CurrentValuePh1[278]=-0.1391731 -CurrentValuePh2[278]=0.92718385 -CurrentValuePh3[278]=-0.78801075 -ElecAngleValue[279]=279.775 -CurrentValuePh1[279]=-0.15643447 -CurrentValuePh2[279]=0.93358043 -CurrentValuePh3[279]=-0.77714596 -ElecAngleValue[280]=280.777777777778 -CurrentValuePh1[280]=-0.17364818 -CurrentValuePh2[280]=0.93969262 -CurrentValuePh3[280]=-0.76604444 -ElecAngleValue[281]=281.780555555556 -CurrentValuePh1[281]=-0.190809 -CurrentValuePh2[281]=0.94551858 -CurrentValuePh3[281]=-0.75470958 -ElecAngleValue[282]=282.783333333333 -CurrentValuePh1[282]=-0.20791169 -CurrentValuePh2[282]=0.95105652 -CurrentValuePh3[282]=-0.74314483 -ElecAngleValue[283]=283.786111111111 -CurrentValuePh1[283]=-0.22495105 -CurrentValuePh2[283]=0.95630476 -CurrentValuePh3[283]=-0.7313537 -ElecAngleValue[284]=284.788888888889 -CurrentValuePh1[284]=-0.2419219 -CurrentValuePh2[284]=0.9612617 -CurrentValuePh3[284]=-0.7193398 -ElecAngleValue[285]=285.791666666667 -CurrentValuePh1[285]=-0.25881905 -CurrentValuePh2[285]=0.96592583 -CurrentValuePh3[285]=-0.70710678 -ElecAngleValue[286]=286.794444444444 -CurrentValuePh1[286]=-0.27563736 -CurrentValuePh2[286]=0.97029573 -CurrentValuePh3[286]=-0.69465837 -ElecAngleValue[287]=287.797222222222 -CurrentValuePh1[287]=-0.2923717 -CurrentValuePh2[287]=0.97437006 -CurrentValuePh3[287]=-0.68199836 -ElecAngleValue[288]=288.8 -CurrentValuePh1[288]=-0.30901699 -CurrentValuePh2[288]=0.9781476 -CurrentValuePh3[288]=-0.66913061 -ElecAngleValue[289]=289.802777777778 -CurrentValuePh1[289]=-0.32556815 -CurrentValuePh2[289]=0.98162718 -CurrentValuePh3[289]=-0.65605903 -ElecAngleValue[290]=290.805555555556 -CurrentValuePh1[290]=-0.34202014 -CurrentValuePh2[290]=0.98480775 -CurrentValuePh3[290]=-0.64278761 -ElecAngleValue[291]=291.808333333333 -CurrentValuePh1[291]=-0.35836795 -CurrentValuePh2[291]=0.98768834 -CurrentValuePh3[291]=-0.62932039 -ElecAngleValue[292]=292.811111111111 -CurrentValuePh1[292]=-0.37460659 -CurrentValuePh2[292]=0.99026807 -CurrentValuePh3[292]=-0.61566148 -ElecAngleValue[293]=293.813888888889 -CurrentValuePh1[293]=-0.39073113 -CurrentValuePh2[293]=0.99254615 -CurrentValuePh3[293]=-0.60181502 -ElecAngleValue[294]=294.816666666667 -CurrentValuePh1[294]=-0.40673664 -CurrentValuePh2[294]=0.9945219 -CurrentValuePh3[294]=-0.58778525 -ElecAngleValue[295]=295.819444444444 -CurrentValuePh1[295]=-0.42261826 -CurrentValuePh2[295]=0.9961947 -CurrentValuePh3[295]=-0.57357644 -ElecAngleValue[296]=296.822222222222 -CurrentValuePh1[296]=-0.43837115 -CurrentValuePh2[296]=0.99756405 -CurrentValuePh3[296]=-0.5591929 -ElecAngleValue[297]=297.825 -CurrentValuePh1[297]=-0.4539905 -CurrentValuePh2[297]=0.99862953 -CurrentValuePh3[297]=-0.54463904 -ElecAngleValue[298]=298.827777777778 -CurrentValuePh1[298]=-0.46947156 -CurrentValuePh2[298]=0.99939083 -CurrentValuePh3[298]=-0.52991926 -ElecAngleValue[299]=299.830555555556 -CurrentValuePh1[299]=-0.48480962 -CurrentValuePh2[299]=0.9998477 -CurrentValuePh3[299]=-0.51503807 -ElecAngleValue[300]=300.833333333333 -CurrentValuePh1[300]=-0.5 -CurrentValuePh2[300]=1 -CurrentValuePh3[300]=-0.5 -ElecAngleValue[301]=301.836111111111 -CurrentValuePh1[301]=-0.51503807 -CurrentValuePh2[301]=0.9998477 -CurrentValuePh3[301]=-0.48480962 -ElecAngleValue[302]=302.838888888889 -CurrentValuePh1[302]=-0.52991926 -CurrentValuePh2[302]=0.99939083 -CurrentValuePh3[302]=-0.46947156 -ElecAngleValue[303]=303.841666666667 -CurrentValuePh1[303]=-0.54463904 -CurrentValuePh2[303]=0.99862953 -CurrentValuePh3[303]=-0.4539905 -ElecAngleValue[304]=304.844444444444 -CurrentValuePh1[304]=-0.5591929 -CurrentValuePh2[304]=0.99756405 -CurrentValuePh3[304]=-0.43837115 -ElecAngleValue[305]=305.847222222222 -CurrentValuePh1[305]=-0.57357644 -CurrentValuePh2[305]=0.9961947 -CurrentValuePh3[305]=-0.42261826 -ElecAngleValue[306]=306.85 -CurrentValuePh1[306]=-0.58778525 -CurrentValuePh2[306]=0.9945219 -CurrentValuePh3[306]=-0.40673664 -ElecAngleValue[307]=307.852777777778 -CurrentValuePh1[307]=-0.60181502 -CurrentValuePh2[307]=0.99254615 -CurrentValuePh3[307]=-0.39073113 -ElecAngleValue[308]=308.855555555556 -CurrentValuePh1[308]=-0.61566148 -CurrentValuePh2[308]=0.99026807 -CurrentValuePh3[308]=-0.37460659 -ElecAngleValue[309]=309.858333333333 -CurrentValuePh1[309]=-0.62932039 -CurrentValuePh2[309]=0.98768834 -CurrentValuePh3[309]=-0.35836795 -ElecAngleValue[310]=310.861111111111 -CurrentValuePh1[310]=-0.64278761 -CurrentValuePh2[310]=0.98480775 -CurrentValuePh3[310]=-0.34202014 -ElecAngleValue[311]=311.863888888889 -CurrentValuePh1[311]=-0.65605903 -CurrentValuePh2[311]=0.98162718 -CurrentValuePh3[311]=-0.32556815 -ElecAngleValue[312]=312.866666666667 -CurrentValuePh1[312]=-0.66913061 -CurrentValuePh2[312]=0.9781476 -CurrentValuePh3[312]=-0.30901699 -ElecAngleValue[313]=313.869444444444 -CurrentValuePh1[313]=-0.68199836 -CurrentValuePh2[313]=0.97437006 -CurrentValuePh3[313]=-0.2923717 -ElecAngleValue[314]=314.872222222222 -CurrentValuePh1[314]=-0.69465837 -CurrentValuePh2[314]=0.97029573 -CurrentValuePh3[314]=-0.27563736 -ElecAngleValue[315]=315.875 -CurrentValuePh1[315]=-0.70710678 -CurrentValuePh2[315]=0.96592583 -CurrentValuePh3[315]=-0.25881905 -ElecAngleValue[316]=316.877777777778 -CurrentValuePh1[316]=-0.7193398 -CurrentValuePh2[316]=0.9612617 -CurrentValuePh3[316]=-0.2419219 -ElecAngleValue[317]=317.880555555556 -CurrentValuePh1[317]=-0.7313537 -CurrentValuePh2[317]=0.95630476 -CurrentValuePh3[317]=-0.22495105 -ElecAngleValue[318]=318.883333333333 -CurrentValuePh1[318]=-0.74314483 -CurrentValuePh2[318]=0.95105652 -CurrentValuePh3[318]=-0.20791169 -ElecAngleValue[319]=319.886111111111 -CurrentValuePh1[319]=-0.75470958 -CurrentValuePh2[319]=0.94551858 -CurrentValuePh3[319]=-0.190809 -ElecAngleValue[320]=320.888888888889 -CurrentValuePh1[320]=-0.76604444 -CurrentValuePh2[320]=0.93969262 -CurrentValuePh3[320]=-0.17364818 -ElecAngleValue[321]=321.891666666667 -CurrentValuePh1[321]=-0.77714596 -CurrentValuePh2[321]=0.93358043 -CurrentValuePh3[321]=-0.15643447 -ElecAngleValue[322]=322.894444444444 -CurrentValuePh1[322]=-0.78801075 -CurrentValuePh2[322]=0.92718385 -CurrentValuePh3[322]=-0.1391731 -ElecAngleValue[323]=323.897222222222 -CurrentValuePh1[323]=-0.79863551 -CurrentValuePh2[323]=0.92050485 -CurrentValuePh3[323]=-0.12186934 -ElecAngleValue[324]=324.9 -CurrentValuePh1[324]=-0.80901699 -CurrentValuePh2[324]=0.91354546 -CurrentValuePh3[324]=-0.10452846 -ElecAngleValue[325]=325.902777777778 -CurrentValuePh1[325]=-0.81915204 -CurrentValuePh2[325]=0.90630779 -CurrentValuePh3[325]=-0.087155743 -ElecAngleValue[326]=326.905555555556 -CurrentValuePh1[326]=-0.82903757 -CurrentValuePh2[326]=0.89879405 -CurrentValuePh3[326]=-0.069756474 -ElecAngleValue[327]=327.908333333333 -CurrentValuePh1[327]=-0.83867057 -CurrentValuePh2[327]=0.89100652 -CurrentValuePh3[327]=-0.052335956 -ElecAngleValue[328]=328.911111111111 -CurrentValuePh1[328]=-0.8480481 -CurrentValuePh2[328]=0.88294759 -CurrentValuePh3[328]=-0.034899497 -ElecAngleValue[329]=329.913888888889 -CurrentValuePh1[329]=-0.8571673 -CurrentValuePh2[329]=0.87461971 -CurrentValuePh3[329]=-0.017452406 -ElecAngleValue[330]=330.916666666667 -CurrentValuePh1[330]=-0.8660254 -CurrentValuePh2[330]=0.8660254 -CurrentValuePh3[330]=-2.4492127E-16 -ElecAngleValue[331]=331.919444444444 -CurrentValuePh1[331]=-0.87461971 -CurrentValuePh2[331]=0.8571673 -CurrentValuePh3[331]=0.017452406 -ElecAngleValue[332]=332.922222222222 -CurrentValuePh1[332]=-0.88294759 -CurrentValuePh2[332]=0.8480481 -CurrentValuePh3[332]=0.034899497 -ElecAngleValue[333]=333.925 -CurrentValuePh1[333]=-0.89100652 -CurrentValuePh2[333]=0.83867057 -CurrentValuePh3[333]=0.052335956 -ElecAngleValue[334]=334.927777777778 -CurrentValuePh1[334]=-0.89879405 -CurrentValuePh2[334]=0.82903757 -CurrentValuePh3[334]=0.069756474 -ElecAngleValue[335]=335.930555555556 -CurrentValuePh1[335]=-0.90630779 -CurrentValuePh2[335]=0.81915204 -CurrentValuePh3[335]=0.087155743 -ElecAngleValue[336]=336.933333333333 -CurrentValuePh1[336]=-0.91354546 -CurrentValuePh2[336]=0.80901699 -CurrentValuePh3[336]=0.10452846 -ElecAngleValue[337]=337.936111111111 -CurrentValuePh1[337]=-0.92050485 -CurrentValuePh2[337]=0.79863551 -CurrentValuePh3[337]=0.12186934 -ElecAngleValue[338]=338.938888888889 -CurrentValuePh1[338]=-0.92718385 -CurrentValuePh2[338]=0.78801075 -CurrentValuePh3[338]=0.1391731 -ElecAngleValue[339]=339.941666666667 -CurrentValuePh1[339]=-0.93358043 -CurrentValuePh2[339]=0.77714596 -CurrentValuePh3[339]=0.15643447 -ElecAngleValue[340]=340.944444444444 -CurrentValuePh1[340]=-0.93969262 -CurrentValuePh2[340]=0.76604444 -CurrentValuePh3[340]=0.17364818 -ElecAngleValue[341]=341.947222222222 -CurrentValuePh1[341]=-0.94551858 -CurrentValuePh2[341]=0.75470958 -CurrentValuePh3[341]=0.190809 -ElecAngleValue[342]=342.95 -CurrentValuePh1[342]=-0.95105652 -CurrentValuePh2[342]=0.74314483 -CurrentValuePh3[342]=0.20791169 -ElecAngleValue[343]=343.952777777778 -CurrentValuePh1[343]=-0.95630476 -CurrentValuePh2[343]=0.7313537 -CurrentValuePh3[343]=0.22495105 -ElecAngleValue[344]=344.955555555556 -CurrentValuePh1[344]=-0.9612617 -CurrentValuePh2[344]=0.7193398 -CurrentValuePh3[344]=0.2419219 -ElecAngleValue[345]=345.958333333333 -CurrentValuePh1[345]=-0.96592583 -CurrentValuePh2[345]=0.70710678 -CurrentValuePh3[345]=0.25881905 -ElecAngleValue[346]=346.961111111111 -CurrentValuePh1[346]=-0.97029573 -CurrentValuePh2[346]=0.69465837 -CurrentValuePh3[346]=0.27563736 -ElecAngleValue[347]=347.963888888889 -CurrentValuePh1[347]=-0.97437006 -CurrentValuePh2[347]=0.68199836 -CurrentValuePh3[347]=0.2923717 -ElecAngleValue[348]=348.966666666667 -CurrentValuePh1[348]=-0.9781476 -CurrentValuePh2[348]=0.66913061 -CurrentValuePh3[348]=0.30901699 -ElecAngleValue[349]=349.969444444444 -CurrentValuePh1[349]=-0.98162718 -CurrentValuePh2[349]=0.65605903 -CurrentValuePh3[349]=0.32556815 -ElecAngleValue[350]=350.972222222222 -CurrentValuePh1[350]=-0.98480775 -CurrentValuePh2[350]=0.64278761 -CurrentValuePh3[350]=0.34202014 -ElecAngleValue[351]=351.975 -CurrentValuePh1[351]=-0.98768834 -CurrentValuePh2[351]=0.62932039 -CurrentValuePh3[351]=0.35836795 -ElecAngleValue[352]=352.977777777778 -CurrentValuePh1[352]=-0.99026807 -CurrentValuePh2[352]=0.61566148 -CurrentValuePh3[352]=0.37460659 -ElecAngleValue[353]=353.980555555556 -CurrentValuePh1[353]=-0.99254615 -CurrentValuePh2[353]=0.60181502 -CurrentValuePh3[353]=0.39073113 -ElecAngleValue[354]=354.983333333333 -CurrentValuePh1[354]=-0.9945219 -CurrentValuePh2[354]=0.58778525 -CurrentValuePh3[354]=0.40673664 -ElecAngleValue[355]=355.986111111111 -CurrentValuePh1[355]=-0.9961947 -CurrentValuePh2[355]=0.57357644 -CurrentValuePh3[355]=0.42261826 -ElecAngleValue[356]=356.988888888889 -CurrentValuePh1[356]=-0.99756405 -CurrentValuePh2[356]=0.5591929 -CurrentValuePh3[356]=0.43837115 -ElecAngleValue[357]=357.991666666667 -CurrentValuePh1[357]=-0.99862953 -CurrentValuePh2[357]=0.54463904 -CurrentValuePh3[357]=0.4539905 -ElecAngleValue[358]=358.994444444444 -CurrentValuePh1[358]=-0.99939083 -CurrentValuePh2[358]=0.52991926 -CurrentValuePh3[358]=0.46947156 -ElecAngleValue[359]=359.997222222222 -CurrentValuePh1[359]=-0.9998477 -CurrentValuePh2[359]=0.51503807 -CurrentValuePh3[359]=0.48480962 -ElecAngleValue[360]=361 -CurrentValuePh1[360]=-1 -CurrentValuePh2[360]=0.5 -CurrentValuePh3[360]=0.5 - -[Scripting] -ScriptLines=79 -Script[0]="" -Script[1]="" -Script[2]="" -Script[3]="" -Script[4]="'' example Script" -Script[5]="' this is the main function called when the run script button is pressed" -Script[6]="' the function is passed the current title of the motor project" -Script[7]="Function MainFunction(Title)" -Script[8]="dim mcad" -Script[9]="set mcad = createobject(""motorcad.appautomation"")" -Script[10]="call mcad.showmessage(""example of script for ""+ Title)" -Script[11]="" -Script[12]="' speed up the set by setting to avoid immediate update of input" -Script[13]="call mcad.AvoidImmediateUpdate(true)" -Script[14]="" -Script[15]="' set all messages to display in a separate window" -Script[16]="' Warning: this will disable crucial popups e.g. prompts to save files, overwrite data etc" -Script[17]="' Please ensure this is the behaviour you want" -Script[18]="call mcad.SetVariable(""MessageDisplayState"",2)" -Script[19]="" -Script[20]="' set the radial cross section display" -Script[21]="'call mcad.DisplayScreen(""Radial"")" -Script[22]="" -Script[23]="' example of call to a separate function" -Script[24]="mySecondFunction(mcad)" -Script[25]="" -Script[26]="' set the scripting display" -Script[27]="call mcad.DisplayScreen(""Scripting"")" -Script[28]="" -Script[29]="' Restore the messages" -Script[30]="call mcad.SetVariable(""MessageDisplayState"", 0)" -Script[31]="" -Script[32]="End Function" -Script[33]="" -Script[34]="' this is an example of a separate function that takes mcad as a parameter" -Script[35]="Function mySecondFunction(mcad)" -Script[36]="for toothWidth = 1 to 3 step .5" -Script[37]="call mcad.showmessage(""Tooth width = "" + CStr(toothWidth))" -Script[38]="call mcad.SetVariable(""Tooth_Width"", toothWidth)" -Script[39]="call mcad.DoSteadyStateAnalysis" -Script[40]="call mcad.GetVariable(""T_[WINDING_AVERAGE]"", temperature)" -Script[41]="call mcad.showmessage(""Winding temperature = "" + CStr(temperature))" -Script[42]="" -Script[43]="' to be able to stop a script from the stop button need this code in the innermost loop" -Script[44]="' this asks Motor-CAD if the stop button has been pressed" -Script[45]="if mcad.IsStopRequested then exit function end if" -Script[46]="" -Script[47]="" -Script[48]="Next" -Script[49]="" -Script[50]="" -Script[51]="' myExcelCall" -Script[52]="" -Script[53]="End Function" -Script[54]="" -Script[55]="' this function is called the first time when scripting is run during the analysis" -Script[56]="' this allows parameters to be initialised" -Script[57]="Function Initialisation(Title)" -Script[58]="" -Script[59]="End Function" -Script[60]="" -Script[61]="' this function is called when scripting is run during the analysis after the duty cycle has completed" -Script[62]="' this allows any calculations to be made at the end of the transient" -Script[63]="Function Finalisation(Title)" -Script[64]="" -Script[65]="End Function" -Script[66]="" -Script[67]="" -Script[68]="" -Script[69]="" -Script[70]="' this is an example of putting values into excel" -Script[71]="'Function myExcelCall" -Script[72]="' dim excel" -Script[73]="' set excel = createObject(""excel.application"")" -Script[74]="' excel.visible = TRUE" -Script[75]="' excel.workbooks.add" -Script[76]="" -Script[77]="' excel.cells(1,1).value = ""temperature""" -Script[78]="'End Function" - -[Python_Scripting] -ScriptLines_Python=30 -Python_Script[0]="# need to import win32com.client to use MotorCAD.AppAutomation " -Python_Script[1]="import win32com.client " -Python_Script[2]="" -Python_Script[3]="# create Motor-CAD ActiveX connection" -Python_Script[4]="mcApp = win32com.client.Dispatch(""MotorCAD.AppAutomation"") " -Python_Script[5]=" " -Python_Script[6]="# This function is called once at the start of a calculation " -Python_Script[7]="def initial(): " -Python_Script[8]=" # set all messages to display in a separate window" -Python_Script[9]=" # Warning: this will disable crucial popups e.g. prompts to save files, overwrite data etc" -Python_Script[10]=" # Please ensure this is the behaviour you want" -Python_Script[11]=" mcApp.SetVariable(""MessageDisplayState"",2) " -Python_Script[12]="#define a function to use later " -Python_Script[13]="" -Python_Script[14]="# This function is called at every calculation step" -Python_Script[15]="def main(): " -Python_Script[16]=" array_ToothWidths = [1,1.5,2,2.5,3]" -Python_Script[17]=" for toothWidth in array_ToothWidths: " -Python_Script[18]=" mcApp.showmessage(""Tooth width = "" + str(toothWidth))" -Python_Script[19]=" mcApp.SetVariable(""Tooth_Width"", toothWidth)" -Python_Script[20]=" mcApp.DoSteadyStateAnalysis() " -Python_Script[21]=" ex, temperature = mcApp.GetVariable(""T_[WINDING_AVERAGE]"", )" -Python_Script[22]=" mcApp.showmessage(""Winding temperature = "" + str(temperature)) " -Python_Script[23]="" -Python_Script[24]="# This function is called at the end of a calculation " -Python_Script[25]="def final():" -Python_Script[26]=" # restore the message dialogs" -Python_Script[27]=" mcApp.SetVariable(""MessageDisplayState"", 0)" -Python_Script[28]=" " -Python_Script[29]=" # end of script " - +[Header] +Program_Name=Motor-CAD +Program_Module=BPM-Therm +Program_Version=15.1.6.1 +Licence_Name_Line1=Mathworks_Llacer +Licence_Name_Line2= +User=agonzale +Licence_System=FlexLM +File_Date=17/10/2022 23:31:34 +Title=e5 +Partial_file=False + +[File_History] +Previous_Version[1]=14.0.3.1 10/11/2020 15:15:29 + +[File_Notes] +Data_File_Notes[1]=eMobility;IM;P4-Automotive;Stranded distributed;12,000;150;Water Jacket + Rotor cooling;Sine;; + +[Units] +Units_Length=mm +Units_Conductivity=W/m/C +Units_Density=kg/m3 +Units_Cp=kJ/kg/C +Units_Dynamic_Viscosity=kg/m/s +Units_Kinematic_Viscosity=m2/s +Units_Weight=kg +Units_Temperature=C +Units_Heat_Transfer_Coefficient=W/m2/C +Units_Thermal_Resistance=C/W +Units_Thermal_Capacitance=J/C +Units_Torque=Nm +Units_Reversible_Temperature_Coefficient_of_Br_and_HcJ=%/C +Units_Velocity=m/s +Units_Time=secs +Units_Speed=rpm +Units_Resistance=ohms +Units_Loss=kW +Units_Current=Amps +Units_Volume_Flow_Rate=l/min +Units_Altitude=m +Units_Pressure=Pa +Units_Flux_Density=Tesla +Units_Current_Density=Amps/mm2 +Units_Magnetic_Field=A/m +Units_Electrical_Resistivity=Ohm.m +Units_Electrical_Loading=Amps/m +Units_Back_EMF_Constant_Ke=Vs/rad +Units_Force=kN +Units_Force_Density=N/m2 +Units_Stress=MPa +Units_Inertia=kg.m2 +Units_Area_Moment_Inertia=mm4 +Units_Stiffness=MN/m +Units_Vehicle_Speed=km/h +Units_Acceleration=m/s2 +Units_Sound_Pressure=dB + +[Calc_Options] +Motor_Type=IM +Through_Ventilation=False +Cooling_Type=TENV +Constant_Speed_Fan=True +Include_Radiation=Radiation_Included +Include_Internal_Radiation=Radiation_Not_Included +Include_Fin_Efficiency=Fin_Efficiency_Included +Include_Rt_Endcap_Axial=True +Include_Rt_Endcap_Radial=True +Axle_Mounting=Not_Mounted_BPMOR +Rotor_Mounting=Open +Motor_Orientation=Horizontal_Mount +Speed_Dependant_Losses=False +Airgap_Model=Conduction_And_Convection +EWdg_Active_Layer_Connection=Outer_Active_Layer +EndWdg_Specification=Winding_Expansion +EndCap_Specification=EndCap_Thickness +Winding_Layer_Model=Wire_and_Copper_Area +Winding_layer_definition=Automatic +Rotor_Winding_layer_definition=Automatic +No_of_target_winding_layers=10 +No_of_target_rotor_winding_layers=10 +Wet_Rotor=False +Housing_Water_Jacket=True +Shaft_Spiral_Groove=False +Rotor_Water_Jacket=False +Slot_Water_Jacket=False +Default_End_Space_Correlation=Scubert_EW +Stall_Copper_Loss_Dist=All_Equal +Spray_Cooling=False +Stator_Tooth_Nodes=One_Node +Endcap_Vents_Front=Endcap_Vents_Closed +Endcap_Vents_Rear=Endcap_Vents_Closed +Fixed_Plate_Temperature=False +Fixed_Base_Temperature=False +Fixed_Shaft[F]_Temperature=False +Fixed_Shaft[R]_Temperature=False +Fixed_Axle[F]_Temperature=False +Fixed_Axle[R]_Temperature=False +Fixed_Endcap[F]_Temperature=False +Fixed_Endcap[R]_Temperature=False +Copper_Loss_From_Layer_Area=True +Filled_Rotor_Pole_Space=Not_Filled +Fin_Input_Options=Fin_Pitch_Thickness +BPM_Fault_Type=BPM_Multi_Phase_OC +SRM_Fault_Type=SRM_Multi_Phase_OC +Brush_Holder=Not_In_Model +NumberBearingLossPoints=20 +Bearing_Loss_Values_Speed[0]=0 +Bearing_Loss_Values_Temp[0]=20 +Bearing_Loss_Values_Loss[0]=0 +Bearing_Loss_Values_Speed[1]=0 +Bearing_Loss_Values_Temp[1]=40 +Bearing_Loss_Values_Loss[1]=0 +Bearing_Loss_Values_Speed[2]=0 +Bearing_Loss_Values_Temp[2]=80 +Bearing_Loss_Values_Loss[2]=0 +Bearing_Loss_Values_Speed[3]=0 +Bearing_Loss_Values_Temp[3]=140 +Bearing_Loss_Values_Loss[3]=0 +Bearing_Loss_Values_Speed[4]=0 +Bearing_Loss_Values_Temp[4]=200 +Bearing_Loss_Values_Loss[4]=0 +Bearing_Loss_Values_Speed[5]=1000 +Bearing_Loss_Values_Temp[5]=20 +Bearing_Loss_Values_Loss[5]=0.8 +Bearing_Loss_Values_Speed[6]=1000 +Bearing_Loss_Values_Temp[6]=40 +Bearing_Loss_Values_Loss[6]=0.6 +Bearing_Loss_Values_Speed[7]=1000 +Bearing_Loss_Values_Temp[7]=80 +Bearing_Loss_Values_Loss[7]=0.5 +Bearing_Loss_Values_Speed[8]=1000 +Bearing_Loss_Values_Temp[8]=140 +Bearing_Loss_Values_Loss[8]=0.4 +Bearing_Loss_Values_Speed[9]=1000 +Bearing_Loss_Values_Temp[9]=200 +Bearing_Loss_Values_Loss[9]=0.3 +Bearing_Loss_Values_Speed[10]=5000 +Bearing_Loss_Values_Temp[10]=20 +Bearing_Loss_Values_Loss[10]=10 +Bearing_Loss_Values_Speed[11]=5000 +Bearing_Loss_Values_Temp[11]=40 +Bearing_Loss_Values_Loss[11]=6.5 +Bearing_Loss_Values_Speed[12]=5000 +Bearing_Loss_Values_Temp[12]=80 +Bearing_Loss_Values_Loss[12]=4 +Bearing_Loss_Values_Speed[13]=5000 +Bearing_Loss_Values_Temp[13]=140 +Bearing_Loss_Values_Loss[13]=3 +Bearing_Loss_Values_Speed[14]=5000 +Bearing_Loss_Values_Temp[14]=200 +Bearing_Loss_Values_Loss[14]=2.5 +Bearing_Loss_Values_Speed[15]=10000 +Bearing_Loss_Values_Temp[15]=20 +Bearing_Loss_Values_Loss[15]=25.5 +Bearing_Loss_Values_Speed[16]=10000 +Bearing_Loss_Values_Temp[16]=40 +Bearing_Loss_Values_Loss[16]=17.5 +Bearing_Loss_Values_Speed[17]=10000 +Bearing_Loss_Values_Temp[17]=80 +Bearing_Loss_Values_Loss[17]=9.5 +Bearing_Loss_Values_Speed[18]=10000 +Bearing_Loss_Values_Temp[18]=140 +Bearing_Loss_Values_Loss[18]=6 +Bearing_Loss_Values_Speed[19]=10000 +Bearing_Loss_Values_Temp[19]=200 +Bearing_Loss_Values_Loss[19]=5 +Full_Winding_Circuit_View=False +TransientGraphUpdateDisabled=False +EditingCircuitComponentPosition=False +CircuitEditing=False +CircuitFlowEditing=False +ShowWatermarks=True +StatorForceNodes_PerTooth=1 +RotorForceNodes_PerPole=1 +RotorForceNodes_PerBar=1 +AirgapHTCMethod=1 +AirgapLaminarVorticesMethod=0 +AirgapTurbulentVorticesMethod=0 +AirgapTurbulentMethod=0 +AirgapTempForEmagCalc=1 +RectangularDuctCSAMethod=1 +ConductorPlacement=0 +WindingBitmapSizeFactor=1 +ConductorPositions=0 +ConductorCols_Left=2 +ConductorCols_Right=2 +PlacementRotationAngle_L=0 +PlacementRotationAngle_R=0 +XCoord_L=-1.46811804500697 +YCoord_L=105.600295686937 +XCoord_R=1.46811804500697 +YCoord_R=105.600295686937 +ConductionPositionStep=1 +FirstSetConductors=5 +SecondSetConductors=5 +UseSeparateEndRingNodes=True +UseSeparateRotorEndNodes=True +RotorEWdg_Roughness_F=1 +RotorEWdg_Roughness_R=1 +MaxWindingCalibration=1 +AvWindingCalibration=1 +FEShading_Thermal=1 +FEShading_Magnetic=1 +FEShading_Mechanical=1 +FEShading_MagneticLosses=1 +FEShadingRegion_Magnetic=0 +FEShadingRegionString_Magnetic=All +FEShadingRegion_Thermal=0 +FEShadingRegionString_Thermal=All +FEShadingRegion_Mechanical=0 +FEShadingRegionString_Mechanical=All +FEShadingFunction_Magnetic= +FEShadingFunction_Thermal= +FEShadingFunction_Mechanical= +EWdg_Overhang_Specification=1 +SlotType=0 +Slot_Area_Calculation=1 +MountingType=0 +IMLookupResetMethod=1 +SkewDefinition=1 +IMCageSize=0 +IMRotorWindingModel=1 +LockedRotorFrequencyPoints=3 +LockedRotorFrequencyProp[0]=1 +LockedRotorFrequencyProp[1]=0.5 +LockedRotorFrequencyProp[2]=0.1 +StatorIronStrayLoadLossesVaryWithTemp=False +StatorIronStrayLoadTempAtWhichLossInput=20 +RotorIronStrayLoadLossesVaryWithTemp=False +RotorIronStrayLoadTempAtWhichLossInput=20 +StatorCopperStrayLoadLossesVaryWithTemp=False +StatorCopperStrayLoadTempAtWhichLossInput=20 +RotorCopperStrayLoadLossesVaryWithTemp=False +RotorCopperStrayLoadTempAtWhichLossInput=20 +FEA_ThermalSlot_LossDistribution=0 +DistributedLossAreaSelection=0 +NonSteelWedgeLossModel=1 +TotalLossCalculationMethod=1 +ShaftTorqueCalculationMethod=1 +HysIronLossMethod=4 +InteriorVUMagnetResistanceCalc=1 +SurfaceBreadloafAreaCalc=1 +VSimple_Positioning_Method=1 +RMSPhaseCurrentMethod=1 +CalculateInductanceDerivative=False +SquareWaveInductanceCalc=0 +CalculatedCurrentsInductanceMethod=1 +EnableAdvancedUI_Drive=False +UseMagnetTempLinkMethod_Lab=1 +RatioSetting_SleeveBanding=1 +SleeveBandingRatioSetting=1 +RatioSetting_MagnetReduction=1 +RotorCopperLossesVaryWithTemp=True +IM_TopBar_TipAngle_DrawMethod=1 +IM_BottomBar_TipAngle_DrawMethod=1 +TransientAbsoluteError=0.01 +TransientRelativeError=0.01 +TransientErrorWeightingMethod=1 +TransientMinCapMethod=1 +TransientErrorWeighting=0.01 +TransientMaxIterations=50000 +CancelTransientOnMaxEvaluations=True +SteadyStateMinIterations=1 +Steady_State_Max_Iterations=1000 +Steady_State_Max_Convergence_Error_dT=0.5 +SteadyStateConvergenceMethod=0 +ThermalPowerFlowCalc=1 +DutyCycleSpeedAutoPointInsertion=False +DutyCycleSpeedMaxDifference=100 +IncludeCoilDividerNode=False +ConductorPositionLevel=5 +PortunusExportScaling=4 +AirDividerLayerConnection=0 +AirDividerFluidCalc=1 +ComponentColours=0 +EWdgAreaCalculation=1 +SyncRotorEWdgMLTCalc=1 +SyncLinerAreaCalculation=1 +SyncLinerAreaWeightCalculations=1 +SyncRotorCuboidalWindingModel=0 +SyncRotorCircuit=1 +SyncRotorWindingTempCalc=1 +WindingToLamCalculation=1 +LinerToothSideRtCalc=1 +WireInsThicknessCalculation=1 +UpdateCircuitDuringSolving=False +AxialSliceDefinition=0 +RampSteps=100 +IterationAverageCycles=1 +CyclesAtEachAverage=10 +AverageCyclesMinPoint=250 +SteadyAveragingMethod=0 +EndSpaceChangeRate=1000 +EndCapVentCalculation=0 +CirculatingFlowFluidPaths=True +InitialTransientTemperatureOption=0 +Initial_Machine_Temperature=40 +InitialHousingTemperature=40 +InitialStatorTemperature=40 +InitialWindingTemperature=40 +InitialRotorTemperature=40 +InitialMagnetTemperature=40 +InitialRotorCopperTemperature=40 +InitialFlangeTemperature=40 +InitialTransientMagTempMethod=1 +Radiaton_View_Factor_Editable=False +Windage_Loss_Definition=0 +Windage_Loss_Multiplier=1 +WindageGraph_MaxSpeed=6000 +Bearing_Loss_Definition=0 +EndWindingLossSplitDefinition=1 +WetRotor_RotorWJ_Connection=False +ShaftSG_SlotWJ_Connection=False +HousingWJ_RotorWJ_Connection=False +HousingWJ_SprayCooling_Connection=False +WetRotor_SlotWJ_Connection=False +WetRotor_SlotWJ_FlowSplit=0.5 +TVent_SlotWJ_Connection=False +TVent_SlotWJ_Connection_Method=1 +TVent_SlotWJ_FlowSplit=0.5 +TVent_HousingWJ_Connection=False +ACLossTemperatureScalingMethod=1 +UserStrayLoadLossRatio_StatorIron=0.75 +UserStrayLoadLossRatio_RotorIron=0.25 +UserStrayLoadLossRatio_StatorCopper=0 +UserStrayLoadLossRatio_RotorCopper=0 +ConductorSeparationControl=True +PeriodsPerGraphUpdate=20 +TransientPointsToPlot=1 +TransientDataLogging=False +HousingWJFlowRemoved=False +HousingWJCircularDuctCalc=1 +HousingWJRectangularDuctCalc=1 +HousingWJDuctWallThicknessCalc=1 +CircularDuctsFlowCalc=1 +BearingLossSource=0 +BearingLossVisualisationSpeed=2000 +BearingLossMultiplier=1 +BearingTempForEmagCalc=1 +RadialFlowVisualisation=True +FlowVisualisationTailWidth=2 +FlowVisualisationHeadWidth=8 +FlowVisualisationArrowScaling=1 +FlowVisualisationMinArrowLength=20 +FlowVisualisationArrowSpacingFactor=0.1 +IncludeExternalShaftForcedConvection=1 +IronLossFactorWithLossVariationTempLoad=False +CapacitanceAdjustment=1 +InsulationLifetimeMethod=0 +InsulationLifetimeAtTempRef1=20000 +InsulationLifetimeAtTempRef2=10000 +InsulationLifeRefTemp1=180 +InsulationLifeRefTemp2=190 +RotorCageLossSplit=0 +UserCopperLossRatio_Active=0.7 +UserCopperLossRatio_EndRing_F=0.15 +UserCopperLossRatio_EndRing_R=0.15 +SpeedDesignType=0 +WindingModelType=1 +CuboidalkValueDefinition=0 +HairpinActiveKValueCalc=1 +HairpinWedgePathRtCalc=1 +ConductorToothSeparationCalc=1 +FlowBetweenRectangularConductorsAreaCalc=1 +StatorConductivityModel=0 +FlowBetweenConductorsCuboidModel=1 +IM1PH_ImpregAreaRatiosCalculation=1 +CuboidConductorOnlyModelCalc=1 +FormWoundRtCalc=1 +WedgeDividerRtCalc=1 +MagnetRadialRtCalc=1 +WindingSize=2 +CuboidHeightMethod=1 +CuboidHeightMethod_SlotWJ=1 +WireInsulationWeightsMethod=1 +HybridACLossMethod=0 +WindingCuboidPositionDefinition=1 +OuterWindingWidth=0 +OuterWindingHeight=0 +InnerWindingWidth=0 +InnerWindingHeight=0 +CuboidEWdgConnection=1 +CuboidLengthCalc=1 +CuboidEWdgLengthCalc=1 +SyncRotorCuboidEWdgLengthCalc=1 +ParticleNumber=30 +ParticleSwarmIterations=100 +ConvergenceTolerance=0.2 +ParticleSwarmModelType=0 +SwarmProportionalValue=0.8 +ReducedCircuitState=0 +FixedTemperatureMethod=1 +SteadyStateAveraging=0 +TransientSolver=1 +FEAPoleFixedTemperature=0 +FEASlotFixedTemperature=0 +MagnetModelType=0 +StatorCopperLossSplit=0 +UserStatorCopperLossRatio_Active=0.5 +UserStatorCopperLossRatio_EndWdg_F=0.25 +UserStatorCopperLossRatio_EndWdg_R=0.25 +TorqueNumberCycles=1 +TorquePointsPerCycle=30 +BackEMFNumberCycles=1 +BackEMFPointsPerCycle=30 +CoggingNumberCycles=2 +CoggingPointsPerCycle=10 +InductanceNumberCycles=1 +InductancePointsPerCycle=5 +InductanceCalcMethod_BPM=0 +InductanceSolver_BPM=1 +LockedRotorNumberCycles=2 +LockedRotorPointsPerCycle=30 +CoreLossNumberCycles=1 +CoreLossPointsPerCycle=10 +IMSingleLoadPointsPerCycle=30 +IMSingleLoadNumberCycles=2 +IMLookupPoints_Saturation=20 +IMLookupPoints_Loss=20 +IMLookupPoints_Analytic=20 +StrayLoadLossCalculationType=0 +MagneticGraphDrawing=0 +MagneticGraphLegendLocation=0 +MagneticGraphPenWidth=1 +WindingPatternPenWidth=2 +EMFGraphValues=1 +TerminalGraphValues=1 +CurrentGraphValues=0 +FEAverageGraph=False +VirtualWorkGraph=True +MaxwellStressGraph=False +FluxLinkageGraph=False +AlignmentGraph=False +ReluctanceGraph=False +CoggingGraph=False +CoggingTorqueGraph_VW=True +CoggingTorqueGraph_CE=False +TorqueSpeedCalcs=7 +TorqueSpeedPhaseAdv_Upper=60 +TorqueSpeedPhaseAdv_Lower=0 +DrawPoints_TorqueSpeed=False +MaxHarmonicOrder=200 +HarmonicAmplitude=0 +MaxWindingHarmonicOrder=200 +WindingHarmonicAmplitude=0 +WindingPatternDisplay=0 +PlotAllInductancePhases=False +PlotSmallSignalBiasCurrents=False +CoggingHarmonicBaseFrequency=2 +TorqueHarmonicGraph_BaseType=0 +LimitToAirgapHToConduction=0 +CalculationRotatingDuct=0 +RotorWJHeatTransferCalc=1 +CalculationDevelopingFlow=0 +NumberOfCuboids=6 +MinimumTemperatureTolerance=100 +StatorCopperLossVariation=0 +StatorBackIronUnevenLossAddition=1 +MagneticSolver=0 +ConductorMeshControl=True +TransientGraphColours=1 +ExternalApplicationCoupling=0 +MaxwellFileName= +MaxwellProject=ipm_1 +MaxwellAnalysis=Setup1 +MaxwellDesign=RMxprtDesign1 +SpeedFileName=\\server\redirectedfolders\mircea.popescu\my documents\johnreeve\tesla_fluxsys_mdl.im1 +RemoveMotorCADCircuit=0 +RemoveMotorCADCircuit_Flow=0 +TorqueGraphScale=0 +iTorqueGraphScale=0 +FormWoundConductorSeparation=1 +LamHousingCoolingNodes=0 +FluidPathsCompensationFactor=0.8 +FluidPathsScaleFactor=1 +FluidPathsCompensationEnabled=0 +FluxDensitySkewMethod=1 +FluxDensitySkewMethod_Iron=0 +IMSkewingMethod=0 +IMSkewingCalc_Compatibility=1 +IMTorqueMethod=1 +IMLockedRotorInductanceMethod=1 +IMSkinEffectMethod=1 +KEndringCalculationMethod=1 +IMRadialDuctMethod=1 +IMLossSumMethod=1 +AutomaticStrayLoadLossMethod=1 +EndringInductanceMethod=0 +IMEndringExtensionCorrectionMethod=1 +SlotLeakageInductanceMethod_Stator=1 +SlotLeakageInductanceMethod=1 +SlotLeakageInductanceMethod_Rotor=1 +StatorLeakageInductanceMethod=1 +RotorToStatorInductanceFactorMethod=1 +IncludeSteadyStatorPowerFlowError=False +FlowSolverMethod=1 +BidirectionalSolveMethod=0 +RotorRotation=0 +StatorRotation=0 +IMAccelerationGraph=0 +IMEfficiencyGraph=0 +BPMShortCircuitGraph=0 +TorqueSpeedGraph=0 +TorqueCharacteristicPlotSelect=0 +IMRotorThermalCircuitMethod=1 +ImprovedFormWoundEWdgDrawing=True +MaxCurrent_MagnetisationCurves=5 +PositionPoints_MagnetisationCurves=5 +CurrentPoints_MagnetisationCurves=5 +EWdgInductanceCalc=0 +EWdgInductanceCalc_IM1PH=2 +EndWindingLengthMethod=2 +FieldWindingLengthMethod=1 +ForceRadialGraph=True +ForceTangentialGraph=True +ForceXGraph=False +ForceYGraph=False +ForceLocation=0 +ForceHarmonics=0 +TemporalForceHarmonic_Node=0 +SpatialForceHarmonic_TimeStep=0 +FlowResistanceTolerance=1E99 +TVentShaftCooling=0 +OpenCircuitCalc=0 +AmbientTemperatureSetting=0 +TransientMinimumCapacitanceEnabled=0 +TransientMinimumCapacitance=1E-5 +Sensitivity_ExportMatrices=False +FEALossCalcType=1 +CustomMaterial_IronLossMethod=1 +StackingFactorIronLossMethod=0 +SprayCoolingCircuit=1 +SprayCoolingCoverageCalc=1 +SprayCoolingSyncEWdgCalc=1 +SprayCoolingCorrelation=1 +SprayCoolingSubmerged=1 +SprayCoolingRotorTargetLengthCalc=1 +SprayCoolingHairpinFrontRInternalFlowCalc=1 +ShaftSG_RotorWJ_Connection=False +RotorWJ_SprayCooling_Connection=False +FlangePlateAreaCalc=1 +EndcapFlangeCalc=1 +SlotWJ_HousingWJ_Connection=False +HousingWJ_SlotWJ_Connection=False +ShaftSolve=1 +CommutatorCircuitCalc=1 +SlotWJCircuit=1 +SlotWJSeparateDuctsRtCalc=1 +SlotWJCentreDuctsFlowRtCalc=1 +SlotOpeningWidthSetting=1 +ShaftSpiralGrooveHTCCalc=1 +ESpaceRotorHTCCalc=1 +ShaftSpiralGrooveFrictionCalc=1 +ShaftSpiralGrooveDimensionsCalc=1 +ShaftSpiralGrooveSprayCoolingCalc=1 +Sleeve2D3DFactorCalc=3 +Banding2D3DFactorCalc=1 +K_Radial_User_A=0.25 +K_Radial_User=0.25 +K_Tangential_User_A=0.25 +K_Tangential_User=0.25 +K_Axial_User_A=386 +K_Axial_User=386 +K_Radial_User_F=0.25 +K_RadialEWdg_User=0.25 +K_Tangential_User_F=0.25 +K_TangentialEWdg_User=0.25 +K_Axial_User_F=386 +K_AxialEWdg_User=386 +K_Radial_User_R=0.25 +K_Tangential_User_R=0.25 +K_Axial_User_R=386 +RtAirgapSlicesCalc=1 +MagneticHousingSetting=0 +IncludeDucts_Magnetic=0 +HairpinConductors_FEA=0 +EndcapCapacitanceCalc=1 +PottingCapacitanceCalc=1 +BPMORWdgExtPottingRtCalc=1 +InnerWindingESpaceAreaCalc=1 +FlowAreaWindingIncludeSleeve=1 +TVentEWdgOuterVelocityCalc=1 +TVentBiDirectionDuctFlowRtCalc=1 +TVentRotorDuctFlowCalc=1 +TVentSyncSalientPoleFlowAreaCalc=1 +TVent_PMDC_WFC_Calculation=1 +RotorThermalCircuit=0 +CuboidAvgAirCondCalc=1 +ToothCapacitanceSlicesCalc=1 +ToothAxialRtCalc=1 +BPMORToothRtCalc=1 +URotorPocketCondCalc=1 +UMagnetAirCondCalc=1 +URotorAreaSpokeSpiderCalc=1 +URotorRadialDuctWeightCalc=1 +URotorMagnetPoleCentreCalc=1 +URotorMagnetPoleInnerRadiusCalc=1 +RectStatorDuctSurfaceAreaCalc=1 +RadialDuctAxialLengthCalc=1 +HousingDiameterCalc=1 +Export3DGeometryFileName= +BPMOR_MagnetWeightDef=1 +RtRotorAxialCalc=1 +ForceAnimationFileName=.gif +ForceAnimationExportRepeat=0 +ForceAnimationExportSpeed=3 +ForceAnimationCaption=0 +ForceAnimationRepeat=0 +NumberForceHarmonicsExtract=5 +NodeAveragingAnimation=0 +GIFExport_Width=500 +GIFExport_Height=500 +ForceAnimations_SelectedAnimationsLength=1 +ForceAnimations_SelectedAnimations[0]=0 +ReportWriter_EMagModule=True +ReportWriter_ThermalModule=True +ReportWriter_LabModule=True +ReportWriter_MechModule=True +ReportWriter_ScreenShots=True +ReportWriter_Images=True +ReportWriter_Tables=True +ReportWriter_Graphs=True +ReportWriter_Date=False +ReportWriter_Time=False +ReportWriter_FullFilePath=False +ReportWriter_Notes=False +RotorCopperAreaMethod=1 +PlateInterfaceAreaCalc=1 +TransientPowerInjectionCalc=1 +ShaftAxialResistanceCalc=1 +BearingsResistanceCalc=1 +InteriorFlatAreaCalc=1 +EmbeddedMagnetCapacitanceMethod=1 +RotatingBlownOverVelocityCalc=1 +ShaftRearWeightCalc=1 +StatorLamWeightCalc=1 +HairpinEWdgWeightCalc=1 +FieldWdgSeparatorMechCalc=1 +ForcesView_TimeDomain=0 +ForcesView_FrequencyDomain=0 +SpaceTimeContours=0 +SpaceTimeForceFFTType=0 +SpaceTimeForceSlice=0 +SpaceTimeHarmonicsForceSlice=0 +FreqDomain_MinAmplitude_PointForce=0.1 +ForceDataType=0 +ForceHarmonicOrder_Plot=0 +ForceMaxOrder_Time_OL=50 +ForceMaxOrder_Time=50 +ForceMaxOrder_Time_OC=50 +ForceMaxOrder_Space_Stator_OL=50 +ForceMaxOrder_Space=50 +ForceMaxOrder_Space_Stator_OC=50 +ForceMaxOrder_Space_Rotor_OL=50 +ForceMaxOrder_Space_Rotor_OC=50 +ForcesInputType=1 +AnsysHairpinUDP=0 +AnsysHairpinCoilTips=0 +AnsysRotationDirection=0 +AnsysMeshSlider=5 +AnsysUDPSegAngle=0 +Magnetic3DView=0 +SyncRotorWindingModelType=1 +CuboidalkValueDefinition_SyncRotor=0 +K_SyncRotorRadial_User_A=0.25 +K_SyncRotorRadial_User=0.25 +K_SyncRotorTangential_User_A=0.25 +K_SyncRotorTangential_User=0.25 +K_SyncRotorAxial_User_A=386 +K_SyncRotorAxial_User=386 +K_SyncRotorRadial_User_F=0.25 +K_SyncRotorTangential_User_F=0.25 +K_SyncRotorAxial_User_F=386 +K_SyncRotorRadial_User_R=0.25 +K_SyncRotorTangential_User_R=0.25 +K_SyncRotorAxial_User_R=386 +SyncWindingSize=0 +SyncWindingWidth=0 +SyncWindingHeight=0 +SyncRotorCuboidHalfSlotMult=0 +SyncRotorCuboidAreaMult=0 +SyncRotorVolumeCalc=1 +SyncFieldWdgAreasCalc=1 +RtImpregSingleConductorColumnCalc=1 +RtHousing_A_RadialCalc=1 +EndWdgEnamelModel=1 +HairpinEnamelThicknessCalc=1 +SlotWJAxialLengthCalc=1 +AnsysArcSegmentMethod=0 +AnsysArcSegmentDegrees=2 +FEASlotAreaCalculation=1 +TransientTempOffset=0 +HairpinACLossLocationMethod=1 +Slot_Type=Parallel_Tooth +Mounting_Type=Not_Mounted +WindingModel=1 +SyncRotorWindingModel=1 +NumberForcePoints=0 +NumberForceNodes_PerTooth=1 +NumberForcePoints_PerNode=5 +Steady_State_Convergence=dT_Percent + +[Design_Options] +Sync_Rotor=Sync_Salient_Pole +HousingType=12 +BPMRotor=1 +Top_Bar_Type=4 +Bottom_Bar_Type=0 +SyncCommutator=0 +OpenGL_Quality=8 +OpenGL_NumRadialDuctArrows=8 +SolidListFilter=0 +MessageWindowPosition=2 +Leakage_Display=1 +Scale_Display=1 +MatrixTextSeparator= +AirgapDefinition=0 +ACLosses_IncludeBundleEffect=True +BPMRotor_MagnetDrawing=1 +BPMOR_MagnetGapClosureDrawing=2 +Rotor_VWebDrawing=1 +Rotor_VWebLengthDrawingOption=1 +Rotor_VPostDrawingOption=1 +FlatWeb_MagnetGapLayer_DrawingOption=1 +SyncRotorParallelToothDrawing=1 +DrawDatumLine=True +CornerRounding_Rotor=0 +CornerRounding_Magnets=0 +Rotor_UMagnet_CornerRounding_Option=1 +Rotor_UMagnet_OuterMagnetPosition_Option=1 +EndRingExtOuterRadiusMethod=1 +SRM_StatorPole_MaxFilletRadius_Option=1 +Rotor_VSimple_MagnetDrawing_Option=1 +Housing_Type=Water_Jacket +BPM_Rotor=Surface_Parallel +Feedback_Type=Not_Fitted + +[Winding_Design] +Wdg_Definition=Copper_Slot_Fill +EWdg_Definition=EWdg_MLT +Wedge_Model=Wedge +Slot_Fill=0.534597443883646 +Mat_[Liner-Lam]=Impregnation +Impreg_Layer1_Multiplier=0.5 +Liner_Layers=Single_Layer +Number_Liner_Layers=3 +Liner_Layer_Thickness_1=0.1 +Liner_Layer_Conductivity_1=0.21 +Liner_Layer_Specific_Heat_1=1000 +Liner_Layer_Density_1=700 +Liner_Layer_Notes_1= +Liner_Layer_Thickness_2=0.1 +Liner_Layer_Conductivity_2=0.21 +Liner_Layer_Specific_Heat_2=1000 +Liner_Layer_Density_2=700 +Liner_Layer_Notes_2= +Liner_Layer_Thickness_3=0.1 +Liner_Layer_Conductivity_3=0.21 +Liner_Layer_Specific_Heat_3=1000 +Liner_Layer_Density_3=700 +Liner_Layer_Notes_3= +Liner_Layer_Thickness_4=0.1 +Liner_Layer_Conductivity_4=0.21 +Liner_Layer_Specific_Heat_4=1000 +Liner_Layer_Density_4=700 +Liner_Layer_Notes_4= +Liner_Layer_Thickness_5=0.1 +Liner_Layer_Conductivity_5=0.21 +Liner_Layer_Specific_Heat_5=1000 +Liner_Layer_Density_5=700 +Liner_Layer_Notes_5= +ConductorsSlotBase=0.05 +ConductorsSlotTooth=0.05 +ConductorsVertical=0.1 +ConductorsHorizontal=0.1 +ConductorSeparation=0.1 +Slot_Depth_Reduction/Slot[0]=0 +Slot_Depth_Reduction/Slot[1]=0 +Slot_Depth_Reduction/Slot[2]=0 +Slot_Depth_Reduction/Slot[3]=0 +Slot_Depth_Reduction/Slot[4]=0 +Slot_Depth_Reduction/Slot[5]=0 +Slot_Depth_Reduction/Slot[6]=0 +Slot_Depth_Reduction/Slot[7]=0 +Slot_Depth_Reduction/Slot[8]=0 +Slot_Depth_Reduction/Slot[9]=0 +Slot_Depth_Reduction/Slot[10]=0 +Slot_Depth_Reduction/Slot[11]=0 +Slot_Depth_Reduction/Slot[12]=0 +Slot_Depth_Reduction/Slot[13]=0 +Slot_Depth_Reduction/Slot[14]=0 +Slot_Depth_Reduction/Slot[15]=0 +Slot_Depth_Reduction/Slot[16]=0 +Slot_Depth_Reduction/Slot[17]=0 +Slot_Depth_Reduction/Slot[18]=0 +Slot_Depth_Reduction/Slot[19]=0 +Slot_Depth_Reduction/Slot[20]=0 +Slot_Depth_Reduction/Slot[21]=0 +Slot_Depth_Reduction/Slot[22]=0 +Slot_Depth_Reduction/Slot[23]=0 +Slot_Depth_Reduction/Slot[24]=0 +Slot_Depth_Reduction/Slot[25]=0 +Slot_Depth_Reduction/Slot[26]=0 +Slot_Depth_Reduction/Slot[27]=0 +Slot_Depth_Reduction/Slot[28]=0 +Slot_Depth_Reduction/Slot[29]=0 +Slot_Depth_Reduction/Slot[30]=0 +Slot_Depth_Reduction/Slot[31]=0 +Slot_Depth_Reduction/Slot[32]=0 +Slot_Depth_Reduction/Slot[33]=0 +Slot_Depth_Reduction/Slot[34]=0 +Slot_Depth_Reduction/Slot[35]=0 +StatorPottedEWdg=0 +Rotor_Copper_Width=1 +Rotor_Copper_Height=1 +Rotor_Insulation_Thickness=0.1 +Rotor_Copper_Corner_Radius=0 +Rt_Active_F_EWdg_Multiplier=1 +Rt_Active_R_EWdg_Multiplier=1 +Rt_FormWoundCoilBackIron_Multiplier=1 +Rt_FormWoundOuterCoilTooth_Multiplier=1 +iRt_FormWoundOuterCoilTooth_Multiplier=1 +Rt_FormWoundInnerCoilTooth_Multiplier=1 +iRt_FormWoundInnerCoilTooth_Multiplier=1 +NumberOfWireSizes=1 +Copper_Width=1 +Copper_Width_2=1 +Copper_Width_3=1 +Copper_Height=1 +Copper_Height_2=1 +Copper_Height_3=1 +Insulation_Thickness=0.1 +Insulation_Thickness_2=0.1 +Insulation_Thickness_3=0.1 +Copper_Corner_Radius=0 +Copper_Corner_Radius_2=0.1 +Copper_Corner_Radius_3=0.1 +MinEWdgSeparation=0 +EWdgLayerLength_F_Adj[0]=1 +EWdgLayerLength_R_Adj[0]=1 +LitzWireWidth=0.55 +LitzWireHeight=1.4 +LitzWireInsulationThickness=0.01 +LitzWireSubConductors=8 +LitzSubConductor_WireDiameter=0 +LitzSubConductor_CopperDiameter=0 +AllowSingleColumnCentring=True +ConductorCentre_L_x[0][0]=-1.46811804500697 +ConductorCentre_L_x[0][1]=-1.41669083253427 +ConductorCentre_L_x[0][2]=-1.36526362006157 +ConductorCentre_L_x[0][3]=-1.31383640758887 +ConductorCentre_L_x[0][4]=-1.26240919511617 +ConductorCentre_L_x[0][5]=-1.21098198264347 +ConductorCentre_L_x[0][6]=-1.15955477017078 +ConductorCentre_L_x[0][7]=-1.10812755769808 +ConductorCentre_L_x[0][8]=-1.05670034522538 +ConductorCentre_L_x[0][9]=-1.00527313275268 +ConductorCentre_L_x[0][10]=-0.953845920279979 +ConductorCentre_L_x[0][11]=-0.90241870780728 +ConductorCentre_L_x[0][12]=-0.850991495334581 +ConductorCentre_L_x[0][13]=-0.799564282861882 +ConductorCentre_L_x[1][0]=0 +ConductorCentre_L_x[1][1]=-0.422333192473832 +ConductorCentre_L_x[1][2]=-0.370905980001133 +ConductorCentre_L_x[1][3]=-0.319478767528434 +ConductorCentre_L_x[1][4]=-0.268051555055735 +ConductorCentre_L_x[1][5]=-0.216624342583036 +ConductorCentre_L_x[1][6]=-0.165197130110337 +ConductorCentre_L_x[1][7]=-0.113769917637638 +ConductorCentre_L_x[1][8]=-0.0623427051649386 +ConductorCentre_L_x[1][9]=0 +ConductorCentre_L_x[1][10]=0 +ConductorCentre_L_x[1][11]=0 +ConductorCentre_L_x[1][12]=0 +ConductorCentre_L_x[1][13]=0 +ConductorCentre_L_y[0][0]=105.600295686937 +ConductorCentre_L_y[0][1]=104.422418869653 +ConductorCentre_L_y[0][2]=103.244542052369 +ConductorCentre_L_y[0][3]=102.066665235085 +ConductorCentre_L_y[0][4]=100.888788417801 +ConductorCentre_L_y[0][5]=99.7109116005164 +ConductorCentre_L_y[0][6]=98.5330347832323 +ConductorCentre_L_y[0][7]=97.3551579659482 +ConductorCentre_L_y[0][8]=96.1772811486642 +ConductorCentre_L_y[0][9]=94.9994043313801 +ConductorCentre_L_y[0][10]=93.821527514096 +ConductorCentre_L_y[0][11]=92.6436506968119 +ConductorCentre_L_y[0][12]=91.4657738795278 +ConductorCentre_L_y[0][13]=90.2878970622437 +ConductorCentre_L_y[1][0]=0 +ConductorCentre_L_y[1][1]=105.055894550742 +ConductorCentre_L_y[1][2]=103.878017733458 +ConductorCentre_L_y[1][3]=102.700140916174 +ConductorCentre_L_y[1][4]=101.52226409889 +ConductorCentre_L_y[1][5]=100.344387281606 +ConductorCentre_L_y[1][6]=99.1665104643216 +ConductorCentre_L_y[1][7]=97.9886336470375 +ConductorCentre_L_y[1][8]=96.8107568297534 +ConductorCentre_L_y[1][9]=0 +ConductorCentre_L_y[1][10]=0 +ConductorCentre_L_y[1][11]=0 +ConductorCentre_L_y[1][12]=0 +ConductorCentre_L_y[1][13]=0 +ConductorCentre_R_x[0][0]=1.46811804500697 +ConductorCentre_R_x[0][1]=1.41669083253427 +ConductorCentre_R_x[0][2]=1.36526362006157 +ConductorCentre_R_x[0][3]=1.31383640758887 +ConductorCentre_R_x[0][4]=1.26240919511617 +ConductorCentre_R_x[0][5]=1.21098198264347 +ConductorCentre_R_x[0][6]=1.15955477017078 +ConductorCentre_R_x[0][7]=1.10812755769808 +ConductorCentre_R_x[0][8]=1.05670034522538 +ConductorCentre_R_x[0][9]=1.00527313275268 +ConductorCentre_R_x[0][10]=0.953845920279979 +ConductorCentre_R_x[0][11]=0.90241870780728 +ConductorCentre_R_x[0][12]=0.850991495334581 +ConductorCentre_R_x[0][13]=0.799564282861882 +ConductorCentre_R_x[1][0]=0 +ConductorCentre_R_x[1][1]=0 +ConductorCentre_R_x[1][2]=0 +ConductorCentre_R_x[1][3]=0 +ConductorCentre_R_x[1][4]=0 +ConductorCentre_R_x[1][5]=0 +ConductorCentre_R_x[1][6]=0 +ConductorCentre_R_x[1][7]=0 +ConductorCentre_R_x[1][8]=0 +ConductorCentre_R_x[1][9]=0 +ConductorCentre_R_x[1][10]=0 +ConductorCentre_R_x[1][11]=0 +ConductorCentre_R_x[1][12]=0 +ConductorCentre_R_x[1][13]=0 +ConductorCentre_R_y[0][0]=105.600295686937 +ConductorCentre_R_y[0][1]=104.422418869653 +ConductorCentre_R_y[0][2]=103.244542052369 +ConductorCentre_R_y[0][3]=102.066665235085 +ConductorCentre_R_y[0][4]=100.888788417801 +ConductorCentre_R_y[0][5]=99.7109116005164 +ConductorCentre_R_y[0][6]=98.5330347832323 +ConductorCentre_R_y[0][7]=97.3551579659482 +ConductorCentre_R_y[0][8]=96.1772811486642 +ConductorCentre_R_y[0][9]=94.9994043313801 +ConductorCentre_R_y[0][10]=93.821527514096 +ConductorCentre_R_y[0][11]=92.6436506968119 +ConductorCentre_R_y[0][12]=91.4657738795278 +ConductorCentre_R_y[0][13]=90.2878970622437 +ConductorCentre_R_y[1][0]=0 +ConductorCentre_R_y[1][1]=0 +ConductorCentre_R_y[1][2]=0 +ConductorCentre_R_y[1][3]=0 +ConductorCentre_R_y[1][4]=0 +ConductorCentre_R_y[1][5]=0 +ConductorCentre_R_y[1][6]=0 +ConductorCentre_R_y[1][7]=0 +ConductorCentre_R_y[1][8]=0 +ConductorCentre_R_y[1][9]=0 +ConductorCentre_R_y[1][10]=0 +ConductorCentre_R_y[1][11]=0 +ConductorCentre_R_y[1][12]=0 +ConductorCentre_R_y[1][13]=0 +Copper_Diameter=1.00716737351694 +Copper_Diameter_2=0.65 +Copper_Diameter_3=0.65 +Copper_Diameter_Aux=0.65 +Aux_Copper_Diameter=0.65 +Wire_Diameter=1.07899896305214 +Wire_Diameter_2=0.714 +Wire_Diameter_3=0.714 +Wire_Diameter_Aux=0.714 +Aux_Wire_Diameter=0.714 +Copper_Depth_[%]=100 +Coil_Divider_Width=2 +EWdg_Fill=0.427266966960131 +Liner_-_Lam_Gap=0 +Liner_Thickness=0.25 +Ins_Slot_Base_Thickness=0 +ConductorsPerSlot=36 +Conductors/Slot=36 +ConductorsPerSlot_2=0 +ConductorsPerSlot_3=0 +EWdg_MLT=297.820550151458 +Ins_Tooth_Side_Thickness=0 +Imp_Goodness_[Active]=0.8 +Imp_Goodness_[Liner-Lam]=0.8 +Imp_Goodness_[EWdg]=0.8 +Imp_Goodness_[Litz]=0.85 +Potting_Goodness_[EWdg]=1 +Armature_CoilStyle=0 +Armature_WindingType=0 +Wire_Type_Stator=0 +Wire_Type_Stator_2=0 +Wire_Type_Stator_3=0 +Wire_Type_Litz=0 +Wire_Type_Aux=0 +AWG_WireGaugeIndex=36 +Last_AWG_Wire_Table_Entry_Number=36 +AWG_WireGaugeIndex_2=44 +AWG_WireGaugeIndex_3=44 +SWG_WireGaugeIndex=48 +Last_SWG_Wire_Table_Entry_Number=48 +SWG_WireGaugeIndex_2=48 +SWG_WireGaugeIndex_3=48 +Metric_WireGaugeIndex=20 +Last_Metric_Wire_Table_Entry_Number=20 +Metric_WireGaugeIndex_2=20 +Metric_WireGaugeIndex_3=20 +AWG_WireGaugeIndex_Litz=56 +AWG_WireGaugeIndex_Aux=44 +Last_Aux_AWG_Wire_Table_Entry_Number=44 +Metric_WireGaugeIndex_Aux=20 +Last_Aux_Metric_Wire_Table_Entry_Number=20 +Wire_Type=AWG_Table +Aux_Wire_Type=AWG_Table +Winding_Type=Overlapping + +[Miscellaneous] +Ambient_Temperature=20 +T_Ambient_Radiation=40 +Plate_Temperature=100 +Base_Temperature=100 +Shaft[F]_Temperature=100 +Shaft[R]_Temperature=100 +Axle[F]_Temperature=100 +Axle[R]_Temperature=100 +Endcap[F]_Temperature=100 +Endcap[R]_Temperature=100 +Air_Property_Temperature=100 +Altitude=0 +Reference_shaft_speed=4967 +Stacking_Factor_[Stator]=0.97 +Stacking_Factor_[Rotor]=0.97 +Rt_[Shaft_-_Amb_(Front)]=1000000000 +Rt_[Shaft_-_Amb_(Rear)]=1000000000 +Rt_[Axle_-_Amb_(Front)]=1000000000 +Rt_[Axle_-_Amb_(Rear)]=1000000000 +ProximityLosses_ShowDetail=False +ProximityLossModel=0 +ProximityLossesUnevenDistEnabled=False +ProximityLossDistribution=0.5 +ProximityRacRdc=1 +ProximityRefSpeed=3000 +AirgapConvectiveHTCMultiplier=1 +AIRGAP_CONDUCTIVITY_MULTIPLIER=1 +EncGapConductivityMultiplier=1 +ENCODER_-_ENCCASE_CONDUCTIVITY_MULTIPLIER=1 +FinSideBaseNatConvWeighting=1 +AXIAL_FIN_HORIZ_MOUNT_SIDE/BASE_WEIGHTING=1 +ShaftSpeed=1 +Shaft_Speed=1 + +[Losses_At_RPM_Ref] +Losses_for_single_reference_speed=False +Armature_Copper_Loss_@Ref_Speed=2069 +Stator_Copper_Loss_@Ref_Speed=2069 +Armature_Copper_Freq_Component_Loss_@Ref_Speed=70.76 +Stator_Copper_Freq_Component_Loss_@Ref_Speed=70.76 +Main_Winding_Copper_Loss_@Ref_Speed=60 +Aux_Winding_Copper_Loss_@Ref_Speed=60 +Stator_Iron_Loss_@Ref_Speed_[Back_Iron]=0 +Stator_Iron_Loss_@Ref_Speed=0 +Stator_Iron_Loss_@Ref_Speed_[Tooth]=0 +Stator_Iron_Loss_@Ref_Speed_[Tooth_Tip]=0 +Windage_Loss_@Ref_Speed=0 +Windage_Loss_(Ext_Fan)_@Ref_Speed=0 +Friction_Loss_[F]_@Ref_Speed=0 +Friction_Loss_[R]_@Ref_Speed=0 +Magnet_Iron_Loss_@Ref_Speed=0 +Magnet_Banding_Loss_@Ref_Speed=0 +Stator_Bore_Sleeve_Loss_@Ref_Speed=0 +Rotor_Iron_Loss_@Ref_Speed_[Embedded_Magnet_Pole]=0 +Encoder_Loss_@Ref_Speed=1 +Rotor_Iron_Loss_@Ref_Speed_[Back_Iron]=0 +Rotor_Iron_Loss_@Ref_Speed_[Tooth]=0 +Rotor_Copper_Loss_@Ref_Speed=0 +Stator_Iron_Stray_Load_Loss_@Ref_Speed=0 +Rotor_Iron_Stray_Load_Loss_@Ref_Speed=0 +Stator_Copper_Stray_Load_Loss_@Ref_Speed=0 +Rotor_Copper_Stray_Load_Loss_@Ref_Speed=0 +Brush_Friction_Loss_@Ref_Speed=5 +Brush_VI_Loss_@Ref_Speed=5 +RotorWindingTemperatureAtWhichPcuInput=140 +RotorCopperTempCoefResistivity=0.00393 +StatorCopperTempCoefResistivity=0.00393 +StatorCopperFreqCompTempCoefResistivity=0.00393 +StatorCopperFreqCompTempExponent=0.5 +StatorIronStrayLoadTempCoefResistivity=0 +RotorIronStrayLoadTempCoefResistivity=0 +StatorCopperStrayLoadTempCoefResistivity=0 +RotorCopperStrayLoadTempCoefResistivity=0 + +[Proximity_Loss] +Percentage_Winding_Temperature_Increase_at_Proximity_RPM=0 +Proximity_RPM=10000 +HybridModel_PolynomialPower=2.5 +HybridModel_TotalLines=30 +HybridModel_FEAFluxLinePoints=10 +HybridAdjustmentFactor_ACLosses=1 + +[Copper_Loss_Vary] +Copper_Losses_Vary_With_Temperature=True +Winding_Temperature_at_which_Pcu_Input=100 + +[BPM_Rating_Test] +Losses_Vary_With_Temperature_and_Load=False +Constant_Torque_or_Constant_Current=Constant_Torque +Winding_Temperature_-_Tw(i/p)=120 +Magnet_Temperature_-_Tm(i/p)=80 +Shaft_Torque_[1pu]=15 +Rph_@Tw(i/p)=0.45 +Magnet_Temp_Coeff_Br=-0.12 +Iron_Loss_To_Power_Ratio=0 +Iph_[1pu]=8.11440825933579 +Torque_Constant=1.84856363157994 +Torque_Current_Multiplier=1 + +[h_Table_Params] +Input_Flow_Rate_or_Velocity=Input_Velocity +Convection_Radiation_Table_dT=100 +Internal_Radiation_Table_dT=10 +Forced_Convection_Default_RPM=3000 +Forced_Convection_Default_Velocity=5 +Forced_Convection_Default_Flow_Rate=0 + +[h_Nat_Con_Model] +Calc/Input_h[nc]_Housing_[A]_-_No_Fins=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Fin_Base=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_No_Fins=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Fin_Base=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_No_Fins=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Fin_Base=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[nc]_Endcap_[F]_-_Radial=Calc_h_conv +Calc/Input_h[nc]_Endcap_[F]_-_Axial=Calc_h_conv +Calc/Input_h[nc]_Endcap_[R]_-_Radial=Calc_h_conv +Calc/Input_h[nc]_Endcap_[R]_-_Axial=Calc_h_conv +Calc/Input_h[nc]_Flange_Plate=Calc_h_conv +Calc/Input_h[nc]_Axle_Plate_[F]=Calc_h_conv +Calc/Input_h[nc]_Axle_Plate_[R]=Calc_h_conv +Calc/Input_h[nc]_Base_Plate=Calc_h_conv +Calc/Input_h[nc]_Encoder_Case_-_Radial=Calc_h_conv +Calc/Input_h[nc]_Encoder_Case_-_Axial=Calc_h_conv + +[h_Forced_Con_Model] +Calc/Input_h[fc]_Housing_[F]_-_No_Fins=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Fin_Base=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_No_Fins=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Fin_Base=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[fc]_Endcap_[F]_-_Radial=Calc_h_conv +Calc/Input_h[fc]_Endcap_[F]_-_Axial=Calc_h_conv +Calc/Input_h[fc]_Endcap_[R]_-_Radial=Calc_h_conv +Calc/Input_h[fc]_Endcap_[R]_-_Axial=Calc_h_conv +Calc/Input_h[fc]_Flange_Plate=Calc_h_conv +Calc/Input_h[fc]_Axle_Plate_[F]=Calc_h_conv +Calc/Input_h[fc]_Axle_Plate_[R]=Calc_h_conv +Calc/Input_h[fc]_Base_Plate=Calc_h_conv +Calc/Input_h[fc]_Encoder_Case_-_Radial=Calc_h_conv +Calc/Input_h[fc]_Encoder_Case_-_Axial=Calc_h_conv + +[CoolingOptions_Notes] +Notes_-_Cooling_Options[1]=Type in user Cooling notes here + +[Losses_Notes] +Notes_-_Losses[1]=Type in user Losses notes here + +[Calculation_Notes] +Notes_-_Calculation_Options_Data[1]=Type in user Calculation option notes here + +[Calc_Data_Keys] +[1]=5C5E5C5009444C5C555C5E05095B4E52465B51460916071B45135C4649595B4B5708584544545B51020C525C4B525E5D5D08160D0D44015840565B +[2]=5C5E5C5009444C5C555C5E05095B2A342B0B372D7242406633553B4252505F554B0152455650585B00 +[3]=5C5E5C5009444C5C555C5E05095B0C03041F040A5D4B5C5F1D5E2100170F1B210D521C362D1422224675122B3D292327075E5158661A07594E5359445D5D08584052555D +[4]=5C5E5C5009444C5C555C5E05095B3D281C0B043E0D0C0C00451D544E565A5F52550B +[5]=5C5E5C5009444C5C555C5E05095B2F0001332D07505452741866390F0110040A305E0912251618246956392F2403090D124B5C7C422D5D59425E5D5B4A5C005A4751535E58 +[6]=5C5E5C5009444C5C555C5E05095B0D2A13333D004D757F6C317A1D0101250903294A1A1D300B185F07015D5F5C5F52555A0C0E0406 +[7]=5C5E5C5009444C5C555C5E05095B1D0A1F0E12046B6D5D593D4A3B38281927021F5F003F2C02393B7240192B030B5E51500C091A0C4C035F43505859 +[8]=5C5E5C5009444C5C555C5E05095B361C2B2112044B6E585E1B563C07365C5E5C5009444C5C555C5E05095B +[9]=5C5E5C5009444C5C555C5E05095C0B1D371A2E0B6854514125522627252426283F600937173D3D3D7F4E0B5A465E5F54460000040741055D42 +[10]=5C5E5C5009444C5C555C5E05095C0A1E2C3A230B61534563045D01232B23332735752C2D01372D01657C023C1B3C25301A50406666395E3B00525C52515416534D54575B5D030D +[11]=5C5E5C5009444C5C555C5E05095C361D233332387B50525839670C1403111825237F2D20311D373F605B2320022E292A206D6C777838620106031E2932510C5240554B5753030B5D584252 +[12]=5C5E5C5009444C5C555C5E05095C082B123A142D7D707C5932551E342A0B5E505D0D5B5B5D5D5E59060F585A +[13]=5C5E5C5009444C5C555C5E05095C1C1729073D2C5277505933671E220B240C0E2A7A1C2F292D203E7E4B3A1C033306221B7B56725A26670A4252505F554B0152455650585B07 +[14]=5C5E5C5009444C5C555C5E05095C0A3A173C230C485B56631D7B351D201D1B3C2E0C5E4D515440520B095A5B44565E +[15]=5C5E5C5009444C5C555C5E05095C0A162E5E51500C091A0C4C035F4350585E +[16]=5C5E5C5009444C5C555C5E05095C023C362C2012756C5E5F0D402C0029062E2E1C535E415C505F450A01585C47505A51 +[17]=5C5E5C5009444C5C555C5E05095C0B200A2B2C0457617A5F2363390F295C5E5C5009444C5C555C5E05095C +[18]=5C5E5C5009444C5C555C5E05095C2924133F14115E4E6C5205671B3A0900272B007D1E41505D5B5A1D00505E40535C555C +[19]=5C5E5C5009444C5C555C5E05095C1708233D0E395D4C47433B7859425E5D5B4A5C005A4751535E5F +[20]=5C5E5C5009444C5C555C5E05095C19131403203C7F48796612743D002B2B3A003D7F271D0E23213F7B68291D1F052B2832617B7D520E6A3E1F3C185E505D0D5B5B5D5D5E59060F585A + +[Transient_Notes] +Notes_-_Transient_Data[1]=US06 Drive Cycle + +[External_Components] +Number_of_External_Circuit_Comps=0 + +[External_Flow_Components] +Number_of_External_Flow_Circuit_Comps=0 + +[Wet_Rotor_Data] +h[Wet_Rotor]_Velocity_Selection=h_Based_on_Effective_Velocity +Wet_Rotor_Inlet_Temperature=40 +Wet_Rotor_Fluid_Volume_Flow_Rate=6E-6 +Wet_Rotor_Fluid_Thermal_Conductivity=0.125 +Wet_Rotor_Fluid_Density=1000 +Wet_Rotor_Fluid_Specific_Heat=1880 +Wet_Rotor_Fluid_Kinematic_Viscosity=1.1E-5 +Wet_Rotor_Fluid_Name=Fixed values +Number_of_Wet_Rotor_Fluid_Conductivity_Values=0 +Number_of_Wet_Rotor_Fluid_Specific_Heat_Values=0 +Number_of_Wet_Rotor_Fluid_Density_Values=0 +Number_of_Wet_Rotor_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Wet_Rotor_Fluid_Volumetric_Expansion_Values=0 +Axial_Velocity_Multiplier_-_Airgap=1 +Axial_Velocity_Multiplier_-_EWdg-Shaft[F]=1 +Axial_Velocity_Multiplier_-_EWdg-Shaft[R]=1 +Axial_Velocity_Multiplier_-_Coil_Divider=1 +Axial_Velocity_Multiplier_-_Slot_Wedge=1 +Calc/Input_h[Wet_Rotor]_Stator_Bore=Calc_h_conv +Input_Value_h[Wet_Rotor]_Stator_Bore=10 +Adjustment_h[Wet_Rotor]_Stator_Bore=1 +Velocity_Multiplier_h[Wet_Rotor]_Stator_Bore=1 +Notes_Wet_Rotor_Stator_Bore= +Calc/Input_h[Wet_Rotor]_Rotor_Surface=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rotor_Surface=10 +Adjustment_h[Wet_Rotor]_Rotor_Surface=1 +Velocity_Multiplier_h[Wet_Rotor]_Rotor_Surface=1 +Notes_Wet_Rotor_Rotor_Surface= +Calc/Input_h[Wet_Rotor]_Front_End_Winding_[Bore]=Calc_h_conv +Input_Value_h[Wet_Rotor]_Front_End_Winding_[Bore]=10 +Adjustment_h[Wet_Rotor]_Front_End_Winding_[Bore]=1 +Velocity_Multiplier_h[Wet_Rotor]_Front_End_Winding_[Bore]=1 +Notes_Wet_Rotor_Front_End_Winding_[Bore]= +Calc/Input_h[Wet_Rotor]_Rear_End_Winding_[Bore]=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rear_End_Winding_[Bore]=10 +Adjustment_h[Wet_Rotor]_Rear_End_Winding_[Bore]=1 +Velocity_Multiplier_h[Wet_Rotor]_Rear_End_Winding_[Bore]=1 +Notes_Wet_Rotor_Rear_End_Winding_[Bore]= +Calc/Input_h[Wet_Rotor]_Front_Shaft=Calc_h_conv +Input_Value_h[Wet_Rotor]_Front_Shaft=10 +Adjustment_h[Wet_Rotor]_Front_Shaft=1 +Velocity_Multiplier_h[Wet_Rotor]_Front_Shaft=1 +Notes_Wet_Rotor_Front_Shaft= +Calc/Input_h[Wet_Rotor]_Rear_Shaft=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rear_Shaft=10 +Adjustment_h[Wet_Rotor]_Rear_Shaft=1 +Velocity_Multiplier_h[Wet_Rotor]_Rear_Shaft=1 +Notes_Wet_Rotor_Rear_Shaft= +Calc/Input_h[Wet_Rotor]_Front_End_Winding_[End]=Calc_h_conv +Input_Value_h[Wet_Rotor]_Front_End_Winding_[End]=10 +Adjustment_h[Wet_Rotor]_Front_End_Winding_[End]=1 +Velocity_Multiplier_h[Wet_Rotor]_Front_End_Winding_[End]=1 +Notes_Wet_Rotor_Front_End_Winding_[End]= +Calc/Input_h[Wet_Rotor]_Rear_End_Winding_[End]=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rear_End_Winding_[End]=10 +Adjustment_h[Wet_Rotor]_Rear_End_Winding_[End]=1 +Velocity_Multiplier_h[Wet_Rotor]_Rear_End_Winding_[End]=1 +Notes_Wet_Rotor_Rear_End_Winding_[End]= +Calc/Input_h[Wet_Rotor]_Front_Endcap=Calc_h_conv +Input_Value_h[Wet_Rotor]_Front_Endcap=10 +Adjustment_h[Wet_Rotor]_Front_Endcap=1 +Velocity_Multiplier_h[Wet_Rotor]_Front_Endcap=1 +Notes_Wet_Rotor_Front_Endcap= +Calc/Input_h[Wet_Rotor]_Rear_Endcap=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rear_Endcap=10 +Adjustment_h[Wet_Rotor]_Rear_Endcap=1 +Velocity_Multiplier_h[Wet_Rotor]_Rear_Endcap=1 +Notes_Wet_Rotor_Rear_Endcap= +Calc/Input_h[Wet_Rotor]_Coil_Divider=Calc_h_conv +Input_Value_h[Wet_Rotor]_Coil_Divider=10 +Adjustment_h[Wet_Rotor]_Coil_Divider=1 +Velocity_Multiplier_h[Wet_Rotor]_Coil_Divider=1 +Notes_Wet_Rotor_Coil_Divider= +Calc/Input_h[Wet_Rotor]_Slot_Wedge=Calc_h_conv +Input_Value_h[Wet_Rotor]_Slot_Wedge=10 +Adjustment_h[Wet_Rotor]_Slot_Wedge=1 +Velocity_Multiplier_h[Wet_Rotor]_Slot_Wedge=1 +Notes_Wet_Rotor_Slot_Wedge= +Wet_Rotor_Flow_Path=Wet_Rotor_Front_Inlet +Wet_Rotor_Inlet_Outlet_Position_-_Front=Axial_Inlet_Outlet +Wet_Rotor_Inlet_Outlet_Position_-_Rear=Axial_Inlet_Outlet +Wet_Rotor_Shaft_Hole_Cooling=Not_Included +WetRotor_Duct_Wall_Roughness_CoilDivider=0.0025 +WetRotor_Duct_Wall_Roughness_Wedge=0.0025 +WetRotor_Duct_Wall_Roughness_Airgap=0.0025 +IncludeWetRotorDuctWallFriction=True +Slot_Wedge_Fluid_Flow=False +Coil_Divider_Fluid_Flow=False +Flow_Adjust_Gap=1 +Flow_Adjust_Slot_Wedge=1 +Flow_Adjust_Coil_Divider=1 +OnlyActiveSectionFluidFlow=False +WetRotorFluidTemperature=0 + +[Water_Jacket_Data] +WJ_Active_Cooling_Only=True +WJ_Fluid_Flow_Direction=Front_Rear +WJ_Fluid_Inlet_Temperature=20 +WJ_Fluid_Thermal_Conductivity=0.386 +WJ_Fluid_Density=1076 +WJ_Fluid_Specific_Heat=3252 +WJ_Fluid_Kinematic_Viscosity=3.72E-6 +Housing_Water_Jacket_Fluid_Name=EGW 50/50 +Number_of_Housing_Water_Jacket_Fluid_Conductivity_Values=6 +Number_of_Housing_Water_Jacket_Fluid_Specific_Heat_Values=2 +Number_of_Housing_Water_Jacket_Fluid_Density_Values=4 +Number_of_Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Values=7 +Number_of_Housing_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 +Housing_Water_Jacket_Fluid_Conductivity_Value[0]=0.35 +Housing_Water_Jacket_Fluid_Conductivity_Temp[0]=-25 +Housing_Water_Jacket_Fluid_Conductivity_Value[1]=0.37 +Housing_Water_Jacket_Fluid_Conductivity_Temp[1]=0 +Housing_Water_Jacket_Fluid_Conductivity_Value[2]=0.39 +Housing_Water_Jacket_Fluid_Conductivity_Temp[2]=25 +Housing_Water_Jacket_Fluid_Conductivity_Value[3]=0.405 +Housing_Water_Jacket_Fluid_Conductivity_Temp[3]=50 +Housing_Water_Jacket_Fluid_Conductivity_Value[4]=0.415 +Housing_Water_Jacket_Fluid_Conductivity_Temp[4]=75 +Housing_Water_Jacket_Fluid_Conductivity_Value[5]=0.42 +Housing_Water_Jacket_Fluid_Conductivity_Temp[5]=100 +Housing_Water_Jacket_Fluid_Specific_Heat_Value[0]=3000 +Housing_Water_Jacket_Fluid_Specific_Heat_Temp[0]=-25 +Housing_Water_Jacket_Fluid_Specific_Heat_Value[1]=3700 +Housing_Water_Jacket_Fluid_Specific_Heat_Temp[1]=100 +Housing_Water_Jacket_Fluid_Density_Value[0]=1100 +Housing_Water_Jacket_Fluid_Density_Temp[0]=-20 +Housing_Water_Jacket_Fluid_Density_Value[1]=1088 +Housing_Water_Jacket_Fluid_Density_Temp[1]=0 +Housing_Water_Jacket_Fluid_Density_Value[2]=1076 +Housing_Water_Jacket_Fluid_Density_Temp[2]=20 +Housing_Water_Jacket_Fluid_Density_Value[3]=1032 +Housing_Water_Jacket_Fluid_Density_Temp[3]=100 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[0]=2E-5 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[0]=-20 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[1]=7.81E-6 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[1]=0 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[2]=3.72E-6 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[2]=20 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[3]=2.25E-6 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[3]=40 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[4]=1.42E-6 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[4]=60 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[5]=9.6E-7 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[5]=80 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[6]=7.75E-7 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[6]=100 +Calc/Input_h[WJ]_Front_Housing=Calc_h_conv +Input_Value_h[WJ]_Front_Housing=178.7 +Adjustment_h[WJ]_Front_Housing=1 +Velocity_Multiplier_h[WJ]_Front_Housing=1 +Notes_WJ_Front_Housing= +Calc/Input_h[WJ]_Rear_Housing=Calc_h_conv +Input_Value_h[WJ]_Rear_Housing=178.7 +Adjustment_h[WJ]_Rear_Housing=1 +Velocity_Multiplier_h[WJ]_Rear_Housing=1 +Notes_WJ_Rear_Housing= +Calc/Input_h[WJ]_Front_Endcap=Calc_h_conv +Input_Value_h[WJ]_Front_Endcap=10 +Adjustment_h[WJ]_Front_Endcap=1 +Velocity_Multiplier_h[WJ]_Front_Endcap=1 +Notes_WJ_Front_Endcap= +Calc/Input_h[WJ]_Rear_Endcap=Calc_h_conv +Input_Value_h[WJ]_Rear_Endcap=10 +Adjustment_h[WJ]_Rear_Endcap=1 +Velocity_Multiplier_h[WJ]_Rear_Endcap=1 +Notes_WJ_Rear_Endcap= +Notes_WJ_Fluid_Flow_Front_Housing= +Notes_WJ_Fluid_Flow_Rear_Housing= +WJ_Duct_Wall_Roughness_Active=0.0025 +WJ_Duct_Wall_Roughness_Front=0.0025 +WJ_Duct_Wall_Roughness_Rear=0.0025 +IncludeWJDuctWallFriction=True +HousingWJ_Friction_k_Adjustment_L1_F=1 +HousingWJ_h_Input_L1_F=0 +HousingWJ_h_Adjust_L1_F=1 +HousingWJ_Velocity_Multiplier_L1_F=1 +HousingWJ_FlowNotes_L1_F= +HousingWJ_HeatTransferNotes_L1_F= +HousingWJ_Friction_k_Adjustment_L2_F=1 +HousingWJ_h_Input_L2_F=0 +HousingWJ_h_Adjust_L2_F=1 +HousingWJ_Velocity_Multiplier_L2_F=1 +HousingWJ_FlowNotes_L2_F= +HousingWJ_HeatTransferNotes_L2_F= +HousingWJ_Friction_k_Adjustment_L3_F=1 +HousingWJ_h_Input_L3_F=0 +HousingWJ_h_Adjust_L3_F=1 +HousingWJ_Velocity_Multiplier_L3_F=1 +HousingWJ_FlowNotes_L3_F= +HousingWJ_HeatTransferNotes_L3_F= +HousingWJ_Friction_k_Adjustment_L4_F=1 +HousingWJ_h_Input_L4_F=0 +HousingWJ_h_Adjust_L4_F=1 +HousingWJ_Velocity_Multiplier_L4_F=1 +HousingWJ_FlowNotes_L4_F= +HousingWJ_HeatTransferNotes_L4_F= +HousingWJ_Friction_k_Adjustment_L1_R=1 +HousingWJ_h_Input_L1_R=0 +HousingWJ_h_Adjust_L1_R=1 +HousingWJ_Velocity_Multiplier_L1_R=1 +HousingWJ_FlowNotes_L1_R= +HousingWJ_HeatTransferNotes_L1_R= +HousingWJ_Friction_k_Adjustment_L2_R=1 +HousingWJ_h_Input_L2_R=0 +HousingWJ_h_Adjust_L2_R=1 +HousingWJ_Velocity_Multiplier_L2_R=1 +HousingWJ_FlowNotes_L2_R= +HousingWJ_HeatTransferNotes_L2_R= +HousingWJ_Friction_k_Adjustment_L3_R=1 +HousingWJ_h_Input_L3_R=0 +HousingWJ_h_Adjust_L3_R=1 +HousingWJ_Velocity_Multiplier_L3_R=1 +HousingWJ_FlowNotes_L3_R= +HousingWJ_HeatTransferNotes_L3_R= +HousingWJ_Friction_k_Adjustment_L4_R=1 +HousingWJ_h_Input_L4_R=0 +HousingWJ_h_Adjust_L4_R=1 +HousingWJ_Velocity_Multiplier_L4_R=1 +HousingWJ_FlowNotes_L4_R= +HousingWJ_HeatTransferNotes_L4_R= +HousingWJ_Channel_CSArea_A_Adjustment[0]=0 +HousingWJ_Channel_CSArea_A_Adjustment[1]=0 +HousingWJ_Channel_CSArea_A_Adjustment[2]=0 +HousingWJ_Channel_CSArea_A_Adjustment[3]=0 +HousingWJ_Channel_CSArea_A_Adjustment[4]=0 +HousingWJ_Channel_CSArea_A_Adjustment[5]=0 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+HousingWJ_h_Input_L4_A[6]=0 +HousingWJ_h_Input_L4_A[7]=0 +HousingWJ_h_Input_L4_A[8]=0 +HousingWJ_h_Adjust_L4_A[0]=1 +HousingWJ_h_Adjust_L4_A[1]=1 +HousingWJ_h_Adjust_L4_A[2]=1 +HousingWJ_h_Adjust_L4_A[3]=1 +HousingWJ_h_Adjust_L4_A[4]=1 +HousingWJ_h_Adjust_L4_A[5]=1 +HousingWJ_h_Adjust_L4_A[6]=1 +HousingWJ_h_Adjust_L4_A[7]=1 +HousingWJ_h_Adjust_L4_A[8]=1 +HousingWJ_Velocity_Multiplier_L4_A[0]=1 +HousingWJ_Velocity_Multiplier_L4_A[1]=1 +HousingWJ_Velocity_Multiplier_L4_A[2]=1 +HousingWJ_Velocity_Multiplier_L4_A[3]=1 +HousingWJ_Velocity_Multiplier_L4_A[4]=1 +HousingWJ_Velocity_Multiplier_L4_A[5]=1 +HousingWJ_Velocity_Multiplier_L4_A[6]=1 +HousingWJ_Velocity_Multiplier_L4_A[7]=1 +HousingWJ_Velocity_Multiplier_L4_A[8]=1 +HousingWJ_FlowNotes_L4_A[0]= +HousingWJ_FlowNotes_L4_A[1]= +HousingWJ_FlowNotes_L4_A[2]= +HousingWJ_FlowNotes_L4_A[3]= +HousingWJ_FlowNotes_L4_A[4]= +HousingWJ_FlowNotes_L4_A[5]= +HousingWJ_FlowNotes_L4_A[6]= +HousingWJ_FlowNotes_L4_A[7]= +HousingWJ_FlowNotes_L4_A[8]= +HousingWJ_HeatTransferNotes_L4_A[0]= +HousingWJ_HeatTransferNotes_L4_A[1]= +HousingWJ_HeatTransferNotes_L4_A[2]= +HousingWJ_HeatTransferNotes_L4_A[3]= +HousingWJ_HeatTransferNotes_L4_A[4]= +HousingWJ_HeatTransferNotes_L4_A[5]= +HousingWJ_HeatTransferNotes_L4_A[6]= +HousingWJ_HeatTransferNotes_L4_A[7]= +HousingWJ_HeatTransferNotes_L4_A[8]= +HousingWJ_Channel_Perimeter_L1_A_Adjustment=0 +HousingWJ_Channel_Perimeter_L2_A_Adjustment=0 +HousingWJ_Channel_Perimeter_L3_A_Adjustment=0 +HousingWJ_Channel_Perimeter_L4_A_Adjustment=0 +HousingWJ_Channel_Perimeter_L1_F_Adjustment=0 +HousingWJ_Channel_Perimeter_L2_F_Adjustment=0 +HousingWJ_Channel_Perimeter_L3_F_Adjustment=0 +HousingWJ_Channel_Perimeter_L4_F_Adjustment=0 +HousingWJ_Channel_Perimeter_L1_R_Adjustment=0 +HousingWJ_Channel_Perimeter_L2_R_Adjustment=0 +HousingWJ_Channel_Perimeter_L3_R_Adjustment=0 +HousingWJ_Channel_Perimeter_L4_R_Adjustment=0 + +[Spiral_Groove_Shaft] +Shaft_Groove_Active_Cooling_Only=False +Shaft_Groove_Fluid_Flow_Direction=Front_Rear +Shaft_Groove_Fluid_Inlet_Temperature=65 +Shaft_Groove_Fluid_Volume_Flow_Rate=3.34E-5 +Shaft_Groove_Fluid_Thermal_Conductivity=0.1338 +Shaft_Groove_Fluid_Density=811.8 +Shaft_Groove_Fluid_Specific_Heat=2260 +Shaft_Groove_Fluid_Kinematic_Viscosity=1.659E-5 +Shaft_Spiral_Groove_Fluid_Name=ATF134 +Number_of_Shaft_Spiral_Groove_Fluid_Conductivity_Values=4 +Number_of_Shaft_Spiral_Groove_Fluid_Specific_Heat_Values=4 +Number_of_Shaft_Spiral_Groove_Fluid_Density_Values=5 +Number_of_Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Values=5 +Number_of_Shaft_Spiral_Groove_Fluid_Volumetric_Expansion_Values=0 +Shaft_Spiral_Groove_Fluid_Conductivity_Value[0]=0.139 +Shaft_Spiral_Groove_Fluid_Conductivity_Temp[0]=0 +Shaft_Spiral_Groove_Fluid_Conductivity_Value[1]=0.135 +Shaft_Spiral_Groove_Fluid_Conductivity_Temp[1]=50 +Shaft_Spiral_Groove_Fluid_Conductivity_Value[2]=0.131 +Shaft_Spiral_Groove_Fluid_Conductivity_Temp[2]=100 +Shaft_Spiral_Groove_Fluid_Conductivity_Value[3]=0.127 +Shaft_Spiral_Groove_Fluid_Conductivity_Temp[3]=160 +Shaft_Spiral_Groove_Fluid_Specific_Heat_Value[0]=2000 +Shaft_Spiral_Groove_Fluid_Specific_Heat_Temp[0]=0 +Shaft_Spiral_Groove_Fluid_Specific_Heat_Value[1]=2200 +Shaft_Spiral_Groove_Fluid_Specific_Heat_Temp[1]=50 +Shaft_Spiral_Groove_Fluid_Specific_Heat_Value[2]=2400 +Shaft_Spiral_Groove_Fluid_Specific_Heat_Temp[2]=100 +Shaft_Spiral_Groove_Fluid_Specific_Heat_Value[3]=2700 +Shaft_Spiral_Groove_Fluid_Specific_Heat_Temp[3]=160 +Shaft_Spiral_Groove_Fluid_Density_Value[0]=855 +Shaft_Spiral_Groove_Fluid_Density_Temp[0]=0 +Shaft_Spiral_Groove_Fluid_Density_Value[1]=845 +Shaft_Spiral_Groove_Fluid_Density_Temp[1]=15 +Shaft_Spiral_Groove_Fluid_Density_Value[2]=822 +Shaft_Spiral_Groove_Fluid_Density_Temp[2]=50 +Shaft_Spiral_Groove_Fluid_Density_Value[3]=788 +Shaft_Spiral_Groove_Fluid_Density_Temp[3]=100 +Shaft_Spiral_Groove_Fluid_Density_Value[4]=749 +Shaft_Spiral_Groove_Fluid_Density_Temp[4]=160 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[0]=0.000182 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[0]=0 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[1]=2.9E-5 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[1]=40 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[2]=2.1E-5 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[2]=50 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[3]=6.3E-6 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[3]=100 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Value[4]=2.6E-6 +Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Temp[4]=160 +Calc/Input_h[Shaft_Groove]_-_Front=Calc_h_conv +Input_Value_h[Shaft_Groove]_-_Front=10 +Adjustment_h[Shaft_Groove]_-_Front=1 +Velocity_Multiplier_h[Shaft_Groove]_-_Front=1 +Notes_Shaft_Groove_-_Front= +Calc/Input_h[Shaft_Groove]_-_Active=Calc_h_conv +Input_Value_h[Shaft_Groove]_-_Active=10 +Adjustment_h[Shaft_Groove]_-_Active=1 +Velocity_Multiplier_h[Shaft_Groove]_-_Active=1 +Notes_Shaft_Groove_-_Active= +Calc/Input_h[Shaft_Groove]_-_Rear=Calc_h_conv +Input_Value_h[Shaft_Groove]_-_Rear=10 +Adjustment_h[Shaft_Groove]_-_Rear=1 +Velocity_Multiplier_h[Shaft_Groove]_-_Rear=1 +Notes_Shaft_Groove_-_Rear= +ShaftSG_ShaftHoleCooling=True +ShaftSG_AxleCooling=False +ShaftSpiralGroove_Fluid_Flow_A_Notes= +ShaftSpiralGroove_Fluid_Flow_F_Notes= +ShaftSpiralGroove_Fluid_Flow_R_Notes= +ShaftSpiralGroove_Channel_CSArea_A_Adjustment=0 +ShaftSpiralGroove_Channel_CSArea_F_Adjustment=0 +ShaftSpiralGroove_Channel_CSArea_R_Adjustment=0 +ShaftSpiralGroove_Channel_Length_A_Adjustment=0 +ShaftSpiralGroove_Channel_Length_F_Adjustment=0 +ShaftSpiralGroove_Channel_Length_R_Adjustment=0 +IncludeShaftSpiralGrooveDuctWallFriction=True +ShaftSpiralGroove_Duct_Wall_Roughness_Active=0.0025 +ShaftSpiralGroove_Duct_Wall_Roughness_Front=0.0025 +ShaftSpiralGroove_Duct_Wall_Roughness_Rear=0.0025 +ShaftSpiralGroove_ParallelPathsIndex=0 +ShaftSG_Wall_Thickness=0 + +[Water_Jacket_Rotor] +Rotor_Water_Jacket_Flow_Path=Rotor_Water_Jacket_Front_Inlet +Rotor_WJ_Fluid_Inlet_Temperature=40 +Rotor_WJ_Fluid_Volume_Flow_Rate=6.00031E-6 +Rotor_WJ_Fluid_Thermal_Conductivity=0.125 +Rotor_WJ_Fluid_Density=1000 +Rotor_WJ_Fluid_Specific_Heat=1880 +Rotor_WJ_Fluid_Kinematic_Viscosity=1.1E-5 +Rotor_Water_Jacket_Fluid_Name=Fixed values +Number_of_Rotor_Water_Jacket_Fluid_Conductivity_Values=0 +Number_of_Rotor_Water_Jacket_Fluid_Specific_Heat_Values=0 +Number_of_Rotor_Water_Jacket_Fluid_Density_Values=0 +Number_of_Rotor_Water_Jacket_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Rotor_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 +Calc/Input_h[Rotor_WJ]_-_Front=Calc_h_conv +Input_Value_h[Rotor_WJ]_-_Front=10 +Adjustment_h[Rotor_WJ]_-_Front=1 +Velocity_Multiplier_h[Rotor_WJ]_-_Front=1 +Notes_Rotor_WJ_-_Front= + +[Water_Jacket_Slot] +Slot_WJ_Fluid_Inlet_Temperature=40 +Slot_WJ_Fluid_Volume_Flow_Rate=6E-6 +Slot_WJ_Fluid_Thermal_Conductivity=0.125 +Slot_WJ_Fluid_Density=1000 +Slot_WJ_Fluid_Specific_Heat=1880 +Slot_WJ_Fluid_Kinematic_Viscosity=1.1E-5 +Slot_Water_Jacket_Fluid_Name=Fixed values +Number_of_Slot_Water_Jacket_Fluid_Conductivity_Values=0 +Number_of_Slot_Water_Jacket_Fluid_Specific_Heat_Values=0 +Number_of_Slot_Water_Jacket_Fluid_Density_Values=0 +Number_of_Slot_Water_Jacket_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Slot_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 +Vel_Mult_SlotWJ_Stator_Slot_Bottom=1 +Notes_SlotWJ_Stator_Slot_Bottom= +h_Input_SlotWJ_Stator_Slot_Bottom=0 +h_Adjust_SlotWJ_Stator_Slot_Bottom=1 +Calc_Input_h_SlotWJ_Stator_Slot_Bottom=0 +Vel_Mult_SlotWJ_Stator_Tooth=1 +Notes_SlotWJ_Stator_Tooth= +h_Input_SlotWJ_Stator_Tooth=0 +h_Adjust_SlotWJ_Stator_Tooth=1 +Calc_Input_h_SlotWJ_Stator_Tooth=0 +Vel_Mult_SlotWJ_Conductors=1 +Notes_SlotWJ_Conductors= +h_Input_SlotWJ_Conductors=0 +h_Adjust_SlotWJ_Conductors=1 +Calc_Input_h_SlotWJ_Conductors=0 +Vel_Mult_SlotWJ_Slot_Opening=1 +Notes_SlotWJ_slot_opening= +h_Input_SlotWJ_slot_opening=0 +h_Adjust_SlotWJ_slot_opening=1 +Calc_Input_h_SlotWJ_slot_opening=0 +Vel_Mult_SlotWJ_Slot_centre=1 +Notes_SlotWJ_Slot_centre= +h_Input_SlotWJ_Slot_centre=0 +h_Adjust_SlotWJ_Slot_centre=1 +Calc_Input_h_SlotWJ_Slot_centre=0 +Vel_Mult_SlotWJ_Slot_CentreToBase=1 +Notes_SlotWJ_Slot_CentreToBase= +h_Input_SlotWJ_Slot_CentreToBase=0 +h_Adjust_SlotWJ_Slot_CentreToBase=1 +Calc_Input_h_SlotWJ_Slot_CentreToBase=0 +Vel_Mult_SlotWJ_Slot_CentreToOpening=1 +Notes_SlotWJ_Slot_CentreToOpening= +h_Input_SlotWJ_Slot_CentreToOpening=0 +h_Adjust_SlotWJ_Slot_CentreToOpening=1 +Calc_Input_h_SlotWJ_Slot_CentreToOpening=0 +Vel_Mult_SlotWJ_Slot_Bottom=1 +Notes_SlotWJ_Slot_Bottom= +h_Input_SlotWJ_Slot_Bottom=0 +h_Adjust_SlotWJ_Slot_Bottom=1 +Calc_Input_h_SlotWJ_Slot_Bottom=0 +SlotWJFlowOption=0 +SlotWJFlowDirection=1 +SlotWJDuctWidth_Specification=0 +SlotWJ_SlotBottomDuct_Exists=True +SlotWJ_SlotOpeningDuct_Exists=True +SlotWJ_SlotCentreDuct_Exists=False +IncludeSlotWJDuctWallFriction=True +SlotWJ_Duct_Wall_Roughness=0.0025 +SlotWJ_Duct_Wall_Notes= +SlotWJ_Inlet_Contraction_Notes= +SlotWJ_Outlet_Expansion_Notes= +SlotWJ_Duct_Friction_k_Adjustment=1 +SlotWJ_Inlet_k_Contraction_Adjustment=1 +SlotWJ_Outlet_k_Expansion_Adjustment=1 +Rt_SlotWJ_Insulation_Calc=1 +SlotWJ_Dissipation_Calc=1 +SlotWJ_Conductor_Dissipation_Calc=1 +NumberOfSlotWJCentreDucts=0 + +[Heat_Exchanger] +Heat_Exchanger_Fluid_Name=Fixed values +Number_of_Heat_Exchanger_Fluid_Conductivity_Values=0 +Number_of_Heat_Exchanger_Fluid_Specific_Heat_Values=0 +Number_of_Heat_Exchanger_Fluid_Density_Values=0 +Number_of_Heat_Exchanger_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Heat_Exchanger_Fluid_Volumetric_Expansion_Values=0 +HeatExchanger=False +Vel_Mult_HeatEx_outer=1 +Notes_HeatEx_outer= +h_Input_HeatEx_outer=0 +h_Adjust_HeatEx_outer=1 +Calc_Input_h_HeatEx_outer=0 +Vel_Mult_HeatEx_inner=1 +Notes_HeatEx_inner= +h_Input_HeatEx_inner=0 +h_Adjust_HeatEx_inner=1 +Calc_Input_h_HeatEx_inner=0 +HeatExFlowOption=0 +HeatExOutletCoupling=0 +IncludeHeatExDuctWallFriction=True +HeatEx_Duct_Wall_Roughness=0.0025 +HeatEx_Duct_Wall_Notes= +HeatEx_Inlet_ContExp_Notes= +HeatEx_Outlet_ContExp_Notes= +HeatEx_Duct_Friction_k_Adjustment=1 +HeatEx_Inlet_k_ContExp_Adjustment=1 +HeatEx_Outlet_k_ContExp_Adjustment=1 +HeatEx_Coolant_Inlet_Temp=20 +HeatEx_Volume_Flow_Rate=6E-6 +HeatEx_Fluid_Conductivity=0.61 +HeatEx_Fluid_Density=995.7 +HeatEx_Fluid_Cp=4178 +HeatEx_Fluid_Kinematic_Viscosity=8.02E-7 +HeatEx_Duct_Length=1000 +HeatEx_Duct_Diameter=3 +HeatEx_Wall_Thickness=2 +HeatEx_Insulation_Thickness=0.1 +HeatEx_Duct_Parallel_Paths=1 +HeatEx_Channel_Flow_Area_Outer=1000000 + +[Fluid_Data] +External_Fluid_Conductivity=0.02567981994364 +External_Fluid_Density=1.20432809308479 +External_Fluid_Cp=1005.69145782876 +External_Fluid_Kinematic_Viscosity=1.50198026013344E-5 +Internal_Fluid_Conductivity=0.02567981994364 +Internal_Fluid_Density=1.20432809308479 +Internal_Fluid_Cp=1005.69145782876 +Internal_Fluid_Kinematic_Viscosity=1.50198026013344E-5 +External_Air_in_Soak_Back_Calc=True +Internal_Air_in_Soak_Back_Calc=True +External_Fluid_Name=Air (Motor-CAD model) +Number_of_External_Fluid_Conductivity_Values=0 +Number_of_External_Fluid_Specific_Heat_Values=0 +Number_of_External_Fluid_Density_Values=0 +Number_of_External_Fluid_Kinematic_Viscosity_Values=0 +Number_of_External_Fluid_Volumetric_Expansion_Values=0 +Internal_Fluid_Name=Air (Motor-CAD model) +Number_of_Internal_Fluid_Conductivity_Values=0 +Number_of_Internal_Fluid_Specific_Heat_Values=0 +Number_of_Internal_Fluid_Density_Values=0 +Number_of_Internal_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Internal_Fluid_Volumetric_Expansion_Values=0 + +[EWdg_Spray_Cooling] +Spray_Cooling_Inlet_Temp=40 +Spray_Cooling_Fluid_Volume_Flow_Rate=6E-5 +Spray_Cooling_Fluid_Conductivity=0.0125 +Spray_Cooling_Fluid_Density=1000 +Spray_Cooling_Fluid_Cp=1880 +Spray_Cooling_Fluid_Kinematic_Viscosity=1.1E-5 +Spray_Cooling_Fluid_Name=Fixed values +Number_of_Spray_Cooling_Fluid_Conductivity_Values=0 +Number_of_Spray_Cooling_Fluid_Specific_Heat_Values=0 +Number_of_Spray_Cooling_Fluid_Density_Values=0 +Number_of_Spray_Cooling_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Spray_Cooling_Fluid_Volumetric_Expansion_Values=0 +Spray_Cooling_Endcap_Fluid_Calc_Input_F=Calc_h_conv +Spray_Cooling_Endcap_Fluid_h_Input_F=100 +Spray_Cooling_Endcap_Fluid_h_Adjust_F=1 +Spray_Cooling_Endcap_Fluid_Velocity_Multiplier_F=1 +Spray_Cooling_Endcap_Fluid_Notes_F= +Spray_Cooling_Endcap_Fluid_Calc_Input_R=Calc_h_conv +Spray_Cooling_Endcap_Fluid_h_Input_R=100 +Spray_Cooling_Endcap_Fluid_h_Adjust_R=1 +Spray_Cooling_Endcap_Fluid_Velocity_Multiplier_R=1 +Spray_Cooling_Endcap_Fluid_Notes_R= +Spray_Cooling_Housing_Fluid_Calc_Input_F=Calc_h_conv +Spray_Cooling_Housing_Fluid_h_Input_F=100 +Spray_Cooling_Housing_Fluid_h_Adjust_F=1 +Spray_Cooling_Housing_Fluid_Velocity_Multiplier_F=0.1 +Spray_Cooling_Housing_Fluid_Notes_F= +Spray_Cooling_Housing_Fluid_Calc_Input_R=Calc_h_conv +Spray_Cooling_Housing_Fluid_h_Input_R=100 +Spray_Cooling_Housing_Fluid_h_Adjust_R=1 +Spray_Cooling_Housing_Fluid_Velocity_Multiplier_R=0.1 +Spray_Cooling_Housing_Fluid_Notes_R= +Spray_Cooling_Housing_Fluid_Calc_Input_A=Calc_h_conv +Spray_Cooling_Housing_Fluid_h_Input_A=100 +Spray_Cooling_Housing_Fluid_h_Adjust_A=1 +Spray_Cooling_Housing_Fluid_Velocity_Multiplier_A=0.1 +Spray_Cooling_Housing_Fluid_Notes_A= +Nozzles_EWdg_Outer_F[0]=0 +NozzleDia_EWdg_Outer_F[0]=0 +SprayFlowRatio_EWdg_Outer_F[0]=1 +InternalFlowRatio_EWdg_Outer_F[0]=0 +NozzleDistance_Adj_EWdg_Outer_F[0]=0 +TargetLength_Adj_EWdg_Outer_F[0]=0 +Velocity_Mult_EWdg_Outer_F[0]=1 +Notes_Flow_EWdg_Outer_F[0]= +Notes_HT_EWdg_Outer_F[0]= +Calc_Input_h_EWdg_Outer_F[0]=0 +h_Input_EWdg_Outer_F[0]=1000 +h_Adjust_EWdg_Outer_F[0]=1 +h_Calc_EWdg_Outer_F[0]=0 +Nozzles_EWdg_Front_F[0]=0 +NozzleDia_EWdg_Front_F[0]=0 +SprayFlowRatio_EWdg_Front_F[0]=1 +InternalFlowRatio_EWdg_Front_F[0]=0 +NozzleDistance_Adj_EWdg_Front_F[0]=0 +TargetLength_Adj_EWdg_Front_F[0]=0 +Velocity_Mult_EWdg_Front_F[0]=1 +Notes_Flow_EWdg_Front_F[0]= +Notes_HT_EWdg_Front_F[0]= +Calc_Input_h_EWdg_Front_F[0]=0 +h_Input_EWdg_Front_F[0]=1000 +h_Adjust_EWdg_Front_F[0]=1 +h_Calc_EWdg_Front_F[0]=0 +Nozzles_EWdg_Inner_F[0]=1 +NozzleDia_EWdg_Inner_F[0]=1 +SprayFlowRatio_EWdg_Inner_F[0]=1 +InternalFlowRatio_EWdg_Inner_F[0]=1 +NozzleDistance_Adj_EWdg_Inner_F[0]=0 +TargetLength_Adj_EWdg_Inner_F[0]=0 +Velocity_Mult_EWdg_Inner_F[0]=1 +Notes_Flow_EWdg_Inner_F[0]= +Notes_HT_EWdg_Inner_F[0]= +Calc_Input_h_EWdg_Inner_F[0]=0 +h_Input_EWdg_Inner_F[0]=1000 +h_Adjust_EWdg_Inner_F[0]=1 +h_Calc_EWdg_Inner_F[0]=0 +Nozzles_EWdg_Rear_F[0]=0 +NozzleDia_EWdg_Rear_F[0]=0 +SprayFlowRatio_EWdg_Rear_F[0]=1 +InternalFlowRatio_EWdg_Rear_F[0]=0 +NozzleDistance_Adj_EWdg_Rear_F[0]=0 +TargetLength_Adj_EWdg_Rear_F[0]=0 +Velocity_Mult_EWdg_Rear_F[0]=1 +Notes_Flow_EWdg_Rear_F[0]= +Notes_HT_EWdg_Rear_F[0]= +Calc_Input_h_EWdg_Rear_F[0]=0 +h_Input_EWdg_Rear_F[0]=1000 +h_Adjust_EWdg_Rear_F[0]=1 +h_Calc_EWdg_Rear_F[0]=0 +Nozzles_RotorPole_F=0 +NozzleDia_RotorPole_F=0 +SprayFlowRatio_RotorPole_F=1 +InternalFlowRatio_RotorPole_F=0.5 +NozzleDistance_Adj_RotorPole_F=0 +TargetLength_Adj_RotorPole_F=0 +Velocity_Mult_RotorPole_F=1 +Notes_Flow_RotorPole_F= +Notes_HT_RotorPole_F= +Calc_Input_h_RotorPole_F=0 +h_Input_RotorPole_F=1000 +h_Adjust_RotorPole_F=1 +h_Calc_RotorPole_F=0 +Nozzles_RotorCore_F=0 +NozzleDia_RotorCore_F=0 +SprayFlowRatio_RotorCore_F=1 +InternalFlowRatio_RotorCore_F=0.5 +NozzleDistance_Adj_RotorCore_F=0 +TargetLength_Adj_RotorCore_F=0 +Velocity_Mult_RotorCore_F=1 +Notes_Flow_RotorCore_F= +Notes_HT_RotorCore_F= +Calc_Input_h_RotorCore_F=0 +h_Input_RotorCore_F=1000 +h_Adjust_RotorCore_F=1 +h_Calc_RotorCore_F=0 +Nozzles_EWdg_Outer_R[0]=0 +NozzleDia_EWdg_Outer_R[0]=0 +SprayFlowRatio_EWdg_Outer_R[0]=1 +InternalFlowRatio_EWdg_Outer_R[0]=0 +NozzleDistance_Adj_EWdg_Outer_R[0]=0 +TargetLength_Adj_EWdg_Outer_R[0]=0 +Velocity_Mult_EWdg_Outer_R[0]=1 +Notes_Flow_EWdg_Outer_R[0]= +Notes_HT_EWdg_Outer_R[0]= +Calc_Input_h_EWdg_Outer_R[0]=0 +h_Input_EWdg_Outer_R[0]=1000 +h_Adjust_EWdg_Outer_R[0]=1 +h_Calc_EWdg_Outer_R[0]=0 +Nozzles_EWdg_Rear_R[0]=0 +NozzleDia_EWdg_Rear_R[0]=0 +SprayFlowRatio_EWdg_Rear_R[0]=1 +InternalFlowRatio_EWdg_Rear_R[0]=0 +NozzleDistance_Adj_EWdg_Rear_R[0]=0 +TargetLength_Adj_EWdg_Rear_R[0]=0 +Velocity_Mult_EWdg_Rear_R[0]=1 +Notes_Flow_EWdg_Rear_R[0]= +Notes_HT_EWdg_Rear_R[0]= +Calc_Input_h_EWdg_Rear_R[0]=0 +h_Input_EWdg_Rear_R[0]=1000 +h_Adjust_EWdg_Rear_R[0]=1 +h_Calc_EWdg_Rear_R[0]=0 +Nozzles_EWdg_Inner_R[0]=1 +NozzleDia_EWdg_Inner_R[0]=1 +SprayFlowRatio_EWdg_Inner_R[0]=1 +InternalFlowRatio_EWdg_Inner_R[0]=1 +NozzleDistance_Adj_EWdg_Inner_R[0]=0 +TargetLength_Adj_EWdg_Inner_R[0]=0 +Velocity_Mult_EWdg_Inner_R[0]=1 +Notes_Flow_EWdg_Inner_R[0]= +Notes_HT_EWdg_Inner_R[0]= +Calc_Input_h_EWdg_Inner_R[0]=0 +h_Input_EWdg_Inner_R[0]=1000 +h_Adjust_EWdg_Inner_R[0]=1 +h_Calc_EWdg_Inner_R[0]=0 +Nozzles_EWdg_Front_R[0]=0 +NozzleDia_EWdg_Front_R[0]=0 +SprayFlowRatio_EWdg_Front_R[0]=1 +InternalFlowRatio_EWdg_Front_R[0]=0 +NozzleDistance_Adj_EWdg_Front_R[0]=0 +TargetLength_Adj_EWdg_Front_R[0]=0 +Velocity_Mult_EWdg_Front_R[0]=1 +Notes_Flow_EWdg_Front_R[0]= +Notes_HT_EWdg_Front_R[0]= +Calc_Input_h_EWdg_Front_R[0]=0 +h_Input_EWdg_Front_R[0]=1000 +h_Adjust_EWdg_Front_R[0]=1 +h_Calc_EWdg_Front_R[0]=0 +Nozzles_RotorPole_R=0 +NozzleDia_RotorPole_R=0 +SprayFlowRatio_RotorPole_R=1 +InternalFlowRatio_RotorPole_R=0.5 +NozzleDistance_Adj_RotorPole_R=0 +TargetLength_Adj_RotorPole_R=0 +Velocity_Mult_RotorPole_R=1 +Notes_Flow_RotorPole_R= +Notes_HT_RotorPole_R= +Calc_Input_h_RotorPole_R=0 +h_Input_RotorPole_R=1000 +h_Adjust_RotorPole_R=1 +h_Calc_RotorPole_R=0 +Nozzles_RotorCore_R=0 +NozzleDia_RotorCore_R=0 +SprayFlowRatio_RotorCore_R=1 +InternalFlowRatio_RotorCore_R=0.5 +NozzleDistance_Adj_RotorCore_R=0 +TargetLength_Adj_RotorCore_R=0 +Velocity_Mult_RotorCore_R=1 +Notes_Flow_RotorCore_R= +Notes_HT_RotorCore_R= +Calc_Input_h_RotorCore_R=0 +h_Input_RotorCore_R=1000 +h_Adjust_RotorCore_R=1 +h_Calc_RotorCore_R=0 +Spray_Area_Mult_EWdg_Outer_F[0]=1 +Spray_Area_Mult_EWdg_Front_F[0]=1 +Spray_Area_Mult_EWdg_Inner_F[0]=1 +Spray_Area_Mult_EWdg_Rear_F[0]=1 +Spray_Area_Mult_RotorPole_F=1 +Area_Mult_RotorPole_F=1 +Spray_Area_Mult_RotorCore_F=1 +Area_Mult_RotorCore_F=1 +Spray_Area_Mult_EWdg_Outer_R[0]=1 +Spray_Area_Mult_EWdg_Rear_R[0]=1 +Spray_Area_Mult_EWdg_Inner_R[0]=1 +Spray_Area_Mult_EWdg_Front_R[0]=1 +Spray_Area_Mult_RotorPole_R=1 +Area_Mult_RotorPole_R=1 +Spray_Area_Mult_RotorCore_R=1 +Area_Mult_RotorCore_R=1 +Spray_Area_Mult_EndcapFluid_F=1 +Area_Mult_EndcapFluid_F=1 +Spray_Area_Mult_EndcapFluid_R=1 +Area_Mult_EndcapFluid_R=1 +Spray_Area_Mult_HousingFluid_F=1 +Area_Mult_HousingFluid_F=1 +Spray_Area_Mult_HousingFluid_A=1 +Area_Mult_HousingFluid_A=1 +Spray_Area_Mult_HousingFluid_R=1 +Area_Mult_HousingFluid_R=1 +SprayCoverageProp_EWdg_Outer_F[0]=1 +SprayCoverageProp_EWdg_Front_F[0]=1 +SprayCoverageProp_EWdg_Inner_F[0]=1 +SprayCoverageProp_EWdg_Rear_F[0]=1 +SprayCoverageProp_RotorPole_F=1 +SprayCoverageProp_RotorCore_F=1 +SprayCoverageProp_EWdg_Outer_R[0]=1 +SprayCoverageProp_EWdg_Rear_R[0]=1 +SprayCoverageProp_EWdg_Inner_R[0]=1 +SprayCoverageProp_EWdg_Front_R[0]=1 +SprayCoverageProp_RotorPole_R=1 +SprayCoverageProp_RotorCore_R=1 +SprayCoverageProp_EndcapFluid_F=1 +SprayCoverageProp_EndcapFluid_R=1 +SprayCoverageProp_HousingFluid_F=1 +SprayCoverageProp_HousingFluid_A=1 +SprayCoverageProp_HousingFluid_R=1 +SpraySource_EWdg_Outer_F[0]=0 +SpraySource_EWdg_Front_F[0]=0 +SpraySource_EWdg_Inner_F[0]=0 +SpraySource_EWdg_Rear_F[0]=0 +SpraySource_RotorPole_F=0 +SpraySource_RotorCore_F=0 +SpraySource_EWdg_Outer_R[0]=0 +SpraySource_EWdg_Rear_R[0]=0 +SpraySource_EWdg_Inner_R[0]=0 +SpraySource_EWdg_Front_R[0]=0 +SpraySource_RotorPole_R=0 +SpraySource_RotorCore_R=0 +InternalFlowRatio_Endcap_F=0.5 +Notes_Flow_Endcap_F= +InternalFlowRatio_Housing_F=1 +Notes_Flow_Housing_F= +InternalFlowRatio_Endcap_R=0.5 +Notes_Flow_Endcap_R= +InternalFlowRatio_Housing_R=1 +Notes_Flow_Housing_R= +InternalFlowRatio_Housing_A=1 +Notes_Flow_Housing_A= +SprayFlowRateCalculation=1 +SprayCoolingEnamelModel=1 +Nozzles_EWBore_F=1 +NozzleDia_EWBore_F=1 +SprayFlowRatio_EWBore_F=1 +InternalFlowRatio_EWBore_F=1 +NozzleDistance_Adj_EWBore_F=0 +TargetLength_Adj_EWBore_F=0 +Velocity_Mult_EWBore_F=1 +Notes_Flow_EWBore_F= +Notes_HT_EWBore_F= +Calc_Input_h_EWBore_F=0 +h_Input_EWBore_F=1000 +h_Adjust_EWBore_F=1 +h_Calc_EWBore_F=0 +SpraySource_EWBore_F=0 +Area_Mult_EWBore_F=1 +Nozzles_EWOuter_F=0 +NozzleDia_EWOuter_F=0 +SprayFlowRatio_EWOuter_F=1 +InternalFlowRatio_EWOuter_F=0 +NozzleDistance_Adj_EWOuter_F=0 +TargetLength_Adj_EWOuter_F=0 +Velocity_Mult_EWOuter_F=1 +Notes_Flow_EWOuter_F= +Notes_HT_EWOuter_F= +Calc_Input_h_EWOuter_F=0 +h_Input_EWOuter_F=1000 +h_Adjust_EWOuter_F=1 +h_Calc_EWOuter_F=0 +SpraySource_EWOuter_F=0 +Area_Mult_EWOuter_F=1 +Nozzles_EWEnd_F=0 +NozzleDia_EWEnd_F=0 +SprayFlowRatio_EWEnd_F=1 +InternalFlowRatio_EWEnd_F=0 +NozzleDistance_Adj_EWEnd_F=0 +TargetLength_Adj_EWEnd_F=0 +Velocity_Mult_EWEnd_F=1 +Notes_Flow_EWEnd_F= +Notes_HT_EWEnd_F= +Calc_Input_h_EWEnd_F=0 +h_Input_EWEnd_F=1000 +h_Adjust_EWEnd_F=1 +h_Calc_EWEnd_F=0 +SpraySource_EWEnd_F=0 +Area_Mult_EWEnd_F=1 +Nozzles_EWBore_R=1 +NozzleDia_EWBore_R=1 +SprayFlowRatio_EWBore_R=1 +InternalFlowRatio_EWBore_R=1 +NozzleDistance_Adj_EWBore_R=0 +TargetLength_Adj_EWBore_R=0 +Velocity_Mult_EWBore_R=1 +Notes_Flow_EWBore_R= +Notes_HT_EWBore_R= +Calc_Input_h_EWBore_R=0 +h_Input_EWBore_R=1000 +h_Adjust_EWBore_R=1 +h_Calc_EWBore_R=0 +SpraySource_EWBore_R=0 +Area_Mult_EWBore_R=1 +Nozzles_EWOuter_R=0 +NozzleDia_EWOuter_R=0 +SprayFlowRatio_EWOuter_R=1 +InternalFlowRatio_EWOuter_R=0 +NozzleDistance_Adj_EWOuter_R=0 +TargetLength_Adj_EWOuter_R=0 +Velocity_Mult_EWOuter_R=1 +Notes_Flow_EWOuter_R= +Notes_HT_EWOuter_R= +Calc_Input_h_EWOuter_R=0 +h_Input_EWOuter_R=1000 +h_Adjust_EWOuter_R=1 +h_Calc_EWOuter_R=0 +SpraySource_EWOuter_R=0 +Area_Mult_EWOuter_R=1 +Nozzles_EWEnd_R=0 +NozzleDia_EWEnd_R=0 +SprayFlowRatio_EWEnd_R=1 +InternalFlowRatio_EWEnd_R=0 +NozzleDistance_Adj_EWEnd_R=0 +TargetLength_Adj_EWEnd_R=0 +Velocity_Mult_EWEnd_R=1 +Notes_Flow_EWEnd_R= +Notes_HT_EWEnd_R= +Calc_Input_h_EWEnd_R=0 +h_Input_EWEnd_R=1000 +h_Adjust_EWEnd_R=1 +h_Calc_EWEnd_R=0 +SpraySource_EWEnd_R=0 +Area_Mult_EWEnd_R=1 + +[Sizing_Algorithm] +IM_Size_Reduction_Algorithm=BPM_Sizing +Winding_Temperature_Increase=20 +IM_Power_Shaft=136 +IM_Power_Factor_Pre_Sizing=0.592 +IM_Power_Factor_Post_Sizing=0.514 +IM_Voltage_Line=240 + +[Through_Vent] +TVent_Fluid_Conductivity=0.125 +TVent_Fluid_Density=1000 +TVent_Fluid_Cp=1880 +TVent_Fluid_Kinematic_Viscosity=1.1E-5 +TVent_Fluid_Name=Air (Motor-CAD model) +Number_of_TVent_Fluid_Conductivity_Values=0 +Number_of_TVent_Fluid_Specific_Heat_Values=0 +Number_of_TVent_Fluid_Density_Values=0 +Number_of_TVent_Fluid_Kinematic_Viscosity_Values=0 +Number_of_TVent_Fluid_Volumetric_Expansion_Values=0 +TVent_Inlet_Temperature=40 +Through_Vent_Flow_Direction=Rear_Inlet +Inlet_Type_Front=Radial_Full_Circle +Inlet_Type_Rear=Radial_Full_Circle +Grill_Free_Area_Ratio_Front=0.8 +Grill_Free_Area_Ratio_Rear=0.8 +Grill_Axial_Circular_Hole_Number_Front=4 +Grill_Axial_Circular_Hole_Number_Rear=4 +Grill_Axial_Circular_Hole_Diameter_Front=10 +Grill_Axial_Circular_Hole_Diameter_Rear=10 +Grill_Radial_Full_Circle_Length_Front=10 +Grill_Radial_Full_Circle_Length_Rear=10 +Grill_Radial_Hole_Number_Front=2 +Grill_Radial_Hole_Number_Rear=2 +Grill_Radial_Rectangle_Width_Front=10 +Grill_Radial_Rectangle_Width_Rear=10 +Grill_Radial_Rectangle_Length_Front=10 +Grill_Radial_Rectangle_Length_Rear=10 +k_Adjust_Inlet_Entrance=1 +k_Adjust_Inlet_Expansion=1 +k_Adjust_Inlet_Entrance_Rear=1 +k_Adjust_Inlet_Bend=1 +k_Adjust_Inlet_Contraction=1 +k_Adjust_Inlet_Stator_Bend=1 +k_Adjust_Inlet_Stator_Contraction=1 +k_Adjust_Inlet_Stator_EWdg_Bend=1 +k_Adjust_Inlet_Stator_EWdg_Contraction_Expansion=1 +k_Adjust_Inlet_Stator_EWdg_Ext_Expansion=1 +k_Adjust_Inlet_Stator_Duct_Contraction=1 +k_Adjust_Outlet_Stator_Duct_Expansion=1 +k_Adjust_Outlet_Stator_EWdg_Radial_Contraction=1 +k_Adjust_Outlet_Stator_EWdg_Bend=1 +k_Adjust_Outlet_Stator_EWdg_Contraction_Expansion=1 +k_Adjust_Outlet_Stator_Bend=1 +k_Adjust_Outlet_Stator_Contraction_Expansion=1 +k_Adjust_Inlet_Rotor_Bend=1 +k_Adjust_Inlet_Rotor_Contraction=1 +k_Adjust_Inlet_Rotor_EWdg_Bend=1 +k_Adjust_Inlet_Rotor_EWdg_Contraction_Expansion=1 +k_Adjust_Inlet_Rotor_Ewdg_Bore_Bend=1 +k_Adjust_Inlet_Rotor_EWdg_Bore_Expansion=1 +k_Adjust_Inlet_Rotor_Duct_Contraction=1 +k_Adjust_Outlet_Rotor_Duct_Expansion=1 +k_Adjust_Outlet_Rotor_EWdg_Bore_Bend=1 +k_Adjust_Outlet_Rotor_EWdg_Bore_Contraction=1 +k_Adjust_Outlet_Rotor_EWdg_Bend=1 +k_Adjust_Outlet_Rotor_EWdg_Contraction_Expansion=1 +k_Adjust_Outlet_Rotor_Bend=1 +k_Adjust_Outlet_Rotor_Contraction_Expansion=1 +k_Adjust_Outlet_Airgap_Duct_Expansion=1 +k_Adjust_Inlet_Airgap_Duct_Contraction=1 +k_Adjust_Outlet_Exit=1 +k_Adjust_Winding_Separator_Contraction=1 +k_Adjust_Winding_Separator_Expansion=1 +Notes_Inlet_Entrance= +Notes_Inlet_Expansion= +Notes_Inlet_Entrance_Rear= +Notes_Inlet_Expansion_Rear= +Notes_Inlet_Bend= +Notes_Inlet_Contraction= +Notes_Inlet_Stator_Bend= +Notes_Inlet_Stator_Contraction= +Notes_Inlet_Stator_EWdg_Bend= +Notes_Inlet_Stator_EWdg_Contraction_Expansion= +Notes_Inlet_Stator_EWdg_Ext_Expansion= +Notes_Inlet_Stator_Duct_Contraction= +Notes_Outlet_Stator_Duct_Expansion= +Notes_Outlet_Stator_EWdg_Radial_Contraction= +Notes_Outlet_Stator_EWdg_Bend= +Notes_Outlet_Stator_EWdg_Contraction_Expansion= +Notes_Outlet_Stator_Bend= +Notes_Outlet_Stator_Contraction_Expansion= +Notes_Inlet_Rotor_Bend= +Notes_Inlet_Rotor_Contraction= +Notes_Inlet_Rotor_EWdg_Bend= +Notes_Inlet_Rotor_EWdg_Contraction_Expansion= +Notes_Inlet_Rotor_EWdg_Bore_Bend= +Notes_Inlet_Rotor_EWdg_Bore_Expansion= +Notes_Inlet_Rotor_Duct_Contraction= +Notes_Outlet_Rotor_Duct_Expansion= +Notes_Outlet_Rotor_EWdg_Bore_Bend= +Notes_Outlet_Rotor_EWdg_Bore_Contraction= +Notes_Outlet_Rotor_EWdg_Bend= +Notes_Outlet_Rotor_EWdg_Contraction_Expansion= +Notes_Outlet_Rotor_Bend= +Notes_Outlet_Rotor_Contraction_Expansion= +Notes_Outlet_Airgap_Duct_Expansion= +Notes_Inlet_Airgap_Duct_Contraction= +Notes_Outlet_Exit= +Notes_Winding_Separator_Contraction= +Notes_Winding_Separator_Expansion= +Calc_Input_h_TVent_Circular_Stator_Duct_L1_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Stator_Duct_L1_R=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L1_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L1_R=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L2_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L2_R=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L3_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L3_R=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L4_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L4_R=Calc_h_conv +Calc_Input_h_TVent_Endcap_F=Calc_h_conv +Calc_Input_h_TVent_Endcap_R=Calc_h_conv +Calc_Input_h_TVent_Housing_OHang_F=Calc_h_conv +Calc_Input_h_TVent_Housing_OHang_R=Calc_h_conv +Calc_Input_h_TVent_Shaft_OHang_F=Calc_h_conv +Calc_Input_h_TVent_Shaft_OHang_R=Calc_h_conv +Calc_Input_h_TVent_Axle_OHang_F=Calc_h_conv +Calc_Input_h_TVent_Axle_OHang_R=Calc_h_conv +h_Input_TVent_Endcap_F=10 +h_Input_TVent_Endcap_R=10 +h_Input_TVent_Housing_OHang_F=10 +h_Input_TVent_Housing_OHang_R=10 +h_Input_TVent_Shaft_OHang_F=10 +h_Input_TVent_Shaft_OHang_R=10 +h_Input_TVent_Axle_OHang_F=10 +h_Input_TVent_Axle_OHang_R=10 +h_Adjust_TVent_Endcap_F=1 +h_Adjust_TVent_Endcap_R=1 +h_Adjust_TVent_Housing_OHang_F=1 +h_Adjust_TVent_Housing_OHang_R=1 +h_Adjust_TVent_Shaft_OHang_F=1 +h_Adjust_TVent_Shaft_OHang_R=1 +h_Adjust_TVent_Axle_OHang_F=1 +h_Adjust_TVent_Axle_OHang_R=1 +Velocity_Multiplier_TVent_Endcap_F=1 +Velocity_Multiplier_TVent_Endcap_R=1 +Velocity_Multiplier_TVent_Housing_OHang_F=1 +Velocity_Multiplier_TVent_Housing_OHang_R=1 +Velocity_Multiplier_TVent_Shaft_OHang_F=1 +Velocity_Multiplier_TVent_Shaft_OHang_R=1 +Velocity_Multiplier_TVent_Axle_OHang_F=1 +Velocity_Multiplier_TVent_Axle_OHang_R=1 +Notes_TVent_Endcap_F= +Notes_TVent_Endcap_R= +Notes_TVent_Housing_OHang_F= +Notes_TVent_Housing_OHang_R= +Notes_TVent_Shaft_OHang_F= +Notes_TVent_Shaft_OHang_R= +Notes_TVent_Axle_OHang_F= +Notes_TVent_Axle_OHang_R= +TVent_Include_Rotor_Duct_Rotation_Effects=False +TVent_Include_Airgap_Rotation_Effects=False +TVent_Fan_Definition=0 +Fan_Definition=0 +Shaft_Speed=3000 +Flow_Rate=0.025 +Stator_Duct_Friction_k_Adjustment[0]=1 +Stator_Duct_Friction_k_Adjustment[1]=1 +Stator_Duct_Friction_k_Adjustment[2]=1 +Stator_Duct_Friction_k_Adjustment[3]=1 +Stator_Duct_Friction_k_Adjustment[4]=1 +Stator_Duct_Friction_k_Adjustment[5]=1 +Stator_Duct_Friction_k_Adjustment[6]=1 +Stator_Duct_Friction_k_Adjustment[7]=1 +Stator_Duct_Friction_k_Adjustment[8]=1 +Stator_Duct_Wall_Roughness=0.0025 +Airgap_Duct_Friction_k_Adjustment[0]=1 +Airgap_Duct_Friction_k_Adjustment[1]=1 +Airgap_Duct_Friction_k_Adjustment[2]=1 +Airgap_Duct_Friction_k_Adjustment[3]=1 +Airgap_Duct_Friction_k_Adjustment[4]=1 +Airgap_Duct_Friction_k_Adjustment[5]=1 +Airgap_Duct_Friction_k_Adjustment[6]=1 +Airgap_Duct_Friction_k_Adjustment[7]=1 +Airgap_Duct_Friction_k_Adjustment[8]=1 +Airgap_Duct_Wall_Roughness=0.0025 +IncludeDuctWallFriction=True +Notes_Stator_Duct[0]= +Notes_Stator_Duct[1]= +Notes_Stator_Duct[2]= +Notes_Stator_Duct[3]= +Notes_Stator_Duct[4]= +Notes_Stator_Duct[5]= +Notes_Stator_Duct[6]= +Notes_Stator_Duct[7]= +Notes_Stator_Duct[8]= +Notes_Airgap_Duct[0]= +Notes_Airgap_Duct[1]= +Notes_Airgap_Duct[2]= +Notes_Airgap_Duct[3]= +Notes_Airgap_Duct[4]= +Notes_Airgap_Duct[5]= +Notes_Airgap_Duct[6]= +Notes_Airgap_Duct[7]= +Notes_Airgap_Duct[8]= +CircularDuctLayers=1 +CircularDuctL1RadialDiameter=276.035047405259 +iCircularDuctL1RadialDiameter=276.035047405259 +CircularDuctL1Channels=0 +CircularDuctL1ChannelDiameter=0 +CircularDuctL1OffsetAngle=0 +CircularDuctL1SeparationAngle=5 +CircularDuctL2RadialDiameter=124 +iCircularDuctL2RadialDiameter=124 +CircularDuctL2Channels=36 +CircularDuctL2ChannelDiameter=5 +CircularDuctL2OffsetAngle=5 +CircularDuctL2SeparationAngle=5 +CircularDuctL3RadialDiameter=123 +iCircularDuctL3RadialDiameter=123 +CircularDuctL3Channels=10 +CircularDuctL3ChannelDiameter=5 +CircularDuctL3OffsetAngle=0 +CircularDuctL3SeparationAngle=5 +CircularDuctL4RadialDiameter=120 +iCircularDuctL4RadialDiameter=120 +CircularDuctL4Channels=10 +CircularDuctL4ChannelDiameter=8 +CircularDuctL4OffsetAngle=18 +CircularDuctL4SeparationAngle=5 +CircularDuctL1_h_Input[0]=0 +CircularDuctL1_h_Input[1]=0 +CircularDuctL1_h_Input[2]=0 +CircularDuctL1_h_Input[3]=0 +CircularDuctL1_h_Input[4]=0 +CircularDuctL1_h_Input[5]=0 +CircularDuctL1_h_Input[6]=0 +CircularDuctL1_h_Input[7]=0 +CircularDuctL1_h_Input[8]=0 +CircularDuctL1_h_Adjust[0]=1 +CircularDuctL1_h_Adjust[1]=1 +CircularDuctL1_h_Adjust[2]=1 +CircularDuctL1_h_Adjust[3]=1 +CircularDuctL1_h_Adjust[4]=1 +CircularDuctL1_h_Adjust[5]=1 +CircularDuctL1_h_Adjust[6]=1 +CircularDuctL1_h_Adjust[7]=1 +CircularDuctL1_h_Adjust[8]=1 +CircularDuctL1_Velocity_Multiplier[0]=1 +CircularDuctL1_Velocity_Multiplier[1]=1 +CircularDuctL1_Velocity_Multiplier[2]=1 +CircularDuctL1_Velocity_Multiplier[3]=1 +CircularDuctL1_Velocity_Multiplier[4]=1 +CircularDuctL1_Velocity_Multiplier[5]=1 +CircularDuctL1_Velocity_Multiplier[6]=1 +CircularDuctL1_Velocity_Multiplier[7]=1 +CircularDuctL1_Velocity_Multiplier[8]=1 +CircularDuctL1_HeatTransferNotes[0]= +CircularDuctL1_HeatTransferNotes[1]= +CircularDuctL1_HeatTransferNotes[2]= +CircularDuctL1_HeatTransferNotes[3]= +CircularDuctL1_HeatTransferNotes[4]= +CircularDuctL1_HeatTransferNotes[5]= +CircularDuctL1_HeatTransferNotes[6]= +CircularDuctL1_HeatTransferNotes[7]= +CircularDuctL1_HeatTransferNotes[8]= +CircularDuctL1_h_Input_F=0 +CircularDuctL1_h_Adjust_F=1 +CircularDuctL1_Velocity_Multiplier_F=1 +CircularDuctL1_HeatTransferNotes_F= +CircularDuctL1_h_Input_R=0 +CircularDuctL1_h_Adjust_R=1 +CircularDuctL1_Velocity_Multiplier_R=1 +CircularDuctL1_HeatTransferNotes_R= +CircularDuctL1_Expansion_k_Adjustment=1 +CircularDuctL1_Contraction_k_Adjustment=1 +CircularDuctL2_h_Input[0]=0 +CircularDuctL2_h_Input[1]=0 +CircularDuctL2_h_Input[2]=0 +CircularDuctL2_h_Input[3]=0 +CircularDuctL2_h_Input[4]=0 +CircularDuctL2_h_Input[5]=0 +CircularDuctL2_h_Input[6]=0 +CircularDuctL2_h_Input[7]=0 +CircularDuctL2_h_Input[8]=0 +CircularDuctL2_h_Adjust[0]=1 +CircularDuctL2_h_Adjust[1]=1 +CircularDuctL2_h_Adjust[2]=1 +CircularDuctL2_h_Adjust[3]=1 +CircularDuctL2_h_Adjust[4]=1 +CircularDuctL2_h_Adjust[5]=1 +CircularDuctL2_h_Adjust[6]=1 +CircularDuctL2_h_Adjust[7]=1 +CircularDuctL2_h_Adjust[8]=1 +CircularDuctL2_Velocity_Multiplier[0]=1 +CircularDuctL2_Velocity_Multiplier[1]=1 +CircularDuctL2_Velocity_Multiplier[2]=1 +CircularDuctL2_Velocity_Multiplier[3]=1 +CircularDuctL2_Velocity_Multiplier[4]=1 +CircularDuctL2_Velocity_Multiplier[5]=1 +CircularDuctL2_Velocity_Multiplier[6]=1 +CircularDuctL2_Velocity_Multiplier[7]=1 +CircularDuctL2_Velocity_Multiplier[8]=1 +CircularDuctL2_HeatTransferNotes[0]= +CircularDuctL2_HeatTransferNotes[1]= +CircularDuctL2_HeatTransferNotes[2]= +CircularDuctL2_HeatTransferNotes[3]= +CircularDuctL2_HeatTransferNotes[4]= +CircularDuctL2_HeatTransferNotes[5]= +CircularDuctL2_HeatTransferNotes[6]= +CircularDuctL2_HeatTransferNotes[7]= +CircularDuctL2_HeatTransferNotes[8]= +CircularDuctL2_Expansion_k_Adjustment=1 +CircularDuctL2_Contraction_k_Adjustment=1 +CircularDuctL3_h_Input[0]=0 +CircularDuctL3_h_Input[1]=0 +CircularDuctL3_h_Input[2]=0 +CircularDuctL3_h_Input[3]=0 +CircularDuctL3_h_Input[4]=0 +CircularDuctL3_h_Input[5]=0 +CircularDuctL3_h_Input[6]=0 +CircularDuctL3_h_Input[7]=0 +CircularDuctL3_h_Input[8]=0 +CircularDuctL3_h_Adjust[0]=1 +CircularDuctL3_h_Adjust[1]=1 +CircularDuctL3_h_Adjust[2]=1 +CircularDuctL3_h_Adjust[3]=1 +CircularDuctL3_h_Adjust[4]=1 +CircularDuctL3_h_Adjust[5]=1 +CircularDuctL3_h_Adjust[6]=1 +CircularDuctL3_h_Adjust[7]=1 +CircularDuctL3_h_Adjust[8]=1 +CircularDuctL3_Velocity_Multiplier[0]=1 +CircularDuctL3_Velocity_Multiplier[1]=1 +CircularDuctL3_Velocity_Multiplier[2]=1 +CircularDuctL3_Velocity_Multiplier[3]=1 +CircularDuctL3_Velocity_Multiplier[4]=1 +CircularDuctL3_Velocity_Multiplier[5]=1 +CircularDuctL3_Velocity_Multiplier[6]=1 +CircularDuctL3_Velocity_Multiplier[7]=1 +CircularDuctL3_Velocity_Multiplier[8]=1 +CircularDuctL3_HeatTransferNotes[0]= +CircularDuctL3_HeatTransferNotes[1]= +CircularDuctL3_HeatTransferNotes[2]= +CircularDuctL3_HeatTransferNotes[3]= +CircularDuctL3_HeatTransferNotes[4]= +CircularDuctL3_HeatTransferNotes[5]= +CircularDuctL3_HeatTransferNotes[6]= +CircularDuctL3_HeatTransferNotes[7]= +CircularDuctL3_HeatTransferNotes[8]= +CircularDuctL3_Expansion_k_Adjustment=1 +CircularDuctL3_Contraction_k_Adjustment=1 +CircularDuctL4_h_Input[0]=0 +CircularDuctL4_h_Input[1]=0 +CircularDuctL4_h_Input[2]=0 +CircularDuctL4_h_Input[3]=0 +CircularDuctL4_h_Input[4]=0 +CircularDuctL4_h_Input[5]=0 +CircularDuctL4_h_Input[6]=0 +CircularDuctL4_h_Input[7]=0 +CircularDuctL4_h_Input[8]=0 +CircularDuctL4_h_Adjust[0]=1 +CircularDuctL4_h_Adjust[1]=1 +CircularDuctL4_h_Adjust[2]=1 +CircularDuctL4_h_Adjust[3]=1 +CircularDuctL4_h_Adjust[4]=1 +CircularDuctL4_h_Adjust[5]=1 +CircularDuctL4_h_Adjust[6]=1 +CircularDuctL4_h_Adjust[7]=1 +CircularDuctL4_h_Adjust[8]=1 +CircularDuctL4_Velocity_Multiplier[0]=1 +CircularDuctL4_Velocity_Multiplier[1]=1 +CircularDuctL4_Velocity_Multiplier[2]=1 +CircularDuctL4_Velocity_Multiplier[3]=1 +CircularDuctL4_Velocity_Multiplier[4]=1 +CircularDuctL4_Velocity_Multiplier[5]=1 +CircularDuctL4_Velocity_Multiplier[6]=1 +CircularDuctL4_Velocity_Multiplier[7]=1 +CircularDuctL4_Velocity_Multiplier[8]=1 +CircularDuctL4_HeatTransferNotes[0]= +CircularDuctL4_HeatTransferNotes[1]= +CircularDuctL4_HeatTransferNotes[2]= +CircularDuctL4_HeatTransferNotes[3]= +CircularDuctL4_HeatTransferNotes[4]= +CircularDuctL4_HeatTransferNotes[5]= +CircularDuctL4_HeatTransferNotes[6]= +CircularDuctL4_HeatTransferNotes[7]= +CircularDuctL4_HeatTransferNotes[8]= +CircularDuctL4_Expansion_k_Adjustment=1 +CircularDuctL4_Contraction_k_Adjustment=1 +CircularDuctL1_Friction_k_Adjustment[0]=1 +CircularDuctL1_Friction_k_Adjustment[1]=1 +CircularDuctL1_Friction_k_Adjustment[2]=1 +CircularDuctL1_Friction_k_Adjustment[3]=1 +CircularDuctL1_Friction_k_Adjustment[4]=1 +CircularDuctL1_Friction_k_Adjustment[5]=1 +CircularDuctL1_Friction_k_Adjustment[6]=1 +CircularDuctL1_Friction_k_Adjustment[7]=1 +CircularDuctL1_Friction_k_Adjustment[8]=1 +CircularDuctL1_Contraction_Notes= +CircularDuctL1_Duct_Notes[0]= +CircularDuctL1_Duct_Notes[1]= +CircularDuctL1_Duct_Notes[2]= +CircularDuctL1_Duct_Notes[3]= +CircularDuctL1_Duct_Notes[4]= +CircularDuctL1_Duct_Notes[5]= +CircularDuctL1_Duct_Notes[6]= +CircularDuctL1_Duct_Notes[7]= +CircularDuctL1_Duct_Notes[8]= +CircularDuctL1_Expansion_Notes= +CircularDuctL1_Contraction_Notes_F= +CircularDuctL1_Duct_Notes_F= +CircularDuctL1_Expansion_Notes_F= +CircularDuctL1_Friction_k_Adjustment_R=1 +CircularDuctL1_Contraction_Notes_R= +CircularDuctL1_Duct_Notes_R= +CircularDuctL1_Expansion_Notes_R= +CircularDuctL2_Friction_k_Adjustment[0]=1 +CircularDuctL2_Friction_k_Adjustment[1]=1 +CircularDuctL2_Friction_k_Adjustment[2]=1 +CircularDuctL2_Friction_k_Adjustment[3]=1 +CircularDuctL2_Friction_k_Adjustment[4]=1 +CircularDuctL2_Friction_k_Adjustment[5]=1 +CircularDuctL2_Friction_k_Adjustment[6]=1 +CircularDuctL2_Friction_k_Adjustment[7]=1 +CircularDuctL2_Friction_k_Adjustment[8]=1 +CircularDuctL2_Contraction_Notes= +CircularDuctL2_Duct_Notes[0]= +CircularDuctL2_Duct_Notes[1]= +CircularDuctL2_Duct_Notes[2]= +CircularDuctL2_Duct_Notes[3]= +CircularDuctL2_Duct_Notes[4]= +CircularDuctL2_Duct_Notes[5]= +CircularDuctL2_Duct_Notes[6]= +CircularDuctL2_Duct_Notes[7]= +CircularDuctL2_Duct_Notes[8]= +CircularDuctL2_Expansion_Notes= +CircularDuctL3_Friction_k_Adjustment[0]=1 +CircularDuctL3_Friction_k_Adjustment[1]=1 +CircularDuctL3_Friction_k_Adjustment[2]=1 +CircularDuctL3_Friction_k_Adjustment[3]=1 +CircularDuctL3_Friction_k_Adjustment[4]=1 +CircularDuctL3_Friction_k_Adjustment[5]=1 +CircularDuctL3_Friction_k_Adjustment[6]=1 +CircularDuctL3_Friction_k_Adjustment[7]=1 +CircularDuctL3_Friction_k_Adjustment[8]=1 +CircularDuctL3_Contraction_Notes= +CircularDuctL3_Duct_Notes[0]= +CircularDuctL3_Duct_Notes[1]= +CircularDuctL3_Duct_Notes[2]= +CircularDuctL3_Duct_Notes[3]= +CircularDuctL3_Duct_Notes[4]= +CircularDuctL3_Duct_Notes[5]= +CircularDuctL3_Duct_Notes[6]= +CircularDuctL3_Duct_Notes[7]= +CircularDuctL3_Duct_Notes[8]= +CircularDuctL3_Expansion_Notes= +CircularDuctL4_Friction_k_Adjustment[0]=1 +CircularDuctL4_Friction_k_Adjustment[1]=1 +CircularDuctL4_Friction_k_Adjustment[2]=1 +CircularDuctL4_Friction_k_Adjustment[3]=1 +CircularDuctL4_Friction_k_Adjustment[4]=1 +CircularDuctL4_Friction_k_Adjustment[5]=1 +CircularDuctL4_Friction_k_Adjustment[6]=1 +CircularDuctL4_Friction_k_Adjustment[7]=1 +CircularDuctL4_Friction_k_Adjustment[8]=1 +CircularDuctL4_Contraction_Notes= +CircularDuctL4_Duct_Notes[0]= +CircularDuctL4_Duct_Notes[1]= +CircularDuctL4_Duct_Notes[2]= +CircularDuctL4_Duct_Notes[3]= +CircularDuctL4_Duct_Notes[4]= +CircularDuctL4_Duct_Notes[5]= +CircularDuctL4_Duct_Notes[6]= +CircularDuctL4_Duct_Notes[7]= +CircularDuctL4_Duct_Notes[8]= +CircularDuctL4_Expansion_Notes= +RotorCircularDuctLayers=1 +RotorCircularDuctLayer_RadialDiameter[0]=55 +RotorCircularDuctLayer_RadialDiameter[1]=55 +RotorCircularDuctLayer_RadialDiameter[2]=40 +RotorCircularDuctLayer_RadialDiameter[3]=70 +RotorCircularDuctLayer_Channels[0]=16 +RotorCircularDuctLayer_Channels[1]=12 +RotorCircularDuctLayer_Channels[2]=4 +RotorCircularDuctLayer_Channels[3]=8 +RotorCircularDuctLayer_ChannelDiameter[0]=6 +RotorCircularDuctLayer_ChannelDiameter[1]=4 +RotorCircularDuctLayer_ChannelDiameter[2]=4 +RotorCircularDuctLayer_ChannelDiameter[3]=4 +RotorCircularDuctLayer_OffsetAngle[0]=0 +RotorCircularDuctLayer_OffsetAngle[1]=45 +RotorCircularDuctLayer_OffsetAngle[2]=45 +RotorCircularDuctLayer_OffsetAngle[3]=22.5 +RotorCircularDuctLayer_ChannelHeight[0]=3 +RotorCircularDuctLayer_ChannelHeight[1]=3 +RotorCircularDuctLayer_ChannelHeight[2]=3 +RotorCircularDuctLayer_ChannelHeight[3]=3 +RotorCircularDuctLayer_ChannelWidth[0]=2 +RotorCircularDuctLayer_ChannelWidth[1]=2 +RotorCircularDuctLayer_ChannelWidth[2]=2 +RotorCircularDuctLayer_ChannelWidth[3]=2 +RotorRectangularDuctLayer_CornerRadius[0]=0 +RotorRectangularDuctLayer_CornerRadius[1]=0 +RotorRectangularDuctLayer_CornerRadius[2]=0 +RotorRectangularDuctLayer_CornerRadius[3]=0 +RotorArcDuctLayer_InnerDiameter[0]=65 +RotorArcDuctLayer_InnerDiameter[1]=30 +RotorArcDuctLayer_InnerDiameter[2]=30 +RotorArcDuctLayer_InnerDiameter[3]=30 +RotorArcDuctLayer_Depth[0]=15 +RotorArcDuctLayer_Depth[1]=5 +RotorArcDuctLayer_Depth[2]=5 +RotorArcDuctLayer_Depth[3]=5 +RotorArcDuctLayer_CornerRadius[0]=0 +RotorArcDuctLayer_CornerRadius[1]=0 +RotorArcDuctLayer_CornerRadius[2]=0 +RotorArcDuctLayer_CornerRadius[3]=0 +RotorArcDuctLayer_WebWidth[0]=2 +RotorArcDuctLayer_WebWidth[1]=1 +RotorArcDuctLayer_WebWidth[2]=1 +RotorArcDuctLayer_WebWidth[3]=1 +RotorCircularDuctL1_h_Input[0]=0 +RotorCircularDuctL1_h_Input[1]=0 +RotorCircularDuctL1_h_Input[2]=0 +RotorCircularDuctL1_h_Input[3]=0 +RotorCircularDuctL1_h_Input[4]=0 +RotorCircularDuctL1_h_Input[5]=0 +RotorCircularDuctL1_h_Input[6]=0 +RotorCircularDuctL1_h_Input[7]=0 +RotorCircularDuctL1_h_Input[8]=0 +RotorCircularDuctL1_h_Adjust[0]=1 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+RotorCircularDuctL3_Duct_Notes[0]= +RotorCircularDuctL3_Duct_Notes[1]= +RotorCircularDuctL3_Duct_Notes[2]= +RotorCircularDuctL3_Duct_Notes[3]= +RotorCircularDuctL3_Duct_Notes[4]= +RotorCircularDuctL3_Duct_Notes[5]= +RotorCircularDuctL3_Duct_Notes[6]= +RotorCircularDuctL3_Duct_Notes[7]= +RotorCircularDuctL3_Duct_Notes[8]= +RotorCircularDuctL3_Expansion_Notes= +RotorCircularDuctL4_Friction_k_Adjustment[0]=1 +RotorCircularDuctL4_Friction_k_Adjustment[1]=1 +RotorCircularDuctL4_Friction_k_Adjustment[2]=1 +RotorCircularDuctL4_Friction_k_Adjustment[3]=1 +RotorCircularDuctL4_Friction_k_Adjustment[4]=1 +RotorCircularDuctL4_Friction_k_Adjustment[5]=1 +RotorCircularDuctL4_Friction_k_Adjustment[6]=1 +RotorCircularDuctL4_Friction_k_Adjustment[7]=1 +RotorCircularDuctL4_Friction_k_Adjustment[8]=1 +RotorCircularDuctL4_Contraction_Notes= +RotorCircularDuctL4_Duct_Notes[0]= +RotorCircularDuctL4_Duct_Notes[1]= +RotorCircularDuctL4_Duct_Notes[2]= +RotorCircularDuctL4_Duct_Notes[3]= +RotorCircularDuctL4_Duct_Notes[4]= +RotorCircularDuctL4_Duct_Notes[5]= +RotorCircularDuctL4_Duct_Notes[6]= +RotorCircularDuctL4_Duct_Notes[7]= +RotorCircularDuctL4_Duct_Notes[8]= +RotorCircularDuctL4_Expansion_Notes= +CircularDuctL1ChannelHeight=3 +CircularDuctL1ChannelWidth=2 +StatorRectangularDuctLayer_CornerRadius[0]=0 +StatorRectangularDuctLayer_CornerRadius[1]=0 +StatorRectangularDuctLayer_CornerRadius[2]=0 +StatorRectangularDuctLayer_CornerRadius[3]=0 +CircularDuctL2ChannelHeight=3 +CircularDuctL2ChannelWidth=2 +CircularDuctL3ChannelHeight=3 +CircularDuctL3ChannelWidth=2 +CircularDuctL4ChannelHeight=3 +CircularDuctL4ChannelWidth=2 +Axle_Hole_Diameter=0 +Stator_Ducts=0 +Stator_Duct_Ratio=0.7 +Stator_Duct_Gap=2.5 +Number_Shaft_Spokes=4 +Spoke_Radial_Depth=10 +Spoke_Thickness=5 +Vel_Mult_TVent_EndRing_Outer_F=1 +Notes_TVent_EndRing_Outer_F= +h_Input_TVent_EndRing_Outer_F=0 +h_Adjust_TVent_EndRing_Outer_F=1 +Calc_Input_h_TVent_EndRing_Outer_F=0 +Vel_Mult_TVent_EndRing_Bore_F=1 +Notes_TVent_EndRing_Bore_F= +h_Input_TVent_EndRing_Bore_F=0 +h_Adjust_TVent_EndRing_Bore_F=1 +Calc_Input_h_TVent_EndRing_Bore_F=0 +Vel_Mult_TVent_EndRing_End_F=1 +Notes_TVent_EndRing_End_F= +h_Input_TVent_EndRing_End_F=0 +h_Adjust_TVent_EndRing_End_F=1 +Calc_Input_h_TVent_EndRing_End_F=0 +Vel_Mult_TVent_EndRing_ExtBore_F=1 +Notes_TVent_EndRing_ExtBore_F= +h_Input_TVent_EndRing_ExtBore_F=0 +h_Adjust_TVent_EndRing_ExtBore_F=1 +Calc_Input_h_TVent_EndRing_ExtBore_F=0 +Vel_Mult_TVent_EndRing_ExtOuter_F=1 +Notes_TVent_EndRing_ExtOuter_F= +h_Input_TVent_EndRing_ExtOuter_F=0 +h_Adjust_TVent_EndRing_ExtOuter_F=1 +Calc_Input_h_TVent_EndRing_ExtOuter_F=0 +Vel_Mult_TVent_EndRing_ExtInter_F=1 +Notes_TVent_EndRing_ExtInter_F= +h_Input_TVent_EndRing_ExtInter_F=0 +h_Adjust_TVent_EndRing_ExtInter_F=1 +Calc_Input_h_TVent_EndRing_ExtInter_F=0 +Vel_Mult_TVent_EndRing_Outer_R=1 +Notes_TVent_EndRing_Outer_R= +h_Input_TVent_EndRing_Outer_R=0 +h_Adjust_TVent_EndRing_Outer_R=1 +Calc_Input_h_TVent_EndRing_Outer_R=0 +Vel_Mult_TVent_EndRing_Bore_R=1 +Notes_TVent_EndRing_Bore_R= +h_Input_TVent_EndRing_Bore_R=0 +h_Adjust_TVent_EndRing_Bore_R=1 +Calc_Input_h_TVent_EndRing_Bore_R=0 +Vel_Mult_TVent_EndRing_End_R=1 +Notes_TVent_EndRing_End_R= +h_Input_TVent_EndRing_End_R=0 +h_Adjust_TVent_EndRing_End_R=1 +Calc_Input_h_TVent_EndRing_End_R=0 +Vel_Mult_TVent_EndRing_ExtBore_R=1 +Notes_TVent_EndRing_ExtBore_R= +h_Input_TVent_EndRing_ExtBore_R=0 +h_Adjust_TVent_EndRing_ExtBore_R=1 +Calc_Input_h_TVent_EndRing_ExtBore_R=0 +Vel_Mult_TVent_EndRing_ExtOuter_R=1 +Notes_TVent_EndRing_ExtOuter_R= +h_Input_TVent_EndRing_ExtOuter_R=0 +h_Adjust_TVent_EndRing_ExtOuter_R=1 +Calc_Input_h_TVent_EndRing_ExtOuter_R=0 +Vel_Mult_TVent_EndRing_ExtInter_R=1 +Notes_TVent_EndRing_ExtInter_R= +h_Input_TVent_EndRing_ExtInter_R=0 +h_Adjust_TVent_EndRing_ExtInter_R=1 +Calc_Input_h_TVent_EndRing_ExtInter_R=0 +Shaft_Hole_Diameter=15 +StatorDuctType=0 +RotorDuctType=0 +StatorRadialDuct_Friction_k_Adjustment=1 +StatorRadialDuct_Duct_Notes= +StatorRadialDuct_h_Input=0 +StatorRadialDuct_h_Adjust=1 +StatorRadialDuct_Velocity_Multiplier=1 +StatorRadialDuct_HeatTransferNotes= +RotorRadialDuct_Friction_k_Adjustment=1 +RotorRadialDuct_Duct_Notes= +RotorRadialDuct_h_Input=0 +RotorRadialDuct_h_Adjust=1 +RotorRadialDuct_Velocity_Multiplier=1 +RotorRadialDuct_HeatTransferNotes= +Rotor_Duct_Wall_Roughness=0.0025 +Notes_Rotor_Duct_Layer_1= +Notes_Rotor_Duct_Layer_2= +Vel_Mult_TVent_RotorEwdg_Inner_F=1 +Notes_TVent_RotorEwdg_Inner_F= +h_Input_TVent_RotorEwdg_Inner_F=0 +h_Adjust_TVent_RotorEwdg_Inner_F=1 +Calc_Input_h_TVent_RotorEwdg_Inner_F=0 +Vel_Mult_TVent_RotorEwdg_Outer_F=1 +Notes_TVent_RotorEwdg_Outer_F= +h_Input_TVent_RotorEwdg_Outer_F=0 +h_Adjust_TVent_RotorEwdg_Outer_F=1 +Calc_Input_h_TVent_RotorEwdg_Outer_F=0 +Vel_Mult_TVent_RotorEwdg_End_F=1 +Notes_TVent_RotorEwdg_End_F= +h_Input_TVent_RotorEwdg_End_F=0 +h_Adjust_TVent_RotorEwdg_End_F=1 +Calc_Input_h_TVent_RotorEwdg_End_F=0 +Vel_Mult_TVent_RotorEwdg_Inner_R=1 +Notes_TVent_RotorEwdg_Inner_R= +h_Input_TVent_RotorEwdg_Inner_R=0 +h_Adjust_TVent_RotorEwdg_Inner_R=1 +Calc_Input_h_TVent_RotorEwdg_Inner_R=0 +Vel_Mult_TVent_RotorEwdg_Outer_R=1 +Notes_TVent_RotorEwdg_Outer_R= +h_Input_TVent_RotorEwdg_Outer_R=0 +h_Adjust_TVent_RotorEwdg_Outer_R=1 +Calc_Input_h_TVent_RotorEwdg_Outer_R=0 +Vel_Mult_TVent_RotorEwdg_End_R=1 +Notes_TVent_RotorEwdg_End_R= +h_Input_TVent_RotorEwdg_End_R=0 +h_Adjust_TVent_RotorEwdg_End_R=1 +Calc_Input_h_TVent_RotorEwdg_End_R=0 +Vel_Mult_TVent_RotorLam_F=1 +Notes_TVent_RotorLam_F= +h_Input_TVent_RotorLam_F=0 +h_Adjust_TVent_RotorLam_F=1 +Calc_Input_h_TVent_RotorLam_F=0 +Vel_Mult_TVent_RotorLam_R=1 +Notes_TVent_RotorLam_R= +h_Input_TVent_RotorLam_R=0 +h_Adjust_TVent_RotorLam_R=1 +Calc_Input_h_TVent_RotorLam_R=0 +Vel_Mult_TVent_Magnet_F=1 +Notes_TVent_Magnet_F= +h_Input_TVent_Magnet_F=0 +h_Adjust_TVent_Magnet_F=1 +Calc_Input_h_TVent_Magnet_F=0 +Vel_Mult_TVent_Magnet_R=1 +Notes_TVent_Magnet_R= +h_Input_TVent_Magnet_R=0 +h_Adjust_TVent_Magnet_R=1 +Calc_Input_h_TVent_Magnet_R=0 +IncludeEndspaceRotationEffects=True +TVent_StatorDuct_HTC_Calc=1 +TVent_HousingCircDucts=True +TVent_NoAirgapFlow=False +TVentRadialDuctFlowDirection=1 +RadialDuctType=1 +Area_Mult_TVent_Stator_Duct[0]=1 +Area_Mult_TVent_Stator_Duct[1]=1 +Area_Mult_TVent_Stator_Duct[2]=1 +Area_Mult_TVent_Stator_Duct[3]=1 +Area_Mult_TVent_Stator_Duct[4]=1 +Area_Mult_TVent_Stator_Duct[5]=1 +Area_Mult_TVent_Stator_Duct[6]=1 +Area_Mult_TVent_Stator_Duct[7]=1 +Area_Mult_TVent_Stator_Duct[8]=1 +Area_Mult_TVent_Rotor_Duct[0]=1 +Area_Mult_TVent_Rotor_Duct[1]=1 +Area_Mult_TVent_Rotor_Duct[2]=1 +Area_Mult_TVent_Rotor_Duct[3]=1 +Area_Mult_TVent_Rotor_Duct[4]=1 +Area_Mult_TVent_Rotor_Duct[5]=1 +Area_Mult_TVent_Rotor_Duct[6]=1 +Area_Mult_TVent_Rotor_Duct[7]=1 +Area_Mult_TVent_Rotor_Duct[8]=1 +Area_Mult_TVent_Airgap_Stator[0]=1 +Area_Mult_TVent_Airgap_Stator[1]=1 +Area_Mult_TVent_Airgap_Stator[2]=1 +Area_Mult_TVent_Airgap_Stator[3]=1 +Area_Mult_TVent_Airgap_Stator[4]=1 +Area_Mult_TVent_Airgap_Stator[5]=1 +Area_Mult_TVent_Airgap_Stator[6]=1 +Area_Mult_TVent_Airgap_Stator[7]=1 +Area_Mult_TVent_Airgap_Stator[8]=1 +Area_Mult_TVent_Airgap_Rotor[0]=1 +Area_Mult_TVent_Airgap_Rotor[1]=1 +Area_Mult_TVent_Airgap_Rotor[2]=1 +Area_Mult_TVent_Airgap_Rotor[3]=1 +Area_Mult_TVent_Airgap_Rotor[4]=1 +Area_Mult_TVent_Airgap_Rotor[5]=1 +Area_Mult_TVent_Airgap_Rotor[6]=1 +Area_Mult_TVent_Airgap_Rotor[7]=1 +Area_Mult_TVent_Airgap_Rotor[8]=1 +Area_Mult_TVent_Endcap_F=1 +Area_Mult_TVent_Endcap_R=1 +Area_Mult_TVent_Housing_OHang_F=1 +Area_Mult_TVent_Housing_OHang_R=1 +Area_Mult_TVent_Shaft_OHang_F=1 +Area_Mult_TVent_Shaft_OHang_R=1 +Area_Mult_TVent_Axle_OHang_F=1 +Area_Mult_TVent_Axle_OHang_R=1 +Area_Mult_TVent_RotorEwdg_Inner_F=1 +iArea_Mult_TVent_RotorEwdg_Inner_F=1 +Area_Mult_TVent_RotorEwdg_Outer_F=1 +iArea_Mult_TVent_RotorEwdg_Outer_F=1 +Area_Mult_TVent_RotorEwdg_End_F=1 +iArea_Mult_TVent_RotorEwdg_End_F=1 +Area_Mult_TVent_RotorEwdg_Inner_R=1 +iArea_Mult_TVent_RotorEwdg_Inner_R=1 +Area_Mult_TVent_RotorEwdg_Outer_R=1 +iArea_Mult_TVent_RotorEwdg_Outer_R=1 +Area_Mult_TVent_RotorEwdg_End_R=1 +iArea_Mult_TVent_RotorEwdg_End_R=1 +CircularDuctL1_Area_Mult_A[0]=1 +CircularDuctL1_Area_Mult_A[1]=1 +CircularDuctL1_Area_Mult_A[2]=1 +CircularDuctL1_Area_Mult_A[3]=1 +CircularDuctL1_Area_Mult_A[4]=1 +CircularDuctL1_Area_Mult_A[5]=1 +CircularDuctL1_Area_Mult_A[6]=1 +CircularDuctL1_Area_Mult_A[7]=1 +CircularDuctL1_Area_Mult_A[8]=1 +CircularDuctL2_Area_Mult_A[0]=1 +CircularDuctL2_Area_Mult_A[1]=1 +CircularDuctL2_Area_Mult_A[2]=1 +CircularDuctL2_Area_Mult_A[3]=1 +CircularDuctL2_Area_Mult_A[4]=1 +CircularDuctL2_Area_Mult_A[5]=1 +CircularDuctL2_Area_Mult_A[6]=1 +CircularDuctL2_Area_Mult_A[7]=1 +CircularDuctL2_Area_Mult_A[8]=1 +CircularDuctL3_Area_Mult_A[0]=1 +CircularDuctL3_Area_Mult_A[1]=1 +CircularDuctL3_Area_Mult_A[2]=1 +CircularDuctL3_Area_Mult_A[3]=1 +CircularDuctL3_Area_Mult_A[4]=1 +CircularDuctL3_Area_Mult_A[5]=1 +CircularDuctL3_Area_Mult_A[6]=1 +CircularDuctL3_Area_Mult_A[7]=1 +CircularDuctL3_Area_Mult_A[8]=1 +CircularDuctL4_Area_Mult_A[0]=1 +CircularDuctL4_Area_Mult_A[1]=1 +CircularDuctL4_Area_Mult_A[2]=1 +CircularDuctL4_Area_Mult_A[3]=1 +CircularDuctL4_Area_Mult_A[4]=1 +CircularDuctL4_Area_Mult_A[5]=1 +CircularDuctL4_Area_Mult_A[6]=1 +CircularDuctL4_Area_Mult_A[7]=1 +CircularDuctL4_Area_Mult_A[8]=1 +StatorRadialDuct_Area_Mult=1 +RotorRadial_Duct_Area_Mult=1 +Area_Mult_TVent_RotorLam_F=1 +Area_Mult_TVent_RotorLam_R=1 +Area_Mult_TVent_Magnet_F=1 +Area_Mult_TVent_Magnet_R=1 +Area_Mult_TVent_EndRing_Outer_F=1 +Area_Mult_TVent_EndRing_Bore_F=1 +Area_Mult_TVent_EndRing_End_F=1 +Area_Mult_TVent_EndRing_ExtBore_F=1 +Area_Mult_TVent_EndRing_ExtOuter_F=1 +Area_Mult_TVent_EndRing_ExtInter_F=1 +Area_Mult_TVent_EndRing_Outer_R=1 +Area_Mult_TVent_EndRing_Bore_R=1 +Area_Mult_TVent_EndRing_End_R=1 +Area_Mult_TVent_EndRing_ExtBore_R=1 +Area_Mult_TVent_EndRing_ExtOuter_R=1 +Area_Mult_TVent_EndRing_ExtInter_R=1 +SelfVentilation=False +TVent_SpokeDuct_k_Wall_Friction_Adjust[0]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[1]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[2]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[3]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[4]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[5]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[6]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[7]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[8]=1 +TVentFluidTemperature=1 +VortexTransition=1 +ProportionTVentRadialFlow=1 +TVentInletAxialOffset_F=0 +TVentInletAxialOffset_R=0 +TVentRotorDuctBlockage=0 +Calc_Input_h_TVent_CupBase=0 +h_Input_TVent_CupBase=0 +h_Adjust_TVent_CupBase=1 +Vel_Mult_TVent_CupBase=1 +Area_Mult_TVent_CupBase=1 +Notes_TVent_CupBase= +Calc_Input_h_TVent_CupCylinderOH=0 +h_Input_TVent_CupCylinderOH=0 +h_Adjust_TVent_CupCylinderOH=1 +Vel_Mult_TVent_CupCylinderOH=1 +Area_Mult_TVent_CupCylinderOH=1 +Notes_TVent_CupCylinderOH= +TVent_Airgap_FrictionFactorCalc=1 +TVent_RadialFlowPathCalc=1 +TVent_UsingAverageAirgapTempCalc=1 +Calc_Input_h_TVent_EWdg_Inner_F[0]=0 +h_Input_TVent_EWdg_Inner_F[0]=10 +h_Adjust_TVent_EWdg_Inner_F[0]=1 +Velocity_Multiplier_TVent_EWdg_Inner_F[0]=1 +Area_Mult_TVent_EWdg_Inner_F[0]=1 +Notes_TVent_EWdg_Inner_F[0]= +Calc_Input_h_TVent_EW_Outer_F[0]=0 +h_Input_TVent_EW_Outer_F[0]=10 +h_Adjust_TVent_EW_Outer_F[0]=1 +Velocity_Multiplier_TVent_EW_Outer_F[0]=1 +Area_Mult_TVent_EW_Outer_F[0]=1 +Notes_TVent_EW_Outer_F[0]= +Calc_Input_h_TVent_EWdg_Front_F[0]=0 +h_Input_TVent_EWdg_Front_F[0]=10 +h_Adjust_TVent_EWdg_Front_F[0]=1 +Velocity_Multiplier_TVent_EWdg_Front_F[0]=1 +Area_Mult_TVent_EWdg_Front_F[0]=1 +Notes_TVent_EWdg_Front_F[0]= +Calc_Input_h_TVent_EWdg_Rear_F[0]=0 +h_Input_TVent_EWdg_Rear_F[0]=10 +h_Adjust_TVent_EWdg_Rear_F[0]=1 +Velocity_Multiplier_TVent_EWdg_Rear_F[0]=0 +Area_Mult_TVent_EWdg_Rear_F[0]=1 +Notes_TVent_EWdg_Rear_F[0]= +Calc_Input_h_TVent_EWdg_Inner_R[0]=0 +h_Input_TVent_EWdg_Inner_R[0]=10 +h_Adjust_TVent_EWdg_Inner_R[0]=1 +Velocity_Multiplier_TVent_EWdg_Inner_R[0]=1 +Area_Mult_TVent_EWdg_Inner_R[0]=1 +Notes_TVent_EWdg_Inner_R[0]= +Calc_Input_h_TVent_EW_Outer_R[0]=0 +h_Input_TVent_EW_Outer_R[0]=10 +h_Adjust_TVent_EW_Outer_R[0]=1 +Velocity_Multiplier_TVent_EW_Outer_R[0]=1 +Area_Mult_TVent_EW_Outer_R[0]=1 +Notes_TVent_EW_Outer_R[0]= +Calc_Input_h_TVent_EWdg_Front_R[0]=0 +h_Input_TVent_EWdg_Front_R[0]=10 +h_Adjust_TVent_EWdg_Front_R[0]=1 +Velocity_Multiplier_TVent_EWdg_Front_R[0]=0 +Area_Mult_TVent_EWdg_Front_R[0]=1 +Notes_TVent_EWdg_Front_R[0]= +Calc_Input_h_TVent_EWdg_Rear_R[0]=0 +h_Input_TVent_EWdg_Rear_R[0]=10 +h_Adjust_TVent_EWdg_Rear_R[0]=1 +Velocity_Multiplier_TVent_EWdg_Rear_R[0]=1 +Area_Mult_TVent_EWdg_Rear_R[0]=1 +Notes_TVent_EWdg_Rear_R[0]= +Velocity_Multiplier_TVent_Stator_Duct[0]=1 +Velocity_Multiplier_TVent_Stator_Duct[1]=1 +Velocity_Multiplier_TVent_Stator_Duct[2]=1 +Velocity_Multiplier_TVent_Stator_Duct[3]=1 +Velocity_Multiplier_TVent_Stator_Duct[4]=1 +Velocity_Multiplier_TVent_Stator_Duct[5]=1 +Velocity_Multiplier_TVent_Stator_Duct[6]=1 +Velocity_Multiplier_TVent_Stator_Duct[7]=1 +Velocity_Multiplier_TVent_Stator_Duct[8]=1 +Calc_Input_h_TVent_Stator_Duct[0]=0 +Calc_Input_h_TVent_Stator_Duct[1]=0 +Calc_Input_h_TVent_Stator_Duct[2]=0 +Calc_Input_h_TVent_Stator_Duct[3]=0 +Calc_Input_h_TVent_Stator_Duct[4]=0 +Calc_Input_h_TVent_Stator_Duct[5]=0 +Calc_Input_h_TVent_Stator_Duct[6]=0 +Calc_Input_h_TVent_Stator_Duct[7]=0 +Calc_Input_h_TVent_Stator_Duct[8]=0 +h_Input_TVent_Stator_Duct[0]=10 +h_Input_TVent_Stator_Duct[1]=10 +h_Input_TVent_Stator_Duct[2]=10 +h_Input_TVent_Stator_Duct[3]=10 +h_Input_TVent_Stator_Duct[4]=10 +h_Input_TVent_Stator_Duct[5]=10 +h_Input_TVent_Stator_Duct[6]=10 +h_Input_TVent_Stator_Duct[7]=10 +h_Input_TVent_Stator_Duct[8]=10 +h_Adjust_TVent_Stator_Duct[0]=1 +h_Adjust_TVent_Stator_Duct[1]=1 +h_Adjust_TVent_Stator_Duct[2]=1 +h_Adjust_TVent_Stator_Duct[3]=1 +h_Adjust_TVent_Stator_Duct[4]=1 +h_Adjust_TVent_Stator_Duct[5]=1 +h_Adjust_TVent_Stator_Duct[6]=1 +h_Adjust_TVent_Stator_Duct[7]=1 +h_Adjust_TVent_Stator_Duct[8]=1 +Notes_TVent_Stator_Duct[0]= +Notes_TVent_Stator_Duct[1]= +Notes_TVent_Stator_Duct[2]= +Notes_TVent_Stator_Duct[3]= +Notes_TVent_Stator_Duct[4]= +Notes_TVent_Stator_Duct[5]= +Notes_TVent_Stator_Duct[6]= +Notes_TVent_Stator_Duct[7]= +Notes_TVent_Stator_Duct[8]= +CircularDuctL1_Calc_Input_h_A[0]=0 +CircularDuctL1_Calc_Input_h_A[1]=0 +CircularDuctL1_Calc_Input_h_A[2]=0 +CircularDuctL1_Calc_Input_h_A[3]=0 +CircularDuctL1_Calc_Input_h_A[4]=0 +CircularDuctL1_Calc_Input_h_A[5]=0 +CircularDuctL1_Calc_Input_h_A[6]=0 +CircularDuctL1_Calc_Input_h_A[7]=0 +CircularDuctL1_Calc_Input_h_A[8]=0 +CircularDuctL2_Calc_Input_h[0]=0 +CircularDuctL2_Calc_Input_h[1]=0 +CircularDuctL2_Calc_Input_h[2]=0 +CircularDuctL2_Calc_Input_h[3]=0 +CircularDuctL2_Calc_Input_h[4]=0 +CircularDuctL2_Calc_Input_h[5]=0 +CircularDuctL2_Calc_Input_h[6]=0 +CircularDuctL2_Calc_Input_h[7]=0 +CircularDuctL2_Calc_Input_h[8]=0 +CircularDuctL3_Calc_Input_h[0]=0 +CircularDuctL3_Calc_Input_h[1]=0 +CircularDuctL3_Calc_Input_h[2]=0 +CircularDuctL3_Calc_Input_h[3]=0 +CircularDuctL3_Calc_Input_h[4]=0 +CircularDuctL3_Calc_Input_h[5]=0 +CircularDuctL3_Calc_Input_h[6]=0 +CircularDuctL3_Calc_Input_h[7]=0 +CircularDuctL3_Calc_Input_h[8]=0 +CircularDuctL4_Calc_Input_h[0]=0 +CircularDuctL4_Calc_Input_h[1]=0 +CircularDuctL4_Calc_Input_h[2]=0 +CircularDuctL4_Calc_Input_h[3]=0 +CircularDuctL4_Calc_Input_h[4]=0 +CircularDuctL4_Calc_Input_h[5]=0 +CircularDuctL4_Calc_Input_h[6]=0 +CircularDuctL4_Calc_Input_h[7]=0 +CircularDuctL4_Calc_Input_h[8]=0 +Velocity_Multiplier_TVent_Airgap_Stator[0]=1 +Velocity_Multiplier_TVent_Airgap_Stator[1]=1 +Velocity_Multiplier_TVent_Airgap_Stator[2]=1 +Velocity_Multiplier_TVent_Airgap_Stator[3]=1 +Velocity_Multiplier_TVent_Airgap_Stator[4]=1 +Velocity_Multiplier_TVent_Airgap_Stator[5]=1 +Velocity_Multiplier_TVent_Airgap_Stator[6]=1 +Velocity_Multiplier_TVent_Airgap_Stator[7]=1 +Velocity_Multiplier_TVent_Airgap_Stator[8]=1 +Calc_Input_h_TVent_Airgap_Stator[0]=0 +Calc_Input_h_TVent_Airgap_Stator[1]=0 +Calc_Input_h_TVent_Airgap_Stator[2]=0 +Calc_Input_h_TVent_Airgap_Stator[3]=0 +Calc_Input_h_TVent_Airgap_Stator[4]=0 +Calc_Input_h_TVent_Airgap_Stator[5]=0 +Calc_Input_h_TVent_Airgap_Stator[6]=0 +Calc_Input_h_TVent_Airgap_Stator[7]=0 +Calc_Input_h_TVent_Airgap_Stator[8]=0 +h_Input_TVent_Airgap_Stator[0]=10 +h_Input_TVent_Airgap_Stator[1]=10 +h_Input_TVent_Airgap_Stator[2]=10 +h_Input_TVent_Airgap_Stator[3]=10 +h_Input_TVent_Airgap_Stator[4]=10 +h_Input_TVent_Airgap_Stator[5]=10 +h_Input_TVent_Airgap_Stator[6]=10 +h_Input_TVent_Airgap_Stator[7]=10 +h_Input_TVent_Airgap_Stator[8]=10 +h_Adjust_TVent_Airgap_Stator[0]=1 +h_Adjust_TVent_Airgap_Stator[1]=1 +h_Adjust_TVent_Airgap_Stator[2]=1 +h_Adjust_TVent_Airgap_Stator[3]=1 +h_Adjust_TVent_Airgap_Stator[4]=1 +h_Adjust_TVent_Airgap_Stator[5]=1 +h_Adjust_TVent_Airgap_Stator[6]=1 +h_Adjust_TVent_Airgap_Stator[7]=1 +h_Adjust_TVent_Airgap_Stator[8]=1 +Notes_TVent_Airgap_Stator[0]= +Notes_TVent_Airgap_Stator[1]= +Notes_TVent_Airgap_Stator[2]= +Notes_TVent_Airgap_Stator[3]= +Notes_TVent_Airgap_Stator[4]= +Notes_TVent_Airgap_Stator[5]= +Notes_TVent_Airgap_Stator[6]= +Notes_TVent_Airgap_Stator[7]= +Notes_TVent_Airgap_Stator[8]= +Velocity_Multiplier_TVent_Airgap_Rotor[0]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[1]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[2]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[3]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[4]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[5]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[6]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[7]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[8]=1 +Calc_Input_h_TVent_Airgap_Rotor[0]=0 +Calc_Input_h_TVent_Airgap_Rotor[1]=0 +Calc_Input_h_TVent_Airgap_Rotor[2]=0 +Calc_Input_h_TVent_Airgap_Rotor[3]=0 +Calc_Input_h_TVent_Airgap_Rotor[4]=0 +Calc_Input_h_TVent_Airgap_Rotor[5]=0 +Calc_Input_h_TVent_Airgap_Rotor[6]=0 +Calc_Input_h_TVent_Airgap_Rotor[7]=0 +Calc_Input_h_TVent_Airgap_Rotor[8]=0 +h_Input_TVent_Airgap_Rotor[0]=10 +h_Input_TVent_Airgap_Rotor[1]=10 +h_Input_TVent_Airgap_Rotor[2]=10 +h_Input_TVent_Airgap_Rotor[3]=10 +h_Input_TVent_Airgap_Rotor[4]=10 +h_Input_TVent_Airgap_Rotor[5]=10 +h_Input_TVent_Airgap_Rotor[6]=10 +h_Input_TVent_Airgap_Rotor[7]=10 +h_Input_TVent_Airgap_Rotor[8]=10 +h_Adjust_TVent_Airgap_Rotor[0]=1 +h_Adjust_TVent_Airgap_Rotor[1]=1 +h_Adjust_TVent_Airgap_Rotor[2]=1 +h_Adjust_TVent_Airgap_Rotor[3]=1 +h_Adjust_TVent_Airgap_Rotor[4]=1 +h_Adjust_TVent_Airgap_Rotor[5]=1 +h_Adjust_TVent_Airgap_Rotor[6]=1 +h_Adjust_TVent_Airgap_Rotor[7]=1 +h_Adjust_TVent_Airgap_Rotor[8]=1 +Notes_TVent_Airgap_Rotor[0]= +Notes_TVent_Airgap_Rotor[1]= +Notes_TVent_Airgap_Rotor[2]= +Notes_TVent_Airgap_Rotor[3]= +Notes_TVent_Airgap_Rotor[4]= +Notes_TVent_Airgap_Rotor[5]= +Notes_TVent_Airgap_Rotor[6]= +Notes_TVent_Airgap_Rotor[7]= +Notes_TVent_Airgap_Rotor[8]= +Velocity_Multiplier_TVent_Rotor_Duct[0]=1 +Velocity_Multiplier_TVent_Rotor_Duct[1]=1 +Velocity_Multiplier_TVent_Rotor_Duct[2]=1 +Velocity_Multiplier_TVent_Rotor_Duct[3]=1 +Velocity_Multiplier_TVent_Rotor_Duct[4]=1 +Velocity_Multiplier_TVent_Rotor_Duct[5]=1 +Velocity_Multiplier_TVent_Rotor_Duct[6]=1 +Velocity_Multiplier_TVent_Rotor_Duct[7]=1 +Velocity_Multiplier_TVent_Rotor_Duct[8]=1 +Calc_Input_h_TVent_Rotor_Duct[0]=0 +Calc_Input_h_TVent_Rotor_Duct[1]=0 +Calc_Input_h_TVent_Rotor_Duct[2]=0 +Calc_Input_h_TVent_Rotor_Duct[3]=0 +Calc_Input_h_TVent_Rotor_Duct[4]=0 +Calc_Input_h_TVent_Rotor_Duct[5]=0 +Calc_Input_h_TVent_Rotor_Duct[6]=0 +Calc_Input_h_TVent_Rotor_Duct[7]=0 +Calc_Input_h_TVent_Rotor_Duct[8]=0 +h_Input_TVent_Rotor_Duct[0]=10 +h_Input_TVent_Rotor_Duct[1]=10 +h_Input_TVent_Rotor_Duct[2]=10 +h_Input_TVent_Rotor_Duct[3]=10 +h_Input_TVent_Rotor_Duct[4]=10 +h_Input_TVent_Rotor_Duct[5]=10 +h_Input_TVent_Rotor_Duct[6]=10 +h_Input_TVent_Rotor_Duct[7]=10 +h_Input_TVent_Rotor_Duct[8]=10 +h_Adjust_TVent_Rotor_Duct[0]=1 +h_Adjust_TVent_Rotor_Duct[1]=1 +h_Adjust_TVent_Rotor_Duct[2]=1 +h_Adjust_TVent_Rotor_Duct[3]=1 +h_Adjust_TVent_Rotor_Duct[4]=1 +h_Adjust_TVent_Rotor_Duct[5]=1 +h_Adjust_TVent_Rotor_Duct[6]=1 +h_Adjust_TVent_Rotor_Duct[7]=1 +h_Adjust_TVent_Rotor_Duct[8]=1 +Notes_TVent_Rotor_Duct[0]= +Notes_TVent_Rotor_Duct[1]= +Notes_TVent_Rotor_Duct[2]= +Notes_TVent_Rotor_Duct[3]= +Notes_TVent_Rotor_Duct[4]= +Notes_TVent_Rotor_Duct[5]= +Notes_TVent_Rotor_Duct[6]= +Notes_TVent_Rotor_Duct[7]= +Notes_TVent_Rotor_Duct[8]= +RotorCircularDuctL1_Calc_Input_h[0]=0 +RotorCircularDuctL1_Calc_Input_h[1]=0 +RotorCircularDuctL1_Calc_Input_h[2]=0 +RotorCircularDuctL1_Calc_Input_h[3]=0 +RotorCircularDuctL1_Calc_Input_h[4]=0 +RotorCircularDuctL1_Calc_Input_h[5]=0 +RotorCircularDuctL1_Calc_Input_h[6]=0 +RotorCircularDuctL1_Calc_Input_h[7]=0 +RotorCircularDuctL1_Calc_Input_h[8]=0 +RotorCircularDuctL2_Calc_Input_h[0]=0 +RotorCircularDuctL2_Calc_Input_h[1]=0 +RotorCircularDuctL2_Calc_Input_h[2]=0 +RotorCircularDuctL2_Calc_Input_h[3]=0 +RotorCircularDuctL2_Calc_Input_h[4]=0 +RotorCircularDuctL2_Calc_Input_h[5]=0 +RotorCircularDuctL2_Calc_Input_h[6]=0 +RotorCircularDuctL2_Calc_Input_h[7]=0 +RotorCircularDuctL2_Calc_Input_h[8]=0 +RotorCircularDuctL3_Calc_Input_h[0]=0 +RotorCircularDuctL3_Calc_Input_h[1]=0 +RotorCircularDuctL3_Calc_Input_h[2]=0 +RotorCircularDuctL3_Calc_Input_h[3]=0 +RotorCircularDuctL3_Calc_Input_h[4]=0 +RotorCircularDuctL3_Calc_Input_h[5]=0 +RotorCircularDuctL3_Calc_Input_h[6]=0 +RotorCircularDuctL3_Calc_Input_h[7]=0 +RotorCircularDuctL3_Calc_Input_h[8]=0 +RotorCircularDuctL4_Calc_Input_h[0]=0 +RotorCircularDuctL4_Calc_Input_h[1]=0 +RotorCircularDuctL4_Calc_Input_h[2]=0 +RotorCircularDuctL4_Calc_Input_h[3]=0 +RotorCircularDuctL4_Calc_Input_h[4]=0 +RotorCircularDuctL4_Calc_Input_h[5]=0 +RotorCircularDuctL4_Calc_Input_h[6]=0 +RotorCircularDuctL4_Calc_Input_h[7]=0 +RotorCircularDuctL4_Calc_Input_h[8]=0 +Calc_Input_h_TVent_StatorRadialDuct=0 +Calc_Input_h_TVent_RotorRadialDuct=0 +Area_Mult_TVent_Rotor_Spacer[0]=1 +Area_Mult_TVent_Rotor_Spacer[1]=1 +Area_Mult_TVent_Rotor_Spacer[2]=1 +Area_Mult_TVent_Rotor_Spacer[3]=1 +Area_Mult_TVent_Rotor_Spacer[4]=1 +Area_Mult_TVent_Rotor_Spacer[5]=1 +Area_Mult_TVent_Rotor_Spacer[6]=1 +Area_Mult_TVent_Rotor_Spacer[7]=1 +Area_Mult_TVent_Rotor_Spacer[8]=1 +Area_Mult_Tvent_Rotor_Coil_Base[0]=1 +Area_Mult_Tvent_Rotor_Coil_Base[1]=1 +Area_Mult_Tvent_Rotor_Coil_Base[2]=1 +Area_Mult_Tvent_Rotor_Coil_Base[3]=1 +Area_Mult_Tvent_Rotor_Coil_Base[4]=1 +Area_Mult_Tvent_Rotor_Coil_Base[5]=1 +Area_Mult_Tvent_Rotor_Coil_Base[6]=1 +Area_Mult_Tvent_Rotor_Coil_Base[7]=1 +Area_Mult_Tvent_Rotor_Coil_Base[8]=1 +Area_Mult_Tvent_Rotor_Back_Iron[0]=1 +Area_Mult_Tvent_Rotor_Back_Iron[1]=1 +Area_Mult_Tvent_Rotor_Back_Iron[2]=1 +Area_Mult_Tvent_Rotor_Back_Iron[3]=1 +Area_Mult_Tvent_Rotor_Back_Iron[4]=1 +Area_Mult_Tvent_Rotor_Back_Iron[5]=1 +Area_Mult_Tvent_Rotor_Back_Iron[6]=1 +Area_Mult_Tvent_Rotor_Back_Iron[7]=1 +Area_Mult_Tvent_Rotor_Back_Iron[8]=1 +Calc_Input_h_TVent_Rotor_Spacer[0]=0 +Calc_Input_h_TVent_Rotor_Spacer[1]=0 +Calc_Input_h_TVent_Rotor_Spacer[2]=0 +Calc_Input_h_TVent_Rotor_Spacer[3]=0 +Calc_Input_h_TVent_Rotor_Spacer[4]=0 +Calc_Input_h_TVent_Rotor_Spacer[5]=0 +Calc_Input_h_TVent_Rotor_Spacer[6]=0 +Calc_Input_h_TVent_Rotor_Spacer[7]=0 +Calc_Input_h_TVent_Rotor_Spacer[8]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[0]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[1]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[2]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[3]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[4]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[5]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[6]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[7]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[8]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[0]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[1]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[2]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[3]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[4]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[5]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[6]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[7]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[8]=0 +h_Input_TVent_Rotor_Spacer[0]=10 +h_Input_TVent_Rotor_Spacer[1]=10 +h_Input_TVent_Rotor_Spacer[2]=10 +h_Input_TVent_Rotor_Spacer[3]=10 +h_Input_TVent_Rotor_Spacer[4]=10 +h_Input_TVent_Rotor_Spacer[5]=10 +h_Input_TVent_Rotor_Spacer[6]=10 +h_Input_TVent_Rotor_Spacer[7]=10 +h_Input_TVent_Rotor_Spacer[8]=10 +h_Input_TVent_Rotor_Coil_Base[0]=10 +h_Input_TVent_Rotor_Coil_Base[1]=10 +h_Input_TVent_Rotor_Coil_Base[2]=10 +h_Input_TVent_Rotor_Coil_Base[3]=10 +h_Input_TVent_Rotor_Coil_Base[4]=10 +h_Input_TVent_Rotor_Coil_Base[5]=10 +h_Input_TVent_Rotor_Coil_Base[6]=10 +h_Input_TVent_Rotor_Coil_Base[7]=10 +h_Input_TVent_Rotor_Coil_Base[8]=10 +h_Input_TVent_Rotor_Back_Iron[0]=10 +h_Input_TVent_Rotor_Back_Iron[1]=10 +h_Input_TVent_Rotor_Back_Iron[2]=10 +h_Input_TVent_Rotor_Back_Iron[3]=10 +h_Input_TVent_Rotor_Back_Iron[4]=10 +h_Input_TVent_Rotor_Back_Iron[5]=10 +h_Input_TVent_Rotor_Back_Iron[6]=10 +h_Input_TVent_Rotor_Back_Iron[7]=10 +h_Input_TVent_Rotor_Back_Iron[8]=10 +h_Adjust_TVent_Rotor_Spacer[0]=1 +h_Adjust_TVent_Rotor_Spacer[1]=1 +h_Adjust_TVent_Rotor_Spacer[2]=1 +h_Adjust_TVent_Rotor_Spacer[3]=1 +h_Adjust_TVent_Rotor_Spacer[4]=1 +h_Adjust_TVent_Rotor_Spacer[5]=1 +h_Adjust_TVent_Rotor_Spacer[6]=1 +h_Adjust_TVent_Rotor_Spacer[7]=1 +h_Adjust_TVent_Rotor_Spacer[8]=1 +h_Adjust_TVent_Rotor_Coil_Base[0]=1 +h_Adjust_TVent_Rotor_Coil_Base[1]=1 +h_Adjust_TVent_Rotor_Coil_Base[2]=1 +h_Adjust_TVent_Rotor_Coil_Base[3]=1 +h_Adjust_TVent_Rotor_Coil_Base[4]=1 +h_Adjust_TVent_Rotor_Coil_Base[5]=1 +h_Adjust_TVent_Rotor_Coil_Base[6]=1 +h_Adjust_TVent_Rotor_Coil_Base[7]=1 +h_Adjust_TVent_Rotor_Coil_Base[8]=1 +h_Adjust_TVent_Rotor_Back_Iron[0]=1 +h_Adjust_TVent_Rotor_Back_Iron[1]=1 +h_Adjust_TVent_Rotor_Back_Iron[2]=1 +h_Adjust_TVent_Rotor_Back_Iron[3]=1 +h_Adjust_TVent_Rotor_Back_Iron[4]=1 +h_Adjust_TVent_Rotor_Back_Iron[5]=1 +h_Adjust_TVent_Rotor_Back_Iron[6]=1 +h_Adjust_TVent_Rotor_Back_Iron[7]=1 +h_Adjust_TVent_Rotor_Back_Iron[8]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[0]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[1]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[2]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[3]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[4]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[5]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[6]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[7]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[8]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[0]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[1]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[2]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[3]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[4]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[5]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[6]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[7]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[8]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[0]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[1]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[2]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[3]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[4]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[5]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[6]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[7]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[8]=1 +Notes_TVent_Rotor_Spacer[0]= +Notes_TVent_Rotor_Spacer[1]= +Notes_TVent_Rotor_Spacer[2]= +Notes_TVent_Rotor_Spacer[3]= +Notes_TVent_Rotor_Spacer[4]= +Notes_TVent_Rotor_Spacer[5]= +Notes_TVent_Rotor_Spacer[6]= +Notes_TVent_Rotor_Spacer[7]= +Notes_TVent_Rotor_Spacer[8]= +Notes_TVent_Rotor_Coil_Base[0]= +Notes_TVent_Rotor_Coil_Base[1]= +Notes_TVent_Rotor_Coil_Base[2]= +Notes_TVent_Rotor_Coil_Base[3]= +Notes_TVent_Rotor_Coil_Base[4]= +Notes_TVent_Rotor_Coil_Base[5]= +Notes_TVent_Rotor_Coil_Base[6]= +Notes_TVent_Rotor_Coil_Base[7]= +Notes_TVent_Rotor_Coil_Base[8]= +Notes_TVent_Rotor_Back_Iron[0]= +Notes_TVent_Rotor_Back_Iron[1]= +Notes_TVent_Rotor_Back_Iron[2]= +Notes_TVent_Rotor_Back_Iron[3]= +Notes_TVent_Rotor_Back_Iron[4]= +Notes_TVent_Rotor_Back_Iron[5]= +Notes_TVent_Rotor_Back_Iron[6]= +Notes_TVent_Rotor_Back_Iron[7]= +Notes_TVent_Rotor_Back_Iron[8]= +RotorCircularDuctL1_Area_Mult[0]=1 +RotorCircularDuctL1_Area_Mult[1]=1 +RotorCircularDuctL1_Area_Mult[2]=1 +RotorCircularDuctL1_Area_Mult[3]=1 +RotorCircularDuctL1_Area_Mult[4]=1 +RotorCircularDuctL1_Area_Mult[5]=1 +RotorCircularDuctL1_Area_Mult[6]=1 +RotorCircularDuctL1_Area_Mult[7]=1 +RotorCircularDuctL1_Area_Mult[8]=1 +RotorCircularDuctL2_Area_Mult[0]=1 +RotorCircularDuctL2_Area_Mult[1]=1 +RotorCircularDuctL2_Area_Mult[2]=1 +RotorCircularDuctL2_Area_Mult[3]=1 +RotorCircularDuctL2_Area_Mult[4]=1 +RotorCircularDuctL2_Area_Mult[5]=1 +RotorCircularDuctL2_Area_Mult[6]=1 +RotorCircularDuctL2_Area_Mult[7]=1 +RotorCircularDuctL2_Area_Mult[8]=1 +RotorCircularDuctL3_Area_Mult[0]=1 +RotorCircularDuctL3_Area_Mult[1]=1 +RotorCircularDuctL3_Area_Mult[2]=1 +RotorCircularDuctL3_Area_Mult[3]=1 +RotorCircularDuctL3_Area_Mult[4]=1 +RotorCircularDuctL3_Area_Mult[5]=1 +RotorCircularDuctL3_Area_Mult[6]=1 +RotorCircularDuctL3_Area_Mult[7]=1 +RotorCircularDuctL3_Area_Mult[8]=1 +RotorCircularDuctL4_Area_Mult[0]=1 +RotorCircularDuctL4_Area_Mult[1]=1 +RotorCircularDuctL4_Area_Mult[2]=1 +RotorCircularDuctL4_Area_Mult[3]=1 +RotorCircularDuctL4_Area_Mult[4]=1 +RotorCircularDuctL4_Area_Mult[5]=1 +RotorCircularDuctL4_Area_Mult[6]=1 +RotorCircularDuctL4_Area_Mult[7]=1 +RotorCircularDuctL4_Area_Mult[8]=1 +Stator_Duct_Type=No_Stator_Ducts +Rotor_Duct_Type=No_Rotor_Ducts +Calc_Input_h_TVent_EWdg_Bore_F=Calc_h_conv +h_Input_TVent_EWdg_Bore_F=10 +h_Adjust_TVent_EWdg_Bore_F=1 +Velocity_Multiplier_TVent_EWdg_Bore_F=1 +Area_Mult_TVent_EWdg_Bore_F=1 +Notes_TVent_EWdg_Bore_F= +Calc_Input_h_TVent_EWdg_Outer_F=Calc_h_conv +h_Input_TVent_EWdg_Outer_F=10 +h_Adjust_TVent_EWdg_Outer_F=1 +Velocity_Multiplier_TVent_EWdg_Outer_F=1 +Area_Mult_TVent_EWdg_Outer_F=1 +Notes_TVent_EWdg_Outer_F= +Calc_Input_h_TVent_EWdg_End_F=Calc_h_conv +h_Input_TVent_EWdg_End_F=10 +h_Adjust_TVent_EWdg_End_F=1 +Velocity_Multiplier_TVent_EWdg_End_F=1 +Area_Mult_TVent_EWdg_End_F=1 +Notes_TVent_EWdg_End_F= +Calc_Input_h_TVent_EWdg_Bore_R=Calc_h_conv +h_Input_TVent_EWdg_Bore_R=10 +h_Adjust_TVent_EWdg_Bore_R=1 +Velocity_Multiplier_TVent_EWdg_Bore_R=1 +Area_Mult_TVent_EWdg_Bore_R=1 +Notes_TVent_EWdg_Bore_R= +Calc_Input_h_TVent_EWdg_Outer_R=Calc_h_conv +h_Input_TVent_EWdg_Outer_R=10 +h_Adjust_TVent_EWdg_Outer_R=1 +Velocity_Multiplier_TVent_EWdg_Outer_R=1 +Area_Mult_TVent_EWdg_Outer_R=1 +Notes_TVent_EWdg_Outer_R= +Calc_Input_h_TVent_EWdg_End_R=Calc_h_conv +h_Input_TVent_EWdg_End_R=10 +h_Adjust_TVent_EWdg_End_R=1 +Velocity_Multiplier_TVent_EWdg_End_R=1 +Area_Mult_TVent_EWdg_End_R=1 +Notes_TVent_EWdg_End_R= + +[Speed_Program] +Allowable_Import_Convergence_Error=1 +Maximum_Number_Iterations=20 +Import_Export_Calculation_Options=Single_Shot +Import_SPEED_Losses=True +Import_SPEED_Geometry=True +Import_SPEED_Radial_Cross_Section=True +Import_SPEED_Axial_Cross_Section=True +Import_SPEED_End_Winding_Overhang=True +Import_SPEED_Winding_Design=True +Import_SPEED_Duty_Cycle=False +Import_SPEED_Cooling=False +Import_SPEED_Material_Data=False +Export_MOTORCAD_Temperatures=False +Export_SteadyState_or_Transient_Temperatures=SteadyState +External_Application_File=\\server\redirectedfolders\mircea.popescu\my documents\johnreeve\tesla_fluxsys_mdl.im1 +Speed_Program_Xfe=2 +Speed_Program_Wwf=0 +Windage_Friction_Ratio=0.5 +Friction_Front_Rear_Ratio=0.5 +Import_SPEED_WindageFrictionLosses=False +Import_SPEED_AmbientTemperature=False + +[Fan_Char] +Fan_Char_Points=2 +Fan_Char_Volume_Flow_Rate[1]=0 +Fan_Char_Pressure[1]=100 +Fan_Char_Volume_Flow_Rate[2]=0.025 +Fan_Char_Pressure[2]=0 +HousingWJ_Fan_Char_Points=2 +HousingWJ_Fan_Char_Volume_Flow_Rate[1]=0 +HousingWJ_Fan_Char_Pressure[1]=100 +HousingWJ_Fan_Char_Volume_Flow_Rate[2]=0.025 +HousingWJ_Fan_Char_Pressure[2]=0 +Fan_Definition=0 +Fan_Blades=8 + +[Flow_Rate] +Flow_Rate_Points=0 +HousingWJ_Flow_Rate_Points=0 + +[Material_Properties] +Fluid_Database=c:\ANSYS_Motor-CAD\15_1_6\Motor-CAD Data\materials\fluids.mdb +Solid_Database=c:\ANSYS_Motor-CAD\15_1_6\Motor-CAD Data\materials\solids.mdb + +[Termination] +Include_Termination_F=False +Include_Termination_R=False +Termination_Wires_F=3 +Termination_Wires_R=3 +Termination_Wire_Diameter_F=2 +Termination_Wire_Diameter_R=2 +Termination_Wire_Length_F=200 +Termination_Wire_Length_R=200 + +[Custom_Graph_Setup] +Legend[1]=Housing [Active] +Enabled[1]=True +SymbolType[1]=Rectangle +LineColor[1]=Blue +Legend[2]=Housing OH [Front] +Enabled[2]=True +SymbolType[2]=Circle +LineColor[2]=Blue +Legend[3]=Housing [Front] +Enabled[3]=True +SymbolType[3]=Triangle +LineColor[3]=Blue +Legend[4]=Endcap [Front] +Enabled[4]=True +SymbolType[4]=DownTriangle +LineColor[4]=Brown +Legend[6]=Housing OH [Rear] +Enabled[6]=True +SymbolType[6]=Cross +LineColor[6]=Blue +Legend[7]=Housing [Rear] +Enabled[7]=True +SymbolType[7]=DiagCross +LineColor[7]=Blue +Legend[8]=Endcap [Rear] +Enabled[8]=True +SymbolType[8]=Star +LineColor[8]=Brown +Legend[9]=Stator Back Iron +Enabled[9]=True +SymbolType[9]=Diamond +LineColor[9]=Red +Legend[11]=Stator Surface +Enabled[11]=True +SymbolType[11]=Rectangle +LineColor[11]=Red +Legend[12]=Rotor Surface +Enabled[12]=True +SymbolType[12]=Circle +LineColor[12]=Aqua +Legend[14]=Rotor Tooth +Enabled[14]=True +SymbolType[14]=Triangle +LineColor[14]=Aqua +Legend[15]=Rotor Back Iron +Enabled[15]=True +SymbolType[15]=DownTriangle +LineColor[15]=Aqua +Legend[16]=Shaft [Active] +Enabled[16]=True +SymbolType[16]=Cross +LineColor[16]=Silver +Legend[17]=Shaft [Front] +Enabled[17]=True +SymbolType[17]=DiagCross +LineColor[17]=Silver +Legend[18]=Shaft [Rear] +Enabled[18]=True +SymbolType[18]=Star +LineColor[18]=Silver +Legend[23]=Shaft OHang [F] +Enabled[23]=True +SymbolType[23]=Diamond +LineColor[23]=Silver +Legend[24]=Shaft OHang [R] +Enabled[24]=True +SymbolType[24]=Rectangle +LineColor[24]=Silver +Legend[26]=End Space [F] +Enabled[26]=True +SymbolType[26]=Circle +LineColor[26]=White +Legend[27]=End Space [R] +Enabled[27]=True +SymbolType[27]=Triangle +LineColor[27]=White +Legend[29]=Housing Water Jacket [A] +Enabled[29]=True +SymbolType[29]=DownTriangle +LineColor[29]=HousingWJ +Legend[65]=Bearing [Front] +Enabled[65]=True +SymbolType[65]=Cross +LineColor[65]=Silver +Legend[66]=Bearing [Rear] +Enabled[66]=True +SymbolType[66]=DiagCross +LineColor[66]=Silver +Legend[124]=Rotor Lam [F] +Enabled[124]=True +SymbolType[124]=Star +LineColor[124]=Aqua +Legend[125]=Rotor Lam [R] +Enabled[125]=True +SymbolType[125]=Diamond +LineColor[125]=Aqua +Legend[132]=Housing WJ Inlet [F] +Enabled[132]=True +SymbolType[132]=Rectangle +LineColor[132]=HousingWJ +Legend[198]=Endring Bore_F +Enabled[198]=False +SymbolType[198]=Circle +LineColor[198]=RotorCopper +Legend[199]=Endring Outer_F +Enabled[199]=False +SymbolType[199]=Triangle +LineColor[199]=RotorCopper +Legend[200]=Endring End_F +Enabled[200]=False +SymbolType[200]=DownTriangle +LineColor[200]=RotorCopper +Legend[201]=Endring Front_F +Enabled[201]=False +SymbolType[201]=Cross +LineColor[201]=RotorCopper +Legend[202]=Endring Rear_F +Enabled[202]=False +SymbolType[202]=DiagCross +LineColor[202]=RotorCopper +Legend[203]=Endring F (Average) +Enabled[203]=False +SymbolType[203]=Star +LineColor[203]=RotorCopper +Legend[204]=Endring Bore_R +Enabled[204]=False +SymbolType[204]=Diamond +LineColor[204]=RotorCopper +Legend[205]=Endring Outer_R +Enabled[205]=False +SymbolType[205]=Rectangle +LineColor[205]=RotorCopper +Legend[206]=Endring End_R +Enabled[206]=False +SymbolType[206]=Circle +LineColor[206]=RotorCopper +Legend[207]=Endring Rear_R +Enabled[207]=False +SymbolType[207]=Triangle +LineColor[207]=RotorCopper +Legend[208]=Endring Front_R +Enabled[208]=False +SymbolType[208]=DownTriangle +LineColor[208]=RotorCopper +Legend[209]=Endring R (Average) +Enabled[209]=False +SymbolType[209]=Cross +LineColor[209]=RotorCopper +Legend[210]=Rotor Bar Side +Enabled[210]=False +SymbolType[210]=DiagCross +LineColor[210]=RotorCopper +Legend[211]=Rotor Bar Bottom +Enabled[211]=False +SymbolType[211]=Star +LineColor[211]=RotorCopper +Legend[212]=Rotor Bar Top +Enabled[212]=False +SymbolType[212]=Diamond +LineColor[212]=RotorCopper +Legend[213]=Rotor Bar Centre +Enabled[213]=False +SymbolType[213]=Rectangle +LineColor[213]=RotorCopper +Legend[214]=Rotor Bar_F +Enabled[214]=False +SymbolType[214]=Circle +LineColor[214]=RotorCopper +Legend[215]=Rotor Bar_R +Enabled[215]=False +SymbolType[215]=Triangle +LineColor[215]=RotorCopper +Legend[216]=Rotor Bar (Average) +Enabled[216]=False +SymbolType[216]=DownTriangle +LineColor[216]=RotorCopper +Legend[330]=EWdg_Outer_F (C1) +Enabled[330]=False +SymbolType[330]=Cross +LineColor[330]=Yellow +Legend[332]=EWdg_End_F (C1) +Enabled[332]=False +SymbolType[332]=DiagCross +LineColor[332]=Yellow +Legend[333]=EWdg_Front_F (C1) +Enabled[333]=False +SymbolType[333]=Star +LineColor[333]=Yellow +Legend[334]=EWdg_Rear_F (C1) +Enabled[334]=False +SymbolType[334]=Diamond +LineColor[334]=Yellow +Legend[335]=EWdg_F (Average) (C1) +Enabled[335]=False +SymbolType[335]=Rectangle +LineColor[335]=Yellow +Legend[336]=EWdg_Outer_R (C1) +Enabled[336]=False +SymbolType[336]=Circle +LineColor[336]=Yellow +Legend[338]=EWdg_End_R (C1) +Enabled[338]=False +SymbolType[338]=Triangle +LineColor[338]=Yellow +Legend[339]=EWdg_Front_R (C1) +Enabled[339]=False +SymbolType[339]=DownTriangle +LineColor[339]=Yellow +Legend[340]=EWdg_Rear_R (C1) +Enabled[340]=False +SymbolType[340]=Cross +LineColor[340]=Yellow +Legend[341]=EWdg_R (Average) (C1) +Enabled[341]=False +SymbolType[341]=DiagCross +LineColor[341]=Yellow +Legend[342]=Wedge (C1) +Enabled[342]=False +SymbolType[342]=Star +LineColor[342]=Yellow +Legend[343]=SlotCentre (C1) +Enabled[343]=False +SymbolType[343]=Diamond +LineColor[343]=LtGreen +Legend[344]=Liner (C1) +Enabled[344]=False +SymbolType[344]=Rectangle +LineColor[344]=Green +Legend[345]=Liner_Yoke (C1) +Enabled[345]=False +SymbolType[345]=Circle +LineColor[345]=Green +Legend[348]=Wdg_F (C1) +Enabled[348]=False +SymbolType[348]=Triangle +LineColor[348]=Yellow +Legend[349]=Wdg_R (C1) +Enabled[349]=False +SymbolType[349]=DownTriangle +LineColor[349]=Yellow +Legend[350]=Wdg (Average) (C1) +Enabled[350]=False +SymbolType[350]=Cross +LineColor[350]=Yellow +Legend[351]=Stator Tooth (C1) +Enabled[351]=False +SymbolType[351]=DiagCross +LineColor[351]=Red +=Red + +[Single_Phase] +Stator_Slot_To_Use_For_Calculation=1 +Stator_Slot_To_Use_For_Winding_View=1 + +[Temperature Validation] +Number_of_Validation_Temperatures=0 + +[Ratio_Tree] +RatioTreeCount=16 +Node0=Ratio_Bore +Node0Scaling=True +Node0ArrayIndex=-1992 +Node1=Ratio_SlotDepth_ParallelTooth +Node1Scaling=True +Node1ArrayIndex=-1992 +Node2=Ratio_SlotOpening_ParallelTooth +Node2Scaling=True +Node2ArrayIndex=-1992 +Node3=Ratio_ToothWidth +Node3Scaling=True +Node3ArrayIndex=-1992 +Node4=Ratio_SleeveThickness +Node4Scaling=True +Node4ArrayIndex=-1992 +Node5=Ratio_RotorD +Node5Scaling=True +Node5ArrayIndex=-1992 +Node6=Ratio_BandingThickness +Node6Scaling=True +Node6ArrayIndex=-1992 +Node7=Ratio_ShaftD +Node7Scaling=True +Node7ArrayIndex=-1992 +Node8=Ratio_ShaftHole +Node8Scaling=True +Node8ArrayIndex=-1992 +Node9=Ratio_BarT_Depth +Node9Scaling=True +Node9ArrayIndex=-1992 +Node10=Ratio_BarT_Opening_Depth +Node10Scaling=True +Node10ArrayIndex=-1992 +Node11=Ratio_Rotor_Tooth_Width_T +Node11Scaling=True +Node11ArrayIndex=-1992 +Node12=Ratio_BarT_Opening_ParallelTooth +Node12Scaling=True +Node12ArrayIndex=-1992 +Node13=Ratio_BarT_Corner_Radius_Pear +Node13Scaling=True +Node13ArrayIndex=-1992 +Node14=Ratio_BarT_Opening_Radius +Node14Scaling=True +Node14ArrayIndex=-1992 +Node15=Stator_Lam_Dia +Node15Scaling=True +Node15ArrayIndex=-1992 + +[Scripting_Options] +ScriptAutoRun=0 +ScriptFileName=No File Selected +ScriptFileName_Python=No File Selected +Scripting_Engine=1 + +[Loss_Current_Values] +StatorCopperLossesbyCurrent=False +MainWindingCurrentAtRefTemp=10 +MainWindingResistanceAtRefTemp=3 +AuxWindingCurrentAtRefTemp=5 +AuxWindingResistanceAtRefTemp=1 +RefTempForWindingResistances=20 + +[Mat_Conductivity] +Conductivity_Stator_Lam_Outer=28 +Thermal_Conductivity_Coil_Insulation=0.2 +Thermal_Conductivity_Phase_Separator=0.2 +Thermal_Conductivity_Spacer=0.2 +Thermal_Conductivity_Seal=0.2 +Conductivity_Plate_Front_Outer=100 +Conductivity_Plate_Front_Middle=100 +Conductivity_Plate_Front_Inner=100 +Conductivity_Plate_Rear_Outer=100 +Conductivity_Plate_Rear_Middle=100 +Conductivity_Plate_Rear_Inner=100 +Conductivity_Mount_Centre=100 +Conductivity_Mount_Rear=100 +Conductivity_Endcap_OH=100 +Conductivity_Endcap_Centre=100 +Thermal_Conductivity_CoilDivider=0.2 +Thermal_Conductivity_SlotWedge=0.2 +Thermal_Conductivity_RotorWedge=0.2 +Thermal_Conductivity_SyncRotorWindingSeparator=0.2 +Thermal_Conductivity_HeatEx_Duct=168 +Thermal_Conductivity_HeatEx_Insulation=0.2 +Thermal_Conductivity_StatorBackIronInterLamination=0.02723 +Thermal_Conductivity_StatorToothInterLamination=0.02723 +Thermal_Conductivity_StatorToothTipInterLamination=0.02723 +Thermal_Conductivity_StatorOuterInterLamination=0.02723 +Thermal_Conductivity_RotorToothInterLamination=0.02723 +Thermal_Conductivity_RotorBackIronInterLamination=0.02723 +Conductivity_Rotor_Cage_Top_Opening=401 +Conductivity_Rotor_Cage_Top=401 +Conductivity_Rotor_Cage_Bottom_Opening=401 +Conductivity_Rotor_Cage_Bottom=401 +Conductivity_Rotor_Cage_End_F=401 +Conductivity_Rotor_Cage_End_R=401 +Thermal_Conductivity_RotorPlate_F=52 +Thermal_Conductivity_RotorPlate_R=52 +Thermal_Conductivity_Wafter_F=52 +Thermal_Conductivity_Wafter_R=52 +Thermal_Conductivity_StatorClampPlate_F=52 +Thermal_Conductivity_StatorClampPlate_R=52 +Thermal_Conductivity_Fan=52 +Thermal_Conductivity_HousingWJ_Wall=0.2 +Thermal_Conductivity_ShaftSG_Wall=0.2 +Conductivity_LitzImpreg_A=0.21 +Conductivity_LitzImpreg_F=0.21 +Conductivity_LitzImpreg_R=0.21 +Conductivity_LitzIns_A=0.21 +Conductivity_LitzIns_F=0.21 +Conductivity_LitzIns_R=0.21 +Conductivity_Copper_Active_Aux=401 +Conductivity_Copper_EW_Front_Aux=401 +Conductivity_Copper_EW_Rear_Aux=401 +Conductivity_Housing_Active=168 +Thermal_Conductivity_Housing_[A]=168 +Conductivity_Housing_Front=168 +Thermal_Conductivity_Housing_[F]=168 +Conductivity_Housing_Rear=168 +Thermal_Conductivity_Housing_[R]=168 +Conductivity_Endcap_Front=168 +Thermal_Conductivity_Endcap_[F]=168 +Conductivity_Endcap_Rear=168 +Thermal_Conductivity_Endcap_[R]=168 +Conductivity_Stator_Lam_Back_Iron=30 +Thermal_Conductivity_Stator_Lam_[Back_Iron]=30 +Conductivity_Stator_Lam_Tooth=30 +Thermal_Conductivity_Stator_Lam_[Tooth]=30 +Conductivity_Stator_Lam_Tooth_Tip=30 +Thermal_Conductivity_Stator_Lam_[Tooth_Tip]=30 +Conductivity_Copper_Active=401 +Thermal_Conductivity_Copper_-_Active=401 +Conductivity_Copper_EW_Front=401 +Thermal_Conductivity_Copper_-_EndWdg_[F]=401 +Conductivity_Copper_EW_Rear=401 +Thermal_Conductivity_Copper_-_EndWdg_[R]=401 +Conductivity_End_Winding_Insulation_F=0.2 +Thermal_Conductivity_EWdg_Ins_[F]=0.2 +Conductivity_End_Winding_Insulation_R=0.2 +Thermal_Conductivity_EWdg_Ins_[R]=0.2 +Conductivity_Insulation_Active=0.21 +Thermal_Conductivity_Wire_Insulation=0.21 +Conductivity_Insulation_EW_Front=0.21 +Thermal_Conductivity_Wire_Insulation_-_EndWdg_[F]=0.21 +Conductivity_Insulation_EW_Rear=0.21 +Thermal_Conductivity_Wire_Insulation_-_EndWdg_[R]=0.21 +Conductivity_Impreg_Active=1.9 +Thermal_Conductivity_Impreg_-_Active=1.9 +Conductivity_Impreg_EW_Front=1.9 +Thermal_Conductivity_Impreg_-_EndWdg_[F]=1.9 +Conductivity_Impreg_EW_Rear=1.9 +Thermal_Conductivity_Impreg_-_EndWdg_[R]=1.9 +Conductivity_Potting_EndCap_Front=0.3 +Thermal_Conductivity_Potting_-_Endcap_[F]=0.3 +Conductivity_Potting_EndCap_Rear=0.3 +Thermal_Conductivity_Potting_-_EndWdg_[R]=0.3 +Conductivity_Slot_Liner=0.21 +Thermal_Conductivity_Slot_Liner=0.21 +Conductivity_Ins_Slot_Base=0.2 +Thermal_Conductivity_Ins_Slot_Base=0.2 +Conductivity_Ins_Tooth_Side=0.2 +Thermal_Conductivity_Ins_Tooth_Side=0.2 +Thermal_Conductivity_Magnet=6.4 +Conductivity_Embedded_Magnet_Pole=30 +Thermal_Conductivity_Rotor_Lam_[Embedded_Magnet_Pole]=30 +Conductivity_Inter_Magnet_Gap=30 +Thermal_Conductivity_Rotor_Lam_[Inter_Magnet_Gap]=30 +Conductivity_Rotor_Lam_Back_Iron=30 +Thermal_Conductivity_Rotor_Lam_[Back_Iron]=30 +Conductivity_Rotor_Lam_Tooth=30 +Thermal_Conductivity_Rotor_Lam_[Tooth]=30 +Conductivity_Banding=0.2 +Thermal_Conductivity_Magnet_Banding=0.2 +Conductivity_Sleeve=0.2 +Thermal_Conductivity_Stator_Bore_Sleeve=0.2 +Conductivity_Shaft_Active=25 +Thermal_Conductivity_Shaft_[A]=25 +Conductivity_Shaft_Front=25 +Thermal_Conductivity_Shaft_[F]=25 +Conductivity_Shaft_Rear=25 +Thermal_Conductivity_Shaft_[R]=25 +Conductivity_Axle_Active=52 +Thermal_Conductivity_Axle_[A]=52 +Conductivity_Axle_Front=52 +Thermal_Conductivity_Axle_[F]=52 +Conductivity_Axle_Rear=52 +Thermal_Conductivity_Axle_[R]=52 +Conductivity_Rotor_Cup_OH=52 +Thermal_Conductivity_Rotor_Cup_OH=52 +Conductivity_Rotor_Cup_Base=52 +Thermal_Conductivity_Rotor_Cup_Base=52 +Conductivity_Bearing_Front=30 +Thermal_Conductivity_Bearing_[F]=30 +Conductivity_Bearing_Rear=30 +Thermal_Conductivity_Bearing_[R]=30 +Conductivity_Plate=100 +Thermal_Conductivity_Flange_Plate=100 +Conductivity_Axle_Plate_F=100 +Thermal_Conductivity_Axle_Plate_[F]=100 +Conductivity_Axle_Plate_R=100 +Thermal_Conductivity_Axle_Plate_[R]=100 +Conductivity_Base=100 +Thermal_Conductivity_Base_Plate=100 +Conductivity_Feet=100 +Thermal_Conductivity_Feet=100 +Conductivity_Encoder=2 +Thermal_Conductivity_Encoder=2 +Conductivity_EncCase=100 +Thermal_Conductivity_Encoder_Case=100 +Conductivity_Rotor_Copper=386 +Thermal_Conductivity_Rotor_Copper=386 +Conductivity_Rotor_Liner=0.2 +Thermal_Conductivity_Rotor_Liner=0.2 +Conductivity_Rotor_Impreg=0.2 +Thermal_Conductivity_Rotor_Impreg=0.2 +Conductivity_Rotor_Ins=0.21 +Thermal_Conductivity_Rotor_Insulation=0.21 +Conductivity_Damper_Bars=180 +Conductivity_Damper_End_F=180 +Conductivity_Damper_End_R=180 +Conductivity_Damper_Opening=180 +Conductivity_Enc_Barrier=1 +Thermal_Conductivity_Encoder_Barrier=1 +Conductivity_Comm_Bars=386 +Thermal_Conductivity_Comm_Bars=386 +Conductivity_Comm_Insulation=0.2 +Thermal_Conductivity_Comm_Insulation=0.2 +Conductivity_Brushes=1900 +Thermal_Conductivity_Brushes=1900 +Conductivity_Brush_Holder=386 +Thermal_Conductivity_Brush_Holder_-_metatic_part=386 +Conductivity_Brush_Holder_Insulation=0.2 +Thermal_Conductivity_Brush_Holder_Insulation=0.2 +Conductivity_Housing_Cover=0.2 +Thermal_Conductivity_Housing_Cover=0.2 +Conductivity_Slot_Water_Jacket_Wall=0.2 +Thermal_Conductivity_Slot_WJ_Wall=0.2 +Conductivity_Slot_Water_Jacket_Insulation=0.2 +Thermal_Conductivity_Slot_WJ_Insulation=0.2 + +[Mat_Cp] +Cp_Stator_Lam_Outer=460 +Specific_Heat_Coil_Insulation=1000 +Specific_Heat_Phase_Separator=1000 +Specific_Heat_Spacer=1000 +Specific_Heat_Seal=1200 +Cp_Plate_Front_Outer=900 +Cp_Plate_Front_Middle=900 +Cp_Plate_Front_Inner=900 +Cp_Plate_Rear_Outer=900 +Cp_Plate_Rear_Middle=900 +Cp_Plate_Rear_Inner=900 +Cp_Mount_Centre=900 +Cp_Mount_Rear=900 +Cp_Endcap_OH=900 +Cp_Endcap_Centre=900 +Specific_Heat_CoilDivider=1200 +Specific_Heat_SlotWedge=1200 +Specific_Heat_RotorWedge=1200 +Specific_Heat_SyncRotorWindingSeparator=1200 +Specific_Heat_HeatEx_Duct=833 +Specific_Heat_HeatEx_Insulation=1200 +Specific_Heat_RotorPocket=1011 +Specific_Heat_StatorBackIronInterLamination=1007 +Specific_Heat_StatorToothInterLamination=1007 +Specific_Heat_StatorToothTipInterLamination=1007 +Specific_Heat_StatorOuterInterLamination=1007 +Specific_Heat_RotorToothInterLamination=1007 +Specific_Heat_RotorBackIronInterLamination=1007 +Cp_Rotor_Cage_Top_Opening=385 +Cp_Rotor_Cage_Top=385 +Cp_Rotor_Cage_Bottom_Opening=385 +Cp_Rotor_Cage_Bottom=385 +Cp_Rotor_Cage_End_F=385 +Cp_Rotor_Cage_End_R=385 +Specific_Heat_RotorPlate_F=460 +Specific_Heat_RotorPlate_R=460 +Specific_Heat_Wafter_F=460 +Specific_Heat_Wafter_R=460 +Specific_Heat_StatorClampPlate_F=460 +Specific_Heat_StatorClampPlate_R=460 +Specific_Heat_Fan=460 +Specific_Heat_HousingWJ_Wall=1700 +Specific_Heat_ShaftSG_Wall=1700 +Cp_LitzImpreg_A=1000 +Cp_LitzImpreg_F=1000 +Cp_LitzImpreg_R=1000 +Cp_LitzIns_A=1000 +Cp_LitzIns_F=1000 +Cp_LitzIns_R=1000 +Cp_Copper_Active_Aux=385 +Cp_Copper_EW_Front_Aux=385 +Cp_Copper_EW_Rear_Aux=385 +Cp_Housing_Active=833 +Specific_Heat_Housing_[A]=833 +Cp_Housing_Front=833 +Specific_Heat_Housing_[F]=833 +Cp_Housing_Rear=833 +Specific_Heat_Housing_[R]=833 +Cp_Endcap_Front=833 +Specific_Heat_Endcap_[F]=833 +Cp_Endcap_Rear=833 +Specific_Heat_Endcap_[R]=833 +Cp_Stator_Lam_Back_Iron=460 +Specific_Heat_Stator_Lam_[Back_Iron]=460 +Cp_Stator_Lam_Tooth=460 +Specific_Heat_Stator_Lam_[Tooth]=460 +Cp_Stator_Lam_Tooth_Tip=460 +Specific_Heat_Stator_Lam_[Tooth_Tip]=460 +Cp_Copper_Active=385 +Specific_Heat_Copper_-_Active=385 +Cp_Copper_EW_Front=385 +Specific_Heat_Copper_-_Endwdg_[F]=385 +Cp_Copper_EW_Rear=385 +Specific_Heat_Copper_-_Endwdg_[R]=385 +Cp_End_Winding_Insulation_F=1700 +Specific_Heat_EWdg_Ins_[F]=1700 +Cp_End_Winding_Insulation_R=1700 +Specific_Heat_EWdg_Ins_[R]=1700 +Cp_Insulation_Active=1000 +Specific_Heat_Wire_Insulation=1000 +Cp_Insulation_EW_Front=1000 +Specific_Heat_Wire_Insulation_-_EndWdg_[F]=1000 +Cp_Insulation_EW_Rear=1000 +Specific_Heat_Wire_Insulation_-_EndWdg_[R]=1000 +Cp_Impreg_Active=733 +Specific_Heat_Impreg_-_Active=733 +Cp_Impreg_EW_Front=733 +Specific_Heat_Impreg_-_EndWdg_[F]=733 +Cp_Impreg_EW_Rear=733 +Specific_Heat_Impreg_-_EndWdg_[R]=733 +Cp_Potting_EndCap_Front=1700 +Specific_Heat_Potting_-_Endcap_[F]=1700 +Cp_Potting_EndCap_Rear=1700 +Specific_Heat_Potting_-_EndWdg_[R]=1700 +Cp_Slot_Liner=1000 +Specific_Heat_Slot_Liner=1000 +Cp_Ins_Slot_Base=1700 +Specific_Heat_Ins_Slot_Base=1700 +Cp_Ins_Tooth_Side=1700 +Specific_Heat_Ins_Tooth_Side=1700 +Cp_Magnet=460 +Specific_Heat_Magnet=460 +Cp_Embedded_Magnet_Pole=460 +Specific_Heat_Rotor_Lam_[Embedded_Magnet_Pole]=460 +Cp_Inter_Magnet_Gap=460 +Specific_Heat_Rotor_Lam_[Inter_Magnet_Gap]=460 +Cp_Rotor_Lam_Back_Iron=460 +Specific_Heat_Rotor_Lam_[Back_Iron]=460 +Cp_Rotor_Lam_Tooth=460 +Specific_Heat_Rotor_Lam_[Tooth]=460 +Cp_Banding=1000 +Specific_Heat_Magnet_Banding=1000 +Cp_Sleeve=1000 +Specific_Heat_Stator_Bore_Sleeve=1000 +Cp_Shaft_Active=450 +Specific_Heat_Shaft_[A]=450 +Cp_Shaft_Front=450 +Specific_Heat_Shaft_[F]=450 +Cp_Shaft_Rear=450 +Specific_Heat_Shaft_[R]=450 +Cp_Axle_Active=460 +Specific_Heat_Axle_[A]=460 +Cp_Axle_Front=460 +Specific_Heat_Axle_[F]=460 +Cp_Axle_Rear=460 +Specific_Heat_Axle_[R]=460 +Cp_Rotor_Cup_OH=460 +Specific_Heat_Rotor_Cup_OH=460 +Cp_Rotor_Cup_Base=460 +Specific_Heat_Rotor_Cup_Base=460 +Cp_Bearing_Front=460 +Specific_Heat_Bearing_[F]=460 +Cp_Bearing_Rear=460 +Specific_Heat_Bearing_[R]=460 +Cp_Plate=900 +Specific_Heat_Flange_Plate=900 +Cp_Axle_Plate_F=900 +Specific_Heat_Axle_Plate_[F]=900 +Cp_Axle_Plate_R=900 +Specific_Heat_Axle_Plate_[R]=900 +Cp_Base=900 +Specific_Heat_Base_Plate=900 +Cp_Feet=900 +Specific_Heat_Feet=900 +Cp_Encoder=1000 +Specific_Heat_Encoder=1000 +Cp_EncCase=900 +Specific_Heat_Encoder_Case=900 +Cp_Rotor_Copper=400 +Specific_Heat_Rotor_Copper=400 +Cp_Rotor_Liner=1000 +Specific_Heat_Rotor_Liner=1000 +Cp_Rotor_Impreg=1700 +Specific_Heat_Rotor_Impreg=1700 +Cp_Rotor_Ins=1000 +Specific_Heat_Rotor_Insulation=1000 +Cp_Damper_Bars=963 +Cp_Damper_End_F=963 +Cp_Damper_End_R=963 +Cp_Damper_Opening=963 +Cp_Enc_Barrier=1000 +Specific_Heat_Encoder_Barrier=1000 +Cp_Comm_Bars=400 +Specific_Heat_Comm_Bars=400 +Cp_Comm_Insulation=1700 +Specific_Heat_Comm_Insulation=1700 +Cp_Brushes=700 +Specific_Heat_Brushes=700 +Cp_Brush_Holder=400 +Specific_Heat_Brush_Holder_-_metalic_part=400 +Cp_Brush_Holder_Insulation=1700 +Specific_Heat_Brush_Holder_Insulation=1700 +Cp_Housing_Cover=1700 +Specific_Heat_Housing_Cover=1700 +Cp_Slot_Water_Jacket_Wall=1700 +Specific_Heat_Slot_WJ_Wall=1700 +Cp_Slot_Water_Jacket_Insulation=1700 +Specific_Heat_Slot_WJ_Insulation=1700 + +[Mat_Density] +Density_Stator_Lam_Outer=7800 +Density_Coil_Insulation=700 +Density_Phase_Separator=700 +Density_Spacer=700 +Density_Seal=1000 +Density_Plate_Front_Outer=2700 +Density_Plate_Front_Middle=2700 +Density_Plate_Front_Inner=2700 +Density_Plate_Rear_Outer=2700 +Density_Plate_Rear_Middle=2700 +Density_Plate_Rear_Inner=2700 +Density_Mount_Centre=2700 +Density_Mount_Rear=2700 +Density_Endcap_OH=2700 +Density_Endcap_Centre=2700 +Density_CoilDivider=1000 +Density_SlotWedge=1000 +Density_RotorWedge=1000 +Density_SyncRotorWindingSeparator=1000 +Density_HeatEx_Duct=2790 +Density_HeatEx_Insulation=1000 +Density_RotorPocket=0.9461 +Density_StatorBackIronInterLamination=1.127 +Density_StatorToothInterLamination=1.127 +Density_StatorToothTipInterLamination=1.127 +Density_StatorOuterInterLamination=1.127 +Density_RotorToothInterLamination=1.127 +Density_RotorBackIronInterLamination=1.127 +Density_Rotor_Cage_Top_Opening=8933 +Density_Rotor_Cage_Top=8933 +Density_Rotor_Cage_Bottom_Opening=8933 +Density_Rotor_Cage_Bottom=8933 +Density_Rotor_Cage_End_F=8933 +Density_Rotor_Cage_End_R=8933 +Density_RotorPlate_F=7800 +Density_RotorPlate_R=7800 +Density_Wafter_F=7800 +Density_Wafter_R=7800 +Density_StatorClampPlate_F=7800 +Density_StatorClampPlate_R=7800 +Density_Fan=7800 +Density_HousingWJ_Wall=1400 +Density_ShaftSG_Wall=1400 +Density_LitzImpreg_A=1400 +Density_LitzImpreg_F=1400 +Density_LitzImpreg_R=1400 +Density_LitzIns_A=1400 +Density_LitzIns_F=1400 +Density_LitzIns_R=1400 +Density_Copper_Active_Aux=8933 +Density_Copper_EW_Front_Aux=8933 +Density_Copper_EW_Rear_Aux=8933 +Density_Housing_Active=2790 +Density_Housing_[A]=2790 +Density_Housing_Front=2790 +Density_Housing_[F]=2790 +Density_Housing_Rear=2790 +Density_Housing_[R]=2790 +Density_Endcap_Front=2790 +Density_Endcap_[F]=2790 +Density_Endcap_Rear=2790 +Density_Endcap_[R]=2790 +Density_Stator_Lam_Back_Iron=7650 +Density_Stator_Lam_[Back_Iron]=7650 +Density_Stator_Lam_Tooth=7650 +Density_Stator_Lam_[Tooth]=7650 +Density_Stator_Lam_Tooth_Tip=7650 +Density_Stator_Lam_[Tooth_Tip]=7650 +Density_Copper_Active=8933 +Density_Copper_-_Active=8933 +Density_Copper_EW_Front=8933 +Density_Copper_-_Endwdg_[F]=8933 +Density_Copper_EW_Rear=8933 +Density_Copper_-_Endwdg_[R]=8933 +Density_End_Winding_Insulation_F=1400 +Density_EWdg_Ins_[F]=1400 +Density_End_Winding_Insulation_R=1400 +Density_EWdg_Ins_[R]=1400 +Density_Insulation_Active=1400 +Density_Wire_Insulation=1400 +Density_Insulation_EW_Front=1400 +Density_Wire_Insulation_-_EndWdg_[F]=1400 +Density_Insulation_EW_Rear=1400 +Density_Wire_Insulation_-_EndWdg_[R]=1400 +Density_Impreg_Active=2720 +Density_Impreg_-_Active=2720 +Density_Impreg_EW_Front=2720 +Density_Impreg_-_EndWdg_[F]=2720 +Density_Impreg_EW_Rear=2720 +Density_Impreg_-_EndWdg_[R]=2720 +Density_Potting_Endcap_Front=1400 +Density_Potting_-_Endcap_[F]=1400 +Density_Potting_Endcap_Rear=1400 +Density_Potting_-_EndWdg_[R]=1400 +Density_Slot_Liner=700 +Density_Ins_Slot_Base=1400 +Density_Ins_Tooth_Side=1400 +Density_Magnet=7650 +Density_Embedded_Magnet_Pole=7650 +Density_Rotor_Lam_[Embedded_Magnet_Pole]=7650 +Density_Inter_Magnet_Gap=7650 +Density_Rotor_Lam_[Inter_Magnet_Gap]=7650 +Density_Rotor_Lam_Back_Iron=7650 +Density_Rotor_Lam_[Back_Iron]=7650 +Density_Rotor_Lam_Tooth=7650 +Density_Rotor_Lam_[Tooth]=7650 +Density_Banding=4000 +Density_Magnet_Banding=4000 +Density_Sleeve=4000 +Density_Stator_Bore_Sleeve=4000 +Density_Shaft_Active=7800 +Density_Shaft_[A]=7800 +Density_Shaft_Front=7800 +Density_Shaft_[F]=7800 +Density_Shaft_Rear=7800 +Density_Shaft_[R]=7800 +Density_Axle_Active=7800 +Density_Axle_[A]=7800 +Density_Axle_Front=7800 +Density_Axle_[F]=7800 +Density_Axle_Rear=7800 +Density_Axle_[R]=7800 +Density_Rotor_Cup_OH=7800 +Density_Rotor_Cup_Base=7800 +Density_Bearing_Front=7800 +Density_Bearing_[F]=7800 +Density_Bearing_Rear=7800 +Density_Bearing_[R]=7800 +Density_Plate=2700 +Density_Flange_Plate=2700 +Density_Axle_Plate_F=2700 +Density_Axle_Plate_[F]=2700 +Density_Axle_Plate_R=2700 +Density_Axle_Plate_[R]=2700 +Density_Base=2700 +Density_Base_Plate=2700 +Density_Feet=7800 +Density_Encoder=1000 +Density_EncCase=2700 +Density_Encoder_Case=2700 +Density_Rotor_Copper=8954 +Density_Rotor_Liner=1400 +Density_Rotor_Impreg=1400 +Density_Rotor_Ins=1400 +Density_Rotor_Insulation=1400 +Density_Damper_Bars=2950 +Density_Damper_End_F=2950 +Density_Damper_End_R=2950 +Density_Damper_Opening=2950 +Density_Enc_Barrier=3000 +Density_Encoder_Barrier=3000 +Density_Comm_Bars=8954 +Density_Comm_Insulation=1400 +Density_Brushes=2200 +Density_Brush_Holder=8954 +Density_Brush_Holder_-_metalic_part=8954 +Density_Brush_Holder_Insulation=1400 +Density_Housing_Cover=1400 +Density_Slot_Water_Jacket_Wall=1400 +Density_Slot_WJ_Wall=1400 +Density_Slot_Water_Jacket_Insulation=1400 +Density_Slot_WJ_Insulation=1400 + +[Weight_Multiplier] +Weight_Multiplier_Stator_Lam_Outer=1 +Weight_Multiplier_Coil_Insulation=1 +Weight_Multiplier_Phase_Separator=1 +Weight_Multiplier_Spacer=1 +Weight_Multiplier_Seal=1 +Weight_Multiplier_Plate_Front_Outer=1 +Weight_Multiplier_Plate_Front_Middle=1 +Weight_Multiplier_Plate_Front_Inner=1 +Weight_Multiplier_Plate_Rear_Outer=1 +Weight_Multiplier_Plate_Rear_Middle=1 +Weight_Multiplier_Plate_Rear_Inner=1 +Weight_Multiplier_Mount_Centre=1 +Weight_Multiplier_Mount_Rear=1 +Weight_Multiplier_Endcap_OH=1 +Weight_Multiplier_Endcap_Centre=1 +Weight_Multiplier_CoilDivider=1 +Weight_Multiplier_SlotWedge=1 +Weight_Multiplier_RotorWedge=1 +Weight_Multiplier_SyncRotorWindingSeparator=1 +Weight_Multiplier_HeatEx_Duct=1 +Weight_Multiplier_HeatEx_Insulation=1 +Weight_Multiplier_RotorPocket=1 +Weight_Multiplier_StatorBackIronInterLamination=1 +Weight_Multiplier_StatorToothInterLamination=1 +Weight_Multiplier_StatorToothTipInterLamination=1 +Weight_Multiplier_StatorOuterInterLamination=1 +Weight_Multiplier_RotorToothInterLamination=1 +Weight_Multiplier_RotorBackIronInterLamination=1 +Weight_Multiplier_Rotor_Cage_Top_Opening=1 +Weight_Multiplier_Rotor_Cage_Top=1 +Weight_Multiplier_Rotor_Cage_Bottom_Opening=1 +Weight_Multiplier_Rotor_Cage_Bottom=1 +Weight_Multiplier_Rotor_Cage_End_F=1 +Weight_Multiplier_Rotor_Cage_End_R=1 +Weight_Multiplier_RotorPlate_F=1 +Weight_Multiplier_RotorPlate_R=1 +Weight_Multiplier_Wafter_F=1 +Weight_Multiplier_Wafter_R=1 +Weight_Multiplier_StatorClampPlate_F=1 +Weight_Multiplier_StatorClampPlate_R=1 +Weight_Multiplier_Fan=1 +Weight_Multiplier_HousingWJ_Wall=1 +Weight_Multiplier_ShaftSG_Wall=1 +Weight_Multiplier_LitzImpreg_A=1 +Weight_Multiplier_LitzImpreg_F=1 +Weight_Multiplier_LitzImpreg_R=1 +Weight_Multiplier_LitzImpreg_T=1 +Weight_Multiplier_LitzIns_A=1 +Weight_Multiplier_LitzIns_F=1 +Weight_Multiplier_LitzIns_R=1 +Weight_Multiplier_LitzIns_T=1 +Weight_Multiplier_Copper_Active_Aux=1 +Weight_Multiplier_Copper_EW_Front_Aux=1 +Weight_Multiplier_Copper_EW_Rear_Aux=1 +Weight_Multiplier_Housing_Active=1 +Weight_Multiplier_Housing_[A]=1 +Weight_Multiplier_Housing_Front=1 +Weight_Multiplier_Housing_[F]=1 +Weight_Multiplier_Housing_Rear=1 +Weight_Multiplier_Housing_[R]=1 +Weight_Multiplier_Endcap_Front=1 +Weight_Multiplier_Endcap_[F]=1 +Weight_Multiplier_Endcap_Rear=1 +Weight_Multiplier_Endcap_[R]=1 +Weight_Multiplier_Stator_Lam_Back_Iron=1 +Weight_Multiplier_Stator_Lam_Yoke=1 +Weight_Multiplier_Stator_Lam_Tooth=1 +Weight_Multiplier_Stator_Lam_Tooth_Tip=1 +Weight_Multiplier_Copper_Active=1 +Weight_Multiplier_Copper_-_Active=1 +Weight_Multiplier_Copper_EW_Front=1 +Weight_Multiplier_Copper_-_EndWdg_[F]=1 +Weight_Multiplier_Copper_EW_Rear=1 +Weight_Multiplier_Copper_-_EndWdg_[R]=1 +Weight_Multiplier_End_Winding_Insulation_F=1 +Weight_Multiplier_EWdg_Ins_[F]=1 +Weight_Multiplier_End_Winding_Insulation_R=1 +Weight_Multiplier_EWdg_Ins_[R]=1 +Weight_Multiplier_Insulation_Active=1 +Weight_Multiplier_Wire_Insulation=1 +Weight_Multiplier_Insulation_EW_Front=1 +Weight_Multiplier_Wire_Insulation_-_EndWdg_[F]=1 +Weight_Multiplier_Insulation_EW_Rear=1 +Weight_Multiplier_Wire_Insulation_-_EndWdg_[R]=1 +Weight_Multiplier_Impreg_Active=1 +Weight_Multiplier_Impreg_-_Active=1 +Weight_Multiplier_Impreg_EW_Front=1 +Weight_Multiplier_Impreg_-_EndWdg_[F]=1 +Weight_Multiplier_Impreg_EW_Rear=1 +Weight_Multiplier_Impreg_-_EndWdg_[R]=1 +Weight_Multiplier_Potting_Endcap_Front=1 +Weight_Multiplier_Potting_-_Endcap_[F]=1 +Weight_Multiplier_Potting_Endcap_Rear=1 +Weight_Multiplier_Potting_-_EndWdg_[R]=1 +Weight_Multiplier_Slot_Liner=1 +Weight_Multiplier_Ins_Slot_Base=1 +Weight_Multiplier_Ins_Tooth_Side=1 +Weight_Multiplier_Magnet=1 +Weight_Multiplier_Embedded_Magnet_Pole=1 +Weight_Multiplier_Inter_Magnet_Gap=1 +Weight_Multiplier_Rotor_Lam_Back_Iron=1 +Weight_Multiplier_Rotor_Lam_Tooth=1 +Weight_Multiplier_Banding=1 +Weight_Multiplier_Magnet_Banding=1 +Weight_Multiplier_Sleeve=1 +Weight_Multiplier_Stator_Bore_Sleeve=1 +Weight_Multiplier_Shaft_Active=1 +Weight_Multiplier_Shaft_[A]=1 +Weight_Multiplier_Shaft_Front=1 +Weight_Multiplier_Shaft_[F]=1 +Weight_Multiplier_Shaft_Rear=1 +Weight_Multiplier_Shaft_[R]=1 +Weight_Multiplier_Axle_Active=1 +Weight_Multiplier_Axle_[A]=1 +Weight_Multiplier_Axle_Front=1 +Weight_Multiplier_Axle_[F]=1 +Weight_Multiplier_Axle_Rear=1 +Weight_Multiplier_Axle_[R]=1 +Weight_Multiplier_Rotor_Cup_OH=1 +Weight_Multiplier_Rotor_Cup_Base=1 +Weight_Multiplier_Bearing_Front=1 +Weight_Multiplier_Bearing_[F]=1 +Weight_Multiplier_Bearing_Rear=1 +Weight_Multiplier_Bearing_[R]=1 +Weight_Multiplier_Plate=1 +Weight_Multiplier_Flange_Plate=1 +Weight_Multiplier_Axle_Plate_F=1 +Weight_Multiplier_Axle_Plate_[F]=1 +Weight_Multiplier_Axle_Plate_R=1 +Weight_Multiplier_Axle_Plate_[R]=1 +Weight_Multiplier_Base=1 +Weight_Multiplier_Base_Plate=1 +Weight_Multiplier_Feet=1 +Weight_Multiplier_Encoder=1 +Weight_Multiplier_EncCase=1 +Weight_Multiplier_Encoder_Case=1 +Weight_Multiplier_Rotor_Copper=1 +Weight_Multiplier_Rotor_Liner=1 +Weight_Multiplier_Rotor_Impreg=1 +Weight_Multiplier_Rotor_Ins=1 +Weight_Multiplier_Damper_Bars=1 +Weight_Multiplier_Damper_End_F=1 +Weight_Multiplier_Damper_End_R=1 +Weight_Multiplier_Damper_Opening=1 +Weight_Multiplier_Enc_Barrier=1 +Weight_Multiplier_Encoder_Barrier=1 +Weight_Multiplier_Comm_Bars=1 +Weight_Multiplier_Comm_Insulation=1 +Weight_Multiplier_Brushes=1 +Weight_Multiplier_Brush_Holder=1 +Weight_Multiplier_Brush_Holder_-_metalic_part=1 +Weight_Multiplier_Brush_Holder_Insulation=1 +Weight_Multiplier_Housing_Cover=1 +Weight_Multiplier_Slot_Water_Jacket_Wall=1 +Weight_Multiplier_Slot_WJ_Wall=1 +Weight_Multiplier_Slot_Water_Jacket_Insulation=1 +Weight_Multiplier_Slot_WJ_Insulation=1 + +[Weight_Addition] +Weight_addition_Stator_Lam_Outer=0 +Weight_Addition_Coil_Insulation=0 +Weight_Addition_Phase_Separator=0 +Weight_Addition_Spacer=0 +Weight_Addition_Seal=0 +Weight_Addition_Plate_Front_Outer=0 +Weight_Addition_Plate_Front_Middle=0 +Weight_Addition_Plate_Front_Inner=0 +Weight_Addition_Plate_Rear_Outer=0 +Weight_Addition_Plate_Rear_Middle=0 +Weight_Addition_Plate_Rear_Inner=0 +Weight_Addition_Mount_Centre=0 +Weight_Addition_Mount_Rear=0 +Weight_Addition_Endcap_OH=0 +Weight_Addition_Endcap_Centre=0 +Weight_Addition_CoilDivider=0 +Weight_Addition_SlotWedge=0 +Weight_Addition_RotorWedge=0 +Weight_Addition_SyncRotorWindingSeparator=0 +Weight_Addition_HeatEx_Duct=0 +Weight_Addition_HeatEx_Insulation=0 +Weight_Addition_RotorPocket=0 +Weight_Addition_StatorBackIronInterLamination=0 +Weight_Addition_StatorToothInterLamination=0 +Weight_Addition_StatorToothTipInterLamination=0 +Weight_Addition_StatorOuterInterLamination=0 +Weight_Addition_RotorToothInterLamination=0 +Weight_Addition_RotorBackIronInterLamination=0 +Weight_Addition_Rotor_Cage_Top_Opening=0 +Weight_Addition_Rotor_Cage_Top=0 +Weight_Addition_Rotor_Cage_Bottom_Opening=0 +Weight_Addition_Rotor_Cage_Bottom=0 +Weight_Addition_Rotor_Cage_End_F=0 +Weight_Addition_Rotor_Cage_End_R=0 +Weight_Addition_RotorPlate_F=0 +Weight_Addition_RotorPlate_R=0 +Weight_Addition_Wafter_F=0 +Weight_Addition_Wafter_R=0 +Weight_Addition_StatorClampPlate_F=0 +Weight_Addition_StatorClampPlate_R=0 +Weight_Addition_Fan=0 +Weight_Addition_HousingWJ_Wall=0 +Weight_Addition_ShaftSG_Wall=0 +Weight_Addition_LitzImpreg_A=0 +Weight_Addition_LitzImpreg_F=0 +Weight_Addition_LitzImpreg_R=0 +Weight_Addition_LitzImpreg_T=0 +Weight_Addition_LitzIns_A=0 +Weight_Addition_LitzIns_F=0 +Weight_Addition_LitzIns_R=0 +Weight_Addition_LitzIns_T=0 +Weight_Addition_Copper_Active_Aux=0 +Weight_Addition_Copper_EW_Front_Aux=0 +Weight_Addition_Copper_EW_Rear_Aux=0 +Weight_Addition_Housing_Active=0 +Weight_Addition_Housing_[A]=0 +Weight_Addition_Housing_Front=0 +Weight_Addition_Housing_[F]=0 +Weight_Addition_Housing_Rear=0 +Weight_Addition_Housing_[R]=0 +Weight_Addition_Endcap_Front=0 +Weight_Addition_Endcap_[F]=0 +Weight_Addition_Endcap_Rear=0 +Weight_Addition_Endcap_[R]=0 +Weight_Addition_Stator_Lam_Back_Iron=0 +Weight_Addition_Stator_Lam_Yoke=0 +Weight_Addition_Stator_Lam_Tooth=0 +Weight_Addition_Stator_Lam_Tooth_Tip=0 +Weight_Addition_Copper_Active=0 +Weight_Addition_Copper_-_Active=0 +Weight_Addition_Copper_EW_Front=0 +Weight_Addition_Copper_-_EndWdg_[F]=0 +Weight_Addition_Copper_EW_Rear=0 +Weight_Addition_Copper_-_EndWdg_[R]=0 +Weight_Addition_End_Winding_Insulation_F=0 +Weight_Addition_EWdg_Ins_[F]=0 +Weight_Addition_End_Winding_Insulation_R=0 +Weight_Addition_EWdg_Ins_[R]=0 +Weight_addition_Insulation_Active=0 +Weight_Addition_Wire_Insulation=0 +Weight_addition_Insulation_EW_Front=0 +Weight_Addition_Wire_Insulation_-_EndWdg_[F]=0 +Weight_addition_Insulation_EW_Rear=0 +Weight_Addition_Wire_Insulation_-_EndWdg_[R]=0 +Weight_Addition_Impreg_Active=0 +Weight_Addition_Impreg_-_Active=0 +Weight_Addition_Impreg_EW_Front=0 +Weight_Addition_Impreg_-_EndWdg_[F]=0 +Weight_Addition_Impreg_EW_Rear=0 +Weight_Addition_Impreg_-_EndWdg_[R]=0 +Weight_Addition_Potting_Endcap_Front=0 +Weight_Addition_Potting_-_Endcap_[F]=0 +Weight_Addition_Potting_Endcap_Rear=0 +Weight_Addition_Potting_-_EndWdg_[R]=0 +Weight_Addition_Slot_Liner=0 +Weight_Addition_Ins_Slot_Base=0 +Weight_Addition_Ins_Tooth_Side=0 +Weight_Addition_Magnet=0 +Weight_Addition_Embedded_Magnet_Pole=0 +Weight_Addition_Inter_Magnet_Gap=0 +Weight_Addition_Rotor_Lam_Back_Iron=0 +Weight_Addition_Rotor_Lam_Tooth=0 +Weight_Addition_Banding=0 +Weight_Addition_Magnet_Banding=0 +Weight_Addition_Sleeve=0 +Weight_Addition_Stator_Bore_Sleeve=0 +Weight_Addition_Shaft_Active=0 +Weight_Addition_Shaft_[A]=0 +Weight_Addition_Shaft_Front=0 +Weight_Addition_Shaft_[F]=0 +Weight_Addition_Shaft_Rear=0 +Weight_Addition_Shaft_[R]=0 +Weight_Addition_Axle_Active=0 +Weight_Addition_Axle_[A]=0 +Weight_Addition_Axle_Front=0 +Weight_Addition_Axle_[F]=0 +Weight_Addition_Axle_Rear=0 +Weight_Addition_Axle_[R]=0 +Weight_Addition_Rotor_Cup_OH=0 +Weight_Addition_Rotor_Cup_Base=0 +Weight_Addition_Bearing_Front=0 +Weight_Addition_Bearing_[F]=0 +Weight_Addition_Bearing_Rear=0 +Weight_Addition_Bearing_[R]=0 +Weight_Addition_Plate=0 +Weight_Addition_Flange_Plate=0 +Weight_Addition_Axle_Plate_F=0 +Weight_Addition_Axle_Plate_[F]=0 +Weight_Addition_Axle_Plate_R=0 +Weight_Addition_Axle_Plate_[R]=0 +Weight_Addition_Base=0 +Weight_Addition_Base_Plate=0 +Weight_Addition_Feet=0 +Weight_Addition_Encoder=0 +Weight_Addition_EncCase=0 +Weight_Addition_Encoder_Case=0 +Weight_Addition_Rotor_Copper=0 +Weight_Addition_Rotor_Liner=0 +Weight_Addition_Rotor_Impreg=0 +Weight_addition_Rotor_Ins=0 +Weight_Addition_Rotor_Insulation=0 +Weight_Addition_Damper_Bars=0 +Weight_Addition_Damper_End_F=0 +Weight_Addition_Damper_End_R=0 +Weight_Addition_Damper_Opening=0 +Weight_Addition_Enc_Barrier=0 +Weight_Addition_Encoder_Barrier=0 +Weight_Addition_Comm_Bars=0 +Weight_Addition_Comm_Insulation=0 +Weight_Addition_Brushes=0 +Weight_Addition_Brush_Holder=0 +Weight_Addition_Brush_Holder_-_matalic_part=0 +Weight_Addition_Brush_Holder_Insulation=0 +Weight_Addition_Housing_Cover=0 +Weight_Addition_Slot_Water_Jacket_Wall=0 +Weight_Addition_Slot_WJ_Wall=0 +Weight_Addition_Slot_Water_Jacket_Insulation=0 +Weight_Addition_Slot_WJ_Insulation=0 + +[Material] +Material_Stator_Lam_Outer= +Material_Coil_Insulation= +Material_Phase_Separator= +Material_Spacer= +Material_Seal= +Material_Plate_Front_Outer= +Material_Plate_Front_Middle= +Material_Plate_Front_Inner= +Material_Plate_Rear_Outer= +Material_Plate_Rear_Middle= +Material_Plate_Rear_Inner= +Material_Mount_Centre= +Material_Mount_Rear= +Material_Endcap_OH= +Material_Endcap_Centre= +Material_CoilDivider= +Material_SlotWedge= +Material_RotorWedge= +Material_SyncRotorWindingSeparator= +Material_HeatEx_Duct= +Material_HeatEx_Insulation= +Material_StatorBackIronInterLamination= +Material_StatorToothInterLamination= +Material_StatorToothTipInterLamination= +Material_StatorOuterInterLamination= +Material_RotorToothInterLamination= +Material_RotorBackIronInterLamination= +Material_Rotor_Cage_Top_Opening=Copper (Annealed) +Material_Rotor_Cage_Top=Copper (Annealed) +Material_Rotor_Cage_Bottom_Opening=Copper (Annealed) +Material_Rotor_Cage_Bottom=Copper (Annealed) +Material_Rotor_Cage_End_F=Copper (Annealed) +Material_Rotor_Cage_End_R=Copper (Annealed) +Material_RotorPlate_F= +Material_RotorPlate_R= +Material_Wafter_F= +Material_Wafter_R= +Material_StatorClampPlate_F= +Material_StatorClampPlate_R= +Material_Fan= +Material_HousingWJ_Wall= +Material_ShaftSG_Wall= +Material_LitzImpreg_A= +Material_LitzImpreg_F= +Material_LitzImpreg_R= +Material_LitzImpreg_T= +Material_LitzIns_A= +Material_LitzIns_F= +Material_LitzIns_R= +Material_LitzIns_T= +Material_Copper_Active_Aux=Copper (Annealed) +Material_Copper_EW_Front_Aux=Copper (Annealed) +Material_Copper_EW_Rear_Aux=Copper (Annealed) +YieldStress_RotorLam=455 +YieldStress_Magnet=0 +YieldStress_Pocket=0 +YieldStress_TopBar=0 +YieldStress_BottomBar=0 +YieldStress_TopBarOpening=0 +YieldStress_BottomBarOpening=0 +DensityAdjustment_FieldWdg_User=1 +Material_Housing_Active=Aluminium (Alloy 195 Cast) +Material_Housing_[A]=Aluminium (Alloy 195 Cast) +Material_Housing_Front=Aluminium (Alloy 195 Cast) +Material_Housing_[F]=Aluminium (Alloy 195 Cast) +Material_Housing_Rear=Aluminium (Alloy 195 Cast) +Material_Housing_[R]=Aluminium (Alloy 195 Cast) +Material_Endcap_Front=Aluminium (Alloy 195 Cast) +Material_Endcap_[F]=Aluminium (Alloy 195 Cast) +Material_Endcap_Rear=Aluminium (Alloy 195 Cast) +Material_Endcap_[R]=Aluminium (Alloy 195 Cast) +Material_Stator_Lam_Back_Iron=M250-35A +Material_Stator_Lam_Yoke=M250-35A +Material_Stator_Lam_Tooth=M250-35A +Material_Stator_Lam_Tooth_Tip=M250-35A +Material_Copper_Active=Copper (Annealed) +Material_Copper_-_Active=Copper (Annealed) +Material_Copper_EW_Front=Copper (Annealed) +Material_Copper_-_EndWdg_[F]=Copper (Annealed) +Material_Copper_EW_Rear=Copper (Annealed) +Material_Copper_-_EndWdg_[R]=Copper (Annealed) +Material_End_Winding_Insulation_F= +Material_EWdg_Ins_[F]= +Material_End_Winding_Insulation_R= +Material_EWdg_Ins_[R]= +Material_Insulation_Active= +Material_Wire_Insulation= +Material_Insulation_EW_Front= +Material_Wire_Insulation_-_EndWdg_[F]= +Material_Insulation_EW_Rear= +Material_Wire_Insulation_-_EndWdg_[R]= +Material_Impreg_Active=LORD CoolTherm EP-2000 +Material_Impreg_-_Active=LORD CoolTherm EP-2000 +Material_Impreg_EW_Front=LORD CoolTherm EP-2000 +Material_Impreg_-_EndWdg_[F]=LORD CoolTherm EP-2000 +Material_Impreg_EW_Rear=LORD CoolTherm EP-2000 +Material_Impreg_-_EndWdg_[R]=LORD CoolTherm EP-2000 +Material_Potting_Endcap_Front= +Material_Potting_-_Endcap_[F]= +Material_Potting_Endcap_Rear= +Material_Potting_-_EndWdg_[R]= +Material_Airgap= +Material_End_Space_Front= +Material_End-Space_[F]= +Material_End_Space_Rear= +Material_End-Space_[R]= +Material_Slot_Liner= +Material_Ins_Slot_Base= +Material_Insulation_Slot_Liner_Base= +Material_Ins_Tooth_Side= +Material_Insulation_Tooth_Side= +Material_Magnet=N30UH +Material_Embedded_Magnet_Pole=M250-35A +Material_Inter_Magnet_Gap= +Material_Rotor_Lam_Back_Iron=M250-35A +Material_Rotor_Lam_Tooth=M250-35A +Material_Banding= +Material_Magnet_Banding= +Material_Sleeve= +Material_Stator_Bore_Sleeve= +Material_Shaft_Active=Mild Steel +Material_Shaft_[A]=Mild Steel +Material_Shaft_Front=Mild Steel +Material_Shaft_[F]=Mild Steel +Material_Shaft_Rear=Mild Steel +Material_Shaft_[R]=Mild Steel +Material_Axle_Active= +Material_Axle_[A]= +Material_Axle_Front= +Material_Axle_[F]= +Material_Axle_Rear= +Material_Axle_[R]= +Material_Rotor_Cup_OH= +Material_Rotor_Cup_Base= +Material_Bearing_Front= +Material_Bearing_[F]= +Material_Bearing_Rear= +Material_Bearing_[R]= +Material_Axle_Plate_F= +Material_Axle_Plate_[F]= +Material_Plate= +Material_Axle_Plate_R= +Material_Axle_Plate_[R]= +Material_Base= +Material_Base_Plate= +Material_Feet= +Material_Encoder= +Material_EncCase= +Material_Encoder_Case= +Material_Rotor_Copper= +Material_Rotor_Liner= +Material_Rotor_Impreg= +Material_Rotor_Ins= +Material_Rotor_Insulation= +Material_Damper_Bars=Aluminium (Cast) +Material_Damper_End_F=Aluminium (Cast) +Material_Damper_End_R=Aluminium (Cast) +Material_Damper_Opening=Aluminium (Cast) +Material_Enc_Barrier= +Material_Encoder_Barrier= +Material_Comm_Bars= +Material_Comm_Insulation= +Material_Brushes= +Material_Brush_Holder= +Material_Brush_Holder_Insulation= +Material_Housing_Cover= +Material_Slot_Water_Jacket_Wall= +Material_Slot_WJ_Wall= +Material_Slot_Water_Jacket_Insulation= +Material_Slot_WJ_Insulation= + +[Mat_Weight_Notes] +Material_Weight_Notes_Stator_Lam_Outer= +Material_Weight_Notes_Coil_Insulation= +Material_Weight_Notes_Phase_Separator= +Material_Weight_Notes_Spacer= +Material_Weight_Notes_Seal= +Material_Weight_Notes_Plate_Front_Outer= +Material_Weight_Notes_Plate_Front_Middle= +Material_Weight_Notes_Plate_Front_Inner= +Material_Weight_Notes_Plate_Rear_Outer= +Material_Weight_Notes_Plate_Rear_Middle= +Material_Weight_Notes_Plate_Rear_Inner= +Material_Weight_Notes_Mount_Centre= +Material_Weight_Notes_Mount_Rear= +Material_Weight_Notes_Endcap_OH= +Material_Weight_Notes_Endcap_Centre= +Material_Weight_Notes_CoilDivider= +Material_Weight_Notes_SlotWedge= +Material_Weight_Notes_RotorWedge= +Material_Weight_Notes_SyncRotorWindingSeparator= +Material_Weight_Notes_HeatEx_Duct= 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+StatorLeakageInductance_Aux_Multiplier=1 +ArmatureEWdgMLT_Aux_Multiplier=1 +ArmatureEWdgInductance_Aux_Multiplier=1 +IM1PHEquivalentCircuitSolverMethod=1 +IMEquivalentCircuitHarmonicOrders=3 +IM1PH_NumHarmonicOrders=1 +PeakCurrent=5.00065915655126 +DCCurrent=5 +RMSCurrent=3.536 +ConverterLosses=0 +DCFieldCurrent=10 +DCRotorCurrent=10 +RMSCurrentDensity=0.184930198548341 +DCCurrentDensity=0 +FieldCurrentDensity=0 +RotorCurrentDensity=0 +CurrentDefinition=1 +DCDriveDefinition=0 +DCCurrentDefinition=0 +FieldCurrentDefinition=0 +RotorCurrentDefinition=0 +PhaseAdvance=0 +DCBusVoltage=400 +DriveModulation=0 +DriveSwitchResistance=0 +DriveSwitchVoltage=0.8 +DriveDiodeVoltage=0.6 +DriveEffectiveSwitchingFrequency=100000 +DriveDutyCycle=1 +DriveChoppingMode=0 +DriveSwitchingFrequencyDefinition=0 +PassiveGeneratorLoadType=0 +DCLoadType=0 +DCLoadResistance=100 +DCLoadVoltage=100 +DCFilterInductance=0.001 +DCFilterCapacitance=1E-6 +RectifierOutputResistance=1 +ACLoadWindingConnection=0 +ACLoadResistance=100 +ACLoadInductance=0.001 +ACLoadAdjustmentPhase2=1 +ACLoadAdjustmentPhase3=1 +WindingConnection=0 +CustomDriveCyclePointReduction=1 +CustomDriveDefinition=1 +NumHarmonicDataPoints=1 +HarmonicOrder_Array[0]=1 +HarmonicAmplitude_Array[0]=1 +HarmonicAngle_Array[0]=0 +UseSpecifiedRefTemp=False +MagnetRefTempItem=0 +MagnetRefTemp_Defined=20 +HalbachDefinition=2 +ExternalLine_Definition=0 +ExternalLine_Resistance=0 +ExternalLine_Area=1 +ExternalLine_Length=100 +InputCircuit=0 +SineFilter_Capacitance=0 +SineFilter_Inductance=0 +MagneticContextVisible=False +PhysicalModelType=2 +BPMDriveMode=0 +DriveType_BPM=0 +ContinuousSkewMethod=1 +FluxSkewFactor=1 +SkewAngle_FluxSkewFactor=0 +DemagCurveMethod=1 +DemagCondition=1 +SinglePointDemagCalcMethod=1 +NumDemagCurveTemperatures=8 +DemagCurveTemperatures[0]=-40 +DemagCurveTemperatures[1]=0 +DemagCurveTemperatures[2]=20 +DemagCurveTemperatures[3]=60 +DemagCurveTemperatures[4]=100 +DemagCurveTemperatures[5]=140 +DemagCurveTemperatures[6]=180 +DemagCurveTemperatures[7]=220 +Magnet_Br_at_RefTemp=1.2 +Magnet_Br_at_20=1.2 +Magnet_ur=1.05 +Magnet_HcJ_at_RefTemp=1500000 +Magnet_RefTemp=20 +Magnet_THcJ_Coeff=-0.5 +Magnet_SquarenessFactor=6E-5 +Magnetization=0 +SkewType=0 +StatorSkew=5 +RotorSkewSlices=1 +RotorSkewAngle_Array[0]=0 +RotorSkewAngle_Array[1]=0 +RotorSkewAngle_Array[2]=0 +RotorSkewAngle_Array[3]=0 +RotorSkewAngle_Array[4]=0 +RotorSkewAngle_Array[5]=0 +RotorSkewAngle_Array[6]=0 +RotorSkewAngle_Array[7]=0 +RotorSkewAngle_Array[8]=0 +RotorSkewAngle_Array[9]=0 +RotorSkewAngle_Array[10]=0 +RotorSkewAngle_Array[11]=0 +RotorSkewAngle_Array[12]=0 +RotorSkewAngle_Array[13]=0 +RotorSkewAngle_Array[14]=0 +RotorSkewLengthProp_Array[0]=1 +RotorSkewLengthProp_Array[1]=1 +RotorSkewLengthProp_Array[2]=1 +RotorSkewLengthProp_Array[3]=1 +RotorSkewLengthProp_Array[4]=1 +RotorSkewLengthProp_Array[5]=1 +RotorSkewLengthProp_Array[6]=1 +RotorSkewLengthProp_Array[7]=1 +RotorSkewLengthProp_Array[8]=1 +RotorSkewLengthProp_Array[9]=1 +RotorSkewLengthProp_Array[10]=1 +RotorSkewLengthProp_Array[11]=1 +RotorSkewLengthProp_Array[12]=1 +RotorSkewLengthProp_Array[13]=1 +RotorSkewLengthProp_Array[14]=1 +WindingLayers=1 +WindingSchematic_Style=0 +ParallelPathView=0 +HarmonicView=0 +MMFPhaseView=0 +ACConductorLossUserValues[0]=0 +ACConductorLossUserValues[1]=0 +ACConductorLossUserValues[2]=0 +ACConductorLossUserValues[3]=0 +ACConductorLossUserValues[4]=0 +ACConductorLossUserValues[5]=0 +ACConductorLossUserValues[6]=0 +ACConductorLossUserValues[7]=0 +ACConductorLossUserValues[8]=0 +ACConductorLossUserValues[9]=0 +ACConductorLossUserValues[10]=0 +ACConductorLossUserValues[11]=0 +ACConductorLossUserValues[12]=0 +ACConductorLossUserValues[13]=0 +ACConductorLossUserValues[14]=0 +ACConductorLossUserValues[15]=0 +ACConductorLossUserValues[16]=0 +ACConductorLossUserValues[17]=0 +ACConductorLossUserValues[18]=0 +ACConductorLossUserValues[19]=0 +ACConductorLossUserValues[20]=0 +ACConductorLossUserValues[21]=0 +ACConductorLossUserValues[22]=0 +ACConductorLossUserValues[23]=0 +ACConductorLossUserValues[24]=0 +ACConductorLossUserRatio[0]=0.254317127253 +ACConductorLossUserRatio[1]=0.145906868428 +ACConductorLossUserRatio[2]=0.12546387319 +ACConductorLossUserRatio[3]=0.180123887196 +ACConductorLossUserRatio[4]=0.130697188623 +ACConductorLossUserRatio[5]=0.16349105531 +ACConductorLossUserRatio[6]=0 +ACConductorLossUserRatio[7]=0 +ACConductorLossUserRatio[8]=0 +ACConductorLossUserRatio[9]=0 +ACConductorLossUserRatio[10]=0 +ACConductorLossUserRatio[11]=0 +ACConductorLossUserRatio[12]=0 +ACConductorLossUserRatio[13]=0 +ACConductorLossUserRatio[14]=0 +ACConductorLossUserRatio[15]=0 +ACConductorLossUserRatio[16]=0 +ACConductorLossUserRatio[17]=0 +ACConductorLossUserRatio[18]=0 +ACConductorLossUserRatio[19]=0 +ACConductorLossUserRatio[20]=0 +ACConductorLossUserRatio[21]=0 +ACConductorLossUserRatio[22]=0 +ACConductorLossUserRatio[23]=0 +ACConductorLossUserRatio[24]=0 +MagneticWindingType=0 +MagPhaseDistribution=0 +MagTurnsConductor=3 +MagThrow=11 +MagWindingOffset=8 +MultiplexOffset=0 +MagPathType=0 +NumberOfCoils=12 +CoilsPerPath_Array[0]=6 +CoilsPerPath_Array[1]=6 +CoilsPerPath_Array[2]=6 +CoilsPerPath_Array[3]=6 +CoilsPerPath_Array[4]=0 +CoilsPerPath_Array[5]=0 +CoilsPerPath_Array[6]=0 +CoilsPerPath_Array[7]=0 +CoilsPerPath_Array[8]=0 +CoilsPerPath_Array[9]=0 +CoilsPerPath_Array[10]=0 +CoilsPerPath_Array[11]=0 +CoilsPerPath_Array[12]=0 +CoilsPerPath_Array[13]=0 +CoilsPerPath_Array[14]=0 +ParallelPaths=2 +NumberStrandsHand=12 +NumberStrandsHand_2=1 +NumberStrandsHand_3=1 +NumberStrandsHand_Aux=12 +MagPhases=3 +MagTurnsConductorField=-1 +MagTurnsConductorRotor=-1 +ParallelPaths_Field=1 +ParallelPaths_Rotor=1 +NumberStrandsHand_Field=1 +NumberStrandsHand_Rotor=1 +IronLossCalculationType=0 +Magnet2D3DCalculation=1 +Magnet2D3DWidth_Calc=2 +RotorHysterisisCalculation=0 +RotorHysterisisCalculation_SRM=1 +MagneticShaft=True +GeometryMeshEnabled=True +OpenCircuitCalculation=False +OnLoadCalculation=True +QAxisCurrentCalculation=True +TorqueCalculation=True +BackEMFCalculation=False +CoggingTorqueCalculation=False +TorqueSpeedCalculation=True +DemagnetizationCalc=True +ElectromagneticForcesCalc_OC=False +ElectromagneticForcesCalc_Load=False +InductanceCalc=False +CentrifugalForceCalc=False +BPMShortCircuitCalc=False +FluxSkewFactorCalc=True +OnLoadLossCalculation=False +BackEMFLossCalculation=False +IMCoreLossCalc=False +IMSingleLoadPointFEACalc_Full=False +IMSingleLoadPointFEACalc=False +IMTorqueSpeedCalc=False +IMLockedRotorCalc=False +IMLockedRotorAnalyticCalc=False +IMNoLoadAnalyticCalc=True +IMBreakdownPointAnalyticCalc=False +ArmatureEWdgMLT_Multiplier=1 +StatorEWdgMLT_Multiplier=1 +ArmatureEWdgInductance_Multiplier=1 +StatorEWdgInductance_Multiplier=1 +FieldEWdgMLT_Multiplier=1 +RotorEWdgMLT_Multiplier=1 +StrayLoadLossPercentage_OutputPower=0.7 +StrayLoadLossPercentage_Resistance=0 +IronLossBuildFactorDefinition=0 +StatorIronLossBuildFactor=1 +RotorIronLossBuildFactor=1 +HysteresisLossBuildFactor=1 +EddyLossBuildFactor=1 +ShaftLossBuildFactor=1 +MagnetLossBuildFactor=1 +Magnet_Br_Multiplier=1 +FluxLinkageMultiplier_D=1 +FluxLinkageMultiplier_Q=1 +StatorSaturationMultiplier=1 +RotorSaturationMultiplier=1 +MagneticAxialLengthMultiplier=1 +SleeveAxialLengthMultiplier=1 +ArmatureConductor_Temperature=40 +StatorConductor_Temperature=40 +ArmatureConductor_ResistivityAt20C=1.724E-8 +StatorConductor_ResistivityAt20C=1.724E-8 +ArmatureConductor_ResistivityAt20C_Aux=1.724E-8 +FieldConductor_Temperature=40 +RotorConductor_Temperature=40 +FieldConductor_ResistivityAt20C=0 +RotorConductor_ResistivityAt20C=0 +RotorBar_Temperature=140 +RotorBar_ResistivityAt20=1.724E-8 +EndRing_Temperature=140 +EndRing_ResistivityAt20=1.724E-8 +DamperBar_Temperature=40 +DamperEnd_Temperature=40 +DamperBar_ResistivityAt20=1.724E-8 +DamperEnd_ResistivityAt20=1.724E-8 +DamperEnd_F_ResistivityAt20=1.724E-8 +DamperEnd_R_ResistivityAt20=1.724E-8 +DamperOpening_ResistivityAt20=1.724E-8 +Magnet_Temperature=20 +Magnet_ResistivityAt20C=1.8E-6 +StatorLam_Temperature=20 +StatorLam_ResistivityAt20C=5.9E-7 +RotorLam_Temperature=20 +RotorLam_ResistivityAt20C=5.9E-7 +Shaft_Temperature=20 +Shaft_ResistivityAt20C=1.43E-7 +Brush_Temperature=20 +Brush_ResistivityAt20C=0.0025 +Sleeve_Temperature=20 +Sleeve_ResistivityAt20C=1.724E-8 +Banding_Temperature=20 +Banding_ResistivityAt20C=1.724E-8 +Wedge_Temperature=20 +Wedge_ResistivityAt20C=1E20 +Housing_Temperature=20 +Housing_ResistivityAt20C=1.724E-8 +Bearing_Temperature_F=20 +Bearing_Temperature_R=20 +Airgap_Temperature=20 +MagneticThermalMaxIterations=5 +MagneticThermalMaxError=1 +MagneticThermalCoupling=0 +TemperaturesInEmagThermCoupling=1 +MagnetTempLinkMethod=1 +MagneticSymmetry=0 +MagneticSymmetryFactor=3 +MagnetisationCurveSymmetry=0 +RotorLaminations=0 +StatorLaminations=0 +StackingFactor_Magnetics=2 +IMRotorBarRegionType=0 +IronLossCoefficientDataPoints=0 +CustomDriveCycle_PeakRMS_Method=1 +CustomDriveCyclePoints=361 +CustomDriveCycleFile=No File Selected +SinglePointRotorAngle=0 +HousingOverhangFactor=1 +IMAccelerationCalc=False +IMAccelerationDuration=1 +IMAccelerationPoints=25000 +IMAccelerationLoadTorqueAt0rpm=0 +IMAccelerationLoadTorqueAtRpm=0 +IMAccelerationLoadTorqueRpmRef=3000 +IMAccelerationLoadTorqueCoef=1 +IMAccelerationLoadInertia=0 +IMAccelerationFanInertia=0 +FluxLinkageLookupCalc=False +AnalyticTorqueCalc_SRM=True +FEATorqueCalc_SRM=False +TurnOnAngle_SRM=30 +TurnOffAngle_SRM=150 +ZeroVoltageAngle_SRM=150 +DwellAngle_SRM=120 +SwitchingAngleDefinition_SRM=0 +ZeroVoltageLoop_SRM=0 +MaxCurrent_Calculated_MagnetisationCurves=0 +CurrentPoints_Calculated_MagnetisationCurves=0 +PositionPoints_Calculated_MagnetisationCurves=0 +TotalPoints_Calculated_MagnetisationCurves=0 +Date_Calculated_MagnetisationCurves= +MagnetisationCurves_File= +MagnetisationCurvesPlotSelect=0 +CoilSidesPerLayer=1 +Multiplicity=1 +DCArmatureWindingStyle=0 +DCArmatureWindingSense=0 +BrushContactVoltageDrop=1.5 +TotalExternalResistance=0 +MagThreads_Option=0 +MagThreads_AutoNumber=True +MagThreads_Number=8 +Lab_Threads_Enabled=True +Multimodel_Threads_MaxNumber=14 +ACLosses_BundleAspectRatio=1 +FEAMeasurePath_NumPaths=0 +PhasorDiagram_PhaseAdvanceSetting=0 +PhasorDiagram_PhaseAdvanceAngle=0 +RotorEccentricityType=0 +RotorCentreOffset_R=0 +RotorCentreOffset_T=0 +ShaftCentreOffset_R=0 +ShaftCentreOffset_T=0 +TopRotorBar_ResistivityAt20=1.724E-8 +TopRotorBarOpening_ResistivityAt20=1.724E-8 +BottomRotorBar_ResistivityAt20=1.724E-8 +BottomRotorBarOpening_ResistivityAt20=1.724E-8 +IMSkinEffectApplication=0 +BPMShortCircuitPoints=10000 +BPMShortCircuitDuration=0.1 +BPMShortCircuitLoadInertia=0 +Winding_Layers=0 +MagWindingType=0 + +[Airgap] +InnerAirgapBoundary_Drawing=1 +TurbulentUpperLimit=5000 +VortexUpperLimitMult=1.2 + +[Cowling] +Grill_Diameter_Outer=140 +Grill_Diameter_Inner=20 +Grill_HoleSize=8 +Grill_HoleSeparation=2 +Grill_Swirl=5 +Grill_SlotsPerLayer=6 +Cowling_Length=70 +Cowling_Thickness=2 +Cowling_Axial_Gap=50 +Cowling_Radial_Gap=3 +CowlingType=0 +Cowling_Type=No_Cowling + +[Dimensions] +DamperBar_Number=0 +DamperBar_Depth=1 +DamperBar_Opening=0 +DamperBar_Diameter=3 +DamperBar_Pitch=90 +Damper_Thickness_F=6 +Damper_Thickness_R=6 +Damper_Extension_F=4 +Damper_Extension_R=4 +Damper_Inner_Add_F=2 +Damper_Inner_Add_R=2 +Damper_Outer_Add_F=2 +Damper_Outer_Add_R=2 +Housing_Dia=285 +Stator_Lam_Dia=250 +Ins_Tooth_Width=0.5 +Slot_Width_Bottom=4.70360559347964 +Slot_Width_Top=3.23104142529868 +EndRing_Thickness_F=20 +EndRing_Extension_F=0 +EndRing_Inner_Add_F=10 +EndRing_Outer_Add_F=0 +EndRing_Thickness_R=20 +EndRing_Extension_R=0 +EndRing_Inner_Add_R=10 +EndRing_Outer_Add_R=0 +RotorPlate_Thickness_F=0 +RotorPlate_Thickness_R=0 +Wafter_Inner_Add_F=0 +Wafter_Inner_Add_R=0 +Wafter_Outer_Add_F=0 +Wafter_Outer_Add_R=0 +Wafter_Number_F=0 +Wafter_Number_R=0 +Wafter_Length_F=10 +Wafter_Length_R=10 +Wafter_Depth_Reduct_F=4 +Wafter_Depth_Reduct_R=4 +Wafter_Thickness_F=2 +Wafter_Thickness_R=2 +CoilDividerOffset=0 +StatorClampPlateThickness_F=0 +StatorClampPlateThickness_R=0 +SyncRotorSlot_Width=15 +SyncRotorSlot_Depth=18.5 +PoleTipAngle=0 +PoleSideAngle=30 +Pole_Tip_Angle=30 +RotorPoleTaper=0 +RotorSlotFilletRadius=0 +PoleTipRadialDepth=2 +AxleOHang_F=0 +AxleOHang_R=0 +Potting-Housing_[F]=0 +Potting-Housing_[R]=0 +Gap_Potting-Axle_[F]=0 +Gap_Potting-Axle_[R]=0 +BarT_Opening_Radius=1.2 +Bar_Opening_[T]=0 +Bar_Opening_Depth_[T]=1 +Bar_Depth_[T]=20 +Bar_Width_[T]=4 +Rotor_Tooth_Width_T=3.5 +Rotor_Tooth_Width=3.5 +Bar_Corner_Radius[T]=0.5 +Bar_Corner_Radius=0.5 +Bar_Tip_Angle_[T]=45 +BarB_Opening_Radius=1 +Bar_Opening_[B]=2 +Bar_Opening_Depth_[B]=2 +Bar_Depth_[B]=4 +Bar_Width_[B]=4 +Rotor_Tooth_Width_B=3 +BarB_Corner_Radius=1 +BarB_Tip_Angle=20 +Slot_WJ_Duct_Height=3 +Slot_WJ_Wall_Thickness=0.2 +Slot_WJ_Insulation_Thickness=0.2 +Slot_WJ_Duct_Parallel_Paths=1 +Slot_WJ_Duct_Width=3 +CalculateInputWJFlowChannels=0 +MinBackIronThickness=0.1 +MinMagnetSeparation=0.1 +MinShaftSeparation=0.1 +MinVMagnetAspectRatio=1 +MinUMagnetAspectRatio_Outer=0 +MinUMagnetAspectRatio_Inner=1 +MinRotorBarSeparation=0.1 +MinRotorBarWidth=1 +MinBottomRotorBarOpening=0.1 +Fan_AxialPosition=188 +Fan_Diameter=125 +Fan_Blade_Axial_Offset=0 +Fan_Blade_Width=10 +Fan_BackPlate_Width=12 +Fan_BackPlate_Dia=90 +Fan_Blade_Thickness=2 +Fan_Hub_Diameter=35 +Fan_Hub_Extension=5 +FormWound_WedgeDepth=1 +FormWound_WedgeInset=1 +FormWound_WedgeThickness=1 +FormWound_GapLinerSlotWall=0.1 +FormWound_GapSlotBaseSpacerSlotBase=0.1 +FormWound_GapSlotTopSpacerSlotTop=0.1 +FormWound_ThicknessSlotBaseSpacer=0.5 +FormWound_ThicknessSlotTopSpacer=0.5 +FormWound_ThicknessSlotLinerOuterLayer=0.2 +FormWound_ThicknessCoilInsulation=0.2 +FormWound_ThicknessPhaseSeparator=0.5 +FormWound_CopperInsulationThickness=0.1 +FormWound_CoilHeight=6.7 +FormWound_CoilWidth=6.2 +FormWound_ConductorHeight=0.95 +FormWound_ConductorWidth=2.5 +FormWound_RowsConductors=5 +FormWound_ColumnsConductors=2 +NumStatorVarSlotDepths=1 +ShaftType=0 +SpiderRadialThickness=4 +SpiderArmLength=15 +SpiderArmWidth=10 +SlotDepth_Outer=10 +SquareStatorLam_Width=200 +SquareStatorLam_Height=170 +ToothWidth_Outer=20 +ToothTipAngle_Outer=-5 +ToothTipDepth_Outer=10 +BackIronThickness_Outer=10 +PoleNumber_Outer=4 +CoilDividerWidth_Outer=20 +BackIronShape_WFC=0 +ToothArc_Outer=80 +WindingFill_Outer=80 +RoundStatorDiameter_WFC_Outer=200 +SquareStatorLam_CornerRadius=30 +StepHouseInner_F=0 +Housing_Step_[F]=0 +StepHouseInner_R=0 +Housing_Step_[R]=0 +StepHouseOuter_F=0 +StepHouseOuter_R=0 +RadialDuctType=0 +StatorGridNumber=6 +StatorGridInnerDiameter=90 +StatorGridHeight=5 +StatorGridDepth=1 +RotorGridNumber=6 +RotorGridOuterDiameter=50 +RotorGridHeight=5 +RotorGridDepth=1 +CoilDivider_DepthReduction_Stator=0 +CoilDivider_DepthReduction_Rotor=0 +RotorDiameter=174 +PoleNotchDepth=0 +PoleNotchArc_Outer=20 +PoleNotchArc_Inner=20 +RotorSlots=4 +RotorLaminationInset=0 +SyncPoleArc=100 +StatorPole_TaperAngle=0 +Shaft_Dia=55 +Pole_Width=20 +Rotor_Lam_Length=120 +Stator_Bore=175 +Tooth_Width=4.5 +Slot_Depth=19 +Slot_Corner_Radius=1 +Tooth_Tip_Depth=1 +Slot_Opening=3 +Tooth_Tip_Angle=40 +Sleeve_Thickness=0 +Pole_Number=6 +Airgap=0.5 +Banding_Thickness=0 +Motor_Length=220 +Slot_Number=72 +Stator_Poles=72 +Fin_Extension=10 +Fin_Thickness=2 +Slot_Width=7 +Corner_Cutout_Add=0 +Plate_Height=350 +Plate_Width=350 +Flange_Dia=185 +Flange_Extension=0 +Stator_Pole_Angle=30 +Housing_Thickness=5 +Magnet_Arc_[ED]=140 +Corner_Cutout_[%]=40 +Fin_Pitch/Thick=5 +Fin_Number_[Quadrant]=0 +Fin_Number_[Total]=4 +Fin_Spacing_[Fin_Base]=0 +Shaft_Dia_[F]=55 +Shaft_Dia_[R]=55 +Axle_Dia_[F]=35 +Axle_Dia_[R]=35 +Axle_Plate_Height_[F]=350 +Axle_Plate_Height_[R]=350 +Axle_Plate_Width_[R]=350 +EWdg-Housing_[F]=18.5 +EWdg-Housing_[R]=18.5 +EWdg-Bore_[F]=1.08407529977502 +EWdg-Bore_[R]=1.08407529977502 +EWdg_Insulation_[F]=0 +EWdg_Insulation_[R]=0 +Bearing_Dia_[F]=75 +Bearing_Dia_[R]=75 +Enc_Shaft_Dia=10 +Enc_Case_Dia=100 +Enc_Case_Thick=5 +Enc_Radial_Gap=5 +Shaft_Height=147 +Feet_Width_[Motor]=20 +Feet_Width_[Base]=30 +Feet_Length=100 +Base_Width=150 +Base_Thickness=10 +Base_Length=300 +Shaft_Extension_[F]=86 +Shaft_Extension_[R]=0 +Axle_Extension_[F]=30 +Axle_Extension_[R]=30 +Stator_Axial_Offset=0 +Magnet_Axial_Offset=0 +Rotor_Axial_Offset=0 +EWdg_Overhang_[F]=47.7629929385847 +EWdg_Overhang_[R]=47.7629929385847 +EWdg_Overhang_Mult_[F]=0.8 +EWdg_Overhang_Mult_[R]=0.8 +Wdg_Extension_[F]=1 +Wdg_Extension_[R]=1 +Endcap_Length_[F]=35 +Endcap_Length_[R]=35 +EWdg-Endcap_[F]=8 +EWdg-Endcap_[R]=8 +Flange_Depth=1 +Bearing_Width_[F]=20 +Bearing_Width_[R]=20 +Bearing_Offset_[F]=0 +Bearing_Offset_[R]=0 +Plate_Thickness=23 +Axle_Plate_Thickness_[F]=20 +Axle_Plate_Thickness_[R=20 +Enc_Length=30 +Enc_Case_Length=50 +Enc_Barrier_Length=5 +Enc_Axial_Gap=2 +Magnet_Embed_Depth=2 +Axle_Plate_Width_[F]=350 +Stator_Lam_Length=120 +Rotor_Bars=84 +Wdg_Add_[Outer_F]=0 +Wdg_Add_[Inner_F]=0 +Wdg_Add_[Outer_R]=0 +Wdg_Add_[Inner_R]=0 +Endcap_Thickness_[F]=5 +Endcap_Thickness_[R]=5 +Gap_[Endcap-Comm]=10 +Gap_[Comm-Winding]=5 +Comm_Length=15 +Comm_Dia=50 +Comm_Cu_Thickness=2 +Comm_Connections=30 +Comm_Connection_Lmult=1 +Brush_Number=2 +Brush_Length=10 +Brush_Width=10 +Brush_Height=20 +Br_Holder_Comm_Gap=5 +Br_Holder_Outer_Dia=20 +Br_Holder_Ins_Thick=3 +Br_Holder_Height=35 +Rotor_Pole_Angle=30 +Stator_Pole_Depth=15 +Rotor_Slot_Depth=10 +Stator_Pole_Radius=2 +Pole_Depth=12 +Pole_Tip_Width=10 +Pole_Tip_Depth=8 +Pole_Tip_Radius=0 +Pole_Base_Radius=0 +Pole_Surface_Radius=39 +Pole_Surface_Offset=0 +Liner_Pole_Side=2 +Liner_Pole_Tip=1 +Liner_Coil_Base=1 +Rotor_Coil_Width=7.5 +Rotor_Coil_Depth=10 +Wdg_Separator_Low_[%]=10 +Wdg_Separator_Up_[%]=90 +Winding_Separators=3 +Wdg_Separator_Length=10 +Liner_Rotor_EWdg=1 +Rotor_EWdg_Ohang=10 +Claw_Pole_Pairs=8 +Claw_Pole_Length=50 +Claw_Pole_Depth=10 +Claw_Tooth_Depth=5 +Claw_Coil_Length=60 +Claw_Coil_Depth=10 +Claw_Liner_Base=0.5 +Claw_Liner_Side=0.5 +Claw_Back_Iron=5 +Claw_Pole_Spacing=10 +Claw_Tooth_Width=3 +Armature_Diameter=110 +Back_Iron_Thickness=5 +Fin_Base_Thickness=1.5 +Fin_Cover_Thickness=1.5 +WJ_Channel-Lam=5 +WJ_Channel_Height=7.5 +WJ_Channel_Width=15 +WJ_Channel_Spacing=15 +WJ_Parallel_Paths=1 +WJ_Channel_Number=1 +Shaft_Groove_Wall=1.5 +Shaft_Groove_Height=4 +Shaft_Groove_Width=10 +Shaft_Groove_Spacing=10 +Rotor_WJ_Duct_Diameter=0 +Cover_Ins_Length=90 +Cover_Ins_Thickness=10 +Cup_Axial_Thickness=5 +Cup_Radial_Thickness=5 +Cup_Axial_Length=140 +Gap_H-Cup_[Radial]=1 +Gap_H-Cup_[Axial]=10 +Gap_Shaft-Axle=2 +Gap_Shaft-Axle_[F]=2 +Gap_Shaft-Axle_[R]=2 +Axle_Dia=35 +CornerRoundingRadius_Rotor=0.1 +CornerRoundingRadius_Magnets=0.1 +StatorMidSlotTooth_Depth=0 +StatorMidSlotTooth_Width_Base=0 +StatorMidSlotTooth_Width_Top=0 +Potting-Endcap_[F]=0 +Potting-Endcap_[R]=0 +Magnet_Length=90 +Magnet_Thickness=4 +MagnetOpening=2 +MagnetDepth=10 +MagnetInset=3 +CircumferentialSegments=1 +FlatMagnetSegments=1 +SpokeMagnetSegments=1 +AxialSegments=1 +BandingAxialSegments=1 +SleeveAxialSegments=1 +Bridge_Thickness=2 +Magnet_Width_Reduction=0 +Web_Thickness=2 +Web_Length=2 +Pole_V_Angle=130 +Pole_Arc=150 +WebAngle=0 +Magnet_Separation=0 +Magnet_Width=45 +Magnet_Post=0 +Magnet_Layers=2 +UShape_OuterAngleOffset_Array[0]=0 +UShape_OuterAngleOffset_Array[1]=0 +UShape_OuterAngleOffset_Array[2]=0 +UShape_OuterAngleOffset_Array[3]=0 +UShape_OuterAngleOffset_Array[4]=0 +UShape_OuterAngleOffset_Array[5]=0 +UShape_Thickness_Inner_Array[0]=4 +UShape_Thickness_Inner_Array[1]=4 +UShape_Thickness_Inner_Array[2]=4 +UShape_Thickness_Inner_Array[3]=4 +UShape_Thickness_Inner_Array[4]=4 +UShape_Thickness_Inner_Array[5]=4 +UShape_Thickness_Outer_Array[0]=4 +UShape_Thickness_Outer_Array[1]=4 +UShape_Thickness_Outer_Array[2]=4 +UShape_Thickness_Outer_Array[3]=4 +UShape_Thickness_Outer_Array[4]=4 +UShape_Thickness_Outer_Array[5]=4 +UMagnet_Length_Inner_Array[0]=4 +UMagnet_Length_Inner_Array[1]=1 +UMagnet_Length_Inner_Array[2]=0 +UMagnet_Length_Inner_Array[3]=0 +UMagnet_Length_Inner_Array[4]=0 +UMagnet_Length_Inner_Array[5]=0 +UMagnet_Length_Outer_Array[0]=59 +UMagnet_Length_Outer_Array[1]=56 +UMagnet_Length_Outer_Array[2]=52 +UMagnet_Length_Outer_Array[3]=47 +UMagnet_Length_Outer_Array[4]=42 +UMagnet_Length_Outer_Array[5]=37 +UMagnet_Offset_Inner_Array[0]=0 +UMagnet_Offset_Inner_Array[1]=0 +UMagnet_Offset_Inner_Array[2]=0 +UMagnet_Offset_Inner_Array[3]=0 +UMagnet_Offset_Inner_Array[4]=0 +UMagnet_Offset_Inner_Array[5]=0 +UMagnet_Offset_Outer_Array[0]=0 +UMagnet_Offset_Outer_Array[1]=0 +UMagnet_Offset_Outer_Array[2]=0 +UMagnet_Offset_Outer_Array[3]=0 +UMagnet_Offset_Outer_Array[4]=0 +UMagnet_Offset_Outer_Array[5]=0 +UMagnetInner_ClearanceI_Array[0]=0 +UMagnet_Clearance_Inner_Array[0]=0 +UMagnetInner_ClearanceI_Array[1]=0 +UMagnet_Clearance_Inner_Array[1]=0 +UMagnetInner_ClearanceI_Array[2]=0 +UMagnet_Clearance_Inner_Array[2]=0 +UMagnetInner_ClearanceI_Array[3]=0 +UMagnet_Clearance_Inner_Array[3]=0 +UMagnetInner_ClearanceI_Array[4]=0 +UMagnet_Clearance_Inner_Array[4]=0 +UMagnetInner_ClearanceI_Array[5]=0 +UMagnet_Clearance_Inner_Array[5]=0 +UMagnetInner_ClearanceO_Array[0]=0 +UMagnetInner_ClearanceO_Array[1]=0 +UMagnetInner_ClearanceO_Array[2]=0 +UMagnetInner_ClearanceO_Array[3]=0 +UMagnetInner_ClearanceO_Array[4]=0 +UMagnetInner_ClearanceO_Array[5]=0 +UMagnetOuter_ClearanceI_Array[0]=0 +UMagnet_Clearance_Outer_Array[0]=0 +UMagnetOuter_ClearanceI_Array[1]=0 +UMagnet_Clearance_Outer_Array[1]=0 +UMagnetOuter_ClearanceI_Array[2]=0 +UMagnet_Clearance_Outer_Array[2]=0 +UMagnetOuter_ClearanceI_Array[3]=0 +UMagnet_Clearance_Outer_Array[3]=0 +UMagnetOuter_ClearanceI_Array[4]=0 +UMagnet_Clearance_Outer_Array[4]=0 +UMagnetOuter_ClearanceI_Array[5]=0 +UMagnet_Clearance_Outer_Array[5]=0 +UMagnetOuter_ClearanceO_Array[0]=0 +UMagnetOuter_ClearanceO_Array[1]=0 +UMagnetOuter_ClearanceO_Array[2]=0 +UMagnetOuter_ClearanceO_Array[3]=0 +UMagnetOuter_ClearanceO_Array[4]=0 +UMagnetOuter_ClearanceO_Array[5]=0 +UShape_CentrePost_Array[0]=2 +UShape_CentrePost_Array[1]=2 +UShape_CentrePost_Array[2]=2 +UShape_CentrePost_Array[3]=2 +UShape_CentrePost_Array[4]=2 +UShape_CentrePost_Array[5]=2 +UShape_InnerDiameter_Array[0]=30 +UShape_InnerDiameter_Array[1]=42 +UShape_InnerDiameter_Array[2]=54 +UShape_InnerDiameter_Array[3]=66 +UShape_InnerDiameter_Array[4]=78 +UShape_InnerDiameter_Array[5]=90 +UShape_WebThickness_Array[0]=2 +UShape_WebThickness_Array[1]=14 +UShape_WebThickness_Array[2]=26 +UShape_WebThickness_Array[3]=38 +UShape_WebThickness_Array[4]=50 +UShape_WebThickness_Array[5]=62 +UShape_BridgeThickness_Array[0]=2 +UShape_BridgeThickness_Array[1]=2 +UShape_BridgeThickness_Array[2]=2 +UShape_BridgeThickness_Array[3]=2 +UShape_BridgeThickness_Array[4]=2 +UShape_BridgeThickness_Array[5]=2 +UShape_MagnetSegments_Inner_Array[0]=1 +UShape_MagnetSegments_Inner_Array[1]=1 +UShape_MagnetSegments_Inner_Array[2]=1 +UShape_MagnetSegments_Inner_Array[3]=1 +UShape_MagnetSegments_Inner_Array[4]=1 +UShape_MagnetSegments_Inner_Array[5]=1 +UShape_MagnetSegments_Outer_Array[0]=1 +UShape_MagnetSegments_Outer_Array[1]=1 +UShape_MagnetSegments_Outer_Array[2]=1 +UShape_MagnetSegments_Outer_Array[3]=1 +UShape_MagnetSegments_Outer_Array[4]=1 +UShape_MagnetSegments_Outer_Array[5]=1 +UShape_Post_Inner_Array[0]=0 +UShape_Post_Inner_Array[1]=0 +UShape_Post_Inner_Array[2]=0 +UShape_Post_Inner_Array[3]=0 +UShape_Post_Inner_Array[4]=0 +UShape_Post_Inner_Array[5]=0 +UShape_Post_Outer_Array[0]=0 +UShape_Post_Outer_Array[1]=0 +UShape_Post_Outer_Array[2]=0 +UShape_Post_Outer_Array[3]=0 +UShape_Post_Outer_Array[4]=0 +UShape_Post_Outer_Array[5]=0 +UShape_Post_Inner_Offset[0]=0 +UShape_Post_Inner_Offset[1]=0 +UShape_Post_Inner_Offset[2]=0 +UShape_Post_Inner_Offset[3]=0 +UShape_Post_Inner_Offset[4]=0 +UShape_Post_Inner_Offset[5]=0 +UShape_Post_Outer_Offset[0]=0 +UShape_Post_Outer_Offset[1]=0 +UShape_Post_Outer_Offset[2]=0 +UShape_Post_Outer_Offset[3]=0 +UShape_Post_Outer_Offset[4]=0 +UShape_Post_Outer_Offset[5]=0 +VMagnet_Layers=1 +WebLength_Array[0]=2 +WebLength_Array[1]=0.8 +WebLength_Array[2]=0.32 +WebLength_Array[3]=1.2 +WebThickness_Array[0]=2 +WebThickness_Array[1]=13.3622541704805 +WebThickness_Array[2]=20.2707651282476 +WebThickness_Array[3]=29.4676603260535 +BridgeThickness_Array[0]=2 +BridgeThickness_Array[1]=2.2 +BridgeThickness_Array[2]=2.2 +BridgeThickness_Array[3]=2 +MagnetThickness_Array[0]=4 +MagnetThickness_Array[1]=2 +MagnetThickness_Array[2]=1.6 +MagnetThickness_Array[3]=1.2 +MagnetSeparation_Array[0]=0 +MagnetSeparation_Array[1]=0 +MagnetSeparation_Array[2]=0 +MagnetSeparation_Array[3]=0 +PoleVAngle_Array[0]=130 +PoleVAngle_Array[1]=143 +PoleVAngle_Array[2]=157.3 +PoleVAngle_Array[3]=180 +PoleArc_Array[0]=150 +PoleArc_Array[1]=130 +PoleArc_Array[2]=97.5 +PoleArc_Array[3]=73.125 +MagnetBarWidth_Array[0]=24.568480577157 +MagnetBarWidth_Array[1]=20.8500815925169 +MagnetBarWidth_Array[2]=15.4905631494577 +MagnetBarWidth_Array[3]=11.606224394759 +VSimpleMagnetPost_Array[0]=0.1 +VSimpleMagnetPost_Array[1]=0.5 +VSimpleMagnetPost_Array[2]=0.5 +VSimpleMagnetPost_Array[3]=0.5 +VShapeMagnetPost_Array[0]=0 +VShapeMagnetPost_Array[1]=0 +VShapeMagnetPost_Array[2]=0 +VShapeMagnetPost_Array[3]=0 +VSimpleWidth_Array[0]=22 +VSimpleWidth_Array[1]=20.8500815925169 +VSimpleWidth_Array[2]=15.4905631494577 +VSimpleWidth_Array[3]=11.606224394759 +VSimpleMagShift_Array[0]=0 +VSimpleMagShift_Array[1]=0 +VSimpleMagShift_Array[2]=0 +VSimpleMagShift_Array[3]=0 +VSimpleEndRegion_Inner_Array[0]=2 +VSimpleEndRegion_Inner_Array[1]=1 +VSimpleEndRegion_Inner_Array[2]=0.8 +VSimpleEndRegion_Inner_Array[3]=0.6 +VSimpleEndRegion_Outer_Array[0]=2 +VSimpleEndRegion_Outer_Array[1]=1 +VSimpleEndRegion_Outer_Array[2]=0.8 +VSimpleEndRegion_Outer_Array[3]=0.6 +VSimpleOffsetT_Array[0]=0 +VSimpleOffsetT_Array[1]=0 +VSimpleOffsetT_Array[2]=0 +VSimpleOffsetT_Array[3]=0 +VShapeMagnetSegments_Array[0]=1 +VShapeMagnetSegments_Array[1]=1 +VShapeMagnetSegments_Array[2]=1 +VShapeMagnetSegments_Array[3]=1 +VShape_Magnet_ClearanceInner[0]=0 +VShapeMagnetClearance_Array[0]=0 +VShape_Magnet_ClearanceInner[1]=0 +VShapeMagnetClearance_Array[1]=0 +VShape_Magnet_ClearanceInner[2]=0 +VShapeMagnetClearance_Array[2]=0 +VShape_Magnet_ClearanceInner[3]=0 +VShapeMagnetClearance_Array[3]=0 +VShape_Magnet_ClearanceOuter[0]=0 +VShape_Magnet_ClearanceOuter[1]=0 +VShape_Magnet_ClearanceOuter[2]=0 +VShape_Magnet_ClearanceOuter[3]=0 +MagnetReduction=0 +MagnetCentralArc_HalbachRing=120 +MagnetClearance=0 +StatorRadialDuct_Width=5 +StatorRadialDuct_Number=4 +RotorRadialDuct_Width=5 +RotorRadialDuct_Number=4 +AxialWJFinNumberCalc=1 +BearingInner_Diameter=35 +BearingMount_Thickness=5 +BearingMount_Length=15 +BearingMount_Gap=1 +Gap_StatorPlateMount_F=20 +Gap_StatorPlateMount_R=0 +StatorPlateThickness_F=5 +StatorPlateThickness_R=5 +StatorPlateOffset_F=0 +StatorPlateOffset_R=0 +StatorPlateChannelWall_F=1 +StatorPlateChannelWall_R=1 +StatorPlateChannelWidth_F=4 +StatorPlateChannelWidth_R=4 +StatorPlateChannelHeight_F=10 +StatorPlateChannelHeight_R=10 +StatorPlateChannelSpacing_F=1 +StatorPlateChannelSpacing_R=1 +StatorPlateChannels_F=2 +StatorPlateChannels_R=2 +Calculate_Input_WJ_Flow_Channels=Calculate_WJ_Flow_Channels + +[Custom_Outputs] +NumberCustomOutputs=0 +NumberCustomOutputs_Python=0 +CustomOutputType=0 + +[Discovery] +Discovery_ModelType=0 +Discovery_SymmetryOption=1 +Discovery_ConvertToSolids=True +Discovery_SetColours=True +Discovery_GroupComponents=True +Discovery_Stator=True +Discovery_Rotor=True +Discovery_Housing=True +Discovery_FileName=Discovery_Export.py +Discovery_MinArcDistance=0.001 + +[Imported_DXF_Geometry] +DXFDivision_Method=0 +DXFDivision_ImportType=0 +DXFDivision_Stator_Radius_Inner=40 +DXFDivision_Stator_Radius_Outer=65 +DXFDivision_Stator_Angle_Start=0 +DXFDivision_Stator_Angle_End=20 +DXFDivision_Rotor_Radius_Inner=0 +DXFDivision_Rotor_Radius_Outer=39.5 +DXFDivision_Rotor_Angle_Start=0 +DXFDivision_Rotor_Angle_End=90 +DXFDivision_PointIdent_Method=0 +ImportedDXFGeometry_Magnetic= +ImportedDXFGeometry= +ImportedDXFGeometry_Mechanical= +DXFAutoCentre=True +ImportedDXFGeometry_Thermal= +SpokeMagFullDXFImportMethod=1 +DXFAirgapClosureWidth_Stator=0 +DXFAirgapClosureWidth_Rotor=0 +DXFAirgapClosure_Stator=0 +DXFAirgapClosure_Rotor=0 +DXFImportView=0 +DXFImportView_Scale=1 +DXFImportView_Rotation=0 +DXFImportView_XOffset=0 +DXFImportView_YOffset=0 + +[Emissivity] +Emissivity_Airgap_Cup_Endcap_Outer_Surface=0.9 +Emissivity_Airgap_Cup_Endcap_Inner_Surface=0.9 +Emissivity_EWdgF_Endcap_Outer_Surface=0.9 +Emissivity_EWdgF_Endcap_Inner_Surface=0.9 +Emissivity_EWdgR_Endcap_Outer_Surface=0.9 +Emissivity_EWdgR_Endcap_Inner_Surface=0.9 +Emissivity_EWdgR_Cup_Base_Outer_Surface=0.9 +Emissivity_EWdgR_Cup_Base_Inner_Surface=0.9 +Emissivity_EWdgF_Housing_Outer_Surface=0.9 +Emissivity_EWdgF_Housing_Inner_Surface=0.9 +Emissivity_EWdgR_Housing_Outer_Surface=0.9 +Emissivity_EWdgR_Housing_Inner_Surface=0.9 +Emissivity_EWdgR_Cup_OH_Outer_Surface=0.9 +Emissivity_EWdgR_Cup_OH_Inner_Surface=0.9 +Emissivity_Rotor_Endcap_F_Outer_Surface=0.9 +Emissivity_Rotor_Endcap_F_Inner_Surface=0.9 +Emissivity_Rotor_Endcap_R_Outer_Surface=0.9 +Emissivity_Rotor_Endcap_R_Inner_Surface=0.9 +Emissivity_Magnet_Endcap_F_Outer_Surface=0.9 +Emissivity_Magnet_Endcap_F_Inner_Surface=0.9 +Emissivity_Magnet_Endcap_R_Outer_Surface=0.9 +Emissivity_Magnet_Endcap_R_Inner_Surface=0.9 +Emissivity_Housing_Active=0.9 +Emissivity_Housing_[A]=0.9 +Emissivity_Housing_Front=0.9 +Emissivity_Housing_[F]=0.9 +Emissivity_Housing_Rear=0.9 +Emissivity_Housing_[R]=0.9 +Emissivity_EndCap_Front=0.9 +Emissivity_Endcap_[F]=0.9 +Emissivity_EndCap_Rear=0.9 +Emissivity_Endcap_[R]=0.9 +Emissivity_Plate=0.9 +Emissivity_Flange_Plate=0.9 +Emissivity_Axle_Plate_F=0.9 +Emissivity_Axle_Plate_[F]=0.9 +Emissivity_Axle_Plate_R=0.9 +Emissivity_Axle_Plate_[R]=0.9 +Emissivity_Base=0.9 +Emissivity_Base_Plate=0.9 +Emissivity_EncCase=0.9 +Emissivity_Encoder_Case=0.9 +Emissivity_Airgap_Inner_Surface=0.9 +Emissivity_Airgap_Outer_Surface=0.9 +Emissivity_Airgap_Shaft_Axle_Active_Inner_Surface=0.9 +Emissivity_Shaft_[Active]=0.9 +Emissivity_Airgap_Shaft_Axle_Active_Outer_Surface=0.9 +Emissivity_Axle_[Active]=0.9 +Emissivity_Airgap_Shaft_Axle_Front_Inner_Surface=0.9 +Emissivity_Shaft_[Front]=0.9 +Emissivity_Airgap_Shaft_Axle_Front_Outer_Surface=0.9 +Emissivity_Axle_[Front]=0.9 +Emissivity_Airgap_Shaft_Axle_Rear_Inner_Surface=0.9 +Emissivity_Shaft_[Rear]=0.9 +Emissivity_Airgap_Shaft_Axle_Rear_Outer_Surface=0.9 +Emissivity_Axle_[Rear]=0.9 +Emissivity_Airgap_Cup_Housing_Active_Inner_Surface=0.9 +Emissivity_Cup_[Active]=0.9 +Emissivity_Airgap_Cup_Housing_Active_Outer_Surface=0.9 +Emissivity_Housing_Inner_Surface_[Active]=0.9 +Emissivity_Airgap_Cup_Housing_OH_Inner_Surface=0.9 +Emissivity_Cup_[Oh]=0.9 +Emissivity_Airgap_Cup_Housing_OH_Outer_Surface=0.9 +Emissivity_Housing_Inner_Surface_[Oh]=0.9 + +[View_Factor] +View_Factor_Airgap_Cup_Endcap=1 +View_Factor_EWdgF_Endcap=1 +View_Factor_EWdgR_Endcap=1 +View_Factor_EWdgR_Cup_Base=1 +View_Factor_EWdgF_Housing=1 +View_Factor_EWdgR_Housing=1 +View_Factor_EWdgR_Cup_OH=1 +View_Factor_Rotor_Endcap_F=1 +View_Factor_Rotor_Endcap_R=1 +View_Factor_Magnet_Endcap_F=1 +View_Factor_Magnet_Endcap_R=1 +View_Factor_Housing_Active_No_Fins=1 +View_Factor_Housing_[A]_-_No_Fins=1 +View_Factor_Housing_Active_Fin_Base=1 +View_Factor_Housing_[A]_-_Fin_Base=1 +View_Factor_Housing_Active_Fin_Sides=0 +View_Factor_Housing_[A]_-_Fin_Sides=0 +View_Factor_Housing_Active_Fin_Tips=1 +View_Factor_Housing_[A]_-_Fin_Tips=1 +View_Factor_Housing_Active_Fin_Channel=1 +View_Factor_Housing_[A]_-_Fin_Channel=1 +View_Factor_Housing_Active_Corner_Cutout=1 +View_Factor_Housing_[A]_-_Corner_Cutout=1 +View_Factor_Housing_Front_No_Fins=1 +View_Factor_Housing_[F]_-_No_Fins=1 +View_Factor_Housing_Front_Fin_Base=1 +View_Factor_Housing_[F]_-_Fin_Base=1 +View_Factor_Housing_Front_Fin_Sides=0 +View_Factor_Housing_[F]_-_Fin_Sides=0 +View_Factor_Housing_Front_Fin_Tips=1 +View_Factor_Housing_[F]_-_Fin_Tips=1 +View_Factor_Housing_Front_Fin_Channel=1 +View_Factor_Housing_[F]_-_Fin_Channel=1 +View_Factor_Housing_Front_Corner_Cutout=1 +View_Factor_Housing_[F]_-_Corner_Cutout=1 +View_Factor_Housing_Rear_No_Fins=1 +View_Factor_Housing_[R]_-_No_Fins=1 +View_Factor_Housing_Rear_Fin_Base=1 +View_Factor_Housing_[R]_-_Fin_Base=1 +View_Factor_Housing_Rear_Fin_Sides=0 +View_Factor_Housing_[R]_-_Fin_Sides=0 +View_Factor_Housing_Rear_Fin_Tips=1 +View_Factor_Housing_[R]_-_Fin_Tips=1 +View_Factor_Housing_Rear_Fin_Channel=1 +View_Factor_Housing_[R]_-_Fin_Channel=1 +View_Factor_Housing_Rear_Corner_Cutout=1 +View_Factor_Housing_[R]_-_Corner_Cutout=1 +View_Factor_Endcap_Front_Radial=1 +View_Factor_Endcap_[F]_-_Radial=1 +View_Factor_Endcap_Front_Axial=1 +View_Factor_Endcap_[F]_-_Axial=1 +View_Factor_Endcap_Rear_Radial=1 +View_Factor_Endcap_[R]_-_Radial=1 +View_Factor_Endcap_Rear_Axial=1 +View_Factor_Endcap_[R]_-_Axial=1 +View_Factor_Plate=1 +View_Factor_Flange_Plate=1 +View_Factor_Axle_Plate_F=1 +View_Factor_Axle_Plate_[F]=1 +View_Factor_Axle_Plate_R=1 +View_Factor_Axle_Plate_[R]=1 +View_Factor_Base=1 +View_Factor_Base_Plate=1 +View_Factor_EncCase_Radial=1 +View_Factor_Encoder_Case_-_Radial=1 +View_Factor_EncCase_Axial=1 +View_Factor_Encoder_Case_-_Axial=1 +View_Factor_Airgap=1 +View_Factor_-_Airgap=1 +View_Factor_Airgap_Shaft_Axle_Active=1 +View_Factor_-_Shaft_Axle_[Active]=1 +View_Factor_Airgap_Shaft_Axle_Front=1 +View_Factor_-_Shaft_Axle_[Front]=1 +View_Factor_Airgap_Shaft_Axle_Rear=1 +View_Factor_-_Shaft_Axle_[Rear]=1 +View_Factor_Airgap_Cup_Housing_Active=1 +View_Factor_-_Cup_Housing_[Active]=1 +View_Factor_Airgap_Cup_Housing_OH=1 +View_Factor_-_Cup_Housing_[OH]=1 + +[Radiation_Notes] +Radiation_Notes_Airgap_Cup_Endcap_Inner_Surface= +Radiation_Notes_Airgap_Cup_Endcap_Outer_Surface= +Radiation_Notes_EWdgF_Endcap_Inner_Surface= +Radiation_Notes_EWdgF_Endcap_Outer_Surface= +Radiation_Notes_EWdgR_Endcap_Inner_Surface= +Radiation_Notes_EWdgR_Endcap_Outer_Surface= +Radiation_Notes_EWdgR_Cup_Base_Inner_Surface= +Radiation_Notes_EWdgR_Cup_Base_Outer_Surface= +Radiation_Notes_EWdgF_Housing_Inner_Surface= +Radiation_Notes_EWdgF_Housing_Outer_Surface= +Radiation_Notes_EWdgR_Housing_Inner_Surface= +Radiation_Notes_EWdgR_Housing_Outer_Surface= +Radiation_Notes_EWdgR_Cup_OH_Inner_Surface= +Radiation_Notes_EWdgR_Cup_OH_Outer_Surface= +Radiation_Notes_Rotor_Endcap_F_Inner_Surface= +Radiation_Notes_Rotor_Endcap_F_Outer_Surface= +Radiation_Notes_Rotor_Endcap_R_Inner_Surface= +Radiation_Notes_Rotor_Endcap_R_Outer_Surface= +Radiation_Notes_Magnet_Endcap_F_Inner_Surface= +Radiation_Notes_Magnet_Endcap_F_Outer_Surface= +Radiation_Notes_Magnet_Endcap_R_Inner_Surface= +Radiation_Notes_Magnet_Endcap_R_Outer_Surface= +Radiation_Notes_Housing_Active_No_Fins= +Notes_Radiation_Housing_[A]_-_No_Fins= +Radiation_Notes_Housing_Active_Fin_Base= +Notes_Radiation_Housing_[A]_-_Fin_Base= +Radiation_Notes_Housing_Active_Fin_Sides= +Notes_Radiation_Housing_[A]_-_Fin_Sides= +Radiation_Notes_Housing_Active_Fin_Tips= +Notes_Radiation_Housing_[A]_-_Fin_Tips= +Radiation_Notes_Housing_Active_Fin_Channel= +Notes_Radiation_Housing_[A]_-_Fin_Channel= +Radiation_Notes_Housing_Active_Corner_Cutout= +Notes_Radiation_Housing_[A]_-_Corner_Cutout= +Radiation_Notes_Housing_Front_No_Fins= +Notes_Radiation_Housing_[F]_-_No_Fins= +Radiation_Notes_Housing_Front_Fin_Base= +Notes_Radiation_Housing_[F]_-_Fin_Base= +Radiation_Notes_Housing_Front_Fin_Sides= +Notes_Radiation_Housing_[F]_-_Fin_Sides= +Radiation_Notes_Housing_Front_Fin_Tips= +Notes_Radiation_Housing_[F]_-_Fin_Tips= +Radiation_Notes_Housing_Front_Fin_Channel= +Notes_Radiation_Housing_[F]_-_Fin_Channel= +Radiation_Notes_Housing_Front_Corner_Cutout= +Notes_Radiation_Housing_[F]_-_Corner_Cutout= +Radiation_Notes_Housing_Rear_No_Fins= +Notes_Radiation_Housing_[R]_-_No_Fins= +Radiation_Notes_Housing_Rear_Fin_Base= +Notes_Radiation_Housing_[R]_-_Fin_Base= +Radiation_Notes_Housing_Rear_Fin_Sides= +Notes_Radiation_Housing_[R]_-_Fin_Sides= +Radiation_Notes_Housing_Rear_Fin_Tips= +Notes_Radiation_Housing_[R]_-_Fin_Tips= +Radiation_Notes_Housing_Rear_Fin_Channel= +Notes_Radiation_Housing_[R]_-_Fin_Channel= +Radiation_Notes_Housing_Rear_Corner_Cutout= +Notes_Radiation_Housing_[R]_-_Corner_Cutout= +Radiation_Notes_Endcap_Front_Radial= +Notes_Radiation_Endcap_[F]_-_Radial= +Radiation_Notes_Endcap_Front_Axial= +Notes_Radiation_Endcap_[F]_-_Axial= +Radiation_Notes_Endcap_Rear_Radial= +Notes_Radiation_Endcap_[R]_-_Radial= +Radiation_Notes_Endcap_Rear_Axial= +Notes_Radiation_Endcap_[R]_-_Axial= +Radiation_Notes_Plate= +Notes_Radiation_Flange_Plate= +Radiation_Notes_Axle_Plate_F= +Notes_Radiation_Axle_Plate_[F]= +Radiation_Notes_Axle_Plate_R= +Notes_Radiation_Axle_Plate_[R]= +Radiation_Notes_Base= +Notes_Radiation_Base_Plate= +Radiation_Notes_EncCase_Radial= +Notes_Radiation_Encoder_Case_-_Radial= +Radiation_Notes_EncCase_Axial= +Notes_Radiation_Encoder_Case_-_Axial= +Radiation_Notes_Airgap_Inner_Surface= +Notes_Radiation_Airgap_Inner_Surface= +Radiation_Notes_Airgap_Outer_Surface= +Notes_Radiation_Airgap_Outer_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Active_Inner_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Active_Outer_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Front_Inner_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Front_Outer_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Rear_Inner_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Rear_Outer_Surface= +Radiation_Notes_Airgap_Cup_Housing_Active_Inner_Surface= +Radiation_Notes_Airgap_Cup_Housing_Active_Outer_Surface= +Radiation_Notes_Airgap_Cup_Housing_OH_Inner_Surface= +Radiation_Notes_Airgap_Cup_Housing_OH_Outer_Surface= + +[Surface_Area] +Airgap_Cup_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 +Airgap_Cup_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgF_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgF_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgR_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgR_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgR_Cup_Base_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgR_Cup_Base_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgF_Housing_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgF_Housing_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgR_Housing_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgR_Housing_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgR_Cup_OH_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgR_Cup_OH_Radiation_Exchange_Factor_Outer_Inner=0 +Rotor_Endcap_F_Radiation_Exchange_Factor_Inner_Outer=0 +Rotor_Endcap_F_Radiation_Exchange_Factor_Outer_Inner=0 +Rotor_Endcap_R_Radiation_Exchange_Factor_Inner_Outer=0 +Rotor_Endcap_R_Radiation_Exchange_Factor_Outer_Inner=0 +Magnet_Endcap_F_Radiation_Exchange_Factor_Inner_Outer=0 +Magnet_Endcap_F_Radiation_Exchange_Factor_Outer_Inner=0 +Magnet_Endcap_R_Radiation_Exchange_Factor_Inner_Outer=0 +Magnet_Endcap_R_Radiation_Exchange_Factor_Outer_Inner=0 + +[End_Space] +K1_ES_EndRing_Bore_F=15 +K2_ES_EndRing_Bore_F=0.4 +K3_ES_EndRing_Bore_F=0.9 +Vel_Mult_ES_EndRing_Bore_F=1 +Notes_ES_EndRing_Bore_F= +K1_ES_EndRing_Outer_F=15 +K2_ES_EndRing_Outer_F=0.4 +K3_ES_EndRing_Outer_F=0.9 +Vel_Mult_ES_EndRing_Outer_F=1 +Notes_ES_EndRing_Outer_F= +K1_ES_EndRing_End_F=15 +K2_ES_EndRing_End_F=0.4 +K3_ES_EndRing_End_F=0.9 +Vel_Mult_ES_EndRing_End_F=1 +Notes_ES_EndRing_End_F= +K1_ES_EndRing_ExtBore_F=15 +K2_ES_EndRing_ExtBore_F=0.4 +K3_ES_EndRing_ExtBore_F=0.9 +Vel_Mult_ES_EndRing_ExtBore_F=1 +Notes_ES_EndRing_ExtBore_F= +K1_ES_EndRing_ExtOuter_F=15 +K2_ES_EndRing_ExtOuter_F=0.4 +K3_ES_EndRing_ExtOuter_F=0.9 +Vel_Mult_ES_EndRing_ExtOuter_F=1 +Notes_ES_EndRing_ExtOuter_F= +K1_ES_EndRing_ExtInter_F=0 +K2_ES_EndRing_ExtInter_F=0.4 +K3_ES_EndRing_ExtInter_F=0.9 +Vel_Mult_ES_EndRing_ExtInter_F=1 +Notes_ES_EndRing_ExtInter_F=default = blocked channel (k1 = 0) +K1_ES_EndRing_Bore_R=15 +K2_ES_EndRing_Bore_R=0.4 +K3_ES_EndRing_Bore_R=0.9 +Vel_Mult_ES_EndRing_Bore_R=1 +Notes_ES_EndRing_Bore_R= +K1_ES_EndRing_Outer_R=15 +K2_ES_EndRing_Outer_R=0.4 +K3_ES_EndRing_Outer_R=0.9 +Vel_Mult_ES_EndRing_Outer_R=1 +Notes_ES_EndRing_Outer_R= +K1_ES_EndRing_End_R=15 +K2_ES_EndRing_End_R=0.4 +K3_ES_EndRing_End_R=0.9 +Vel_Mult_ES_EndRing_End_R=1 +Notes_ES_EndRing_End_R= +K1_ES_EndRing_ExtBore_R=15 +K2_ES_EndRing_ExtBore_R=0.4 +K3_ES_EndRing_ExtBore_R=0.9 +Vel_Mult_ES_EndRing_ExtBore_R=1 +Notes_ES_EndRing_ExtBore_R= +K1_ES_EndRing_ExtOuter_R=15 +K2_ES_EndRing_ExtOuter_R=0.4 +K3_ES_EndRing_ExtOuter_R=0.9 +Vel_Mult_ES_EndRing_ExtOuter_R=1 +Notes_ES_EndRing_ExtOuter_R= +K1_ES_EndRing_ExtInter_R=0 +K2_ES_EndRing_ExtInter_R=0.4 +K3_ES_EndRing_ExtInter_R=0.9 +Vel_Mult_ES_EndRing_ExtInter_R=1 +Notes_ES_EndRing_ExtInter_R=default = blocked channel (k1 = 0) +K1_ES_Rotor_EWdg_F=15 +K2_ES_Rotor_EWdg_F=0.4 +K3_ES_Rotor_EWdg_F=0.9 +Vel_Mult_ES_Rotor_EWdg_F=1 +Notes_ES_Rotor_EWdg_F= +K1_ES_Rotor_EWdg_R=15 +K2_ES_Rotor_EWdg_R=0.4 +K3_ES_Rotor_EWdg_R=0.9 +Vel_Mult_ES_Rotor_EWdg_R=1 +Notes_ES_Rotor_EWdg_R= +EndcapVentInletTempSettingFront=0 +EndcapVentInletTempSettingRear=0 +EndcapVentInletTempFront=40 +EndcapVentInletTempRear=40 +EndcapVentFlowDefinition_F=0 +EndcapVentFlowDefinition_R=0 +EndcapVentRefFlowVel_F=10 +EndcapVentRefFlowVel_R=10 +K1_ES_DividerWedge_F=15 +K2_ES_DividerWedge_F=0.4 +K3_ES_DividerWedge_F=0.9 +Vel_Mult_ES_DividerWedge_F=0.1 +Notes_ES_DividerWedge_F= +K1_ES_DividerWedge_R=15 +K2_ES_DividerWedge_R=0.4 +K3_ES_DividerWedge_R=0.9 +Vel_Mult_ES_DividerWedge_R=0.1 +Notes_ES_DividerWedge_R= +ESpaceVelocityMultSetting_F=1 +ESpaceVelocityMultSetting_R=1 +K1_ES_ExtShaftOuter_F=15 +K2_ES_ExtShaftOuter_F=0.4 +K3_ES_ExtShaftOuter_F=0.9 +Vel_Mult_ES_ExtShaftOuter_F=1 +Notes_ES_ExtShaftOuter_F= +K1_ES_ExtShaftEnd_F=0 +K2_ES_ExtShaftEnd_F=0.4 +K3_ES_ExtShaftEnd_F=0.9 +Vel_Mult_ES_ExtShaftEnd_F=1 +Notes_ES_ExtShaftEnd_F=default = shaft end not exposed (k1 = 0) +K1_ES_ExtShaftOuter_R=15 +K2_ES_ExtShaftOuter_R=0.4 +K3_ES_ExtShaftOuter_R=0.9 +Vel_Mult_ES_ExtShaftOuter_R=1 +Notes_ES_ExtShaftOuter_R= +K1_ES_ExtShaftEnd_R=15 +K2_ES_ExtShaftEnd_R=0.4 +K3_ES_ExtShaftEnd_R=0.9 +Vel_Mult_ES_ExtShaftEnd_R=1 +Notes_ES_ExtShaftEnd_R= +K1_ES_ExtFan=15 +K2_ES_ExtFan=0.4 +K3_ES_ExtFan=0.9 +Vel_Mult_ES_ExtFan=1 +Notes_ES_ExtFan= +K1_ES_StatorClampPlate_F=15 +K2_ES_StatorClampPlate_F=0.4 +K3_ES_StatorClampPlate_F=0.9 +Vel_Mult_ES_StatorClampPlate_F=0.5 +Notes_ES_StatorClampPlate_F= +K1_ES_StatorClampPlate_R=15 +K2_ES_StatorClampPlate_R=0.4 +K3_ES_StatorClampPlate_R=0.9 +Vel_Mult_ES_StatorClampPlate_R=0.5 +Notes_ES_StatorClampPlate_R= +K1_ES_EWdg_Inner_F[0]=15 +K2_ES_EWdg_Inner_F[0]=0.4 +K3_ES_EWdg_Inner_F[0]=0.9 +Vel_Mult_ES_EWdg_Inner_F[0]=1 +Notes_ES_EWdg_Inner_F[0]= +K1_ES_EWdg_Outer_F[0]=15 +K2_ES_EWdg_Outer_F[0]=0.4 +K3_ES_EWdg_Outer_F[0]=0.9 +Vel_Mult_ES_EWdg_Outer_F[0]=0.2 +Notes_ES_EWdg_Outer_F[0]= +K1_ES_EWdg_Front_F[0]=15 +K2_ES_EWdg_Front_F[0]=0.4 +K3_ES_EWdg_Front_F[0]=0.9 +Vel_Mult_ES_EWdg_Front_F[0]=0.5 +Notes_ES_EWdg_Front_F[0]= +K1_ES_EWdg_Rear_F[0]=15 +K2_ES_EWdg_Rear_F[0]=0.4 +K3_ES_EWdg_Rear_F[0]=0.9 +Vel_Mult_ES_EWdg_Rear_F[0]=0.2 +Notes_ES_EWdg_Rear_F[0]= +K1_ES_EWdg_Inner_R[0]=15 +K2_ES_EWdg_Inner_R[0]=0.4 +K3_ES_EWdg_Inner_R[0]=0.9 +Vel_Mult_ES_EWdg_Inner_R[0]=1 +Notes_ES_EWdg_Inner_R[0]= +K1_ES_EWdg_Outer_R[0]=15 +K2_ES_EWdg_Outer_R[0]=0.4 +K3_ES_EWdg_Outer_R[0]=0.9 +Vel_Mult_ES_EWdg_Outer_R[0]=0.2 +Notes_ES_EWdg_Outer_R[0]= +K1_ES_EWdg_Front_R[0]=15 +K2_ES_EWdg_Front_R[0]=0.4 +K3_ES_EWdg_Front_R[0]=0.9 +Vel_Mult_ES_EWdg_Front_R[0]=0.2 +Notes_ES_EWdg_Front_R[0]= +K1_ES_EWdg_Rear_R[0]=15 +K2_ES_EWdg_Rear_R[0]=0.4 +K3_ES_EWdg_Rear_R[0]=0.9 +Vel_Mult_ES_EWdg_Rear_R[0]=0.5 +Notes_ES_EWdg_Rear_R[0]= +ESpaceFluidWeightCalc=1 +CombineSprayAndConvectionCooling=1 +Area_Mult_ES_EWdg_Inner_F[0]=1 +Area_Mult_ES_EWdg_Inner_R[0]=1 +Area_Mult_ES_EWdg_Outer_F[0]=1 +Area_Mult_ES_EWdg_Outer_R[0]=1 +Area_Mult_ES_EWdg_Front_F[0]=1 +Area_Mult_ES_EWdg_Front_R[0]=1 +Area_Mult_ES_EWdg_Rear_F[0]=1 +Area_Mult_ES_EWdg_Rear_R[0]=1 +Area_Mult_ES_Housing_F=1 +Area_Mult_ES_Housing_R=1 +Area_Mult_ES_Endcap_F=1 +Area_Mult_ES_Endcap_R=1 +Area_Mult_ES_Bearing_F=1 +Area_Mult_ES_Bearing_R=1 +Area_Mult_ES_Axle_F=1 +Area_Mult_ES_Axle_R=1 +Area_Mult_ES_Cup_Base=1 +Area_Mult_ES_Cup_OH=1 +Area_Mult_ES_Shaft_F=1 +Area_Mult_ES_Shaft_R=1 +Area_Mult_ES_Rotor_F=1 +Area_Mult_ES_Rotor_R=1 +Area_Mult_ES_Stator_F=1 +Area_Mult_ES_Stator_R=1 +Area_Mult_ES_Magnet_F=1 +Area_Mult_ES_Magnet_R=1 +Area_Mult_ES_EndRing_Bore_F=1 +Area_Mult_ES_EndRing_Bore_R=1 +Area_Mult_ES_EndRing_Outer_F=1 +Area_Mult_ES_EndRing_Outer_R=1 +Area_Mult_ES_EndRing_End_F=1 +Area_Mult_ES_EndRing_End_R=1 +Area_Mult_ES_EndRing_ExtBore_F=1 +Area_Mult_ES_EndRing_ExtBore_R=1 +Area_Mult_ES_EndRing_ExtOuter_F=1 +Area_Mult_ES_EndRing_ExtOuter_R=1 +Area_Mult_ES_EndRing_ExtInter_F=1 +Area_Mult_ES_EndRing_ExtInter_R=1 +Area_Mult_ES_EW_Ext_F=1 +Area_Mult_ES_EW_Ext_R=1 +Area_Mult_ES_StatorClampPlate_F=1 +Area_Mult_ES_StatorClampPlate_R=1 +Area_Mult_ES_Comm=1 +Area_Mult_ES_Brushes=1 +Area_Mult_ES_StatorPlate_F=1 +Area_Mult_ES_StatorPlate_R=1 +Area_Mult_ES_ExtShaftOuter_F=1 +Area_Mult_ES_ExtShaftEnd_F=1 +Area_Mult_ES_ExtShaftOuter_R=1 +Area_Mult_ES_ExtShaftEnd_R=1 +Area_Mult_ES_ExtFan=1 +Area_Mult_ES_DividerWedge_F=1 +Area_Mult_ES_DividerWedge_R=1 +Area_Mult_ES_Rotor_EWdg_F=1 +Area_Mult_ES_Rotor_EWdg_R=1 +Area_Mult_ES_RotorEwdg_Outer_F=1 +Area_Mult_ES_RotorEwdg_Inner_F=1 +Area_Mult_ES_RotorEwdg_End_F=1 +Area_Mult_ES_RotorEwdg_internal_F=1 +Area_Mult_ES_RotorEwdg_Outer_R=1 +Area_Mult_ES_RotorEwdg_Inner_R=1 +Area_Mult_ES_RotorEwdg_End_R=1 +Area_Mult_ES_RotorEwdg_internal_R=1 +Include_EndSpace_Altitude_Effects=True +ESpaceFluidHTCScaling=2 +ImprovedShaftExtResistance=True +FluidHTCScalingTempVariation=0 +FluidHTCScalingTemp=100 +EndcapAreaCalc=1 +K1_ES_StatorPlate_F=15 +K2_ES_StatorPlate_F=0.4 +K3_ES_StatorPlate_F=0.9 +Vel_Mult_ES_StatorPlate_F=1 +Notes_ES_StatorPlate_F= +K1_ES_StatorPlate_R=15 +K2_ES_StatorPlate_R=0.4 +K3_ES_StatorPlate_R=0.9 +Vel_Mult_ES_StatorPlate_R=1 +Notes_ES_StatorPlate_R= +GapEndW_Plate_F=0 +GapEndW_Plate_R=0 +K1_ES_RotorEwdg_Outer_F=15 +K2_ES_RotorEwdg_Outer_F=0.4 +K3_ES_RotorEwdg_Outer_F=0.9 +Vel_Mult_ES_RotorEwdg_Outer_F=1 +Notes_ES_RotorEwdg_Outer_F= +K1_ES_RotorEwdg_inner_F=15 +K2_ES_RotorEwdg_inner_F=0.4 +K3_ES_RotorEwdg_inner_F=0.9 +Vel_Mult_ES_RotorEwdg_inner_F=1 +Notes_ES_RotorEwdg_inner_F= +K1_ES_RotorEwdg_end_F=15 +K2_ES_RotorEwdg_end_F=0.4 +K3_ES_RotorEwdg_end_F=0.9 +Vel_Mult_ES_RotorEwdg_end_F=1 +Notes_ES_RotorEwdg_end_F= +K1_ES_RotorEwdg_internal_F=15 +K2_ES_RotorEwdg_internal_F=0.4 +K3_ES_RotorEwdg_internal_F=0.9 +Vel_Mult_ES_RotorEwdg_internal_F=1 +Notes_ES_RotorEwdg_internal_F= +K1_ES_RotorEwdg_Outer_R=15 +K2_ES_RotorEwdg_Outer_R=0.4 +K3_ES_RotorEwdg_Outer_R=0.9 +Vel_Mult_ES_RotorEwdg_Outer_R=1 +Notes_ES_RotorEwdg_Outer_R= +K1_ES_RotorEwdg_inner_R=15 +K2_ES_RotorEwdg_inner_R=0.4 +K3_ES_RotorEwdg_inner_R=0.9 +Vel_Mult_ES_RotorEwdg_inner_R=1 +Notes_ES_RotorEwdg_inner_R= +K1_ES_RotorEwdg_end_R=15 +K2_ES_RotorEwdg_end_R=0.4 +K3_ES_RotorEwdg_end_R=0.9 +Vel_Mult_ES_RotorEwdg_end_R=1 +Notes_ES_RotorEwdg_end_R= +K1_ES_RotorEwdg_internal_R=15 +K2_ES_RotorEwdg_internal_R=0.4 +K3_ES_RotorEwdg_internal_R=0.9 +Vel_Mult_ES_RotorEwdg_internal_R=1 +Notes_ES_RotorEwdg_internal_R= +End_Space_Velocity_Multiplier_F=0.5 +End_Space_Velocity_Multiplier_[Front]=0.5 +End_Space_Velocity_Multiplier_R=0.5 +End_Space_Velocity_Multiplier_[Rear]=0.5 +Volume_Flow_Rate_ESpace_Fluid_Front=0.0200066 +Volume_Flow_Rate_ESpace_Fluid_Rear=0.0200066 +Endwinding_Roughness_F=1 +End_Winding_Area_Adjustment_Factor_[Front]=1 +Endwinding_Roughness_R=1 +End_winding_area_adjustment_factor_[Rear]=1 +K1_ES_Housing_F=15 +ESpace_K1_-_Housing_[Front]=15 +K1_ES_Housing_R=15 +ESpace_K1_-_Housing_[Rear]=15 +K1_ES_Endcap_F=15 +ESpace_K1_-_Endcap_[Front]=15 +K1_ES_Endcap_R=15 +ESpace_K1_-_Endcap_[Rear]=15 +K1_ES_Bearing_F=15 +ESpace_K1_-_Bearing_[Front]=15 +K1_ES_Bearing_R=15 +ESpace_K1_-_Bearing_[Rear]=15 +K1_ES_Shaft_F=15 +ESpace_K1_-_Shaft_[Front]=15 +K1_ES_Shaft_R=15 +ESpace_K1_-_Shaft_[Rear]=15 +K1_ES_Axle_F=15 +ESpace_K1_-_Axle_[Front]=15 +K1_ES_Axle_R=15 +ESpace_K1_-_Axle_[Rear]=15 +K1_ES_Cup_Base=15 +ESpace_K1_-_Cup_Base=15 +K1_ES_Cup_OH=15 +ESpace_K1_-_Cup_OH=15 +K1_ES_Rotor_F=15 +ESpace_K1_-_Rotor_[Front]=15 +K1_ES_Rotor_R=15 +ESpace_K1_-_Rotor_[Rear]=15 +K1_ES_Rotor_Coil=15 +ESpace_K1_-_Rotor_Coil=15 +K1_ES_Stator_F=15 +ESpace_K1_-_Stator_[Front]=15 +K1_ES_Stator_R=15 +ESpace_K1_-_Stator_[Rear]=15 +K1_ES_Magnet_F=15 +ESpace_K1_-_Magnet_[Front]=15 +K1_ES_Magnet_R=15 +ESpace_K1_-_Magnet_[Rear]=15 +K1_ES_EW_Ext_F=0 +ESpace_K1_-_EW_Ext_[Front]=0 +K1_ES_EW_Ext_R=0 +ESpace_K1_-_EW_Ext_[Rear]=0 +K1_ES_Comm=15 +ESpace_K1_-_Comm_[Rear]=15 +K1_ES_Brushes=15 +ESpace_K1_-_Brushes=15 +K2_ES_Housing_F=0.4 +ESpace_K2_-_Housing_[Front]=0.4 +K2_ES_Housing_R=0.4 +ESpace_K2_-_Housing_[Rear]=0.4 +K2_ES_Endcap_F=0.4 +ESpace_K2_-_Endcap_[Front]=0.4 +K2_ES_Endcap_R=0.4 +ESpace_K2_-_Endcap_[Rear]=0.4 +K2_ES_Bearing_F=0.4 +ESpace_K2_-_Bearing_[Front]=0.4 +K2_ES_Bearing_R=0.4 +ESpace_K2_-_Bearing_[Rear]=0.4 +K2_ES_Shaft_F=0.4 +ESpace_K2_-_Shaft_[Front]=0.4 +K2_ES_Shaft_R=0.4 +ESpace_K2_-_Shaft_[Rear]=0.4 +K2_ES_Axle_F=0.4 +ESpace_K2_-_Axle_[Front]=0.4 +K2_ES_Axle_R=0.4 +ESpace_K2_-_Axle_[Rear]=0.4 +K2_ES_Cup_Base=0.4 +ESpace_K2_-_Cup_Base=0.4 +K2_ES_Cup_OH=0.4 +ESpace_K2_-_Cup_OH=0.4 +K2_ES_Rotor_F=0.4 +ESpace_K2_-_Rotor_[Front]=0.4 +K2_ES_Rotor_R=0.4 +ESpace_K2_-_Rotor_[Rear]=0.4 +K2_ES_Rotor_Coil=0.4 +ESpace_K2_-_Rotor_Coil=0.4 +K2_ES_Stator_F=0.4 +ESpace_K2_-_Stator_[Front]=0.4 +K2_ES_Stator_R=0.4 +ESpace_K2_-_Stator_[Rear]=0.4 +K2_ES_Magnet_F=0.4 +ESpace_K2_-_Magnet_[Front]=0.4 +K2_ES_Magnet_R=0.4 +ESpace_K2_-_Magnet_[Rear]=0.4 +K2_ES_EW_Ext_F=0.4 +ESpace_K2_-_EW_Ext_[Front]=0.4 +K2_ES_EW_EXt_R=0.4 +ESpace_K2_-_EW_Ext_[Rear]=0.4 +K2_ES_Comm=0.4 +ESpace_K2_-_Comm_[Rear]=0.4 +K2_ES_Brushes=0.4 +ESpace_K2_-_Brushes=0.4 +K3_ES_Housing_F=0.9 +ESpace_K3_-_Housing_[Front]=0.9 +K3_ES_Housing_R=0.9 +ESpace_K3_-_Housing_[Rear]=0.9 +K3_ES_Endcap_F=0.9 +ESpace_K3_-_Endcap_[Front]=0.9 +K3_ES_Endcap_R=0.9 +ESpace_K3_-_Endcap_[Rear]=0.9 +K3_ES_Bearing_F=0.9 +ESpace_K3_-_Bearing_[Front]=0.9 +K3_ES_Bearing_R=0.9 +ESpace_K3_-_Bearing_[Rear]=0.9 +K3_ES_Shaft_F=0.9 +ESpace_K3_-_Shaft_[Front]=0.9 +K3_ES_Shaft_R=0.9 +ESpace_K3_-_Shaft_[Rear]=0.9 +K3_ES_Axle_F=0.9 +ESpace_K3_-_Axle_[Front]=0.9 +K3_ES_Axle_R=0.9 +ESpace_K3_-_Axle_[Rear]=0.9 +K3_ES_Cup_Base=0.9 +ESpace_K3_-_Cup_Base=0.9 +K3_ES_Cup_OH=0.9 +ESpace_K3_-_Cup_OH=0.9 +K3_ES_Rotor_F=0.9 +ESpace_K3_-_Rotor_[Front]=0.9 +K3_ES_Rotor_R=0.9 +ESpace_K3_-_Rotor_[Rear]=0.9 +K3_ES_Rotor_Coil=0.9 +ESpace_K3_-_Rotor_Coil=0.9 +K3_ES_Stator_F=0.9 +ESpace_K3_-_Stator_[Front]=0.9 +K3_ES_Stator_R=0.9 +ESpace_K3_-_Stator_[Rear]=0.9 +K3_ES_Magnet_F=0.9 +ESpace_K3_-_Magnet_[Front]=0.9 +K3_ES_Magnet_R=0.9 +ESpace_K3_-_Magnet_[Rear]=0.9 +K3_ES_EW_Ext_F=0.9 +ESpace_K3_-_EW_Ext_[Front]=0.9 +K3_ES_EW_Ext_R=0.9 +ESpace_K3_-_EW_Ext_[Rear]=0.9 +K3_ES_Comm=0.9 +ESpace_K3_-_Comm_[Rear]=0.9 +K3_ES_Brushes=0.9 +ESpace_K3_-_Brushes=0.9 +Vel_Mult_ES_Housing_F=0.2 +ESpace_Vel_Mult_-_Housing_[Front]=0.2 +Vel_Mult_ES_Housing_R=0.2 +ESpace_Vel_Mult_-_Housing_[Rear]=0.2 +Vel_Mult_ES_Endcap_F=0.7 +ESpace_Vel_Mult_-_Endcap_[Front]=0.7 +Vel_Mult_ES_Endcap_R=0.7 +ESpace_Vel_Mult_-_Endcap_[Rear]=0.7 +Vel_Mult_ES_Bearing_F=1 +ESpace_Vel_Mult_-_Bearing_[Front]=1 +Vel_Mult_ES_Bearing_R=1 +ESpace_Vel_Mult_-_Bearing_[Rear]=1 +Vel_Mult_ES_Shaft_F=1 +ESpace_Vel_Mult_-_Shaft_[Front]=1 +Vel_Mult_ES_Shaft_R=1 +ESpace_Vel_Mult_-_Shaft_[Rear]=1 +Vel_Mult_ES_Axle_F=0 +ESpace_Vel_Mult_-_Axle_[Front]=0 +Vel_Mult_ES_Axle_R=0 +ESpace_Vel_Mult_-_Axle_[Rear]=0 +Vel_Mult_ES_Cup_Base=0 +ESpace_Vel_Mult_-_Cup_Base=0 +Vel_Mult_ES_Cup_OH=0 +ESpace_Vel_Mult_-_Cup_OH=0 +Vel_Mult_ES_Rotor_F=1 +ESpace_Vel_Mult_-_Rotor_[Front]=1 +Vel_Mult_ES_Rotor_R=1 +ESpace_Vel_Mult_-_Rotor_[Rear]=1 +Vel_Mult_ES_Rotor_Coil=1 +ESpace_Vel_Mult_-_Rotor_Coil=1 +Vel_Mult_ES_Stator_F=1 +ESpace_Vel_Mult_-_Stator_[Front]=1 +Vel_Mult_ES_Stator_R=1 +ESpace_Vel_Mult_-_Stator_[Rear]=1 +Vel_Mult_ES_Magnet_F=1 +ESpace_Vel_Mult_-_Magnet_[Front]=1 +Vel_Mult_ES_Magnet_R=1 +ESpace_Vel_Mult_-_Magnet_[Rear]=1 +Vel_Mult_ES_EW_Ext_F=0.5 +ESpace_Vel_Mult_-_EW_Ext_[Front]=0.5 +Vel_Mult_ES_EW_Ext_R=0.5 +ESpace_Vel_Mult_-_EW_Ext_[Rear]=0.5 +Vel_Mult_ES_Comm=1 +ESpace_Vel_Mult_-_Comm_[Rear]=1 +Vel_Mult_ES_Brushes=1 +ESpace_Vel_Mult_-_Brushes=1 +Notes_ES_Housing_F= +ESpace_Notes_-_Housing_[Front]= +Notes_ES_Housing_R= +ESpace_Notes_-_Housing_[Rear]= +Notes_ES_Endcap_F= +ESpace_Notes_-_Endcap_[Front]= +Notes_ES_Endcap_R= +ESpace_Notes_-_Endcap_[Rear]= +Notes_ES_Bearing_F= +ESpace_Notes_-_Bearing_[Front]= +Notes_ES_Bearing_R= +ESpace_Notes_-_Bearing_[Rear]= +Notes_ES_Shaft_F= +ESpace_Notes_-_Shaft_[Front]= +Notes_ES_Shaft_R= +ESpace_Notes_-_Shaft_[Rear]= +Notes_ES_Axle_F= +ESpace_Notes_-_Axle_[Front]= +Notes_ES_Axle_R= +ESpace_Notes_-_Axle_[Rear]= +Notes_ES_Cup_Base= +ESpace_Notes_-_Cup_Base= +Notes_ES_Cup_OH= +ESpace_Notes_-_Cup_OH= +Notes_ES_Rotor_F= +ESpace_Notes_-_Rotor_[Front]= +Notes_ES_Rotor_R= +ESpace_Notes_-_Rotor_[Rear]= +Notes_ES_Rotor_Coil= +ESpace_Notes_-_Rotor_Coil= +Notes_ES_Stator_F= +ESpace_Notes_-_Stator_[Front]= +Notes_ES_Stator_R= +ESpace_Notes_-_Stator_[Rear]= +Notes_ES_Magnet_F= +ESpace_Notes_-_Magnet_[Front]= +Notes_ES_Magnet_R= +ESpace_Notes_-_Magnet_[Rear]= +Notes_ES_EW_Ext_F=default = blocked channel (k1 = 0) +ESpace_Notes_-_EW_Ext_[Front]=default = blocked channel (k1 = 0) +Notes_ES_EW_Ext_R=default = blocked channel (k1 = 0) +ESpace_Notes_-_EW_Ext_[Rear]=default = blocked channel (k1 = 0) +Notes_ES_Comm= +ESpace_Notes_-_Comm_[Rear]= +Notes_ES_Brushes= +ESpace_Notes_-_Brushes= +Area_Mult_ES_EW_Bore_F=1 +Area_Mult_ES_EW_Bore_R=1 +Area_Mult_ES_EW_Outer_F=1 +Area_Mult_ES_EW_Outer_R=1 +Area_Mult_ES_EW_End_F=1 +Area_Mult_ES_EW_End_R=1 +ESpace_K1_-_EW_Bore_[Front]=15 +ESpace_K2_-_EW_Bore_[Front]=0.4 +ESpace_K3_-_EW_Bore_[Front]=0.9 +ESpace_Vel_Mult_-_EW_Bore_[Front]=1 +ESpace_Notes_-_EW_Bore_[Front]= +ESpace_K1_-_EW_Outer_[Front]=15 +ESpace_K2_-_EW_Outer_[Front]=0.4 +ESpace_K3_-_EW_Outer_[Front]=0.9 +ESpace_Vel_Mult_-_EW_Outer_[Front]=0.2 +ESpace_Notes_-_EW_Outer_[Front]= +ESpace_K1_-_EW_End_[Front]=15 +ESpace_K2_-_EW_End_[Front]=0.4 +ESpace_K3_-_EW_End_[Front]=0.9 +ESpace_Vel_Mult_-_EW_End_[Front]=0.5 +ESpace_Notes_-_EW_End_[Front]= +ESpace_K1_-_EW_Bore_[Rear]=15 +ESpace_K2_-_EW_Bore_[Rear]=0.4 +ESpace_K3_-_EW_Bore_[Rear]=0.9 +ESpace_Vel_Mult_-_EW_Bore_[Rear]=1 +ESpace_Notes_-_EW_Bore_[Rear]= +ESpace_K1_-_EW_Outer_[Rear]=15 +ESpace_K2_-_EW_Outer_[Rear]=0.4 +ESpace_K3_-_EW_Outer_[Rear]=0.9 +ESpace_Vel_Mult_-_EW_Outer_[Rear]=0.2 +ESpace_Notes_-_EW_Outer_[Rear]= +ESpace_K1_-_EW_End_[Rear]=15 +ESpace_K2_-_EW_End_[Rear]=0.4 +ESpace_K3_-_EW_End_[Rear]=0.9 +ESpace_Vel_Mult_-_EW_End_[Rear]=0.5 +ESpace_Notes_-_EW_End_[Rear]= + +[FEA_Settings] +FEAMaxValue_Thermal=180 +FEAMinValue_Thermal=40 +FEAAutoShading_Thermal=True +FEAHighlightMin_Thermal=True +FEAHighlightMax_Thermal=True +FEAMaxValue_Magnetic=2.2 +FEAMinValue_Magnetic=0 +FEAAutoShading_Magnetic=True +FEAHighlightMin_Magnetic=True +FEAHighlightMax_Magnetic=True +FEAMaxValue_Mechanical=0.05 +FEAMinValue_Mechanical=0 +FEAAutoShading_Mechanical=True +FEAHighlightMin_Mechanical=True +FEAHighlightMax_Mechanical=True +FEAAreaSelect=0 +FEANumEquipotentialLines_EMag=20 +FEANumEquipotentialLines_Therm=20 +FEANumEquipotentialLines_Mechanical=0 +FEALengthVectors_EMag=0 +FEALengthVectors_Therm=0 +FEALengthVectors_Mechanical=0 +UseDXFImportForFEA_Magnetic=False +UseDXFImportForFEA=False +DXFImportType=0 +CustomFEARegions_Magnetic= +CustomRegionMagNames_Method=1 +UseCustomFEARegions_Magnetic=False +CustomFEARegions_ThermalSlot= +UseCustomFEARegions_ThermalSlot=False +CustomFEARegions_ThermalPole= +UseCustomFEARegions_ThermalPole=False +UseDXFImportForFEA_Mechanical=False +CustomFEARegions_Mechanical= +UseCustomFEARegions_Mechanical=False +ShowModelAirgap=True +GeometryTestMode=0 +UseDXFImportForFEA_Thermal=False +CustomFEARegions_ThermalDXF= +VerboseFEAOutput=False +VerboseFEAMessageOutput=False +VerboseMessageOutput=False +VerboseFlag_TimedInfo=False +VerboseFlag_Info=False +VerboseFlag_IOInfo=False +VerboseFlag_ScriptInfo=False +VerboseFlag_Results=False +VerboseFlag_Warning=True +VerboseFlag_Error=True +FEASchematicNodeRadius=0.2 +CustomLoadPointSettings= +FeaSys_Suffix= +FEABndFactor=1.8 +FEAMaxAngle=95 +MechanicalMeshLength_RotorLam=0 +MechanicalMeshLength_Magnets=0 +MechanicalMeshLength_RotorBars=0 +MechanicalMeshLength_RotorVoids=0.1 +MechanicalMeshLength_DamperBars=1 +MechanicalOption_Magnets=0 +AdhesionFactor_Magnets=0.2 +EnableMechanicalMesh_RotorBars=0 +RotorBarAdhesionFactor=0.2 +EnableMechanicalMesh_FieldWdg=0 +FieldWdgAdhesionFactor=0.2 +EnableMechanicalMesh_DamperBars=0 +AdhesionFactor_DamperBars=0.2 +MechanicalOption_InnerBoundaryCondition=0 +MechanicalOption_OuterBoundaryCondition=0 +MechanicalInnerBoundaryStress=0 +MechanicalOuterBoundaryStress=0 +AirgapMeshPoints_layers=360 +AirgapMeshPoints_mesh=360 +AirgapLayersMethod=1 +AirgapMesh_NumLayers=4 +MagnetMeshLength=0 +RotorBarMeshLength=0 +RotorLamMeshLength=0 +ShaftMeshLength=0 +StatorLamMeshLength=0 +StatorSlotMeshLength=0 +FEAMinPointSeparation=0.005 +FEAEddyCurrentCalcMethod=1 +FEASmallAngleMethod=2 +FEASmallAngleSize=2 + +[h_Forced_Con_Input] +Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[0]=1 +Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[1]=1 +Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[2]=1 +Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[3]=1 +Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[4]=1 +Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[5]=1 +Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[6]=1 +Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[7]=1 +Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[8]=1 +h_Forced_Conv_Housing_Active_No_Fins_Input[0]=30 +h_Forced_Conv_Housing_Active_No_Fins_Input[1]=30 +h_Forced_Conv_Housing_Active_No_Fins_Input[2]=30 +h_Forced_Conv_Housing_Active_No_Fins_Input[3]=30 +h_Forced_Conv_Housing_Active_No_Fins_Input[4]=30 +h_Forced_Conv_Housing_Active_No_Fins_Input[5]=30 +h_Forced_Conv_Housing_Active_No_Fins_Input[6]=30 +h_Forced_Conv_Housing_Active_No_Fins_Input[7]=30 +h_Forced_Conv_Housing_Active_No_Fins_Input[8]=30 +h_Forced_Conv_Housing_Active_No_Fins_Adjust[0]=1 +h_Forced_Conv_Housing_Active_No_Fins_Adjust[1]=1 +h_Forced_Conv_Housing_Active_No_Fins_Adjust[2]=1 +h_Forced_Conv_Housing_Active_No_Fins_Adjust[3]=1 +h_Forced_Conv_Housing_Active_No_Fins_Adjust[4]=1 +h_Forced_Conv_Housing_Active_No_Fins_Adjust[5]=1 +h_Forced_Conv_Housing_Active_No_Fins_Adjust[6]=1 +h_Forced_Conv_Housing_Active_No_Fins_Adjust[7]=1 +h_Forced_Conv_Housing_Active_No_Fins_Adjust[8]=1 +Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[0]=0 +Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[1]=0 +Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[2]=0 +Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[3]=0 +Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[4]=0 +Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[5]=0 +Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[6]=0 +Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[7]=0 +Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[8]=0 +Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[0]=0.7 +Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[1]=0.7 +Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[2]=0.7 +Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[3]=0.7 +Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[4]=0.7 +Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[5]=0.7 +Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[6]=0.7 +Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[7]=0.7 +Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[8]=0.7 +Forced_Conv_Notes_Housing_Active_No_Fins[0]= +Forced_Conv_Notes_Housing_Active_No_Fins[1]= +Forced_Conv_Notes_Housing_Active_No_Fins[2]= +Forced_Conv_Notes_Housing_Active_No_Fins[3]= +Forced_Conv_Notes_Housing_Active_No_Fins[4]= +Forced_Conv_Notes_Housing_Active_No_Fins[5]= +Forced_Conv_Notes_Housing_Active_No_Fins[6]= +Forced_Conv_Notes_Housing_Active_No_Fins[7]= +Forced_Conv_Notes_Housing_Active_No_Fins[8]= +h_Forced_Conv_Housing_Active_Fin_Base_Input[0]=30 +h_Forced_Conv_Housing_Active_Fin_Base_Input[1]=30 +h_Forced_Conv_Housing_Active_Fin_Base_Input[2]=30 +h_Forced_Conv_Housing_Active_Fin_Base_Input[3]=30 +h_Forced_Conv_Housing_Active_Fin_Base_Input[4]=30 +h_Forced_Conv_Housing_Active_Fin_Base_Input[5]=30 +h_Forced_Conv_Housing_Active_Fin_Base_Input[6]=30 +h_Forced_Conv_Housing_Active_Fin_Base_Input[7]=30 +h_Forced_Conv_Housing_Active_Fin_Base_Input[8]=30 +h_Forced_Conv_Housing_Active_Fin_Base_Adjust[0]=1 +h_Forced_Conv_Housing_Active_Fin_Base_Adjust[1]=1 +h_Forced_Conv_Housing_Active_Fin_Base_Adjust[2]=1 +h_Forced_Conv_Housing_Active_Fin_Base_Adjust[3]=1 +h_Forced_Conv_Housing_Active_Fin_Base_Adjust[4]=1 +h_Forced_Conv_Housing_Active_Fin_Base_Adjust[5]=1 +h_Forced_Conv_Housing_Active_Fin_Base_Adjust[6]=1 +h_Forced_Conv_Housing_Active_Fin_Base_Adjust[7]=1 +h_Forced_Conv_Housing_Active_Fin_Base_Adjust[8]=1 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[0]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[1]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[2]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[3]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[4]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[5]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[6]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[7]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[8]=0 +Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[0]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[1]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[2]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[3]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[4]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[5]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[6]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[7]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[8]=0.7 +Forced_Conv_Notes_Housing_Active_Fin_Base[0]= +Forced_Conv_Notes_Housing_Active_Fin_Base[1]= +Forced_Conv_Notes_Housing_Active_Fin_Base[2]= +Forced_Conv_Notes_Housing_Active_Fin_Base[3]= +Forced_Conv_Notes_Housing_Active_Fin_Base[4]= +Forced_Conv_Notes_Housing_Active_Fin_Base[5]= +Forced_Conv_Notes_Housing_Active_Fin_Base[6]= +Forced_Conv_Notes_Housing_Active_Fin_Base[7]= +Forced_Conv_Notes_Housing_Active_Fin_Base[8]= +h_Forced_Conv_Housing_Active_Fin_Sides_Input[0]=30 +h_Forced_Conv_Housing_Active_Fin_Sides_Input[1]=30 +h_Forced_Conv_Housing_Active_Fin_Sides_Input[2]=30 +h_Forced_Conv_Housing_Active_Fin_Sides_Input[3]=30 +h_Forced_Conv_Housing_Active_Fin_Sides_Input[4]=30 +h_Forced_Conv_Housing_Active_Fin_Sides_Input[5]=30 +h_Forced_Conv_Housing_Active_Fin_Sides_Input[6]=30 +h_Forced_Conv_Housing_Active_Fin_Sides_Input[7]=30 +h_Forced_Conv_Housing_Active_Fin_Sides_Input[8]=30 +h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[0]=1 +h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[1]=1 +h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[2]=1 +h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[3]=1 +h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[4]=1 +h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[5]=1 +h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[6]=1 +h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[7]=1 +h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[8]=1 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[0]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[1]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[2]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[3]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[4]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[5]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[6]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[7]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[8]=0 +Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[0]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[1]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[2]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[3]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[4]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[5]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[6]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[7]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[8]=0.7 +Forced_Conv_Notes_Housing_Active_Fin_Sides[0]= +Forced_Conv_Notes_Housing_Active_Fin_Sides[1]= +Forced_Conv_Notes_Housing_Active_Fin_Sides[2]= +Forced_Conv_Notes_Housing_Active_Fin_Sides[3]= +Forced_Conv_Notes_Housing_Active_Fin_Sides[4]= +Forced_Conv_Notes_Housing_Active_Fin_Sides[5]= +Forced_Conv_Notes_Housing_Active_Fin_Sides[6]= +Forced_Conv_Notes_Housing_Active_Fin_Sides[7]= +Forced_Conv_Notes_Housing_Active_Fin_Sides[8]= +h_Forced_Conv_Housing_Active_Fin_Tips_Input[0]=30 +h_Forced_Conv_Housing_Active_Fin_Tips_Input[1]=30 +h_Forced_Conv_Housing_Active_Fin_Tips_Input[2]=30 +h_Forced_Conv_Housing_Active_Fin_Tips_Input[3]=30 +h_Forced_Conv_Housing_Active_Fin_Tips_Input[4]=30 +h_Forced_Conv_Housing_Active_Fin_Tips_Input[5]=30 +h_Forced_Conv_Housing_Active_Fin_Tips_Input[6]=30 +h_Forced_Conv_Housing_Active_Fin_Tips_Input[7]=30 +h_Forced_Conv_Housing_Active_Fin_Tips_Input[8]=30 +h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[0]=1 +h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[1]=1 +h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[2]=1 +h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[3]=1 +h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[4]=1 +h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[5]=1 +h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[6]=1 +h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[7]=1 +h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[8]=1 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[0]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[1]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[2]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[3]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[4]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[5]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[6]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[7]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[8]=0 +Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[0]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[1]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[2]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[3]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[4]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[5]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[6]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[7]=0.7 +Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[8]=0.7 +Forced_Conv_Notes_Housing_Active_Fin_Tips[0]= +Forced_Conv_Notes_Housing_Active_Fin_Tips[1]= +Forced_Conv_Notes_Housing_Active_Fin_Tips[2]= +Forced_Conv_Notes_Housing_Active_Fin_Tips[3]= +Forced_Conv_Notes_Housing_Active_Fin_Tips[4]= +Forced_Conv_Notes_Housing_Active_Fin_Tips[5]= +Forced_Conv_Notes_Housing_Active_Fin_Tips[6]= +Forced_Conv_Notes_Housing_Active_Fin_Tips[7]= +Forced_Conv_Notes_Housing_Active_Fin_Tips[8]= +h_Forced_Conv_Housing_Active_Fin_Channel_Input[0]=30 +h_Forced_Conv_Housing_Active_Fin_Channel_Input[1]=30 +h_Forced_Conv_Housing_Active_Fin_Channel_Input[2]=30 +h_Forced_Conv_Housing_Active_Fin_Channel_Input[3]=30 +h_Forced_Conv_Housing_Active_Fin_Channel_Input[4]=30 +h_Forced_Conv_Housing_Active_Fin_Channel_Input[5]=30 +h_Forced_Conv_Housing_Active_Fin_Channel_Input[6]=30 +h_Forced_Conv_Housing_Active_Fin_Channel_Input[7]=30 +h_Forced_Conv_Housing_Active_Fin_Channel_Input[8]=30 +h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[0]=1 +h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[1]=1 +h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[2]=1 +h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[3]=1 +h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[4]=1 +h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[5]=1 +h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[6]=1 +h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[7]=1 +h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[8]=1 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[0]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[1]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[2]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[3]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[4]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[5]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[6]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[7]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[8]=0 +Forced_Conv_Notes_Housing_Active_Fin_Channel[0]= +Forced_Conv_Notes_Housing_Active_Fin_Channel[1]= +Forced_Conv_Notes_Housing_Active_Fin_Channel[2]= +Forced_Conv_Notes_Housing_Active_Fin_Channel[3]= +Forced_Conv_Notes_Housing_Active_Fin_Channel[4]= +Forced_Conv_Notes_Housing_Active_Fin_Channel[5]= +Forced_Conv_Notes_Housing_Active_Fin_Channel[6]= +Forced_Conv_Notes_Housing_Active_Fin_Channel[7]= +Forced_Conv_Notes_Housing_Active_Fin_Channel[8]= +h_Forced_Conv_Housing_Active_Corner_Cutout_Input[0]=30 +h_Forced_Conv_Housing_Active_Corner_Cutout_Input[1]=30 +h_Forced_Conv_Housing_Active_Corner_Cutout_Input[2]=30 +h_Forced_Conv_Housing_Active_Corner_Cutout_Input[3]=30 +h_Forced_Conv_Housing_Active_Corner_Cutout_Input[4]=30 +h_Forced_Conv_Housing_Active_Corner_Cutout_Input[5]=30 +h_Forced_Conv_Housing_Active_Corner_Cutout_Input[6]=30 +h_Forced_Conv_Housing_Active_Corner_Cutout_Input[7]=30 +h_Forced_Conv_Housing_Active_Corner_Cutout_Input[8]=30 +h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[0]=1 +h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[1]=1 +h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[2]=1 +h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[3]=1 +h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[4]=1 +h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[5]=1 +h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[6]=1 +h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[7]=1 +h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[8]=1 +Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[0]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[1]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[2]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[3]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[4]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[5]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[6]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[7]=0 +Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[8]=0 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[0]=0.7 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[1]=0.7 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[2]=0.7 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[3]=0.7 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[4]=0.7 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[5]=0.7 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[6]=0.7 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[7]=0.7 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[8]=0.7 +Forced_Conv_Notes_Housing_Active_Corner_Cutout[0]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[1]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[2]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[3]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[4]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[5]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[6]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[7]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[8]= +h_Forced_Conv_Housing_Front_No_Fins_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_No_Fins=30 +h_Forced_Conv_Housing_Front_Fin_Base_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Fin_Base=30 +h_Forced_Conv_Housing_Front_Fin_Sides_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Fin_Sides=30 +h_Forced_Conv_Housing_Front_Fin_Tips_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Fin_Tips=30 +h_Forced_Conv_Housing_Front_Fin_Channel_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Fin_Channel=30 +h_Forced_Conv_Housing_Front_Corner_Cutout_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Corner_Cutout=30 +h_Forced_Conv_Housing_Rear_No_Fins_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_No_Fins=30 +h_Forced_Conv_Housing_Rear_Fin_Base_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Fin_Base=30 +h_Forced_Conv_Housing_Rear_Fin_Sides_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Fin_Sides=30 +h_Forced_Conv_Housing_Rear_Fin_Tips_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Fin_Tips=30 +h_Forced_Conv_Housing_Rear_Fin_Channel_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Fin_Channel=30 +h_Forced_Conv_Housing_Rear_Corner_Cutout_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Corner_Cutout=30 +h_Forced_Conv_Endcap_Front_Radial_Input=30 +Input_Value_H[Fc]_Endcap_[F]_-_Radial=30 +h_Forced_Conv_Endcap_Front_Axial_Input=30 +Input_Value_H[Fc]_Endcap_[F]_-_Axial=30 +h_Forced_Conv_Endcap_Rear_Radial_Input=30 +Input_Value_H[Fc]_Endcap_[R]_-_Radial=30 +h_Forced_Conv_Endcap_Rear_Axial_Input=30 +Input_Value_H[Fc]_Endcap_[R]_-_Axial=30 +h_Forced_Conv_Plate_Input=30 +Input_Value_H[Fc]_Flange_Plate=30 +h_Forced_Conv_Axle_Plate_F_Input=30 +Input_Value_H[Fc]_Axle_Plate_[F]=30 +h_Forced_Conv_Axle_Plate_R_Input=30 +Input_Value_H[Fc]_Axle_Plate_[R]=30 +h_Forced_Conv_Base_Input=30 +Input_Value_H[Fc]_Base_Plate=30 +h_Forced_Conv_EncCase_Radial_Input=30 +Input_Value_H[Fc]_Encoder_Case_-_Radial=30 +h_Forced_Conv_EncCase_Axial_Input=30 +Input_Value_H[Fc]_Encoder_Case_-_Axial=30 + +[Interface_Gaps] +FeedbackType=0 +Gap_Plate_RotorLam_F=0 +Gap_Plate_RotorLam_R=0 +Gap_Plate_Magnet_F=0 +Gap_Plate_Magnet_R=0 +Gap_Magnet_Magnet=0.005 +Gap_StatorClampPlate_StatorLam_F=0.005 +Gap_StatorClampPlate_Housing_F=0.005 +Gap_StatorClampPlate_StatorLam_R=0.005 +Gap_StatorClampPlate_Housing_R=0.005 +ShaftFan_Gap_R=0.005 +Stator_Lam_-_Housing=0.003 +Stator_Lam_-_Axle=0.03 +HOUSING_-_OHANG_[F]=0 +HOUSING_-_OHANG_[R]=0 +HOUSING_-_ENDCAP_[F]=0.005 +HOUSING_-_ENDCAP_[R]=0.005 +ENDCAP_-_PLATE=0.005 +Axle_-_Plate_[F]=0.005 +Axlep_-_Plate_[F]=0.005 +Axle_-_Plate_[R]=0.005 +Axlep_-_Plate_[R]=0.005 +Endcap_-_Encoder=0.005 +Housing_-_Feet=0.005 +Feet_-_Base=0.005 +Banding_-_Rotor=0.005 +Sleeve_-_Stator=0.005 +Magnet_-_Rotor_Lam=0.005 +Rotor_Lam_-_Shaft=0.005 +Shaft_-_Rotor_Cup=0.005 +Bearing_-_Endcap_[F]=0.0073 +Bearing_-_Endcap_[R]=0.0073 +Bearing_-_Shaft_[F]=0.0112 +Bearing_-_Shaft_[R]=0.0112 +Bearing_-_Axle_[F]=0.0112 +Bearing_-_Axle_[R]=0.0112 +Bearing_Effective_Gap_[F]=0.4 +Bearing_Effective_Gap_[R]=0.4 +Endcap_-_Axle_[F]=0.005 +Shaft_-_Enc_Shaft=0.005 +Cage_-_Rotor_Lam=0.01 +Comm_-_Shaft=0.005 +Comm_-_Brush=0.005 +Brush_Holder_-_Brush=0.1 +Brush_Holder_-_Housing=0.005 +Sleeve_-_Rotor=0.005 +Banding_-_Stator=0.005 +Magnet_-_Stator=0.005 +Rotor_-_Housing=0.005 +Housing_-_Cover=0.005 +Gap_Stator_H_Comment= +Gap_Stator_Axle_Comment=Lamination-Metal - Average surface Contact +Gap_H_HOH_Front_Comment=No Gap - Perfect surface Contact +Gap_H_HOH_Rear_Comment=No Gap - Perfect surface Contact +Gap_H_EndCap_Front_Comment=Metal-Metal - Average surface Contact +Gap_H_EndCap_Rear_Comment=Metal-Metal - Average surface Contact +Gap_EndCap_Plate_Comment=Metal-Metal - Average surface Contact +Gap_Axle_Plate_F_Comment=Metal-Metal - Average surface Contact +Gap_Axle_Plate_R_Comment=Metal-Metal - Average surface Contact +Gap_EndCap_EncCase_Comment=Metal-Metal - Average surface Contact +Gap_H_Feet_Comment=Metal-Metal - Average surface Contact +Gap_Feet_Base_Comment=Metal-Metal - Average surface Contact +Gap_Banding_Rotor_Comment=Metal-Metal - Average surface Contact +Gap_Sleeve_Stator_Comment=Metal-Metal - Average surface Contact +Gap_Magnet_Rotor_Comment=Metal-Metal - Average surface Contact +Gap_Rotor_Shaft_Comment=Metal-Metal - Average surface Contact +Gap_Shaft_Cup_Comment=Metal-Metal - Average surface Contact +Gap_Bearing_EndCap_Front_Comment=Stainless-Aluminium - Medium surface Contact +Gap_Bearing_EndCap_Rear_Comment=Stainless-Aluminium - Medium surface Contact +Gap_Bearing_Shaft_Front_Comment=Stainless-Stainless - Medium surface Contact +Gap_Bearing_Shaft_Rear_Comment=Stainless-Stainless - Medium surface Contact +Gap_Bearing_Axle_Front_Comment=Stainless-Stainless - Medium surface Contact +Gap_Bearing_Axle_Rear_Comment=Stainless-Stainless - Medium surface Contact +Bearing_Effective_Gap_Front_Comment=High Effective Gap [Torino Testing] +Bearing_Effective_Gap_Rear_Comment=High Effective Gap [Torino Testing] +Gap_Endcap_Axle_Front_Comment=Metal-Metal - Average surface Contact +Gap_Shaft_Enc_Comment=Metal-Metal - Average surface Contact +Gap_Cage_Rotor_Comment= +Gap_Comm_Shaft_Comment=Metal-Metal - Average surface Contact +Gap_Comm_Brush_Comment=Metal-Metal - Average surface Contact +Gap_Brush_Holder_Brush_Comment= +Gap_Brush_Holder_Housing_Comment=Metal-Metal - Average surface Contact +Gap_Sleeve_Rotor_Comment=Metal-Metal - Average surface Contact +Gap_Banding_Stator_Comment=Metal-Metal - Average surface Contact +Gap_Magnet_Stator_Comment=Metal-Metal - Average surface Contact +Gap_Rotor_Housing_Comment=Metal-Metal - Average surface Contact +Gap_Housing_Cover_Comment=Metal-Metal - Average surface Contact +Gap_Bearing_Mount_Comment=Stainless-Aluminium - Medium surface Contact +Gap_StatorPlateMount_F_Comment= +Gap_StatorPlateMount_R_Comment= +Front_Potting_Housing_Gap_Comment=No Gap - Perfect surface Contact +Rear_Potting_Housing_Gap_Comment=No Gap - Perfect surface Contact +Front_Potting_Axle_Gap_Comment=No Gap - Perfect surface Contact +Rear_Potting_Axle_Gap_Comment=No Gap - Perfect surface Contact +Front_Potting_Endcap_Gap_Comment=No Gap - Perfect surface Contact +Rear_Potting_Endcap_Gap_Comment=No Gap - Perfect surface Contact +Comment_Plate_RotorLam_F=No Gap - Perfect surface Contact +Comment_Plate_RotorLam_R=No Gap - Perfect surface Contact +Comment_Plate_Magnet_F=No Gap - Perfect surface Contact +Comment_Plate_Magnet_R=No Gap - Perfect surface Contact +Comment_Magnet_Magnet=Metal-Metal - Average surface Contact +Comment_Gap_StatorClampPlate_StatorLam_F=Metal-Metal - Average surface Contact +Comment_StatorClampPlate_Housing_F=Metal-Metal - Average surface Contact +Comment_Gap_StatorClampPlate_StatorLam_R=Metal-Metal - Average surface Contact +Comment_Gap_StatorClampPlate_Housing_R=Metal-Metal - Average surface Contact +ShaftFan_Gap_Comments_R=Metal-Metal - Average surface Contact +Notes_Plate_RotorLam_F= +Notes_Plate_RotorLam_R= +Notes_Plate_Magnet_F= +Notes_Plate_Magnet_R= +Notes_Magnet_Magnet= +Notes_Gap_StatorClampPlate_StatorLam_F= +Notes_StatorClampPlate_Housing_F= +Notes_Gap_StatorClampPlate_StatorLam_R= +Notes_Gap_StatorClampPlate_Housing_R= +ShaftFan_Gap_Notes_R= +Notes_Front_Potting_Endcap_Gap= +Notes_Rear_Potting_Endcap_Gap= +Notes_Front_Potting_Housing_Gap= +Rear_Potting_Housing_Gap_Notes= +Notes_Front_Potting_Axle_Gap= +Notes_Rear_Potting_Axle_Gap= +Notes_(Stator_Lam_-_Housing)= +Notes_(Stator_Lam_-_Axle)= +Notes_(Housing_-_OHang_[F])= +Notes_(Housing_-_OHang_[R])= +Notes_(Housing_-_Endcap_[F])= +Notes_(Housing_-_Endcap_[R])= +Notes_(Endcap_-_Plate)= +Notes_(Axle_-_Plate_[F])= +Notes_(Axle_-_Plate_[R])= +Notes_(Endcap_-_Encoder)= +Notes_(Housing_-_Feet)= +Notes_(Feet_-_Base)= +Notes_(Banding_-_Rotor)= +Notes_(Sleeve_-_Stator)= +Notes_(Magnet_-_Rotor_Lam)= +Notes_(Rotor_Lam_-_Shaft)= +Notes_(Shaft_-_Rotor_Cup)= +Notes_(Bearing_-_Endcap_[F])= +Notes_(Bearing_-_Endcap_[R])= +Notes_(Bearing_-_Shaft_[F])= +Notes_(Bearing_-_Shaft_[R])= +Notes_(Bearing_-_Axle_[F])= +Notes_(Bearing_-_Axle_[R])= +Notes_Bearing_Effective_Gap_[F]= +Notes_Bearing_Effective_Gap_[R]= +Notes_(Endcap_-_Axle_[F])= +Notes_(Shaft_-_Enc_Shaft)= +Notes_(Cage_-_Rotor_Lam)= +Notes_(Comm_-_Shaft)= +Notes_(Comm_-_Brush)= +Notes_(Brush_Holder_-_Brush)= +Notes_(Brush_Holder_-_Housing)= +Notes_(Sleeve_-_Rotor)= +Notes_(Banding_-_Stator)= +Notes_(Magnet_-_Stator)= +Notes_(Rotor_-_Housing)= +Notes_(Housing_-_Cover)= +Gap_Material_H_HOH_Front=Air (Motor-CAD model) +Gap_Material_H_HOH_Rear=Air (Motor-CAD model) +Gap_Material_H_EndCap_Front=Air (Motor-CAD model) +Gap_Material_H_EndCap_Rear=Air (Motor-CAD model) +Gap_Material_EndCap_Plate=Air (Motor-CAD model) +Gap_Material_Axle_Plate_F=Air (Motor-CAD model) +Gap_Material_Axle_Plate_R=Air (Motor-CAD model) +Gap_Material_EndCap_EncCase=Air (Motor-CAD model) +Gap_Material_H_Feet=Air (Motor-CAD model) +Gap_Material_Feet_Base=Air (Motor-CAD model) +Gap_Material_Banding_Rotor=Air (Motor-CAD model) +Gap_Material_Sleeve_Stator=Air (Motor-CAD model) +Gap_Material_Magnet_Rotor=Air (Motor-CAD model) +Gap_Material_Magnet_Magnet=Air (Motor-CAD model) +Gap_Material_Shaft_Cup=Air (Motor-CAD model) +Gap_Material_Endcap_Axle_Front=Air (Motor-CAD model) +Gap_Material_Shaft_Enc=Air (Motor-CAD model) +Gap_Material_Cage_Rotor=Air (Motor-CAD model) +Gap_Material_Comm_Shaft=Air (Motor-CAD model) +Gap_Material_Comm_Brush=Air (Motor-CAD model) +Gap_Material_Brush_Holder_Brush=Air (Motor-CAD model) +Gap_Material_Brush_Holder_Housing=Air (Motor-CAD model) +Gap_Material_Sleeve_Rotor=Air (Motor-CAD model) +Gap_Material_Banding_Stator=Air (Motor-CAD model) +Gap_Material_Magnet_Stator=Air (Motor-CAD model) +Gap_Material_Rotor_Housing=Air (Motor-CAD model) +Gap_Material_Housing_Cover=Air (Motor-CAD model) +Gap_Material_Bearing_EndCap_Front=Air (Motor-CAD model) +Gap_Material_Bearing_EndCap_Rear=Air (Motor-CAD model) +Gap_Material_Bearing_Shaft_Front=Air (Motor-CAD model) +Gap_Material_Bearing_Shaft_Rear=Air (Motor-CAD model) +Gap_Material_Bearing_Axle_Front=Air (Motor-CAD model) +Gap_Material_Bearing_Axle_Rear=Air (Motor-CAD model) +Gap_Material_Front_Potting_Housing=Air (Motor-CAD model) +Gap_Material_Rear_Potting_Housing=Air (Motor-CAD model) +Gap_Material_Front_Potting_Endcap=Air (Motor-CAD model) +Gap_Material_Rear_Potting_Endcap=Air (Motor-CAD model) +Gap_Material_Front_Potting_Axle=Air (Motor-CAD model) +Gap_Material_Rear_Potting_Axle=Air (Motor-CAD model) +Gap_Material_StatorPlateMount_F=Air (Motor-CAD model) +Gap_Material_StatorPlateMount_R=Air (Motor-CAD model) +Gap_Material_Plate_RotorLam_F=Air (Motor-CAD model) +Gap_Material_Plate_RotorLam_R=Air (Motor-CAD model) +Gap_Material_Plate_Magnet_F=Air (Motor-CAD model) +Gap_Material_Plate_Magnet_R=Air (Motor-CAD model) +Gap_Material_Bearing_Mount=Air (Motor-CAD model) +Gap_Material_StatorClampPlate_StatorLam_F=Air (Motor-CAD model) +Gap_Material_StatorClampPlate_StatorLam_R=Air (Motor-CAD model) +Gap_Material_StatorClampPlate_Housing_F=Air (Motor-CAD model) +Gap_Material_StatorClampPlate_Housing_R=Air (Motor-CAD model) +Gap_Material_ShaftFan_R=Air (Motor-CAD model) +Gap_Material_Stator_H=Air (Motor-CAD model) +Gap_Material_Stator_Axle=Air (Motor-CAD model) +Gap_Material_Rotor_Shaft=Air (Motor-CAD model) +Gap_Material_Bearing_Effective_Front=Air (Motor-CAD model) +Gap_Material_Bearing_Effective_Rear=Air (Motor-CAD model) +Gap_MaterialConductivity_Magnet_Rotor=0 +Gap_Bearing_Mount=0 +Notes_Gap_Bearing_Mount= +Notes_Gap_Plate_Mount_F= +Notes_Gap_Plate_Mount_R= +EWdg_Cavity=Not_Potted + +[Ratios] +GeometryParameterisation=0 +Ratio_Bore=0.7 +Ratio_SlotDepth_ParallelTooth=0.508021390374332 +Ratio_SlotDepth_ParallelSlot=0.6 +Ratio_SlotWidth=0.6 +Ratio_SlotOpening_ParallelSlot=0.6 +Ratio_SlotOpening_ParallelTooth=0.930995998917137 +Ratio_ToothTip=0.6 +Ratio_ToothWidth=0.582853871848814 +Ratio_SleeveThickness=0 +Ratio_RotorD=0.696 +Ratio_BandingThickness=0 +Ratio_ShaftD=0.316091954022988 +Ratio_ShaftHole=0.272727272727273 +Ratio_MagnetThickness=0.6 +Ratio_MagnetArc=0.6 +Ratio_MagnetReduction=0.6 +Ratio_BarT_Depth=0.336700336700337 +Ratio_BarT_Opening_Depth=0.0253807106598985 +Ratio_BarT_Opening_Depth_Round=0.6 +Ratio_Rotor_Tooth_Width_T=0.703113063875808 +Ratio_BarT_Width_Round=0.6 +Ratio_BarT_Width_Rectangular=0.6 +Ratio_BarT_Opening_ParallelTooth=0 +Ratio_BarT_Opening_Round=0.6 +Ratio_BarT_Opening_Rectangular=0.6 +Ratio_BarT_Opening_PearCircular=0.6 +Ratio_BarT_Corner_Radius_Pear=0.670509588145903 +Ratio_BarT_Corner_Radius_ParallelTooth=0.6 +Ratio_BarT_Corner_Radius_PearCircular=0.6 +Ratio_BarT_Opening_Radius=0.849367602715926 +Ratio_BarT_Opening_Radius_PearCircular=0.6 +Ratio_BarT_Tip_Angle=0.6 +Ratio_BarB_Tip_Angle=0.6 +Ratio_BarB_Depth=0.6 +Ratio_BarB_Opening_Depth=0.6 +Ratio_BarB_Opening_Depth_Round=0.6 +Ratio_Rotor_Tooth_Width_B=0.6 +Ratio_BarB_Width_Round=0.6 +Ratio_BarB_Width_Rectangular=0.6 +Ratio_BarB_Opening_ParallelTooth=0.6 +Ratio_BarB_Opening_Round=0.6 +Ratio_BarB_Opening_Rectangular=0.6 +Ratio_BarB_Opening_PearCircular=0.6 +Ratio_BarB_Corner_Radius_Pear=0.6 +Ratio_BarB_Corner_Radius_ParallelTooth=0.6 +Ratio_BarB_Corner_Radius_PearCircular=0.6 +Ratio_BarB_Opening_Radius=0.6 +Ratio_BarB_Opening_Radius_PearCircular=0.6 +RatioArray_MagnetBarWidth[0]=0.6 +RatioArray_MagnetVWidth[0]=0.6 +RatioArray_MagnetShift[0]=0.6 +RatioArray_WebLength[0]=0.6 +RatioArray_VWebBarWidth[0]=0.6 +RatioArray_WebThickness[0]=0.6 +RatioArray_PoleArc[0]=0.6 +RatioArray_UMagnetOuterOffset[0]=0.6 +RatioArray_UMagnetOuterOffset[1]=0.6 +RatioArray_UMagnetInnerOffset[0]=0.6 +RatioArray_UMagnetInnerOffset[1]=0.6 +RatioArray_UMagnetOuterLength[0]=0.6 +RatioArray_UMagnetOuterLength[1]=0.6 +RatioArray_UMagnetInnerLength[0]=0.6 +RatioArray_UMagnetInnerLength[1]=0.6 +RatioArray_UMagnetDiameter[0]=0.6 +RatioArray_UMagnetDiameter[1]=0.6 +RatioArray_UMagnetWebThickness[0]=0.6 +RatioArray_UMagnetWebThickness[1]=0.6 + +[Loss_RPM_Ref] +RPM_ref_1ph_Main_Armature_Copper_Loss=4967 +Ref_Speed_-_Main_Winding_Copper_Loss=4967 +RPM_ref_1ph_Aux_Armature_Copper_Loss=3000 +Ref_Speed_-_Aux_Winding_Copper_Loss=3000 +RPM_ref_Armature_Copper_Loss=3000 +Ref_Speed_-_Armature_Copper_Loss=3000 +RPM_ref_Armature_Copper_Freq_Comp_Loss=6500 +Ref_Speed_-_Stator_Copper_Freq_Component_Loss=6500 +Ref_Speed_-_Rotor_Iron_Loss_[Back_Iron]=6500 +RPM_ref_RotorIronLoss_EmbeddedMagnetPole=4967 +Ref_Speed_-_Rotor_Iron_Loss_[Tooth]=12000 +Ref_Speed_-_Rotor_Copper_Loss=6500 +Ref_Speed_-_Stator_Iron_Loss_[Back_Iron]=6500 +Ref_Speed_-_Stator_Iron_Loss_[Tooth]=6500 +Ref_Speed_-_Stator_Iron_Loss_[Tooth_Tip]=4967 +Ref_Speed_-_Windage_Loss=4967 +Ref_Speed_-_Windage_Loss_(Ext_Fan)=0 +Ref_Speed_-_Friction_Loss_[F]=6500 +Ref_Speed_-_Friction_Loss_[R]=6500 +Ref_Speed_-_Magnet_Iron_Loss=4967 +Ref_Speed_-_Magnet_Banding_Iron_Loss=12000 +Ref_Speed_-_Stator_Bore_Sleeve_Iron_Loss=12000 +Ref_Speed_-_Encoder_Loss=4967 +Ref_Speed_-_Stator_iron_stray_load_Loss=6500 +Ref_Speed_-_Rotor_iron_stray_load_Loss=6500 +Ref_Speed_-_Stator_copper_stray_load_Loss=4967 +Ref_Speed_-_Rotor_copper_stray_load_Loss=4967 +Ref_Speed_-_Brush_Friction_Loss=4967 +Ref_Speed_-_Brush_VI_Loss=4967 + +[Loss_RPM_Coeff] +RPM_Coef_1ph_Main_Armature_Copper_Loss=0 +Speed_Coeff_-_Main_Winding_Copper_Loss=0 +RPM_Coef_1ph_Aux_Armature_Copper_Loss=0 +Speed_Coeff_-_Aux_Winding_Copper_Loss=0 +RPM_Coef_Armature_Copper_Loss=0 +Speed_Coeff_-_Stator_Copper_Loss=0 +RPM_Coef_Armature_Copper_Freq_Comp_Loss=2 +Speed_Coeff_-_Stator_Copper_Freq_Component_Loss=2 +Speed_Coeff_-_Rotor_Iron_Loss_[Back_iron]=0 +Speed_Coeff_-_Rotor_Iron_Loss_[Embedded_Magnet_Pole]=0 +Speed_Coeff_-_Rotor_Iron_Loss_[Tooth]=0 +Speed_Coeff_-_Rotor_Copper_Loss=0 +Speed_Coeff_-_Stator_Iron_Loss_[Back_Iron]=1.5 +Speed_Coeff_-_Stator_Iron_Loss_[Tooth]=1.5 +Speed_Coeff_-_Stator_Iron_Loss_[Tooth_Tip]=1.5 +Speed_Coeff_-_Windage_Loss=3 +Speed_Coeff_-_Windage_Loss_(Ext_Fan)=3 +Speed_Coeff_-_Friction_Loss_[F]=1 +Speed_Coeff_-_Friction_Loss_[R]=1 +Speed_Coeff_-_Magnet_Iron_Loss=0 +Speed_Coeff_-_Magnet_Banding_Iron_Loss=0 +Speed_Coeff_-_Stator_Bore_Sleeve_Iron_Loss=1.5 +Speed_Coeff_-_Encoder_Loss=1 +Speed_Coeff_-_Stator_iron_stray_load_Loss=0 +Speed_Coeff_-_Rotor_iron_stray_load_Loss=0 +Speed_Coeff_-_Stator_copper_stray_load_Loss=0 +Speed_Coeff_-_Rotor_copper_stray_load_Loss=0 +Speed_Coeff_-_Brush_Friction_Loss=1 +Speed_Coeff_-_Brush_VI_Loss=0 + +[Copper_Loss_Distribution] +NumberSlotsPhaseBelt=3 + +[Loss_Distribution] +Normal_Loss_Distribution[0]=0.333333333333333 +Normal_Loss_Distribution[1]=0.333333333333333 +Normal_Loss_Distribution[2]=0.333333333333333 +Fault_Loss_Distribution[0]=0.333333333333333 +Fault_Loss_Distribution[1]=0.333333333333333 +Fault_Loss_Distribution[2]=0.333333333333333 +Stall_Loss_Distribution[0]=0.333333333333333 +Stall_Loss_Distribution[1]=0.333333333333333 +Stall_Loss_Distribution[2]=0.333333333333333 +Aux_Loss_Distribution[0]=0.333333333333333 +Aux_Loss_Distribution[1]=0.333333333333333 +Aux_Loss_Distribution[2]=0.333333333333333 + +[CycleParameters_MotorLAB] +WheelInertia=0 +DCExtDataType_Lab=0 +DCExtDataType_MotorLAB=0 +DrivCycle_MotorLAB=3 +Mass_MotorLAB=1961 +A_f_MotorLAB=2.81 +R_w_MotorLAB=0.35 +K_r_MotorLAB=0.0054 +C_d_MotorLAB=0.24 +M_o_MotorLAB=1.04 +rho_MotorLAB=1.225 +N_d_MotorLAB=9.73 +T_cont_MotorLAB=1 +B_cont_MotorLAB=1 +TorqueCapTrue_MotorLAB=False +SpeedCapTrue_MotorLAB=False +TorqueCap_MotorLAB=500 +SpeedCap_MotorLAB=20000 +DutyCycleType_Lab=1 +DriveCycleCalcComplete_MotorLAB=False +IncludeMotorInertiaInVehicleModel=True +DutyCycleCalcStatus_MotorLAB= + +[Rotor_Winding] +FieldConductorsPerSlot=100 +Rotor_Conductors_Slot=100 +Field_EWdg_MLT_Used=0 +Rotor_EWdg_MLT_Used=0 +Field_EWdg_Fill=0.3 +Rotor_EWdg_Fill=0.3 +Field_Slot_Fill=0.4 +Rotor_Slot_Fill=0.4 +Field_Impreg_Goodness_Active=0.8 +Rotor_Impreg_Goodness_[Active]=0.8 +Field_Impreg_Goodness_EWdg=0.8 +Rotor_Impreg_Goodness_[EWdg]=0.8 +Field_Impreg_Goodness_Liner_Lam=0.8 +Rotor_Impreg_Goodness_[Liner-Lam]=0.8 +Field_Gap_Liner_Lam=0 +Rotor_Gap_Liner_Lam=0 +Field_WindingType=1 +Field_Winding_Definition=0 +Field_Ewdg_Definition=0 +Field_Wire_Diameter=0.714 +ROTOR_WIRE_DIAMETER=0.714 +Field_Copper_Diameter=0.65 +ROTOR_COPPER_DIAMETER=0.65 +Field_Liner_Thickness=0 +ROTOR_LINER_THICKNESS=0 +Field_Copper_Depth_Perc=100 +Rotor_Copper_Depth_[%]=100 +Field_Coil_Divider=2 +Rotor_Coil_Divider_Width=2 +FieldCoilDivider_Validation=1 +Wire_Type_Rotor=0 +AWG_WireGaugeIndex_Rotor=44 +Rotor_Last_AWG_Wire_Table_Entry_Number=44 +SWG_WireGaugeIndex_Rotor=48 +Rotor_Last_SWG_Wire_Table_Entry_Number=48 +Metric_WireGaugeIndex_Rotor=20 +Rotor_Last_Metric_Wire_Table_Entry_Number=20 +Rotor_Wire_Type=AWG_Table +Rotor_Winding_Type=Solid_Divider +Rotor_Wdg_Definition=Slot_Fill +Rotor_EWdg_Definition=EWdg_Fill + +[Fluids] +VolumetricExpansionCoefCalc=1 +ExternalFluid_Volumetric_Expansion_Coef=0.00341122292341805 +RetainFluidPowerValues_Transient=1 + +[Mechanical] +YoungsCoefficient_RotorLam=185000 +PoissonsRatio_RotorLam=0.3 +YoungsCoefficient_Magnet=0 +PoissonsRatio_Magnet=0 +YoungsCoefficient_Pocket=0 +PoissonsRatio_Pocket=0 +YoungsCoefficient_TopBar=0 +PoissonsRatio_TopBar=0 +YoungsCoefficient_BottomBar=0 +PoissonsRatio_BottomBar=0 +YoungsCoefficient_TopBarOpening=0 +PoissonsRatio_TopBarOpening=0 +YoungsCoefficient_BottomBarOpening=0 +PoissonsRatio_BottomBarOpening=0 + +[FileParameters_MotorLAB] +BPM_FilePath_MotorLAB= +BPM_FileDir_MotorLAB= +SpeedLoad_MotorLAB=True +ElectroLink_MotorLAB=Motor-CAD EMag +CurrentSpec_MotorLAB=1 +MotorType_MotorLAB=IM +CurrentMotFilePath_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\e5_IM_HWJ.mot +CurrentMotFileDir_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ + +[CalibrationParameters_MotorLAB] +TestType_MotorLAB=0 +TestSpeedMin_MotorLAB=0 +TestSpeedInc_MotorLAB=1 +TestSpeedMax_MotorLAB=1000 +ExpData_MotorLAB=False +ExpDataType_MotorLAB=0 +ExpDataPath_MotorLAB= + +[ModelParameters_MotorLAB] +PsiQ_coeff_MotorLAB[0]=0 +PsiQ_coeff_MotorLAB[1]=0 +PsiQ_coeff_MotorLAB[2]=0 +PsiQ_coeff_MotorLAB[3]=0 +PsiQ_coeff_MotorLAB[4]=0 +PsiQ_coeff_MotorLAB[5]=0 +PsiQ_coeff_MotorLAB[6]=0 +PsiQ_coeff_MotorLAB[7]=0 +PsiQ_coeff_MotorLAB[8]=0 +PsiQ_coeff_MotorLAB[9]=0 +PsiQ_coeff_MotorLAB[10]=0 +PsiQ_coeff_MotorLAB[11]=0 +PsiD_coeff_MotorLAB[0]=0 +PsiD_coeff_MotorLAB[1]=0 +PsiD_coeff_MotorLAB[2]=0 +PsiD_coeff_MotorLAB[3]=0 +PsiD_coeff_MotorLAB[4]=0 +PsiD_coeff_MotorLAB[5]=0 +PsiD_coeff_MotorLAB[6]=0 +PsiD_coeff_MotorLAB[7]=0 +PsiD_coeff_MotorLAB[8]=0 +PsiD_coeff_MotorLAB[9]=0 +PsiD_coeff_MotorLAB[10]=0 +PsiD_coeff_MotorLAB[11]=0 +Ld_MotorLAB=0 +Lq_MotorLAB=0 +LamM_MotorLAB=0 +Isc_MotorLAB=0 +ModulationIndex_MotorLAB=0.95 +ModelType_MotorLAB=1 +Pole_MotorLAB=6 +XEndLeak_MotorLAB=1 +Vdrop_MotorLAB=True +SatModelPoints_MotorLAB=0 +Sync_ModelPoints_Lab=0 +ModelBuildGammaDistribution_Lab=1 +ModelBuildPoints_Current_Lab=6 +ModelBuildPoints_RotorCurrent_Lab=5 +ModelBuildPoints_Gamma_Lab=5 +SatModelBuildPoints_Lab=0 +Sync_SatModelBuildPoints_Lab=0 +SaturationModelMethod_Lab=0 +SaturationModelInterpolation_Lab=0 +SyncRel_MotorLAB=False +LEndWdg_MotorLAB=0 +LossModelBuildPoints_Lab=6 +Sync_LossModelBuildPoints_Lab=6 +LossModel_Is_Lab[0]=0 +Sync_IsLossModel_Lab[0]=0 +LossModel_Is_Lab[1]=70.7106781187 +Sync_IsLossModel_Lab[1]=70.7106781187 +LossModel_Is_Lab[2]=141.421356237 +Sync_IsLossModel_Lab[2]=141.421356237 +LossModel_Is_Lab[3]=212.132034356 +Sync_IsLossModel_Lab[3]=212.132034356 +LossModel_Is_Lab[4]=282.842712475 +Sync_IsLossModel_Lab[4]=282.842712475 +LossModel_Is_Lab[5]=707.106781187 +Sync_IsLossModel_Lab[5]=707.106781187 +LossModel_Ir_Lab[0]=0 +Sync_IrLossModel_Lab[0]=0 +LossModel_Ir_Lab[1]=0 +Sync_IrLossModel_Lab[1]=0 +LossModel_Ir_Lab[2]=0 +Sync_IrLossModel_Lab[2]=0 +LossModel_Ir_Lab[3]=0 +Sync_IrLossModel_Lab[3]=0 +LossModel_Ir_Lab[4]=0 +Sync_IrLossModel_Lab[4]=0 +LossModel_Ir_Lab[5]=0 +Sync_IrLossModel_Lab[5]=0 +LossModel_Gamma_Lab[0]=0 +Sync_GammaLossModel_Lab[0]=0 +LossModel_Gamma_Lab[1]=0 +Sync_GammaLossModel_Lab[1]=0 +LossModel_Gamma_Lab[2]=0 +Sync_GammaLossModel_Lab[2]=0 +LossModel_Gamma_Lab[3]=0 +Sync_GammaLossModel_Lab[3]=0 +LossModel_Gamma_Lab[4]=0 +Sync_GammaLossModel_Lab[4]=0 +LossModel_Gamma_Lab[5]=0 +Sync_GammaLossModel_Lab[5]=0 +NumberOfCuboids_LossModel_Lab=6 +SleeveLossCoefficient_Lab=0 +SleeveLossCalc_Lab=0 +LossModel_Sleeve_Lab[0]=0 +LossModel_Sleeve_Lab[1]=0 +LossModel_Sleeve_Lab[2]=0 +LossModel_Sleeve_Lab[3]=0 +LossModel_Sleeve_Lab[4]=0 +LossModel_Sleeve_Lab[5]=0 +BandingLossCalc_Lab=0 +FEALossMap_RefSpeed_Lab=12000 +LossModel_Banding_Lab[0]=0 +LossModel_Banding_Lab[1]=0 +LossModel_Banding_Lab[2]=0 +LossModel_Banding_Lab[3]=0 +LossModel_Banding_Lab[4]=0 +LossModel_Banding_Lab[5]=0 +BandingLossCoefficient_Lab=0 +IM_IphLmArray_MotorLAB[0]=0 +IM_IphLmArray_MotorLAB[1]=7.07106781187 +IM_IphLmArray_MotorLAB[2]=10.6066017178 +IM_IphLmArray_MotorLAB[3]=14.1421356237 +IM_IphLmArray_MotorLAB[4]=17.6776695297 +IM_IphLmArray_MotorLAB[5]=21.9203102168 +IM_IphLmArray_MotorLAB[6]=28.2842712475 +IM_IphLmArray_MotorLAB[7]=35.3553390593 +IM_IphLmArray_MotorLAB[8]=42.4264068712 +IM_IphLmArray_MotorLAB[9]=56.5685424949 +IM_IphLmArray_MotorLAB[10]=70.7106781187 +IM_IphLmArray_MotorLAB[11]=88.3883476483 +IM_IphLmArray_MotorLAB[12]=113.13708499 +IM_IphLmArray_MotorLAB[13]=141.421356237 +IM_IphLmArray_MotorLAB[14]=176.776695297 +IM_IphLmArray_MotorLAB[15]=226.27416998 +IM_IphLmArray_MotorLAB[16]=282.842712475 +IM_IphLmArray_MotorLAB[17]=353.553390593 +IM_IphLmArray_MotorLAB[18]=445.477272148 +IM_IphLmArray_MotorLAB[19]=565.685424949 +IM_IphLmArray_MotorLAB[20]=707.106781187 +IronLossModelSplit_Lab=0 +IM_IronLossModelSplit_MotorLAB=0 +IronLossModelSplit_Stator_Lab=0 +IronLossModelSplit_Rotor_Lab=0 +IM_FeLossModelPoints_MotorLAB=6 +IM_IphFeArray_MotorLAB[0]=0 +IM_IphFeArray_MotorLAB[1]=70.7106781187 +IM_IphFeArray_MotorLAB[2]=141.421356237 +IM_IphFeArray_MotorLAB[3]=212.132034356 +IM_IphFeArray_MotorLAB[4]=282.842712475 +IM_IphFeArray_MotorLAB[5]=707.106781187 +Slots_MotorLAB=72 +TwindingCalc_MotorLAB=40 +TmagnetCalc_MotorLAB=20 +WindingAlpha_MotorLAB=0.00393 +IM_R1_MotorLAB=0.00941462779058553 +IM_R2_MotorLAB=0.00347709668436481 +IM_L1_MotorLAB=2.31004553581932E-5 +IM_L2_MotorLAB=4.00624584525856E-5 +IM_RtrBarH_MotorLAB=20 +IM_RtrBarC_MotorLAB=39416037.2188296 +IM_LmCurve_MotorLAB=False +IM_SaturationModelType_Lab=1 +IMMagnetizingInductanceFEAMethod_Lab=1 +IMEndringCurrentMethod_Lab=1 +TurnsRef_MotorLAB=1 +TurnsCalc_MotorLAB=1 +MaxModelCurrent_MotorLAB=707.106781186548 +MaxModelCurrent_RMS_MotorLAB=500 +InitialImport_MotorLAB=True +BuildSatModel_MotorLAB=True +ModelBuildSpeed_MotorLAB=12000 +ResultsPath_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\e5_IM_HWJ\Lab\ +AutoShowResults_MotorLAB=False +ComparisonPath_Lab= +IM_SlipRes_MotorLAB=1E-6 +FastRotorSkew_MotorLAB=True +SaturationModelGoodness_Lab=0 +TimeoutMultiplier_Lab=1 +RotorWindingTemp_Ref_Lab=140 +RotorWindingTemp_Calc_Lab=140 +RotorWindingTempCoeffResistivity_Lab=0.00393 +NumCustomLosses_Lab=0 +CustomLoss_AllowedValues_Lab=1 +LabModel_Saturation_Date=16-10-20 15:18 +LabModel_Saturation_Method=1 +LabModel_Saturation_NumPoints=-1 +LabModel_Saturation_StatorCurrent_Peak=707.106781187 +LabModel_Saturation_StatorCurrent_RMS=500 +LabModel_Saturation_RotorCurrent=0 +LabModel_IronLoss_Date=16-10-20 15:21 +LabModel_IronLoss_Method=1 +LabModel_IronLoss_StatorCurrent_Peak=707.106781187 +LabModel_IronLoss_StatorCurrent_RMS=500 +LabModel_IronLoss_RotorCurrent=0 +LabModel_ACLoss_Date= +LabModel_ACLoss_Method=-1 +LabModel_ACLoss_StatorCurrent_Peak=0 +LabModel_ACLoss_StatorCurrent_RMS=0 +LabModel_ACLoss_RotorCurrent=0 +LabModel_MagnetLoss_Date= +LabModel_MagnetLoss_Method=-1 +LabModel_MagnetLoss_StatorCurrent_Peak=0 +LabModel_MagnetLoss_StatorCurrent_RMS=0 +LabModel_MagnetLoss_RotorCurrent=0 +LabModel_SleeveLoss_Date= +LabModel_SleeveLoss_Method=-1 +LabModel_SleeveLoss_StatorCurrent_Peak=0 +LabModel_SleeveLoss_StatorCurrent_RMS=0 +LabModel_SleeveLoss_RotorCurrent=0 +LabModel_BandingLoss_Date= +LabModel_BandingLoss_Method=-1 +LabModel_BandingLoss_StatorCurrent_Peak=0 +LabModel_BandingLoss_StatorCurrent_RMS=0 +LabModel_BandingLoss_RotorCurrent=0 +MaxModelCurrent_Rotor_Lab=12 +Sync_MaxModelCurrent_Rotor_Lab=12 +Sync_SaturationModelType_Lab=0 +RotorCopperLossCalc_Lab=0 +Sync_RotorWindingLossCalc_Lab=0 +RotorWindingResistance_Lab=0.00347709668436481 +Sync_RotorWindingResistance_Lab=0.00347709668436481 +Sync_ModelSkewMethod_Lab=1 +Sync_NumIrPoints_Lab=0 + +[SimulationParameters_MotorLAB] +PrevCalcImax_MotorLAB=500 +PrevCalcImin_MotorLAB=10 +PrevCalcIinc_MotorLAB=10 +CalcComplete_MotorLAB=False +CalCalcComplete_MotorLAB=False +SpeedMax_MotorLAB=12000 +Speedinc_MotorLAB=200 +SpeedMin_MotorLAB=200 +Imax_MotorLAB=707.106781186548 +Imax_RMS_MotorLAB=500 +Iinc_MotorLAB=10 +Imin_MotorLAB=14.142135623731 +Imin_RMS_MotorLAB=10 +NonSalient_MotorLAB=False +TorqueDemand_MotorLAB=140 +PhaseAdvanceDemand_Lab=0 +SlipDemand_Lab=0.01 +StatorCurrentDemand_Lab=0 +StatorCurrentDemand_RMS_Lab=0 +SpeedDemand_MotorLAB=1 +StatorTempDemand_Lab=160 +RotorTempDemand_Lab=140 +CancelCalc_MotorLAB=False +OperatingMode_Lab=0 +GenMode_MotorLAB=0 +SmoothMap_MotorLAB=False +ControlStrat_MotorLAB=0 +NumControlStrategyPoints_Lab=3 +ControlStrat_Speed_Lab[0]=0 +ControlStrat_Speed_Lab[1]=1000 +ControlStrat_Speed_Lab[2]=2000 +ControlStrat_PhaseAdvance_Lab[0]=0 +ControlStrat_PhaseAdvance_Lab[1]=15 +ControlStrat_PhaseAdvance_Lab[2]=30 +DCCurrentLimit_Lab=0 +MaxDCCurrent_Lab=80 +StatorCurrentLimit_Lab=1 +IM_StatorCurrentLimit_Lab=1 +InitialCurrentMethod_Lab=2 +PowerLimVal_MotorLAB=0 +PowerLim_MotorLAB=False +IM_InitialSlip_MotorLAB=0.005 +EMCalcStatus_MotorLAB= +CalCalcStatus_MotorLAB= +ResistanceTurnsRef_MotorLAB=1 +LabThermalCoupling=0 +LabThermalCoupling_DutyCycle=0 +LabMagneticCoupling=0 +OpPointSpec_MotorLAB=0 +MaxNumAltStartPoints_Lab=2 +MinTorque_MotorLAB=10 +TorqueInc_MotorLAB=10 +TorqueMax_MotorLAB=100 +EmagneticCalcType_Lab=1 +NumCustomLossVariables_Lab=52 +CustomLossVariables_Lab[0]=Speed +CustomLossVariables_Lab[1]=Stator_Current_Phase_Peak +CustomLossVariables_Lab[2]=Stator_Current_Phase_RMS +CustomLossVariables_Lab[3]=Stator_Current_Line_Peak +CustomLossVariables_Lab[4]=Stator_Current_Line_RMS +CustomLossVariables_Lab[5]=Rotor_Current_Peak +CustomLossVariables_Lab[6]=Rotor_Current_RMS +CustomLossVariables_Lab[7]=Rotor_Current_Referred_Peak +CustomLossVariables_Lab[8]=Rotor_Current_Referred_RMS +CustomLossVariables_Lab[9]=Magnetizing_Current_Peak +CustomLossVariables_Lab[10]=Magnetizing_Current_RMS +CustomLossVariables_Lab[11]=Endring_Current_Peak +CustomLossVariables_Lab[12]=Endring_Current_RMS +CustomLossVariables_Lab[13]=Voltage_Phase_Peak +CustomLossVariables_Lab[14]=Voltage_Phase_RMS +CustomLossVariables_Lab[15]=Voltage_Line_Peak +CustomLossVariables_Lab[16]=Voltage_Line_RMS +CustomLossVariables_Lab[17]=Id_Peak +CustomLossVariables_Lab[18]=Id_RMS +CustomLossVariables_Lab[19]=Iq_Peak +CustomLossVariables_Lab[20]=Iq_RMS +CustomLossVariables_Lab[21]=Slip +CustomLossVariables_Lab[22]=Frequency +CustomLossVariables_Lab[23]=Rotor_Current_Frequency +CustomLossVariables_Lab[24]=Magnetizing_Inductance +CustomLossVariables_Lab[25]=Magnetizing_Reactance +CustomLossVariables_Lab[26]=Stator_Copper_Loss +CustomLossVariables_Lab[27]=Stator_Copper_Loss_AC +CustomLossVariables_Lab[28]=Stator_Copper_Loss_DC +CustomLossVariables_Lab[29]=Rotor_Cage_Loss +CustomLossVariables_Lab[30]=Iron_Loss +CustomLossVariables_Lab[31]=Iron_Loss_Stator +CustomLossVariables_Lab[32]=Iron_Loss_Stator_Back_Iron +CustomLossVariables_Lab[33]=Iron_Loss_Stator_Tooth +CustomLossVariables_Lab[34]=Iron_Loss_Rotor +CustomLossVariables_Lab[35]=Iron_Loss_Rotor_Back_Iron +CustomLossVariables_Lab[36]=Iron_Loss_Rotor_Tooth +CustomLossVariables_Lab[37]=Iron_Loss_Hysteresis +CustomLossVariables_Lab[38]=Iron_Loss_Eddy +CustomLossVariables_Lab[39]=Sleeve_Loss +CustomLossVariables_Lab[40]=Banding_Loss +CustomLossVariables_Lab[41]=Stray_Load_Loss +CustomLossVariables_Lab[42]=Mechanical_Loss +CustomLossVariables_Lab[43]=Windage_Loss +CustomLossVariables_Lab[44]=Friction_Loss +CustomLossVariables_Lab[45]=Power_Factor_From_Power_Balance +CustomLossVariables_Lab[46]=Electromagnetic_Power +CustomLossVariables_Lab[47]=Electromagnetic_Torque +CustomLossVariables_Lab[48]=Terminal_Power +CustomLossVariables_Lab[49]=DC_Bus_Voltage +CustomLossVariables_Lab[50]=Stator_Winding_Temp_Average +CustomLossVariables_Lab[51]=Rotor_Winding_Temp +MaxRotorTemp_Lab=160 +Sync_RotorTempMax_Lab=160 +RotorCurrentEstimate_Lab=6 +Sync_RotorCurrentEstimate_Lab=6 +RotorCurrentDemand_Lab=6 +Sync_RotorCurrentDemand_Lab=6 +Sync_RotorCurrentMax_Lab=12 +Sync_StatorCurrentMax_Lab=212.132034355964 +Sync_StatorCurrentMax_RMS_Lab=150 +Sync_CurrentIncs_Lab=10 +Sync_MinTorqueLevel_Lab=2.5 +Sync_InitialGamma_Lab=10 +Sync_ControlStrategy_Lab=0 +Sync_StatorRotorLossBiasRatio_Lab=1 +Sync_ConvergenceMethod_Lab=1 +Sync_ConvergenceTolerance_Lab=1 +Sync_MaxIterations_Lab=40 +Sync_IterationsBeforeAverage_Lab=5 +Sync_IterationsInAverage_Lab=2 + +[LossParameters_MotorLAB] +IronLossCalc_Lab=0 +IronLossCalc_SPEED_Lab=0 +BPM_IronLossSpeedCalc_Lab=0 +CalcTypeCuLoss_MotorLAB=0 +MagnetLossCalc_Lab=0 +MagnetLossCalc_SPEED_Lab=0 +Resistance_MotorLAB=0.00941462779058553 +Ah_MotorLAB=0 +Ae_MotorLAB=0 +Bh_MotorLAB=0 +Be_MotorLAB=0 +n2ac_MotorLAB=12000 +Wmag_MotorLAB=0 +Imag_MotorLAB=0 +Nmag_MotorLAB=0 +WmagOC_MotorLAB=0 +MagLossCoeff_MotorLAB=2 +RotorIronEddyLossExponent_Lab=2 +AcLossFreq_MotorLAB=2 +RacRdc_MotorLAB=1.08235531769 +ACConductorLossSplit_Lab=0 +ACLossSpeedScalingMethod_Lab=1 +ACLossGeneratorMethod_Lab=1 +IM_IronLossCalc_MotorLAB=1 +FeHysLossArray_MotorLAB[0]=0 +FeHysLossArray_MotorLAB[1]=0 +FeHysLossArray_MotorLAB[2]=0 +FeHysLossArray_MotorLAB[3]=0 +FeHysLossArray_MotorLAB[4]=0 +FeHysLossArray_MotorLAB[5]=0 +FeHysLossArray_Stator_Lab[0]=0 +FeHysLossArray_Stator_Lab[1]=0 +FeHysLossArray_Stator_Lab[2]=0 +FeHysLossArray_Stator_Lab[3]=0 +FeHysLossArray_Stator_Lab[4]=0 +FeHysLossArray_Stator_Lab[5]=0 +FeHysLossArray_Rotor_Lab[0]=0 +FeHysLossArray_Rotor_Lab[1]=0 +FeHysLossArray_Rotor_Lab[2]=0 +FeHysLossArray_Rotor_Lab[3]=0 +FeHysLossArray_Rotor_Lab[4]=0 +FeHysLossArray_Rotor_Lab[5]=0 +FeEddyLossArray_MotorLAB[0]=0 +FeEddyLossArray_MotorLAB[1]=0 +FeEddyLossArray_MotorLAB[2]=0 +FeEddyLossArray_MotorLAB[3]=0 +FeEddyLossArray_MotorLAB[4]=0 +FeEddyLossArray_MotorLAB[5]=0 +FeEddyLossArray_Stator_Lab[0]=0 +FeEddyLossArray_Stator_Lab[1]=0 +FeEddyLossArray_Stator_Lab[2]=0 +FeEddyLossArray_Stator_Lab[3]=0 +FeEddyLossArray_Stator_Lab[4]=0 +FeEddyLossArray_Stator_Lab[5]=0 +FeEddyLossArray_Rotor_Lab[0]=0 +FeEddyLossArray_Rotor_Lab[1]=0 +FeEddyLossArray_Rotor_Lab[2]=0 +FeEddyLossArray_Rotor_Lab[3]=0 +FeEddyLossArray_Rotor_Lab[4]=0 +FeEddyLossArray_Rotor_Lab[5]=0 +FeLossRotorEd_MotorLAB[0]=0 +FeLossRotorEd_MotorLAB[1]=0 +FeLossRotorEd_MotorLAB[2]=0 +FeLossRotorEd_MotorLAB[3]=0 +FeLossRotorEd_MotorLAB[4]=0 +FeLossRotorEd_MotorLAB[5]=0 +FeLossBackIronEd_MotorLAB[0]=0 +FeLossBackIronEd_MotorLAB[1]=0 +FeLossBackIronEd_MotorLAB[2]=0 +FeLossBackIronEd_MotorLAB[3]=0 +FeLossBackIronEd_MotorLAB[4]=0 +FeLossBackIronEd_MotorLAB[5]=0 +FeLossToothEd_MotorLAB[0]=0 +FeLossToothEd_MotorLAB[1]=0 +FeLossToothEd_MotorLAB[2]=0 +FeLossToothEd_MotorLAB[3]=0 +FeLossToothEd_MotorLAB[4]=0 +FeLossToothEd_MotorLAB[5]=0 +FeLossRotorHy_MotorLAB[0]=0 +FeLossRotorHy_MotorLAB[1]=0 +FeLossRotorHy_MotorLAB[2]=0 +FeLossRotorHy_MotorLAB[3]=0 +FeLossRotorHy_MotorLAB[4]=0 +FeLossRotorHy_MotorLAB[5]=0 +FeLossBackIronHy_MotorLAB[0]=0 +FeLossBackIronHy_MotorLAB[1]=0 +FeLossBackIronHy_MotorLAB[2]=0 +FeLossBackIronHy_MotorLAB[3]=0 +FeLossBackIronHy_MotorLAB[4]=0 +FeLossBackIronHy_MotorLAB[5]=0 +FeLossToothHy_MotorLAB[0]=0 +FeLossToothHy_MotorLAB[1]=0 +FeLossToothHy_MotorLAB[2]=0 +FeLossToothHy_MotorLAB[3]=0 +FeLossToothHy_MotorLAB[4]=0 +FeLossToothHy_MotorLAB[5]=0 +FeLossRotorPoleHy_MotorLAB[0]=0 +FeLossRotorPoleHy_MotorLAB[1]=0 +FeLossRotorPoleHy_MotorLAB[2]=0 +FeLossRotorPoleHy_MotorLAB[3]=0 +FeLossRotorPoleHy_MotorLAB[4]=0 +FeLossRotorPoleHy_MotorLAB[5]=0 +FeLossRotorPoleEd_MotorLAB[0]=0 +FeLossRotorPoleEd_MotorLAB[1]=0 +FeLossRotorPoleEd_MotorLAB[2]=0 +FeLossRotorPoleEd_MotorLAB[3]=0 +FeLossRotorPoleEd_MotorLAB[4]=0 +FeLossRotorPoleEd_MotorLAB[5]=0 +MagLossArray_MotorLAB[0]=0 +MagLossArray_MotorLAB[1]=0 +MagLossArray_MotorLAB[2]=0 +MagLossArray_MotorLAB[3]=0 +MagLossArray_MotorLAB[4]=0 +MagLossArray_MotorLAB[5]=0 +ACConductorLossProportion_Lab[0]=0 +ACConductorLossProportion_Lab[1]=0 +ACConductorLossProportion_Lab[2]=0 +ACConductorLossProportion_Lab[3]=0 +ACConductorLossProportion_Lab[4]=0 +ACConductorLossProportion_Lab[5]=0 +IM_LmArray_MotorLAB[0]=0.00118058574948 +IM_LmArray_MotorLAB[1]=0.00118058574948 +IM_LmArray_MotorLAB[2]=0.00117396241575 +IM_LmArray_MotorLAB[3]=0.00119057449897 +IM_LmArray_MotorLAB[4]=0.00119013320011 +IM_LmArray_MotorLAB[5]=0.00117372621323 +IM_LmArray_MotorLAB[6]=0.0011811763943 +IM_LmArray_MotorLAB[7]=0.00119414948842 +IM_LmArray_MotorLAB[8]=0.00118035100159 +IM_LmArray_MotorLAB[9]=0.0011724873076 +IM_LmArray_MotorLAB[10]=0.00118038668183 +IM_LmArray_MotorLAB[11]=0.00113208834062 +IM_LmArray_MotorLAB[12]=0.000986297760441 +IM_LmArray_MotorLAB[13]=0.000847535706785 +IM_LmArray_MotorLAB[14]=0.000718439202839 +IM_LmArray_MotorLAB[15]=0.000587950228119 +IM_LmArray_MotorLAB[16]=0.000487121149094 +IM_LmArray_MotorLAB[17]=0.000400149785387 +IM_LmArray_MotorLAB[18]=0.000326602388738 +IM_LmArray_MotorLAB[19]=0.000263471613304 +IM_LmArray_MotorLAB[20]=0.000216926445904 +IM_FeHysLossArray_MotorLAB[0]=0 +IM_FeHysLossArray_MotorLAB[1]=0.55695692715 +IM_FeHysLossArray_MotorLAB[2]=1.13915663889 +IM_FeHysLossArray_MotorLAB[3]=1.33676632908 +IM_FeHysLossArray_MotorLAB[4]=1.43425078441 +IM_FeHysLossArray_MotorLAB[5]=1.67064894998 +IM_FeEddyLossArray_MotorLAB[0]=0 +IM_FeEddyLossArray_MotorLAB[1]=0.000879158706748 +IM_FeEddyLossArray_MotorLAB[2]=0.00209383200553 +IM_FeEddyLossArray_MotorLAB[3]=0.00261781848052 +IM_FeEddyLossArray_MotorLAB[4]=0.00292826901599 +IM_FeEddyLossArray_MotorLAB[5]=0.00362859690326 +IM_FeLoss_StatorBackIronHys_MotorLAB[0]=0 +IM_FeLoss_StatorBackIronHys_MotorLAB[1]=0.357782232349 +IM_FeLoss_StatorBackIronHys_MotorLAB[2]=0.777079575959 +IM_FeLoss_StatorBackIronHys_MotorLAB[3]=0.918731365815 +IM_FeLoss_StatorBackIronHys_MotorLAB[4]=0.994053093808 +IM_FeLoss_StatorBackIronHys_MotorLAB[5]=1.15655171088 +IM_FeLoss_StatorBackIronEddy_MotorLAB[0]=0 +IM_FeLoss_StatorBackIronEddy_MotorLAB[1]=0.000581324421217 +IM_FeLoss_StatorBackIronEddy_MotorLAB[2]=0.0013858800384 +IM_FeLoss_StatorBackIronEddy_MotorLAB[3]=0.00172209473024 +IM_FeLoss_StatorBackIronEddy_MotorLAB[4]=0.00192175624557 +IM_FeLoss_StatorBackIronEddy_MotorLAB[5]=0.002357832438 +IM_FeLoss_StatorToothHys_MotorLAB[0]=0 +IM_FeLoss_StatorToothHys_MotorLAB[1]=0.18033803638 +IM_FeLoss_StatorToothHys_MotorLAB[2]=0.339937338425 +IM_FeLoss_StatorToothHys_MotorLAB[3]=0.394405733846 +IM_FeLoss_StatorToothHys_MotorLAB[4]=0.415658717386 +IM_FeLoss_StatorToothHys_MotorLAB[5]=0.484965116888 +IM_FeLoss_StatorToothEddy_MotorLAB[0]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[1]=0.000297834285531 +IM_FeLoss_StatorToothEddy_MotorLAB[2]=0.000707951967133 +IM_FeLoss_StatorToothEddy_MotorLAB[3]=0.000895723750287 +IM_FeLoss_StatorToothEddy_MotorLAB[4]=0.00100651277042 +IM_FeLoss_StatorToothEddy_MotorLAB[5]=0.00127076446526 +IM_FeLoss_RotorBackIronHys_MotorLAB[0]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[1]=3.97951850692E-6 +IM_FeLoss_RotorBackIronHys_MotorLAB[2]=1.33474822116E-5 +IM_FeLoss_RotorBackIronHys_MotorLAB[3]=2.33816423678E-5 +IM_FeLoss_RotorBackIronHys_MotorLAB[4]=3.22043575319E-5 +IM_FeLoss_RotorBackIronHys_MotorLAB[5]=7.81908742904E-5 +IM_FeLoss_RotorBackIronEddy_MotorLAB[0]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[1]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[2]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[3]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[4]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[5]=0 +IM_FeLoss_RotorToothHys_MotorLAB[0]=0 +IM_FeLoss_RotorToothHys_MotorLAB[1]=0.0188326789019 +IM_FeLoss_RotorToothHys_MotorLAB[2]=0.0221263770237 +IM_FeLoss_RotorToothHys_MotorLAB[3]=0.0236058477757 +IM_FeLoss_RotorToothHys_MotorLAB[4]=0.0245067688536 +IM_FeLoss_RotorToothHys_MotorLAB[5]=0.0290539313373 +IM_FeLoss_RotorToothEddy_MotorLAB[0]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[1]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[2]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[3]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[4]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[5]=0 +BuildLossModel_MotorLAB=True +LossModel_Lab=1 +Sync_IronLossCalc_Lab=0 + +[ThermalParameters_MotorLAB] +ThermEnvBuilt_MotorLAB=False +ThermMapBuilt_MotorLAB=False +MaxSpeedTherm_MotorLAB=12000 +SpeedStepTherm_MotorLAB=500 +MinSpeedTherm_Lab=50 +MaxWindTemp_MotorLAB=160 +ThermCalcType_MotorLAB=0 +MaxWindingSpec_MotorLAB=1 +ThermalConvergenceMethod_Lab=1 +ThermalEnvelopeSensitivity_Lab=1 +ThermalStatorWindingTemperatureMethod_Lab=1 +Thermal_TemperaturesForEMag_Lab=1 +IncludeSpeedScaling_UserDefinedLoss_Lab=True +RotorTemperatureTolerance_Lab=1 +RotorTemperatureMaxIterations_Lab=20 +RotorTemperatureIterationsBeforeAverage_Lab=4 +RotorTemperatureIterationsInAverage_Lab=3 +RotorTemperatureMaxDivergingSteps_Lab=5 +BrTempCoeff_MotorLAB=-0.12 +Iest_MotorLAB=353.553390593274 +Iest_RMS_MotorLAB=250 +Tmag_MotorLAB=20 +Twdg_MotorLAB=40 +WindingTemp_ACLoss_Ref_Lab=40 +LossProp_Stator_Lab=0.9 +LossProp_Rotor_Lab=0.05 +Rotor_MotorLAB=0.05 +LossProp_StatorBackIron_Lab=0.45 +LossProp_StatorTooth_Lab=0.55 +LossProp_RotorBackIron_Lab=1 +LossProp_RotorPole_Lab=0 +TempLimit_MotorLAB=1 +MaxMagnet_MotorLAB=140 +ThermMaxCurrentLim_MotorLAB=False +IM_SllStatorSplit_MotorLAB=0.95 +IM_SllRotorSplit_MotorLAB=0.05 +ThermalCalcStatus_MotorLAB= +ThermalMapType_Lab=0 +NumCustomThermalLimits_Lab=0 + +[GeneratorParameters_Lab] +Generator_CalcComplete_Lab=False +Generator_CalcStatus_Lab= +Gen_Load_Definition_Lab=0 +Gen_Load_Connection_Lab=0 +Gen_Speed_Fixed_Lab=False +Gen_Speed_Max_Lab=6000 +Gen_Speed_Min_Lab=0 +Gen_Speed_Step_Lab=500 +Gen_Impedance_Fixed_Lab=False +Gen_Impedance_Max_Lab=10 +Gen_Impedance_Min_Lab=1 +Gen_Impedance_Step_Lab=1 +Gen_PF_Fixed_Lab=True +Gen_PF_Max_Lab=1 +Gen_PF_Min_Lab=0.5 +Gen_PF_Step_Lab=0.1 +Gen_Resistance_Fixed_Lab=False +Gen_Resistance_Max_Lab=10 +Gen_Resistance_Min_Lab=1 +Gen_Resistance_Step_Lab=1 +Gen_Inductance_Fixed_Lab=True +Gen_Inductance_Max_Lab=0.01 +Gen_Inductance_Min_Lab=0.001 +Gen_Inductance_Step_Lab=0.001 +Gen_Sync_Rotor_Current_Lab=12 + +[OptimisationParameters] +OptimisationParticles=25 +OptimisationIterations=100 +OptimisationUseErrorCutoff=False +OptimisationErrorValue=1 +OptimisationErrorType=0 +OptimisationErrorTerm=0 +OptimisationGraphUpdateEnabled=True +OptimisationFileLocation= +OptimisationVerboseUpdateEnabled=False +OptislangExportDirectory= +OptislangSettingsOption=0 +OptislangPeakTemp=40 +OptislangDutyCycleTemp=40 +OptislangContinuousTemp_Rotor=140 +OptislangContinuousTemp_Winding=160 +OptislangSetting_SaveScreenshots=False +OptislangSetting_RestartMotorCAD=True +OptislangSetting_ScaleHousing=True + +[OutputSheets] +NumAxialSliceTempGraphs=0 +NumCuboidalTempGraphs=0 +NumAxialTempGraphs=104 +AxialTempGraphsName_Array[0]=Housing +AxialTempGraphsName_Array[1]=Housing_OH_F +AxialTempGraphsName_Array[2]=ECap_F +AxialTempGraphsName_Array[3]=Housing_OH_R +AxialTempGraphsName_Array[4]=ECap_R +AxialTempGraphsName_Array[5]=Shaft_F +AxialTempGraphsName_Array[6]=Shaft_R +AxialTempGraphsName_Array[7]=Stator_Yoke +AxialTempGraphsName_Array[8]=HFl_WJ_A +AxialTempGraphsName_Array[9]=Housing_F +AxialTempGraphsName_Array[10]=Rotor_ES_F +AxialTempGraphsName_Array[11]=Bearing_Front +AxialTempGraphsName_Array[12]=Housing_R +AxialTempGraphsName_Array[13]=Rotor_ES_R +AxialTempGraphsName_Array[14]=Bearing_Rear +AxialTempGraphsName_Array[15]=Tooth(C1) +AxialTempGraphsName_Array[16]=Stat_Surface +AxialTempGraphsName_Array[17]=Rot_Surface +AxialTempGraphsName_Array[18]=Wedge +AxialTempGraphsName_Array[19]=Tooth(C2) +AxialTempGraphsName_Array[20]=Rot_Lam_Tooth +AxialTempGraphsName_Array[21]=Rot_Lam_Yoke +AxialTempGraphsName_Array[22]=Shaft_Centre +AxialTempGraphsName_Array[23]=Shaft_OH_F +AxialTempGraphsName_Array[24]=Shaft_OH_R +AxialTempGraphsName_Array[25]=EndRing_Bore_F +AxialTempGraphsName_Array[26]=EndRing_Outer_F +AxialTempGraphsName_Array[27]=EndRing_Front_F +AxialTempGraphsName_Array[28]=EWdg_Outer_F(C1) +AxialTempGraphsName_Array[29]=EWdg_Front_F(C1) +AxialTempGraphsName_Array[30]=EWdg_Bore_F(C2) +AxialTempGraphsName_Array[31]=EWdg_Front_F(C2) +AxialTempGraphsName_Array[32]=EndRing_Bore_R +AxialTempGraphsName_Array[33]=EndRing_Outer_R +AxialTempGraphsName_Array[34]=EndRing_Rear_R +AxialTempGraphsName_Array[35]=EWdg_Outer_R(C1) +AxialTempGraphsName_Array[36]=EWdg_Rear_R(C1) +AxialTempGraphsName_Array[37]=EWdg_Bore_R(C2) +AxialTempGraphsName_Array[38]=EWdg_Rear_R(C2) +AxialTempGraphsName_Array[39]=EndRing_F (Average) +AxialTempGraphsName_Array[40]=EndRing_R (Average) +AxialTempGraphsName_Array[41]=Rotor_Bar (Average) +AxialTempGraphsName_Array[42]=EWdg_F (Average)(C1) +AxialTempGraphsName_Array[43]=EWdg_Rear_F(C1) +AxialTempGraphsName_Array[44]=EWdg_R (Average)(C1) +AxialTempGraphsName_Array[45]=EWdg_Front_R(C1) +AxialTempGraphsName_Array[46]=Winding (Average)(C2) +AxialTempGraphsName_Array[47]=Winding (Average)(C1) +AxialTempGraphsName_Array[48]=EWdg_F (Average)(C2) +AxialTempGraphsName_Array[49]=EWdg_Rear_F(C2) +AxialTempGraphsName_Array[50]=EWdg_R (Average)(C2) +AxialTempGraphsName_Array[51]=EWdg_Front_R(C2) +AxialTempGraphsName_Array[52]=Tooth(C6) +AxialTempGraphsName_Array[53]=Fluid_SG_A +AxialTempGraphsName_Array[54]=EWdg_Front_F(C3) +AxialTempGraphsName_Array[55]=EWdg_Front_F(C4) +AxialTempGraphsName_Array[56]=EWdg_Front_F(C5) +AxialTempGraphsName_Array[57]=EWdg_Bore_F(C6) +AxialTempGraphsName_Array[58]=EWdg_Front_F(C6) +AxialTempGraphsName_Array[59]=EWdg_Rear_R(C3) +AxialTempGraphsName_Array[60]=EWdg_Rear_R(C4) +AxialTempGraphsName_Array[61]=EWdg_Rear_R(C5) +AxialTempGraphsName_Array[62]=EWdg_Bore_R(C6) +AxialTempGraphsName_Array[63]=EWdg_Rear_R(C6) +AxialTempGraphsName_Array[64]=Winding (Average)(C6) +AxialTempGraphsName_Array[65]=Tooth(C3) +AxialTempGraphsName_Array[66]=EWdg_F (Average)(C3) +AxialTempGraphsName_Array[67]=EWdg_Rear_F(C3) +AxialTempGraphsName_Array[68]=EWdg_R (Average)(C3) +AxialTempGraphsName_Array[69]=EWdg_Front_R(C3) +AxialTempGraphsName_Array[70]=Winding (Average)(C3) +AxialTempGraphsName_Array[71]=Tooth(C4) +AxialTempGraphsName_Array[72]=EWdg_F (Average)(C4) +AxialTempGraphsName_Array[73]=EWdg_Rear_F(C4) +AxialTempGraphsName_Array[74]=EWdg_R (Average)(C4) +AxialTempGraphsName_Array[75]=EWdg_Front_R(C4) +AxialTempGraphsName_Array[76]=Winding (Average)(C4) +AxialTempGraphsName_Array[77]=Tooth(C5) +AxialTempGraphsName_Array[78]=EWdg_F (Average)(C5) +AxialTempGraphsName_Array[79]=EWdg_Rear_F(C5) +AxialTempGraphsName_Array[80]=EWdg_R (Average)(C5) +AxialTempGraphsName_Array[81]=EWdg_Front_R(C5) +AxialTempGraphsName_Array[82]=Winding (Average)(C5) +AxialTempGraphsName_Array[83]=EWdg_F (Average)(C6) +AxialTempGraphsName_Array[84]=EWdg_Rear_F(C6) +AxialTempGraphsName_Array[85]=EWdg_R (Average)(C6) +AxialTempGraphsName_Array[86]=EWdg_Front_R(C6) +AxialTempGraphsName_Array[87]=Fluid_SG_F +AxialTempGraphsName_Array[88]=Fluid_SG_R +AxialTempGraphsName_Array[89]=Rotor_F +AxialTempGraphsName_Array[90]=Rotor_R +AxialTempGraphsName_Array[91]=EWdg_Inner_F(C6) +AxialTempGraphsName_Array[92]=EWdg_Inner_R(C6) +AxialTempGraphsName_Array[93]=Endcap_F +AxialTempGraphsName_Array[94]=Endcap_R +AxialTempGraphsName_Array[95]=HousingWJ_A +AxialTempGraphsName_Array[96]=Stator_Surface +AxialTempGraphsName_Array[97]=Rotor_Bar (Avg) +AxialTempGraphsName_Array[98]=Winding (Avg)(C1) +AxialTempGraphsName_Array[99]=Winding (Avg)(C2) +AxialTempGraphsName_Array[100]=Winding (Avg)(C3) +AxialTempGraphsName_Array[101]=Winding (Avg)(C4) +AxialTempGraphsName_Array[102]=Winding (Avg)(C5) +AxialTempGraphsName_Array[103]=Winding (Avg)(C6) +AxialTempGraphsGraph_Array[0]=True +AxialTempGraphsGraph_Array[1]=True +AxialTempGraphsGraph_Array[2]=True +AxialTempGraphsGraph_Array[3]=True +AxialTempGraphsGraph_Array[4]=True +AxialTempGraphsGraph_Array[5]=True +AxialTempGraphsGraph_Array[6]=True +AxialTempGraphsGraph_Array[7]=True +AxialTempGraphsGraph_Array[8]=True +AxialTempGraphsGraph_Array[9]=True +AxialTempGraphsGraph_Array[10]=True +AxialTempGraphsGraph_Array[11]=True +AxialTempGraphsGraph_Array[12]=True +AxialTempGraphsGraph_Array[13]=True +AxialTempGraphsGraph_Array[14]=True +AxialTempGraphsGraph_Array[15]=True +AxialTempGraphsGraph_Array[16]=True +AxialTempGraphsGraph_Array[17]=True +AxialTempGraphsGraph_Array[18]=True +AxialTempGraphsGraph_Array[19]=True +AxialTempGraphsGraph_Array[20]=True +AxialTempGraphsGraph_Array[21]=True +AxialTempGraphsGraph_Array[22]=True +AxialTempGraphsGraph_Array[23]=True +AxialTempGraphsGraph_Array[24]=True +AxialTempGraphsGraph_Array[25]=True +AxialTempGraphsGraph_Array[26]=True +AxialTempGraphsGraph_Array[27]=True +AxialTempGraphsGraph_Array[28]=True +AxialTempGraphsGraph_Array[29]=True +AxialTempGraphsGraph_Array[30]=True +AxialTempGraphsGraph_Array[31]=True +AxialTempGraphsGraph_Array[32]=True +AxialTempGraphsGraph_Array[33]=True +AxialTempGraphsGraph_Array[34]=True +AxialTempGraphsGraph_Array[35]=True +AxialTempGraphsGraph_Array[36]=True +AxialTempGraphsGraph_Array[37]=True +AxialTempGraphsGraph_Array[38]=True +AxialTempGraphsGraph_Array[39]=True +AxialTempGraphsGraph_Array[40]=True +AxialTempGraphsGraph_Array[41]=True +AxialTempGraphsGraph_Array[42]=True +AxialTempGraphsGraph_Array[43]=True +AxialTempGraphsGraph_Array[44]=True +AxialTempGraphsGraph_Array[45]=True +AxialTempGraphsGraph_Array[46]=True +AxialTempGraphsGraph_Array[47]=True +AxialTempGraphsGraph_Array[48]=True +AxialTempGraphsGraph_Array[49]=True +AxialTempGraphsGraph_Array[50]=True +AxialTempGraphsGraph_Array[51]=True +AxialTempGraphsGraph_Array[52]=True +AxialTempGraphsGraph_Array[53]=True +AxialTempGraphsGraph_Array[54]=True +AxialTempGraphsGraph_Array[55]=True +AxialTempGraphsGraph_Array[56]=True +AxialTempGraphsGraph_Array[57]=True +AxialTempGraphsGraph_Array[58]=True +AxialTempGraphsGraph_Array[59]=True +AxialTempGraphsGraph_Array[60]=True +AxialTempGraphsGraph_Array[61]=True +AxialTempGraphsGraph_Array[62]=True +AxialTempGraphsGraph_Array[63]=True +AxialTempGraphsGraph_Array[64]=True +AxialTempGraphsGraph_Array[65]=True +AxialTempGraphsGraph_Array[66]=True +AxialTempGraphsGraph_Array[67]=True +AxialTempGraphsGraph_Array[68]=True +AxialTempGraphsGraph_Array[69]=True +AxialTempGraphsGraph_Array[70]=True +AxialTempGraphsGraph_Array[71]=True +AxialTempGraphsGraph_Array[72]=True +AxialTempGraphsGraph_Array[73]=True +AxialTempGraphsGraph_Array[74]=True +AxialTempGraphsGraph_Array[75]=True +AxialTempGraphsGraph_Array[76]=True +AxialTempGraphsGraph_Array[77]=True +AxialTempGraphsGraph_Array[78]=True +AxialTempGraphsGraph_Array[79]=True +AxialTempGraphsGraph_Array[80]=True +AxialTempGraphsGraph_Array[81]=True +AxialTempGraphsGraph_Array[82]=True +AxialTempGraphsGraph_Array[83]=True +AxialTempGraphsGraph_Array[84]=True +AxialTempGraphsGraph_Array[85]=True +AxialTempGraphsGraph_Array[86]=True +AxialTempGraphsGraph_Array[87]=True +AxialTempGraphsGraph_Array[88]=True +AxialTempGraphsGraph_Array[89]=True +AxialTempGraphsGraph_Array[90]=True +AxialTempGraphsGraph_Array[91]=True +AxialTempGraphsGraph_Array[92]=True +AxialTempGraphsGraph_Array[93]=True +AxialTempGraphsGraph_Array[94]=True +AxialTempGraphsGraph_Array[95]=True +AxialTempGraphsGraph_Array[96]=True +AxialTempGraphsGraph_Array[97]=True +AxialTempGraphsGraph_Array[98]=True +AxialTempGraphsGraph_Array[99]=True +AxialTempGraphsGraph_Array[100]=True +AxialTempGraphsGraph_Array[101]=True +AxialTempGraphsGraph_Array[102]=True +AxialTempGraphsGraph_Array[103]=True +NumRadialTempGraphs=35 +RadialTempGraphsName_Array[0]=Winding (Max) +RadialTempGraphsName_Array[1]=Winding (Av) +RadialTempGraphsName_Array[2]=Winding (Min) +RadialTempGraphsName_Array[3]=Housing +RadialTempGraphsName_Array[4]=Stator_Yoke +RadialTempGraphsName_Array[5]=Stat_Surface +RadialTempGraphsName_Array[6]=Rot_Surface +RadialTempGraphsName_Array[7]=Rot_Lam_Tooth +RadialTempGraphsName_Array[8]=Rot_Lam_Yoke +RadialTempGraphsName_Array[9]=Shaft_Centre +RadialTempGraphsName_Array[10]=Tooth +RadialTempGraphsName_Array[11]=SlotBottom +RadialTempGraphsName_Array[12]=SlotOpening +RadialTempGraphsName_Array[13]=Winding (Average)(C1) +RadialTempGraphsName_Array[14]=Tooth(C1) +RadialTempGraphsName_Array[15]=Rotor_Bar (Average) +RadialTempGraphsName_Array[16]=Winding (Average)(C2) +RadialTempGraphsName_Array[17]=Tooth(C2) +RadialTempGraphsName_Array[18]=Fluid_SG_A +RadialTempGraphsName_Array[19]=Winding (Average)(C3) +RadialTempGraphsName_Array[20]=Tooth(C3) +RadialTempGraphsName_Array[21]=Winding (Average)(C4) +RadialTempGraphsName_Array[22]=Tooth(C4) +RadialTempGraphsName_Array[23]=Winding (Average)(C5) +RadialTempGraphsName_Array[24]=Tooth(C5) +RadialTempGraphsName_Array[25]=Winding (Average)(C6) +RadialTempGraphsName_Array[26]=Tooth(C6) +RadialTempGraphsName_Array[27]=Stator_Surface +RadialTempGraphsName_Array[28]=Rotor_Bar (Avg) +RadialTempGraphsName_Array[29]=Winding (Avg)(C6) +RadialTempGraphsName_Array[30]=Winding (Avg)(C1) +RadialTempGraphsName_Array[31]=Winding (Avg)(C2) +RadialTempGraphsName_Array[32]=Winding (Avg)(C3) +RadialTempGraphsName_Array[33]=Winding (Avg)(C4) +RadialTempGraphsName_Array[34]=Winding (Avg)(C5) +RadialTempGraphsGraph_Array[0]=True +RadialTempGraphsGraph_Array[1]=True +RadialTempGraphsGraph_Array[2]=True +RadialTempGraphsGraph_Array[3]=True +RadialTempGraphsGraph_Array[4]=True +RadialTempGraphsGraph_Array[5]=True +RadialTempGraphsGraph_Array[6]=True +RadialTempGraphsGraph_Array[7]=True +RadialTempGraphsGraph_Array[8]=True +RadialTempGraphsGraph_Array[9]=True +RadialTempGraphsGraph_Array[10]=True +RadialTempGraphsGraph_Array[11]=True +RadialTempGraphsGraph_Array[12]=True +RadialTempGraphsGraph_Array[13]=True +RadialTempGraphsGraph_Array[14]=True +RadialTempGraphsGraph_Array[15]=True +RadialTempGraphsGraph_Array[16]=True +RadialTempGraphsGraph_Array[17]=True +RadialTempGraphsGraph_Array[18]=True +RadialTempGraphsGraph_Array[19]=True +RadialTempGraphsGraph_Array[20]=True +RadialTempGraphsGraph_Array[21]=True +RadialTempGraphsGraph_Array[22]=True +RadialTempGraphsGraph_Array[23]=True +RadialTempGraphsGraph_Array[24]=True +RadialTempGraphsGraph_Array[25]=True +RadialTempGraphsGraph_Array[26]=True +RadialTempGraphsGraph_Array[27]=True +RadialTempGraphsGraph_Array[28]=True +RadialTempGraphsGraph_Array[29]=True +RadialTempGraphsGraph_Array[30]=True +RadialTempGraphsGraph_Array[31]=True +RadialTempGraphsGraph_Array[32]=True +RadialTempGraphsGraph_Array[33]=True +RadialTempGraphsGraph_Array[34]=True + +[Radiation] +Emissivity_UseSingleValue=True +Emissivity_SingleValue=0.9 + +[SaturationMap] +SaturationMap_ExportFile= +SaturationMap_Export=True +LossMap_Export=True +SaturationMap_ExportToCSV=False +SaturationMap_InputDefinition=0 +SaturationMap_CalculationMethod=0 +SaturationMap_FEACalculationType=1 +SaturationMap_ResultType=0 +SaturationMap_FieldCurrentDefinition=0 +SaturationMap_StatorCurrentMax=150 +SaturationMap_StatorCurrentStep=30 +SaturationMap_StatorCurrentMin=0 +SaturationMap_PhaseAdvanceMax=90 +SaturationMap_PhaseAdvanceStep=22.5 +SaturationMap_PhaseAdvanceMin=0 +SaturationMap_Current_D_Max=0 +SaturationMap_Current_D_Step=30 +SaturationMap_Current_D_Min=-150 +SaturationMap_Current_Q_Max=150 +SaturationMap_Current_Q_Step=30 +SaturationMap_Current_Q_Min=0 +SaturationMap_FieldCurrentMax=12 +SaturationMap_FieldCurrentStep=4 +SaturationMap_FieldCurrentMin=0 +LossMap_Speed=3000 +SaturationMap_CalculationStatus= +SaturationMap_CalculationComplete=False + +[Transient] +TransientEmbeddingSolver=0 +TransientCalculationType=0 +Duty_Cycle_Definition=3 +Duty_Cycle_Input_Type=1 +Duty_Cycle_Drive_Type=0 +Duty_Cycle_DC_Bus_Voltage_Definition=0 +Duty_Cycle_Gear_Ratio_Definition=0 +Simple_Transient_Definition=1 +Simple_Transient_Torque=30 +Simple_Transient_Period=1000 +TRANSIENT_TIME_PERIOD=1000 +Simple_Transient_Number_Points=50 +NUMBER_TRANSIENT_POINTS=50 +EndPoint_TimeBetweenPoints=0.8 +Transient_Number_Cycles=1 +Transient_Loss_Calculation=0 +External_Duty_Cycle_File= +SaveDutyCycleDataInMot=False +ExternalDutyCycleDataInMot=False +DutyCycle_LossValue_Used=1 +Transient_Fluid_Capacitance=1 +UseEndPointTempLimit_Magnet=False +EndPointTempLimit_Magnet=180 +UseEndPointTempLimit_Bearing=False +EndPointTempLimit_Bearing=180 +UseEndPointTempLimit_ArmatureWdg=True +EndPointTempLimit_ArmatureWdg=180 +UseEndPointTempLimit_FieldWdg=False +EndPointTempLimit_FieldWdg=180 +UseEndPointTempLimit_Commutator=False +EndPointTempLimit_Commutator=180 +UseEndPointTempLimit_Brushes=False +EndPointTempLimit_Brushes=180 +UseEndPointTempLimit_Cage=False +EndPointTempLimit_Cage=180 +UseEndPointTempLimit_Encoder=False +EndPointTempLimit_Encoder=180 +EndPoint_Definition=0 +EndPoint_SimplePoints=10 +EndPoint_StableSeconds=10 +EndPoint_StableConvergenceErrorTolerance=0.001 +Endpoint_DutyPoints=10 +Duty_Cycle_Num_Periods=596 +Transient_Calculation_Type=Simple_Transient +Duty_Cycle_Pcu_Value_or_pu_Input=Duty_Cycle_Pcu_Value_Input +Duty_Cycle_Data_Definition=Duty_Cycle_Torque_Speed +Transient_Speed_Increase_Factor=1 +dTambient_Over_Transient_Time_Period=0 +number_of_phases=3 +number_of_phases_with_an_open_circuit_fault=1 +Coil_Current_Fault_div_Coil_Current_Normal=1.5 + +[Cuboidal_Model] +Winding_Cuboid_Width[0]=2.04225111598798 +Winding_Cuboid_Width[1]=2.04225111598798 +Winding_Cuboid_Width[2]=2.04225111598798 +Winding_Cuboid_Width[3]=1.92230491435372 +Winding_Cuboid_Width[4]=1.02112555799399 +Winding_Cuboid_Width[5]=1.02112555799399 +Winding_Cuboid_Height[0]=2.75099758045499 +Winding_Cuboid_Height[1]=2.75099758045499 +Winding_Cuboid_Height[2]=2.75099758045499 +Winding_Cuboid_Height[3]=2.75099758045499 +Winding_Cuboid_Height[4]=2.75099758045499 +Winding_Cuboid_Height[5]=2.75099758045499 + +[Reduced_Node_Model] +ReducedNodeRecordPowerSpread=False +ReducedNodeSelection=1 +ReducedNodeAutoLoadSelection=False +ReducedNodeNumber=0 +ReducedNodeMaxResistance=10000000 +ReducedNodeCapacitanceScale=1 + +[Phasor_Diagram] +PhasorShowCurrents=True +PhasorShowFluxLinkages=True +PhasorShowVoltages=True +PhasorTextDisplay=0 +PhasorLabelSelection=0 + +[EquivalentCircuit_Diagram] +IMEquivalentTextDisplay=1 +IMEquivalentCircuitView=0 + +[Geometry_Export] +GeometryExportFormat=0 +DXFView_Export=0 +DXFComponent_Rotor=True +DXFComponent_Stator=False +DXFComponent_Housing=False +DXFOption_SegmentOutlines=True +DXFOption_SeparateCoils=True +DXFOption_ClosedSlotOpening=True +DXFOption_ClosedMagnetGap=True +DXFOption_Conductors=False +DXFOption_SlotLiner=False +DXFOption_WireInsulation=False +DXFOption_SlotDucts=True +DXFOption_CoilDivider=True +DXFWindingOption_SlotTeeth=True +STL_FormatOptions=0 + +[Ansys] +AnsysExportFormat=1 +AnsysModelType=0 +AnsysSolve=0 +AnsysReplaceArcEntities=False +AnsysReplaceArcEntities_MinimumSweep=0.1 +Ansys_ArcType=1 +Ansys_MergeEntities=0 +Ansys_NonStandardRegions_Number=1 +Ansys_NonStandardRegions_Names[0]= +Ansys_NonStandardRegions_Types[0]=Custom (Non Standard) +Ansys_NonStandardRegions_Temperatures[0]=20 + +[Winding] +EWdgEffectiveKCalc=1 +Kt_LitzBundle_Radial=0 +Kt_LitzBundle_Tangential=0 +Kt_LitzBundle_Axial=0 +RequestedGrossSlotFillFactor=0.4 +RequestedNetSlotFillFactor=0.4 +RequestedLitzFillFactor=0.85 +WindingView=0 +ConductiveWedge=0 +RequestedGrossSlotFillFactorField=0.4 +RequestedGrossSlotFillFactorRotor=0.4 +FieldConductorSeparation=0.1 +RotorConductorSeparation=0.1 +FieldConductorPlacement=0 +RotorConductorPlacement=0 +FormWoundVerticalGap=0.1 +FormWoundHorizontalGap=0.1 +FieldWindingView=1 +RotorWindingView=1 +SyncRotorCuboid_X=0 +SyncRotorCuboid_Y=0 +RotorInsSlotBaseThickness=0 +RotorInsToothSideThickness=0 +FieldConductorsSlotBase=0.1 +RotorConductorsSlotBase=0.1 +FieldConductorsSlotTooth=0.1 +RotorConductorsSlotTooth=0.1 +FieldConductorsVertical=0.1 +RotorConductorsVertical=0.1 +FieldConductorsHorizontal=0.1 +RotorConductorsHorizontal=0.1 +CuboidPositionSetting=0 + +[Region_Options] +Region_PointTolerance=0.0001 +Region_ArcSegments_Number=5 + +[Transient_Settings] +TransientResultsAnalysisEnabled=False +TransientResultsAnalysisFile= +TransientResultsAnalysisPeriod=1 +EnableTemperatureVariationWithinStep=True +TemperatureVariationWithinStep=2 +AllowableTemperatureVariation=0.1 +AllowableTimeVariation=0.1 +FluidTemperatureCalculation=2 +TransientResultsView=0 + +[h_Nat_Con_Adjust] +h_Nat_Conv_Housing_Active_No_Fins_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_No_Fins=1 +h_Nat_Conv_Housing_Active_Fin_Base_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Fin_Base=1 +h_Nat_Conv_Housing_Active_Fin_Sides_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Fin_Sides=1 +h_Nat_Conv_Housing_Active_Fin_Tips_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Fin_Tips=1 +h_Nat_Conv_Housing_Active_Fin_Channel_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Fin_Channel=1 +h_Nat_Conv_Housing_Active_Corner_Cutout_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Corner_Cutout=1 +h_Nat_Conv_Housing_Front_No_Fins_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_No_Fins=1 +h_Nat_Conv_Housing_Front_Fin_Base_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Fin_Base=1 +h_Nat_Conv_Housing_Front_Fin_Sides_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Fin_Sides=1 +h_Nat_Conv_Housing_Front_Fin_Tips_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Fin_Tips=1 +h_Nat_Conv_Housing_Front_Fin_Channel_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Fin_Channel=1 +h_Nat_Conv_Housing_Front_Corner_Cutout_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Corner_Cutout=1 +h_Nat_Conv_Housing_Rear_No_Fins_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_No_Fins=1 +h_Nat_Conv_Housing_Rear_Fin_Base_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Fin_Base=1 +h_Nat_Conv_Housing_Rear_Fin_Sides_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Fin_Sides=1 +h_Nat_Conv_Housing_Rear_Fin_Tips_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Fin_Tips=1 +h_Nat_Conv_Housing_Rear_Fin_Channel_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Fin_Channel=1 +h_Nat_Conv_Housing_Rear_Corner_Cutout_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Corner_Cutout=1 +h_Nat_Conv_Endcap_Front_Radial_Adjust=1 +Adjustment_H[Nc]_Endcap_[F]_-_Radial=1 +h_Nat_Conv_Endcap_Front_Axial_Adjust=1 +Adjustment_H[Nc]_Endcap_[F]_-_Axial=1 +h_Nat_Conv_Endcap_Rear_Radial_Adjust=1 +Adjustment_H[Nc]_Endcap_[R]_-_Radial=1 +h_Nat_Conv_Endcap_Rear_Axial_Adjust=1 +Adjustment_H[Nc]_Endcap_[R]_-_Axial=1 +h_Nat_Conv_Plate_Adjust=1 +Adjustment_H[Nc]_Flange_Plate=1 +h_Nat_Conv_Axle_Plate_F_Adjust=1 +Adjustment_H[Nc]_Axle_Plate_[F]=1 +h_Nat_Conv_Axle_Plate_R_Adjust=1 +Adjustment_H[Nc]_Axle_Plate_[R]=1 +h_Nat_Conv_Base_Adjust=1 +Adjustment_H[Nc]_Base_Plate=1 +h_Nat_Conv_EncCase_Radial_Adjust=1 +Adjustment_H[Nc]_Encoder_Case_-_Radial=1 +h_Nat_Conv_EncCase_Axial_Adjust=1 +Adjustment_H[Nc]_Encoder_Case_-_Axial=1 + +[h_Nat_Con_Input] +h_Nat_Conv_Housing_Active_No_Fins_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_No_Fins=6 +h_Nat_Conv_Housing_Active_Fin_Base_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Fin_Base=6 +h_Nat_Conv_Housing_Active_Fin_Sides_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Fin_Sides=6 +h_Nat_Conv_Housing_Active_Fin_Tips_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Fin_Tips=6 +h_Nat_Conv_Housing_Active_Fin_Channel_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Fin_Channel=6 +h_Nat_Conv_Housing_Active_Corner_Cutout_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Corner_Cutout=6 +h_Nat_Conv_Housing_Front_No_Fins_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_No_Fins=6 +h_Nat_Conv_Housing_Front_Fin_Base_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Fin_Base=6 +h_Nat_Conv_Housing_Front_Fin_Sides_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Fin_Sides=6 +h_Nat_Conv_Housing_Front_Fin_Tips_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Fin_Tips=6 +h_Nat_Conv_Housing_Front_Fin_Channel_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Fin_Channel=6 +h_Nat_Conv_Housing_Front_Corner_Cutout_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Corner_Cutout=6 +h_Nat_Conv_Housing_Rear_No_Fins_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_No_Fins=6 +h_Nat_Conv_Housing_Rear_Fin_Base_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Fin_Base=6 +h_Nat_Conv_Housing_Rear_Fin_Sides_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Fin_Sides=6 +h_Nat_Conv_Housing_Rear_Fin_Tips_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Fin_Tips=6 +h_Nat_Conv_Housing_Rear_Fin_Channel_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Fin_Channel=6 +h_Nat_Conv_Housing_Rear_Corner_Cutout_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Corner_Cutout=6 +h_Nat_Conv_Endcap_Front_Radial_Input=6 +Input_Value_H[Nc]_Endcap_[F]_-_Radial=6 +h_Nat_Conv_Endcap_Front_Axial_Input=6 +Input_Value_H[Nc]_Endcap_[F]_-_Axial=6 +h_Nat_Conv_Endcap_Rear_Radial_Input=6 +Input_Value_H[Nc]_Endcap_[R]_-_Radial=6 +h_Nat_Conv_Endcap_Rear_Axial_Input=6 +Input_Value_H[Nc]_Endcap_[R]_-_Axial=6 +h_Nat_Conv_Plate_Input=6 +Input_Value_H[Nc]_Flange_Plate=6 +h_Nat_Conv_Axle_Plate_F_Input=6 +Input_Value_H[Nc]_Axle_Plate_[F]=6 +h_Nat_Conv_Axle_Plate_R_Input=6 +Input_Value_H[Nc]_Axle_Plate_[R]=6 +h_Nat_Conv_Base_Input=6 +Input_Value_H[Nc]_Base_Plate=6 +h_Nat_Conv_EncCase_Radial_Input=6 +Input_Value_H[Nc]_Encoder_Case_-_Radial=6 +h_Nat_Conv_EncCase_Axial_Input=6 +Input_Value_H[Nc]_Encoder_Case_-_Axial=6 + +[Nat_Con_Notes] +Nat_Conv_Notes_Housing_Active_No_Fins= +Notes_H[Nc]_Housing_[A]_-_No_Fins= +Nat_Conv_Notes_Housing_Active_Fin_Base= +Notes_H[Nc]_Housing_[A]_-_Fin_Base= +Nat_Conv_Notes_Housing_Active_Fin_Sides= +Notes_H[Nc]_Housing_[A]_-_Fin_Sides= +Nat_Conv_Notes_Housing_Active_Fin_Tips= +Notes_H[Nc]_Housing_[A]_-_Fin_Tips= +Nat_Conv_Notes_Housing_Active_Fin_Channel= +Notes_H[Nc]_Housing_[A]_-_Fin_Channel= +Nat_Conv_Notes_Housing_Active_Corner_Cutout= +Notes_H[Nc]_Housing_[A]_-_Corner_Cutout= +Nat_Conv_Notes_Housing_Front_No_Fins= +Notes_H[Nc]_Housing_[F]_-_No_Fins= +Nat_Conv_Notes_Housing_Front_Fin_Base= +Notes_H[Nc]_Housing_[F]_-_Fin_Base= +Nat_Conv_Notes_Housing_Front_Fin_Sides= +Notes_H[Nc]_Housing_[F]_-_Fin_Sides= +Nat_Conv_Notes_Housing_Front_Fin_Tips= +Notes_H[Nc]_Housing_[F]_-_Fin_Tips= +Nat_Conv_Notes_Housing_Front_Fin_Channel= +Notes_H[Nc]_Housing_[F]_-_Fin_Channel= +Nat_Conv_Notes_Housing_Front_Corner_Cutout= +Notes_H[Nc]_Housing_[F]_-_Corner_Cutout= +Nat_Conv_Notes_Housing_Rear_No_Fins= +Notes_H[Nc]_Housing_[R]_-_No_Fins= +Nat_Conv_Notes_Housing_Rear_Fin_Base= +Notes_H[Nc]_Housing_[R]_-_Fin_Base= +Nat_Conv_Notes_Housing_Rear_Fin_Sides= +Notes_H[Nc]_Housing_[R]_-_Fin_Sides= +Nat_Conv_Notes_Housing_Rear_Fin_Tips= +Notes_H[Nc]_Housing_[R]_-_Fin_Tips= +Nat_Conv_Notes_Housing_Rear_Fin_Channel= +Notes_H[Nc]_Housing_[R]_-_Fin_Channel= +Nat_Conv_Notes_Housing_Rear_Corner_Cutout= +Notes_H[Nc]_Housing_[R]_-_Corner_Cutout= +Nat_Conv_Notes_Endcap_Front_Radial= +Notes_H[Nc]_Endcap_[F]_-_Radial= +Nat_Conv_Notes_Endcap_Front_Axial= +Notes_H[Nc]_Endcap_[F]_-_Axial= +Nat_Conv_Notes_Endcap_Rear_Radial= +Notes_H[Nc]_Endcap_[R]_-_Radial= +Nat_Conv_Notes_Endcap_Rear_Axial= +Notes_H[Nc]_Endcap_[R]_-_Axial= +Nat_Conv_Notes_Plate= +Notes_H[Nc]_Flange_Plate= +Nat_Conv_Notes_Axle_Plate_F= +Notes_H[Nc]_Axle_Plate_[F]= +Nat_Conv_Notes_Axle_Plate_R= +Notes_H[Nc]_Axle_Plate_[R]= +Nat_Conv_Notes_Base= +Notes_H[Nc]_Base_Plate= +Nat_Conv_Notes_EncCase_Radial= +Notes_H[Nc]_Encoder_Case_-_Radial= +Nat_Conv_Notes_EncCase_Axial= +Notes_H[Nc]_Encoder_Case_-_Axial= + +[h_Forced_Con_Vel_Mult] +Velocity_Forced_Conv_Housing_Front_No_Fins_Multiplier=0.6 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_No_Fins=0.6 +Velocity_Forced_Conv_Housing_Front_Fin_Base_Multiplier=0.6 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Base=0.6 +Velocity_Forced_Conv_Housing_Front_Fin_Sides_Multiplier=0.6 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Sides=0.6 +Velocity_Forced_Conv_Housing_Front_Fin_Tips_Multiplier=0.6 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Tips=0.6 +Velocity_Forced_Conv_Housing_Front_Fin_Channel_Multiplier=1 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Channel=1 +Velocity_Forced_Conv_Housing_Front_Corner_Cutout_Multiplier=0.6 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Corner_Cutout=0.6 +Velocity_Forced_Conv_Housing_Rear_No_Fins_Multiplier=0.9 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_No_Fins=0.9 +Velocity_Forced_Conv_Housing_Rear_Fin_Base_Multiplier=0.9 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Base=0.9 +Velocity_Forced_Conv_Housing_Rear_Fin_Sides_Multiplier=0.9 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Sides=0.9 +Velocity_Forced_Conv_Housing_Rear_Fin_Tips_Multiplier=0.9 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Tips=0.9 +Velocity_Forced_Conv_Housing_Rear_Fin_Channel_Multiplier=1 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Channel=1 +Velocity_Forced_Conv_Housing_Rear_Corner_Cutout_Multiplier=0.9 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Corner_Cutout=0.9 +Velocity_Forced_Conv_Endcap_Front_Radial_Multiplier=0.5 +Velocity_Multiplier_H[Fc]_Endcap_[F]_-_Radial=0.5 +Velocity_Forced_Conv_Endcap_Front_Axial_Multiplier=0.3 +Velocity_Multiplier_H[Fc]_Endcap_[F]_-_Axial=0.3 +Velocity_Forced_Conv_Endcap_Rear_Radial_Multiplier=1 +Velocity_Multiplier_H[Fc]_Endcap_[R]_-_Radial=1 +Velocity_Forced_Conv_Endcap_Rear_Axial_Multiplier=1 +Velocity_Multiplier_H[Fc]_Endcap_[R]_-_Axial=1 +Velocity_Forced_Conv_Plate_Multiplier=0.2 +Velocity_Multiplier_H[Fc]_Flange_Plate=0.2 +Velocity_Forced_Conv_Axle_Plate_F_Multiplier=0 +Velocity_Multiplier_H[Fc]_Axle_Plate_[F]=0 +Velocity_Forced_Conv_Axle_Plate_R_Multiplier=0 +Velocity_Multiplier_H[Fc]_Axle_Plate_[R]=0 +Velocity_Forced_Conv_Base_Multiplier=0.2 +Velocity_Multiplier_H[Fc]_Base_Plate=0.2 +Velocity_Forced_Conv_EncCase_Radial_Multiplier=0.7 +Velocity_Multiplier_H[Fc]_Encoder_Case_-_Radial=0.7 +Velocity_Forced_Conv_EncCase_Axial_Multiplier=0.7 +Velocity_Multiplier_H[Fc]_Encoder_Case_-_Axial=0.7 + +[h_Forced_Con_Adjust] +Forced_Conv_Turbulence_Factor=1.7 +Turbulence_Factor=1.7 +h_Forced_Conv_Housing_Front_No_Fins_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_No_Fins=1 +h_Forced_Conv_Housing_Front_Fin_Base_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Fin_Base=1 +h_Forced_Conv_Housing_Front_Fin_Sides_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Fin_Sides=1 +h_Forced_Conv_Housing_Front_Fin_Tips_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Fin_Tips=1 +h_Forced_Conv_Housing_Front_Fin_Channel_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Fin_Channel=1 +h_Forced_Conv_Housing_Front_Corner_Cutout_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Corner_Cutout=1 +h_Forced_Conv_Housing_Rear_No_Fins_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_No_Fins=1 +h_Forced_Conv_Housing_Rear_Fin_Base_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Fin_Base=1 +h_Forced_Conv_Housing_Rear_Fin_Sides_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Fin_Sides=1 +h_Forced_Conv_Housing_Rear_Fin_Tips_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Fin_Tips=1 +h_Forced_Conv_Housing_Rear_Fin_Channel_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Fin_Channel=1 +h_Forced_Conv_Housing_Rear_Corner_Cutout_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Corner_Cutout=1 +h_Forced_Conv_Endcap_Front_Radial_Adjust=1 +Adjustment_H[Fc]_Endcap_[F]_-_Radial=1 +h_Forced_Conv_Endcap_Front_Axial_Adjust=1 +Adjustment_H[Fc]_Endcap_[F]_-_Axial=1 +h_Forced_Conv_Endcap_Rear_Radial_Adjust=1 +Adjustment_H[Fc]_Endcap_[R]_-_Radial=1 +h_Forced_Conv_Endcap_Rear_Axial_Adjust=1 +Adjustment_H[Fc]_Endcap_[R]_-_Axial=1 +h_Forced_Conv_Plate_Adjust=1 +Adjustment_H[Fc]_Flange_Plate=1 +h_Forced_Conv_Axle_Plate_F_Adjust=1 +Adjustment_H[Fc]_Axle_Plate_[F]=1 +h_Forced_Conv_Axle_Plate_R_Adjust=1 +Adjustment_H[Fc]_Axle_Plate_[R]=1 +h_Forced_Conv_Base_Adjust=1 +Adjustment_H[Fc]_Base_Plate=1 +h_Forced_Conv_EncCase_Radial_Adjust=1 +Adjustment_H[Fc]_Encoder_Case_-_Radial=1 +h_Forced_Conv_EncCase_Axial_Adjust=1 +Adjustment_H[Fc]_Encoder_Case_-_Axial=1 + +[Forced_Con_Notes] +Forced_Conv_Notes_Housing_Front_No_Fins[0]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[0]= +Forced_Conv_Notes_Housing_Front_No_Fins[1]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[1]= +Forced_Conv_Notes_Housing_Front_No_Fins[2]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[2]= +Forced_Conv_Notes_Housing_Front_No_Fins[3]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[3]= +Forced_Conv_Notes_Housing_Front_No_Fins[4]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[4]= +Forced_Conv_Notes_Housing_Front_No_Fins[5]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[5]= +Forced_Conv_Notes_Housing_Front_No_Fins[6]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[6]= +Forced_Conv_Notes_Housing_Front_No_Fins[7]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[7]= +Forced_Conv_Notes_Housing_Front_No_Fins[8]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[8]= +Forced_Conv_Notes_Housing_Front_Fin_Base[0]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[0]= +Forced_Conv_Notes_Housing_Front_Fin_Base[1]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[1]= +Forced_Conv_Notes_Housing_Front_Fin_Base[2]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[2]= +Forced_Conv_Notes_Housing_Front_Fin_Base[3]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[3]= +Forced_Conv_Notes_Housing_Front_Fin_Base[4]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[4]= +Forced_Conv_Notes_Housing_Front_Fin_Base[5]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[5]= +Forced_Conv_Notes_Housing_Front_Fin_Base[6]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[6]= +Forced_Conv_Notes_Housing_Front_Fin_Base[7]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[7]= +Forced_Conv_Notes_Housing_Front_Fin_Base[8]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[8]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[0]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[0]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[1]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[1]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[2]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[2]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[3]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[3]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[4]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[4]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[5]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[5]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[6]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[6]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[7]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[7]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[8]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[8]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[0]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[0]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[1]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[1]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[2]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[2]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[3]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[3]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[4]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[4]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[5]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[5]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[6]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[6]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[7]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[7]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[8]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[8]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[0]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[0]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[1]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[1]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[2]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[2]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[3]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[3]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[4]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[4]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[5]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[5]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[6]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[6]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[7]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[7]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[8]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[8]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[0]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[0]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[1]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[1]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[2]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[2]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[3]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[3]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[4]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[4]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[5]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[5]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[6]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[6]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[7]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[7]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[8]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[8]= +Forced_Conv_Notes_Housing_Rear_No_Fins[0]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[0]= +Forced_Conv_Notes_Housing_Rear_No_Fins[1]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[1]= +Forced_Conv_Notes_Housing_Rear_No_Fins[2]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[2]= +Forced_Conv_Notes_Housing_Rear_No_Fins[3]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[3]= +Forced_Conv_Notes_Housing_Rear_No_Fins[4]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[4]= +Forced_Conv_Notes_Housing_Rear_No_Fins[5]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[5]= +Forced_Conv_Notes_Housing_Rear_No_Fins[6]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[6]= +Forced_Conv_Notes_Housing_Rear_No_Fins[7]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[7]= +Forced_Conv_Notes_Housing_Rear_No_Fins[8]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[8]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[0]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[0]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[1]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[1]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[2]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[2]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[3]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[3]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[4]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[4]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[5]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[5]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[6]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[6]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[7]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[7]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[8]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[8]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[0]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[0]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[1]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[1]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[2]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[2]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[3]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[3]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[4]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[4]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[5]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[5]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[6]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[6]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[7]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[7]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[8]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[8]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[0]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[0]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[1]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[1]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[2]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[2]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[3]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[3]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[4]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[4]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[5]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[5]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[6]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[6]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[7]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[7]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[8]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[8]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[0]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[0]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[1]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[1]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[2]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[2]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[3]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[3]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[4]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[4]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[5]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[5]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[6]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[6]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[7]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[7]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[8]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[8]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[0]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[0]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[1]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[1]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[2]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[2]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[3]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[3]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[4]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[4]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[5]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[5]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[6]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[6]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[7]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[7]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[8]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[8]= +Forced_Conv_Notes_Endcap_Front_Radial[0]= +Notes_H[Fc]_Endcap_[F]_-_Radial[0]= +Forced_Conv_Notes_Endcap_Front_Radial[1]= +Notes_H[Fc]_Endcap_[F]_-_Radial[1]= +Forced_Conv_Notes_Endcap_Front_Radial[2]= +Notes_H[Fc]_Endcap_[F]_-_Radial[2]= +Forced_Conv_Notes_Endcap_Front_Radial[3]= +Notes_H[Fc]_Endcap_[F]_-_Radial[3]= +Forced_Conv_Notes_Endcap_Front_Radial[4]= +Notes_H[Fc]_Endcap_[F]_-_Radial[4]= +Forced_Conv_Notes_Endcap_Front_Radial[5]= +Notes_H[Fc]_Endcap_[F]_-_Radial[5]= +Forced_Conv_Notes_Endcap_Front_Radial[6]= +Notes_H[Fc]_Endcap_[F]_-_Radial[6]= +Forced_Conv_Notes_Endcap_Front_Radial[7]= +Notes_H[Fc]_Endcap_[F]_-_Radial[7]= +Forced_Conv_Notes_Endcap_Front_Radial[8]= +Notes_H[Fc]_Endcap_[F]_-_Radial[8]= +Forced_Conv_Notes_Endcap_Front_Axial[0]= +Notes_H[Fc]_Endcap_[F]_-_Axial[0]= +Forced_Conv_Notes_Endcap_Front_Axial[1]= +Notes_H[Fc]_Endcap_[F]_-_Axial[1]= +Forced_Conv_Notes_Endcap_Front_Axial[2]= +Notes_H[Fc]_Endcap_[F]_-_Axial[2]= +Forced_Conv_Notes_Endcap_Front_Axial[3]= +Notes_H[Fc]_Endcap_[F]_-_Axial[3]= +Forced_Conv_Notes_Endcap_Front_Axial[4]= +Notes_H[Fc]_Endcap_[F]_-_Axial[4]= +Forced_Conv_Notes_Endcap_Front_Axial[5]= +Notes_H[Fc]_Endcap_[F]_-_Axial[5]= +Forced_Conv_Notes_Endcap_Front_Axial[6]= +Notes_H[Fc]_Endcap_[F]_-_Axial[6]= +Forced_Conv_Notes_Endcap_Front_Axial[7]= +Notes_H[Fc]_Endcap_[F]_-_Axial[7]= +Forced_Conv_Notes_Endcap_Front_Axial[8]= +Notes_H[Fc]_Endcap_[F]_-_Axial[8]= +Forced_Conv_Notes_Endcap_Rear_Radial[0]= +Notes_H[Fc]_Endcap_[R]_-_Radial[0]= +Forced_Conv_Notes_Endcap_Rear_Radial[1]= +Notes_H[Fc]_Endcap_[R]_-_Radial[1]= +Forced_Conv_Notes_Endcap_Rear_Radial[2]= +Notes_H[Fc]_Endcap_[R]_-_Radial[2]= +Forced_Conv_Notes_Endcap_Rear_Radial[3]= +Notes_H[Fc]_Endcap_[R]_-_Radial[3]= +Forced_Conv_Notes_Endcap_Rear_Radial[4]= +Notes_H[Fc]_Endcap_[R]_-_Radial[4]= +Forced_Conv_Notes_Endcap_Rear_Radial[5]= +Notes_H[Fc]_Endcap_[R]_-_Radial[5]= +Forced_Conv_Notes_Endcap_Rear_Radial[6]= +Notes_H[Fc]_Endcap_[R]_-_Radial[6]= +Forced_Conv_Notes_Endcap_Rear_Radial[7]= +Notes_H[Fc]_Endcap_[R]_-_Radial[7]= +Forced_Conv_Notes_Endcap_Rear_Radial[8]= +Notes_H[Fc]_Endcap_[R]_-_Radial[8]= +Forced_Conv_Notes_Endcap_Rear_Axial[0]= +Notes_H[Fc]_Endcap_[R]_-_Axial[0]= +Forced_Conv_Notes_Endcap_Rear_Axial[1]= +Notes_H[Fc]_Endcap_[R]_-_Axial[1]= +Forced_Conv_Notes_Endcap_Rear_Axial[2]= +Notes_H[Fc]_Endcap_[R]_-_Axial[2]= +Forced_Conv_Notes_Endcap_Rear_Axial[3]= +Notes_H[Fc]_Endcap_[R]_-_Axial[3]= +Forced_Conv_Notes_Endcap_Rear_Axial[4]= +Notes_H[Fc]_Endcap_[R]_-_Axial[4]= +Forced_Conv_Notes_Endcap_Rear_Axial[5]= +Notes_H[Fc]_Endcap_[R]_-_Axial[5]= +Forced_Conv_Notes_Endcap_Rear_Axial[6]= +Notes_H[Fc]_Endcap_[R]_-_Axial[6]= +Forced_Conv_Notes_Endcap_Rear_Axial[7]= +Notes_H[Fc]_Endcap_[R]_-_Axial[7]= +Forced_Conv_Notes_Endcap_Rear_Axial[8]= +Notes_H[Fc]_Endcap_[R]_-_Axial[8]= +Forced_Conv_Notes_Plate[0]= +Notes_H[Fc]_Flange_Plate[0]= +Forced_Conv_Notes_Plate[1]= +Notes_H[Fc]_Flange_Plate[1]= +Forced_Conv_Notes_Plate[2]= +Notes_H[Fc]_Flange_Plate[2]= +Forced_Conv_Notes_Plate[3]= +Notes_H[Fc]_Flange_Plate[3]= +Forced_Conv_Notes_Plate[4]= +Notes_H[Fc]_Flange_Plate[4]= +Forced_Conv_Notes_Plate[5]= +Notes_H[Fc]_Flange_Plate[5]= +Forced_Conv_Notes_Plate[6]= +Notes_H[Fc]_Flange_Plate[6]= +Forced_Conv_Notes_Plate[7]= +Notes_H[Fc]_Flange_Plate[7]= +Forced_Conv_Notes_Plate[8]= +Notes_H[Fc]_Flange_Plate[8]= +Forced_Conv_Notes_Axle_Plate_F[0]= +Forced_Conv_Notes_Axle_Plate_F[1]= +Forced_Conv_Notes_Axle_Plate_F[2]= +Forced_Conv_Notes_Axle_Plate_F[3]= +Forced_Conv_Notes_Axle_Plate_F[4]= +Forced_Conv_Notes_Axle_Plate_F[5]= +Forced_Conv_Notes_Axle_Plate_F[6]= +Forced_Conv_Notes_Axle_Plate_F[7]= +Forced_Conv_Notes_Axle_Plate_F[8]= +Forced_Conv_Notes_Axle_Plate_R[0]= +Forced_Conv_Notes_Axle_Plate_R[1]= +Forced_Conv_Notes_Axle_Plate_R[2]= +Forced_Conv_Notes_Axle_Plate_R[3]= +Forced_Conv_Notes_Axle_Plate_R[4]= +Forced_Conv_Notes_Axle_Plate_R[5]= +Forced_Conv_Notes_Axle_Plate_R[6]= +Forced_Conv_Notes_Axle_Plate_R[7]= +Forced_Conv_Notes_Axle_Plate_R[8]= +Forced_Conv_Notes_Base[0]= +Notes_H[Fc]_Base_Plate[0]= +Forced_Conv_Notes_Base[1]= +Notes_H[Fc]_Base_Plate[1]= +Forced_Conv_Notes_Base[2]= +Notes_H[Fc]_Base_Plate[2]= +Forced_Conv_Notes_Base[3]= +Notes_H[Fc]_Base_Plate[3]= +Forced_Conv_Notes_Base[4]= +Notes_H[Fc]_Base_Plate[4]= +Forced_Conv_Notes_Base[5]= +Notes_H[Fc]_Base_Plate[5]= +Forced_Conv_Notes_Base[6]= +Notes_H[Fc]_Base_Plate[6]= +Forced_Conv_Notes_Base[7]= +Notes_H[Fc]_Base_Plate[7]= +Forced_Conv_Notes_Base[8]= +Notes_H[Fc]_Base_Plate[8]= +Forced_Conv_Notes_EncCase_Radial[0]= +Notes_H[Fc]_Encoder_Case_-_Radial[0]= +Forced_Conv_Notes_EncCase_Radial[1]= +Notes_H[Fc]_Encoder_Case_-_Radial[1]= +Forced_Conv_Notes_EncCase_Radial[2]= +Notes_H[Fc]_Encoder_Case_-_Radial[2]= +Forced_Conv_Notes_EncCase_Radial[3]= +Notes_H[Fc]_Encoder_Case_-_Radial[3]= +Forced_Conv_Notes_EncCase_Radial[4]= +Notes_H[Fc]_Encoder_Case_-_Radial[4]= +Forced_Conv_Notes_EncCase_Radial[5]= +Notes_H[Fc]_Encoder_Case_-_Radial[5]= +Forced_Conv_Notes_EncCase_Radial[6]= +Notes_H[Fc]_Encoder_Case_-_Radial[6]= +Forced_Conv_Notes_EncCase_Radial[7]= +Notes_H[Fc]_Encoder_Case_-_Radial[7]= +Forced_Conv_Notes_EncCase_Radial[8]= +Notes_H[Fc]_Encoder_Case_-_Radial[8]= +Forced_Conv_Notes_EncCase_Axial[0]= +Notes_H[Fc]_Encoder_Case_-_Axial[0]= +Forced_Conv_Notes_EncCase_Axial[1]= +Notes_H[Fc]_Encoder_Case_-_Axial[1]= +Forced_Conv_Notes_EncCase_Axial[2]= +Notes_H[Fc]_Encoder_Case_-_Axial[2]= +Forced_Conv_Notes_EncCase_Axial[3]= +Notes_H[Fc]_Encoder_Case_-_Axial[3]= +Forced_Conv_Notes_EncCase_Axial[4]= +Notes_H[Fc]_Encoder_Case_-_Axial[4]= +Forced_Conv_Notes_EncCase_Axial[5]= +Notes_H[Fc]_Encoder_Case_-_Axial[5]= +Forced_Conv_Notes_EncCase_Axial[6]= +Notes_H[Fc]_Encoder_Case_-_Axial[6]= +Forced_Conv_Notes_EncCase_Axial[7]= +Notes_H[Fc]_Encoder_Case_-_Axial[7]= +Forced_Conv_Notes_EncCase_Axial[8]= +Notes_H[Fc]_Encoder_Case_-_Axial[8]= + +[NVH] +NVHMagnitudeScaleType=0 +VibratoryRef_Displacement=1E-8 +VibratoryRef_Velocity=1E-8 +VibratoryRef_Acceleration=1E-5 +VibratoryRef_SoundPower=1E-12 +VibratoryRef_ForceDensity=1 +VibratoryRef_Force=1 +NVHStructural_Slice=0 +NVHFreqAxisType=0 +NVHTimeOrderType=0 +NVHMaxSpaceOrder_OL=25 +NVHMaxFrequencyOrder_OL=25 +NVHMaximumOrderDefinition=0 +NVHFreqAxisShift=0 +SpeedOfSound=342 +NVHAirDensity=1.225 +RadiationEfficiency=1 +NVHCampbellSelection=0 +NVHSpatiogramSelection=0 +NVHOrderTrackingSelection=0 +NVHOrderTrackingHarmonics_Space=10 +NVHOrderTrackingHarmonics_Freq=10 +NVHOrderTrackingHarmonics_Space_Freq=10 +NVHMaximumSoundFrequency=25000 +NVHOrderTracking_XAxis=0 +ForceAnalysisElecCycles_Min_OL=1 +ForceAnalysisElecCycles_Min_OC=1 +ForceAnalysisElecCycles_Max_OL=1 +ForceAnalysisElecCycles_Max_OC=1 +ForceAnalysisElecCycles_Definition=0 +NVHNumInterpolationPoints=20 +NVHNumColourInterpolationSegments=5 +NVHModal_IncludeWindingMass=False +NVHExport_Displacement_Static=True +NVHExport_Displacement_Dynamic=True +NVHExport_MagFactor=True +NVHExport_Velocity=True +NVHExport_Acceleration=True +NVHExport_RadiatedPower_N=True +NVHExport_RadiatedPower_M=True +NVHExport_RadiatedPower_MN=True +NVHExport_AnsysSound=True +NVHExportFile= +NVHRunModels_BPMOR=False +NVHAcousticModel=0 +NVHAcousticWeighting=0 +NVHSoundPressureDistance=1000 +NVHSoundPressureDirectivityFactor=1 +ShowDXFImportProcessingSettings=False +CalculateNVHModels=0 + +[Convergence_Graph_Setup] +Thermal_Max_Error_Graph_enabled=True + +[M250-35A] +Type=Fixed_Solid +Solid Type=Steel +Thermal Conductivity=30 +Specific Heat=460 +Density=7650 +YieldStress=455 +PoissonsRatio=0.3 +YoungsCoefficient=185000 +KcValue=0.65 +ElectricalResistivity=5.9E-07 +TempCoefElectricalResistivity=0 +LaminationThickness=0.35 +KhValue_Steinmetz=0.02555 +KhValue_Bertotti=0.00468 +KhValue_Bertotti_Maxwell=0.0245 +KeddyValue_Steinmetz=2.21E-06 +KexcValue=0.00198 +KexcValue_Maxwell=0 +alphaValue_Steinmetz=1.97 +alphaValue_Bertotti=3.701 +alphaValue_Bertotti_Maxwell=2 +betavalue_Steinmetz=0 +BValue[0]=0 +HValue[0]=0 +BValue[1]=0.1 +HValue[1]=12 +BValue[2]=0.2 +HValue[2]=24 +BValue[3]=0.3 +HValue[3]=36 +BValue[4]=0.4 +HValue[4]=48 +BValue[5]=0.5 +HValue[5]=60 +BValue[6]=0.6 +HValue[6]=72 +BValue[7]=0.7 +HValue[7]=84 +BValue[8]=0.8 +HValue[8]=96 +BValue[9]=0.9 +HValue[9]=109 +BValue[10]=1 +HValue[10]=128 +BValue[11]=1.1 +HValue[11]=155 +BValue[12]=1.2 +HValue[12]=200 +BValue[13]=1.3 +HValue[13]=295 +BValue[14]=1.4 +HValue[14]=578 +BValue[15]=1.5 +HValue[15]=1567 +BValue[16]=1.6 +HValue[16]=3673 +BValue[17]=1.7 +HValue[17]=6996 +BValue[18]=1.8162 +HValue[18]=13134.9088 +BValue[19]=1.8924 +HValue[19]=28200.2369 +BValue[20]=1.998 +HValue[20]=100790 +BValue[21]=2.1 +HValue[21]=180370 +BValue[22]=2.2 +HValue[22]=259950 +BValue[23]=2.3 +HValue[23]=339530 +BValue[24]=2.4 +HValue[24]=419110 +BValue[25]=2.5 +HValue[25]=498690 +BHExtrapolationEnabled=0 +Frequency[0]=50 +LossDensity[0]=0.02 +FluxDensity[0]=0.1 +Frequency[1]=50 +LossDensity[1]=0.06 +FluxDensity[1]=0.2 +Frequency[2]=50 +LossDensity[2]=0.13 +FluxDensity[2]=0.3 +Frequency[3]=50 +LossDensity[3]=0.21 +FluxDensity[3]=0.4 +Frequency[4]=50 +LossDensity[4]=0.31 +FluxDensity[4]=0.5 +Frequency[5]=50 +LossDensity[5]=0.41 +FluxDensity[5]=0.6 +Frequency[6]=50 +LossDensity[6]=0.52 +FluxDensity[6]=0.7 +Frequency[7]=50 +LossDensity[7]=0.66 +FluxDensity[7]=0.8 +Frequency[8]=50 +LossDensity[8]=0.81 +FluxDensity[8]=0.9 +Frequency[9]=50 +LossDensity[9]=0.98 +FluxDensity[9]=1 +Frequency[10]=50 +LossDensity[10]=1.15 +FluxDensity[10]=1.1 +Frequency[11]=50 +LossDensity[11]=1.37 +FluxDensity[11]=1.2 +Frequency[12]=50 +LossDensity[12]=1.65 +FluxDensity[12]=1.3 +Frequency[13]=50 +LossDensity[13]=2 +FluxDensity[13]=1.4 +Frequency[14]=50 +LossDensity[14]=2.35 +FluxDensity[14]=1.5 +Frequency[15]=50 +LossDensity[15]=2.65 +FluxDensity[15]=1.6 +Frequency[16]=50 +LossDensity[16]=2.87 +FluxDensity[16]=1.7 +Frequency[17]=50 +LossDensity[17]=3.06 +FluxDensity[17]=1.8 +Frequency[18]=60 +LossDensity[18]=0.022 +FluxDensity[18]=0.1 +Frequency[19]=60 +LossDensity[19]=0.066 +FluxDensity[19]=0.2 +Frequency[20]=60 +LossDensity[20]=0.154 +FluxDensity[20]=0.3 +Frequency[21]=60 +LossDensity[21]=0.242 +FluxDensity[21]=0.4 +Frequency[22]=60 +LossDensity[22]=0.375 +FluxDensity[22]=0.5 +Frequency[23]=60 +LossDensity[23]=0.507 +FluxDensity[23]=0.6 +Frequency[24]=60 +LossDensity[24]=0.639 +FluxDensity[24]=0.7 +Frequency[25]=60 +LossDensity[25]=0.815 +FluxDensity[25]=0.8 +Frequency[26]=60 +LossDensity[26]=0.992 +FluxDensity[26]=0.9 +Frequency[27]=60 +LossDensity[27]=1.21 +FluxDensity[27]=1 +Frequency[28]=60 +LossDensity[28]=1.41 +FluxDensity[28]=1.1 +Frequency[29]=60 +LossDensity[29]=1.7 +FluxDensity[29]=1.2 +Frequency[30]=60 +LossDensity[30]=2.03 +FluxDensity[30]=1.3 +Frequency[31]=60 +LossDensity[31]=2.47 +FluxDensity[31]=1.4 +Frequency[32]=60 +LossDensity[32]=2.91 +FluxDensity[32]=1.5 +Frequency[33]=60 +LossDensity[33]=3.28 +FluxDensity[33]=1.6 +Frequency[34]=60 +LossDensity[34]=3.55 +FluxDensity[34]=1.7 +Frequency[35]=60 +LossDensity[35]=3.79 +FluxDensity[35]=1.8 +Frequency[36]=100 +LossDensity[36]=0.022 +FluxDensity[36]=0.1 +Frequency[37]=100 +LossDensity[37]=0.132 +FluxDensity[37]=0.2 +Frequency[38]=100 +LossDensity[38]=0.309 +FluxDensity[38]=0.3 +Frequency[39]=100 +LossDensity[39]=0.507 +FluxDensity[39]=0.4 +Frequency[40]=100 +LossDensity[40]=0.749 +FluxDensity[40]=0.5 +Frequency[41]=100 +LossDensity[41]=1.014 +FluxDensity[41]=0.6 +Frequency[42]=100 +LossDensity[42]=1.3 +FluxDensity[42]=0.7 +Frequency[43]=100 +LossDensity[43]=1.63 +FluxDensity[43]=0.8 +Frequency[44]=100 +LossDensity[44]=2.01 +FluxDensity[44]=0.9 +Frequency[45]=100 +LossDensity[45]=2.4 +FluxDensity[45]=1 +Frequency[46]=100 +LossDensity[46]=2.87 +FluxDensity[46]=1.1 +Frequency[47]=100 +LossDensity[47]=3.39 +FluxDensity[47]=1.2 +Frequency[48]=100 +LossDensity[48]=4.03 +FluxDensity[48]=1.3 +Frequency[49]=100 +LossDensity[49]=4.83 +FluxDensity[49]=1.4 +Frequency[50]=100 +LossDensity[50]=5.71 +FluxDensity[50]=1.5 +Frequency[51]=200 +LossDensity[51]=0.088 +FluxDensity[51]=0.1 +Frequency[52]=200 +LossDensity[52]=0.331 +FluxDensity[52]=0.2 +Frequency[53]=200 +LossDensity[53]=0.727 +FluxDensity[53]=0.3 +Frequency[54]=200 +LossDensity[54]=1.23 +FluxDensity[54]=0.4 +Frequency[55]=200 +LossDensity[55]=1.83 +FluxDensity[55]=0.5 +Frequency[56]=200 +LossDensity[56]=2.49 +FluxDensity[56]=0.6 +Frequency[57]=200 +LossDensity[57]=3.26 +FluxDensity[57]=0.7 +Frequency[58]=200 +LossDensity[58]=4.12 +FluxDensity[58]=0.8 +Frequency[59]=200 +LossDensity[59]=5.07 +FluxDensity[59]=0.9 +Frequency[60]=200 +LossDensity[60]=6.15 +FluxDensity[60]=1 +Frequency[61]=200 +LossDensity[61]=7.32 +FluxDensity[61]=1.1 +Frequency[62]=200 +LossDensity[62]=8.68 +FluxDensity[62]=1.2 +Frequency[63]=200 +LossDensity[63]=10.3 +FluxDensity[63]=1.3 +Frequency[64]=200 +LossDensity[64]=12.4 +FluxDensity[64]=1.4 +Frequency[65]=200 +LossDensity[65]=14.7 +FluxDensity[65]=1.5 +Frequency[66]=400 +LossDensity[66]=0.22 +FluxDensity[66]=0.1 +Frequency[67]=400 +LossDensity[67]=0.904 +FluxDensity[67]=0.2 +Frequency[68]=400 +LossDensity[68]=1.94 +FluxDensity[68]=0.3 +Frequency[69]=400 +LossDensity[69]=3.24 +FluxDensity[69]=0.4 +Frequency[70]=400 +LossDensity[70]=4.8 +FluxDensity[70]=0.5 +Frequency[71]=400 +LossDensity[71]=6.68 +FluxDensity[71]=0.6 +Frequency[72]=400 +LossDensity[72]=8.82 +FluxDensity[72]=0.7 +Frequency[73]=400 +LossDensity[73]=11.2 +FluxDensity[73]=0.8 +Frequency[74]=400 +LossDensity[74]=14 +FluxDensity[74]=0.9 +Frequency[75]=400 +LossDensity[75]=17.1 +FluxDensity[75]=1 +Frequency[76]=400 +LossDensity[76]=20.5 +FluxDensity[76]=1.1 +Frequency[77]=400 +LossDensity[77]=24.7 +FluxDensity[77]=1.2 +Frequency[78]=400 +LossDensity[78]=29.1 +FluxDensity[78]=1.3 +Frequency[79]=400 +LossDensity[79]=35 +FluxDensity[79]=1.4 +Frequency[80]=400 +LossDensity[80]=41.7 +FluxDensity[80]=1.5 +Frequency[81]=1000 +LossDensity[81]=0.97 +FluxDensity[81]=0.1 +Frequency[82]=1000 +LossDensity[82]=3.66 +FluxDensity[82]=0.2 +Frequency[83]=1000 +LossDensity[83]=7.58 +FluxDensity[83]=0.3 +Frequency[84]=1000 +LossDensity[84]=12.7 +FluxDensity[84]=0.4 +Frequency[85]=1000 +LossDensity[85]=18.8 +FluxDensity[85]=0.5 +Frequency[86]=1000 +LossDensity[86]=26.2 +FluxDensity[86]=0.6 +Frequency[87]=1000 +LossDensity[87]=35.3 +FluxDensity[87]=0.7 +Frequency[88]=1000 +LossDensity[88]=45.6 +FluxDensity[88]=0.8 +Frequency[89]=1000 +LossDensity[89]=58.2 +FluxDensity[89]=0.9 +Frequency[90]=1000 +LossDensity[90]=72.5 +FluxDensity[90]=1 +Frequency[91]=1000 +LossDensity[91]=89.5 +FluxDensity[91]=1.1 +Frequency[92]=2500 +LossDensity[92]=4.1 +FluxDensity[92]=0.1 +Frequency[93]=2500 +LossDensity[93]=14.8 +FluxDensity[93]=0.2 +Frequency[94]=2500 +LossDensity[94]=30.6 +FluxDensity[94]=0.3 +Frequency[95]=2500 +LossDensity[95]=51.8 +FluxDensity[95]=0.4 +Frequency[96]=2500 +LossDensity[96]=78.7 +FluxDensity[96]=0.5 +Frequency[97]=2500 +LossDensity[97]=113 +FluxDensity[97]=0.6 +Frequency[98]=2500 +LossDensity[98]=155 +FluxDensity[98]=0.7 +Frequency[99]=2500 +LossDensity[99]=208 +FluxDensity[99]=0.8 +Frequency[100]=2500 +LossDensity[100]=273 +FluxDensity[100]=0.9 +Frequency[101]=2500 +LossDensity[101]=353 +FluxDensity[101]=1 + +[Copper (Annealed)] +Type=Fixed_Solid +Solid Type=General +Thermal Conductivity=401 +Specific Heat=385 +Density=8933 +YieldStress=0 +PoissonsRatio=0 +YoungsCoefficient=0 +ElectricalResistivity=1.724E-08 +TempCoefElectricalResistivity=0.00393 + +[Mild Steel] +Type=Fixed_Solid +Solid Type=Steel +Thermal Conductivity=25 +Specific Heat=450 +Density=7800 +YieldStress=370 +PoissonsRatio=0.29 +YoungsCoefficient=205000 +KcValue=0.65 +ElectricalResistivity=1.43E-07 +TempCoefElectricalResistivity=0 +LaminationThickness=0 +KhValue_Steinmetz=0 +KhValue_Bertotti=0 +KhValue_Bertotti_Maxwell=0 +KeddyValue_Steinmetz=0 +KexcValue=0 +KexcValue_Maxwell=0 +alphaValue_Steinmetz=0 +alphaValue_Bertotti=0 +alphaValue_Bertotti_Maxwell=2 +betavalue_Steinmetz=0 +BValue[0]=0 +HValue[0]=0 +BValue[1]=0.1 +HValue[1]=117.9112 +BValue[2]=0.2 +HValue[2]=235.742 +BValue[3]=0.3 +HValue[3]=353.705 +BValue[4]=0.4 +HValue[4]=471.4946 +BValue[5]=0.5 +HValue[5]=589.464 +BValue[6]=0.6 +HValue[6]=707.3321 +BValue[7]=0.7 +HValue[7]=825 +BValue[8]=0.8 +HValue[8]=943.2034 +BValue[9]=0.9 +HValue[9]=1061 +BValue[10]=1 +HValue[10]=1179.5384 +BValue[11]=1.1 +HValue[11]=1299 +BValue[12]=1.2 +HValue[12]=1425 +BValue[13]=1.3 +HValue[13]=1565 +BValue[14]=1.4 +HValue[14]=1832.0513 +BValue[15]=1.5 +HValue[15]=2480.35 +BValue[16]=1.6 +HValue[16]=3326.2307 +BValue[17]=1.7 +HValue[17]=4500 +BValue[18]=1.8 +HValue[18]=5860 +BValue[19]=1.9 +HValue[19]=7600 +BValue[20]=2 +HValue[20]=11500 +BValue[21]=2.05 +HValue[21]=15479 +BValue[22]=2.1 +HValue[22]=25426 +BValue[23]=2.15 +HValue[23]=45320 +BValue[24]=2.25 +HValue[24]=124900 +BValue[25]=2.35 +HValue[25]=204470 +BValue[26]=2.45 +HValue[26]=284050 +BHExtrapolationEnabled=0 + +[optiSlang_Inputs] +optiSLangInputCount=0 + +[optiSlang_Requirements] +optiSLangRequirementCount=0 + +[optiSlang_Objectives] +optiSLangObjectiveCount=0 + +[Conductor_Placement] +Missing_Rows_Left[0]=0 +Rows_Left[0]=14 +Missing_Rows_Left[1]=1 +Rows_Left[1]=8 +Missing_Rows_Right[0]=0 +Rows_Right[0]=14 +Missing_Rows_Right[1]=8 +Rows_Right[1]=0 + +[Magnetic_Winding] +Phase_1_Go1[0]=0 +Phase_1_Go2[0]=1 +Phase_1_Return1[0]=0 +Phase_1_Return2[0]=12 +Phase_1_Turns[0]=3 +Phase_1_Go1[1]=0 +Phase_1_Go2[1]=3 +Phase_1_Return1[1]=0 +Phase_1_Return2[1]=14 +Phase_1_Turns[1]=3 +Phase_1_Go1[2]=0 +Phase_1_Go2[2]=24 +Phase_1_Return1[2]=0 +Phase_1_Return2[2]=13 +Phase_1_Turns[2]=3 +Phase_1_Go1[3]=0 +Phase_1_Go2[3]=26 +Phase_1_Return1[3]=0 +Phase_1_Return2[3]=15 +Phase_1_Turns[3]=3 +Phase_1_Go1[4]=0 +Phase_1_Go2[4]=25 +Phase_1_Return1[4]=0 +Phase_1_Return2[4]=36 +Phase_1_Turns[4]=3 +Phase_1_Go1[5]=0 +Phase_1_Go2[5]=27 +Phase_1_Return1[5]=0 +Phase_1_Return2[5]=38 +Phase_1_Turns[5]=3 +Phase_1_Go1[6]=0 +Phase_1_Go2[6]=48 +Phase_1_Return1[6]=0 +Phase_1_Return2[6]=37 +Phase_1_Turns[6]=3 +Phase_1_Go1[7]=0 +Phase_1_Go2[7]=50 +Phase_1_Return1[7]=0 +Phase_1_Return2[7]=39 +Phase_1_Turns[7]=3 +Phase_1_Go1[8]=0 +Phase_1_Go2[8]=49 +Phase_1_Return1[8]=0 +Phase_1_Return2[8]=60 +Phase_1_Turns[8]=3 +Phase_1_Go1[9]=0 +Phase_1_Go2[9]=51 +Phase_1_Return1[9]=0 +Phase_1_Return2[9]=62 +Phase_1_Turns[9]=3 +Phase_1_Go1[10]=0 +Phase_1_Go2[10]=72 +Phase_1_Return1[10]=0 +Phase_1_Return2[10]=61 +Phase_1_Turns[10]=3 +Phase_1_Go1[11]=0 +Phase_1_Go2[11]=2 +Phase_1_Return1[11]=0 +Phase_1_Return2[11]=63 +Phase_1_Turns[11]=3 +Phase_2_Go1[0]=0 +Phase_2_Go2[0]=9 +Phase_2_Return1[0]=0 +Phase_2_Return2[0]=20 +Phase_2_Turns[0]=3 +Phase_2_Go1[1]=0 +Phase_2_Go2[1]=11 +Phase_2_Return1[1]=0 +Phase_2_Return2[1]=22 +Phase_2_Turns[1]=3 +Phase_2_Go1[2]=0 +Phase_2_Go2[2]=32 +Phase_2_Return1[2]=0 +Phase_2_Return2[2]=21 +Phase_2_Turns[2]=3 +Phase_2_Go1[3]=0 +Phase_2_Go2[3]=34 +Phase_2_Return1[3]=0 +Phase_2_Return2[3]=23 +Phase_2_Turns[3]=3 +Phase_2_Go1[4]=0 +Phase_2_Go2[4]=33 +Phase_2_Return1[4]=0 +Phase_2_Return2[4]=44 +Phase_2_Turns[4]=3 +Phase_2_Go1[5]=0 +Phase_2_Go2[5]=35 +Phase_2_Return1[5]=0 +Phase_2_Return2[5]=46 +Phase_2_Turns[5]=3 +Phase_2_Go1[6]=0 +Phase_2_Go2[6]=56 +Phase_2_Return1[6]=0 +Phase_2_Return2[6]=45 +Phase_2_Turns[6]=3 +Phase_2_Go1[7]=0 +Phase_2_Go2[7]=58 +Phase_2_Return1[7]=0 +Phase_2_Return2[7]=47 +Phase_2_Turns[7]=3 +Phase_2_Go1[8]=0 +Phase_2_Go2[8]=57 +Phase_2_Return1[8]=0 +Phase_2_Return2[8]=68 +Phase_2_Turns[8]=3 +Phase_2_Go1[9]=0 +Phase_2_Go2[9]=59 +Phase_2_Return1[9]=0 +Phase_2_Return2[9]=70 +Phase_2_Turns[9]=3 +Phase_2_Go1[10]=0 +Phase_2_Go2[10]=8 +Phase_2_Return1[10]=0 +Phase_2_Return2[10]=69 +Phase_2_Turns[10]=3 +Phase_2_Go1[11]=0 +Phase_2_Go2[11]=10 +Phase_2_Return1[11]=0 +Phase_2_Return2[11]=71 +Phase_2_Turns[11]=3 +Phase_3_Go1[0]=0 +Phase_3_Go2[0]=17 +Phase_3_Return1[0]=0 +Phase_3_Return2[0]=28 +Phase_3_Turns[0]=3 +Phase_3_Go1[1]=0 +Phase_3_Go2[1]=19 +Phase_3_Return1[1]=0 +Phase_3_Return2[1]=30 +Phase_3_Turns[1]=3 +Phase_3_Go1[2]=0 +Phase_3_Go2[2]=40 +Phase_3_Return1[2]=0 +Phase_3_Return2[2]=29 +Phase_3_Turns[2]=3 +Phase_3_Go1[3]=0 +Phase_3_Go2[3]=42 +Phase_3_Return1[3]=0 +Phase_3_Return2[3]=31 +Phase_3_Turns[3]=3 +Phase_3_Go1[4]=0 +Phase_3_Go2[4]=41 +Phase_3_Return1[4]=0 +Phase_3_Return2[4]=52 +Phase_3_Turns[4]=3 +Phase_3_Go1[5]=0 +Phase_3_Go2[5]=43 +Phase_3_Return1[5]=0 +Phase_3_Return2[5]=54 +Phase_3_Turns[5]=3 +Phase_3_Go1[6]=0 +Phase_3_Go2[6]=64 +Phase_3_Return1[6]=0 +Phase_3_Return2[6]=53 +Phase_3_Turns[6]=3 +Phase_3_Go1[7]=0 +Phase_3_Go2[7]=66 +Phase_3_Return1[7]=0 +Phase_3_Return2[7]=55 +Phase_3_Turns[7]=3 +Phase_3_Go1[8]=0 +Phase_3_Go2[8]=65 +Phase_3_Return1[8]=0 +Phase_3_Return2[8]=4 +Phase_3_Turns[8]=3 +Phase_3_Go1[9]=0 +Phase_3_Go2[9]=67 +Phase_3_Return1[9]=0 +Phase_3_Return2[9]=6 +Phase_3_Turns[9]=3 +Phase_3_Go1[10]=0 +Phase_3_Go2[10]=16 +Phase_3_Return1[10]=0 +Phase_3_Return2[10]=5 +Phase_3_Turns[10]=3 +Phase_3_Go1[11]=0 +Phase_3_Go2[11]=18 +Phase_3_Return1[11]=0 +Phase_3_Return2[11]=7 +Phase_3_Turns[11]=3 +Phase_1Path_1_GoSlot[0]=0 +Phase_1Path_1_GoRadialPosition[0]=0 +Phase_1Path_1_GoTangentialPosition[0]=C +Phase_1Path_1_ReturnSlot[0]=11 +Phase_1Path_1_ReturnRadialPosition[0]=0 +Phase_1Path_1_ReturnTangentialPosition[0]=C +Phase_1Path_1_Turns[0]=3 +Phase_1Path_1_GoSlot[1]=2 +Phase_1Path_1_GoRadialPosition[1]=0 +Phase_1Path_1_GoTangentialPosition[1]=C +Phase_1Path_1_ReturnSlot[1]=13 +Phase_1Path_1_ReturnRadialPosition[1]=0 +Phase_1Path_1_ReturnTangentialPosition[1]=C +Phase_1Path_1_Turns[1]=3 +Phase_1Path_1_GoSlot[2]=23 +Phase_1Path_1_GoRadialPosition[2]=0 +Phase_1Path_1_GoTangentialPosition[2]=C +Phase_1Path_1_ReturnSlot[2]=12 +Phase_1Path_1_ReturnRadialPosition[2]=0 +Phase_1Path_1_ReturnTangentialPosition[2]=C +Phase_1Path_1_Turns[2]=3 +Phase_1Path_1_GoSlot[3]=25 +Phase_1Path_1_GoRadialPosition[3]=0 +Phase_1Path_1_GoTangentialPosition[3]=C +Phase_1Path_1_ReturnSlot[3]=14 +Phase_1Path_1_ReturnRadialPosition[3]=0 +Phase_1Path_1_ReturnTangentialPosition[3]=C +Phase_1Path_1_Turns[3]=3 +Phase_1Path_1_GoSlot[4]=24 +Phase_1Path_1_GoRadialPosition[4]=0 +Phase_1Path_1_GoTangentialPosition[4]=C +Phase_1Path_1_ReturnSlot[4]=35 +Phase_1Path_1_ReturnRadialPosition[4]=0 +Phase_1Path_1_ReturnTangentialPosition[4]=C +Phase_1Path_1_Turns[4]=3 +Phase_1Path_1_GoSlot[5]=26 +Phase_1Path_1_GoRadialPosition[5]=0 +Phase_1Path_1_GoTangentialPosition[5]=C +Phase_1Path_1_ReturnSlot[5]=37 +Phase_1Path_1_ReturnRadialPosition[5]=0 +Phase_1Path_1_ReturnTangentialPosition[5]=C +Phase_1Path_1_Turns[5]=3 +Phase_1Path_2_GoSlot[0]=47 +Phase_1Path_2_GoRadialPosition[0]=0 +Phase_1Path_2_GoTangentialPosition[0]=C +Phase_1Path_2_ReturnSlot[0]=36 +Phase_1Path_2_ReturnRadialPosition[0]=0 +Phase_1Path_2_ReturnTangentialPosition[0]=C +Phase_1Path_2_Turns[0]=3 +Phase_1Path_2_GoSlot[1]=49 +Phase_1Path_2_GoRadialPosition[1]=0 +Phase_1Path_2_GoTangentialPosition[1]=C +Phase_1Path_2_ReturnSlot[1]=38 +Phase_1Path_2_ReturnRadialPosition[1]=0 +Phase_1Path_2_ReturnTangentialPosition[1]=C +Phase_1Path_2_Turns[1]=3 +Phase_1Path_2_GoSlot[2]=48 +Phase_1Path_2_GoRadialPosition[2]=0 +Phase_1Path_2_GoTangentialPosition[2]=C +Phase_1Path_2_ReturnSlot[2]=59 +Phase_1Path_2_ReturnRadialPosition[2]=0 +Phase_1Path_2_ReturnTangentialPosition[2]=C +Phase_1Path_2_Turns[2]=3 +Phase_1Path_2_GoSlot[3]=50 +Phase_1Path_2_GoRadialPosition[3]=0 +Phase_1Path_2_GoTangentialPosition[3]=C +Phase_1Path_2_ReturnSlot[3]=61 +Phase_1Path_2_ReturnRadialPosition[3]=0 +Phase_1Path_2_ReturnTangentialPosition[3]=C +Phase_1Path_2_Turns[3]=3 +Phase_1Path_2_GoSlot[4]=71 +Phase_1Path_2_GoRadialPosition[4]=0 +Phase_1Path_2_GoTangentialPosition[4]=C +Phase_1Path_2_ReturnSlot[4]=60 +Phase_1Path_2_ReturnRadialPosition[4]=0 +Phase_1Path_2_ReturnTangentialPosition[4]=C +Phase_1Path_2_Turns[4]=3 +Phase_1Path_2_GoSlot[5]=1 +Phase_1Path_2_GoRadialPosition[5]=0 +Phase_1Path_2_GoTangentialPosition[5]=C +Phase_1Path_2_ReturnSlot[5]=62 +Phase_1Path_2_ReturnRadialPosition[5]=0 +Phase_1Path_2_ReturnTangentialPosition[5]=C +Phase_1Path_2_Turns[5]=3 +Phase_2Path_1_GoSlot[0]=8 +Phase_2Path_1_GoRadialPosition[0]=0 +Phase_2Path_1_GoTangentialPosition[0]=C +Phase_2Path_1_ReturnSlot[0]=19 +Phase_2Path_1_ReturnRadialPosition[0]=0 +Phase_2Path_1_ReturnTangentialPosition[0]=C +Phase_2Path_1_Turns[0]=3 +Phase_2Path_1_GoSlot[1]=10 +Phase_2Path_1_GoRadialPosition[1]=0 +Phase_2Path_1_GoTangentialPosition[1]=C +Phase_2Path_1_ReturnSlot[1]=21 +Phase_2Path_1_ReturnRadialPosition[1]=0 +Phase_2Path_1_ReturnTangentialPosition[1]=C +Phase_2Path_1_Turns[1]=3 +Phase_2Path_1_GoSlot[2]=31 +Phase_2Path_1_GoRadialPosition[2]=0 +Phase_2Path_1_GoTangentialPosition[2]=C +Phase_2Path_1_ReturnSlot[2]=20 +Phase_2Path_1_ReturnRadialPosition[2]=0 +Phase_2Path_1_ReturnTangentialPosition[2]=C +Phase_2Path_1_Turns[2]=3 +Phase_2Path_1_GoSlot[3]=33 +Phase_2Path_1_GoRadialPosition[3]=0 +Phase_2Path_1_GoTangentialPosition[3]=C +Phase_2Path_1_ReturnSlot[3]=22 +Phase_2Path_1_ReturnRadialPosition[3]=0 +Phase_2Path_1_ReturnTangentialPosition[3]=C +Phase_2Path_1_Turns[3]=3 +Phase_2Path_1_GoSlot[4]=32 +Phase_2Path_1_GoRadialPosition[4]=0 +Phase_2Path_1_GoTangentialPosition[4]=C +Phase_2Path_1_ReturnSlot[4]=43 +Phase_2Path_1_ReturnRadialPosition[4]=0 +Phase_2Path_1_ReturnTangentialPosition[4]=C +Phase_2Path_1_Turns[4]=3 +Phase_2Path_1_GoSlot[5]=34 +Phase_2Path_1_GoRadialPosition[5]=0 +Phase_2Path_1_GoTangentialPosition[5]=C +Phase_2Path_1_ReturnSlot[5]=45 +Phase_2Path_1_ReturnRadialPosition[5]=0 +Phase_2Path_1_ReturnTangentialPosition[5]=C +Phase_2Path_1_Turns[5]=3 +Phase_2Path_2_GoSlot[0]=55 +Phase_2Path_2_GoRadialPosition[0]=0 +Phase_2Path_2_GoTangentialPosition[0]=C +Phase_2Path_2_ReturnSlot[0]=44 +Phase_2Path_2_ReturnRadialPosition[0]=0 +Phase_2Path_2_ReturnTangentialPosition[0]=C +Phase_2Path_2_Turns[0]=3 +Phase_2Path_2_GoSlot[1]=57 +Phase_2Path_2_GoRadialPosition[1]=0 +Phase_2Path_2_GoTangentialPosition[1]=C +Phase_2Path_2_ReturnSlot[1]=46 +Phase_2Path_2_ReturnRadialPosition[1]=0 +Phase_2Path_2_ReturnTangentialPosition[1]=C +Phase_2Path_2_Turns[1]=3 +Phase_2Path_2_GoSlot[2]=56 +Phase_2Path_2_GoRadialPosition[2]=0 +Phase_2Path_2_GoTangentialPosition[2]=C +Phase_2Path_2_ReturnSlot[2]=67 +Phase_2Path_2_ReturnRadialPosition[2]=0 +Phase_2Path_2_ReturnTangentialPosition[2]=C +Phase_2Path_2_Turns[2]=3 +Phase_2Path_2_GoSlot[3]=58 +Phase_2Path_2_GoRadialPosition[3]=0 +Phase_2Path_2_GoTangentialPosition[3]=C +Phase_2Path_2_ReturnSlot[3]=69 +Phase_2Path_2_ReturnRadialPosition[3]=0 +Phase_2Path_2_ReturnTangentialPosition[3]=C +Phase_2Path_2_Turns[3]=3 +Phase_2Path_2_GoSlot[4]=7 +Phase_2Path_2_GoRadialPosition[4]=0 +Phase_2Path_2_GoTangentialPosition[4]=C +Phase_2Path_2_ReturnSlot[4]=68 +Phase_2Path_2_ReturnRadialPosition[4]=0 +Phase_2Path_2_ReturnTangentialPosition[4]=C +Phase_2Path_2_Turns[4]=3 +Phase_2Path_2_GoSlot[5]=9 +Phase_2Path_2_GoRadialPosition[5]=0 +Phase_2Path_2_GoTangentialPosition[5]=C +Phase_2Path_2_ReturnSlot[5]=70 +Phase_2Path_2_ReturnRadialPosition[5]=0 +Phase_2Path_2_ReturnTangentialPosition[5]=C +Phase_2Path_2_Turns[5]=3 +Phase_3Path_1_GoSlot[0]=16 +Phase_3Path_1_GoRadialPosition[0]=0 +Phase_3Path_1_GoTangentialPosition[0]=C +Phase_3Path_1_ReturnSlot[0]=27 +Phase_3Path_1_ReturnRadialPosition[0]=0 +Phase_3Path_1_ReturnTangentialPosition[0]=C +Phase_3Path_1_Turns[0]=3 +Phase_3Path_1_GoSlot[1]=18 +Phase_3Path_1_GoRadialPosition[1]=0 +Phase_3Path_1_GoTangentialPosition[1]=C +Phase_3Path_1_ReturnSlot[1]=29 +Phase_3Path_1_ReturnRadialPosition[1]=0 +Phase_3Path_1_ReturnTangentialPosition[1]=C +Phase_3Path_1_Turns[1]=3 +Phase_3Path_1_GoSlot[2]=39 +Phase_3Path_1_GoRadialPosition[2]=0 +Phase_3Path_1_GoTangentialPosition[2]=C +Phase_3Path_1_ReturnSlot[2]=28 +Phase_3Path_1_ReturnRadialPosition[2]=0 +Phase_3Path_1_ReturnTangentialPosition[2]=C +Phase_3Path_1_Turns[2]=3 +Phase_3Path_1_GoSlot[3]=41 +Phase_3Path_1_GoRadialPosition[3]=0 +Phase_3Path_1_GoTangentialPosition[3]=C +Phase_3Path_1_ReturnSlot[3]=30 +Phase_3Path_1_ReturnRadialPosition[3]=0 +Phase_3Path_1_ReturnTangentialPosition[3]=C +Phase_3Path_1_Turns[3]=3 +Phase_3Path_1_GoSlot[4]=40 +Phase_3Path_1_GoRadialPosition[4]=0 +Phase_3Path_1_GoTangentialPosition[4]=C +Phase_3Path_1_ReturnSlot[4]=51 +Phase_3Path_1_ReturnRadialPosition[4]=0 +Phase_3Path_1_ReturnTangentialPosition[4]=C +Phase_3Path_1_Turns[4]=3 +Phase_3Path_1_GoSlot[5]=42 +Phase_3Path_1_GoRadialPosition[5]=0 +Phase_3Path_1_GoTangentialPosition[5]=C +Phase_3Path_1_ReturnSlot[5]=53 +Phase_3Path_1_ReturnRadialPosition[5]=0 +Phase_3Path_1_ReturnTangentialPosition[5]=C +Phase_3Path_1_Turns[5]=3 +Phase_3Path_2_GoSlot[0]=63 +Phase_3Path_2_GoRadialPosition[0]=0 +Phase_3Path_2_GoTangentialPosition[0]=C +Phase_3Path_2_ReturnSlot[0]=52 +Phase_3Path_2_ReturnRadialPosition[0]=0 +Phase_3Path_2_ReturnTangentialPosition[0]=C +Phase_3Path_2_Turns[0]=3 +Phase_3Path_2_GoSlot[1]=65 +Phase_3Path_2_GoRadialPosition[1]=0 +Phase_3Path_2_GoTangentialPosition[1]=C +Phase_3Path_2_ReturnSlot[1]=54 +Phase_3Path_2_ReturnRadialPosition[1]=0 +Phase_3Path_2_ReturnTangentialPosition[1]=C +Phase_3Path_2_Turns[1]=3 +Phase_3Path_2_GoSlot[2]=64 +Phase_3Path_2_GoRadialPosition[2]=0 +Phase_3Path_2_GoTangentialPosition[2]=C +Phase_3Path_2_ReturnSlot[2]=3 +Phase_3Path_2_ReturnRadialPosition[2]=0 +Phase_3Path_2_ReturnTangentialPosition[2]=C +Phase_3Path_2_Turns[2]=3 +Phase_3Path_2_GoSlot[3]=66 +Phase_3Path_2_GoRadialPosition[3]=0 +Phase_3Path_2_GoTangentialPosition[3]=C +Phase_3Path_2_ReturnSlot[3]=5 +Phase_3Path_2_ReturnRadialPosition[3]=0 +Phase_3Path_2_ReturnTangentialPosition[3]=C +Phase_3Path_2_Turns[3]=3 +Phase_3Path_2_GoSlot[4]=15 +Phase_3Path_2_GoRadialPosition[4]=0 +Phase_3Path_2_GoTangentialPosition[4]=C +Phase_3Path_2_ReturnSlot[4]=4 +Phase_3Path_2_ReturnRadialPosition[4]=0 +Phase_3Path_2_ReturnTangentialPosition[4]=C +Phase_3Path_2_Turns[4]=3 +Phase_3Path_2_GoSlot[5]=17 +Phase_3Path_2_GoRadialPosition[5]=0 +Phase_3Path_2_GoTangentialPosition[5]=C +Phase_3Path_2_ReturnSlot[5]=6 +Phase_3Path_2_ReturnRadialPosition[5]=0 +Phase_3Path_2_ReturnTangentialPosition[5]=C +Phase_3Path_2_Turns[5]=3 + +[CustomDriveCycle] +ElecAngleValue[0]=0 +CurrentValuePh1[0]=-1 +CurrentValuePh2[0]=0.5 +CurrentValuePh3[0]=0.5 +ElecAngleValue[1]=1.00277777777778 +CurrentValuePh1[1]=-0.9998477 +CurrentValuePh2[1]=0.48480962 +CurrentValuePh3[1]=0.51503807 +ElecAngleValue[2]=2.00555555555556 +CurrentValuePh1[2]=-0.99939083 +CurrentValuePh2[2]=0.46947156 +CurrentValuePh3[2]=0.52991926 +ElecAngleValue[3]=3.00833333333333 +CurrentValuePh1[3]=-0.99862953 +CurrentValuePh2[3]=0.4539905 +CurrentValuePh3[3]=0.54463904 +ElecAngleValue[4]=4.01111111111111 +CurrentValuePh1[4]=-0.99756405 +CurrentValuePh2[4]=0.43837115 +CurrentValuePh3[4]=0.5591929 +ElecAngleValue[5]=5.01388888888889 +CurrentValuePh1[5]=-0.9961947 +CurrentValuePh2[5]=0.42261826 +CurrentValuePh3[5]=0.57357644 +ElecAngleValue[6]=6.01666666666667 +CurrentValuePh1[6]=-0.9945219 +CurrentValuePh2[6]=0.40673664 +CurrentValuePh3[6]=0.58778525 +ElecAngleValue[7]=7.01944444444444 +CurrentValuePh1[7]=-0.99254615 +CurrentValuePh2[7]=0.39073113 +CurrentValuePh3[7]=0.60181502 +ElecAngleValue[8]=8.02222222222222 +CurrentValuePh1[8]=-0.99026807 +CurrentValuePh2[8]=0.37460659 +CurrentValuePh3[8]=0.61566148 +ElecAngleValue[9]=9.025 +CurrentValuePh1[9]=-0.98768834 +CurrentValuePh2[9]=0.35836795 +CurrentValuePh3[9]=0.62932039 +ElecAngleValue[10]=10.0277777777778 +CurrentValuePh1[10]=-0.98480775 +CurrentValuePh2[10]=0.34202014 +CurrentValuePh3[10]=0.64278761 +ElecAngleValue[11]=11.0305555555556 +CurrentValuePh1[11]=-0.98162718 +CurrentValuePh2[11]=0.32556815 +CurrentValuePh3[11]=0.65605903 +ElecAngleValue[12]=12.0333333333333 +CurrentValuePh1[12]=-0.9781476 +CurrentValuePh2[12]=0.30901699 +CurrentValuePh3[12]=0.66913061 +ElecAngleValue[13]=13.0361111111111 +CurrentValuePh1[13]=-0.97437006 +CurrentValuePh2[13]=0.2923717 +CurrentValuePh3[13]=0.68199836 +ElecAngleValue[14]=14.0388888888889 +CurrentValuePh1[14]=-0.97029573 +CurrentValuePh2[14]=0.27563736 +CurrentValuePh3[14]=0.69465837 +ElecAngleValue[15]=15.0416666666667 +CurrentValuePh1[15]=-0.96592583 +CurrentValuePh2[15]=0.25881905 +CurrentValuePh3[15]=0.70710678 +ElecAngleValue[16]=16.0444444444444 +CurrentValuePh1[16]=-0.9612617 +CurrentValuePh2[16]=0.2419219 +CurrentValuePh3[16]=0.7193398 +ElecAngleValue[17]=17.0472222222222 +CurrentValuePh1[17]=-0.95630476 +CurrentValuePh2[17]=0.22495105 +CurrentValuePh3[17]=0.7313537 +ElecAngleValue[18]=18.05 +CurrentValuePh1[18]=-0.95105652 +CurrentValuePh2[18]=0.20791169 +CurrentValuePh3[18]=0.74314483 +ElecAngleValue[19]=19.0527777777778 +CurrentValuePh1[19]=-0.94551858 +CurrentValuePh2[19]=0.190809 +CurrentValuePh3[19]=0.75470958 +ElecAngleValue[20]=20.0555555555556 +CurrentValuePh1[20]=-0.93969262 +CurrentValuePh2[20]=0.17364818 +CurrentValuePh3[20]=0.76604444 +ElecAngleValue[21]=21.0583333333333 +CurrentValuePh1[21]=-0.93358043 +CurrentValuePh2[21]=0.15643447 +CurrentValuePh3[21]=0.77714596 +ElecAngleValue[22]=22.0611111111111 +CurrentValuePh1[22]=-0.92718385 +CurrentValuePh2[22]=0.1391731 +CurrentValuePh3[22]=0.78801075 +ElecAngleValue[23]=23.0638888888889 +CurrentValuePh1[23]=-0.92050485 +CurrentValuePh2[23]=0.12186934 +CurrentValuePh3[23]=0.79863551 +ElecAngleValue[24]=24.0666666666667 +CurrentValuePh1[24]=-0.91354546 +CurrentValuePh2[24]=0.10452846 +CurrentValuePh3[24]=0.80901699 +ElecAngleValue[25]=25.0694444444444 +CurrentValuePh1[25]=-0.90630779 +CurrentValuePh2[25]=0.087155743 +CurrentValuePh3[25]=0.81915204 +ElecAngleValue[26]=26.0722222222222 +CurrentValuePh1[26]=-0.89879405 +CurrentValuePh2[26]=0.069756474 +CurrentValuePh3[26]=0.82903757 +ElecAngleValue[27]=27.075 +CurrentValuePh1[27]=-0.89100652 +CurrentValuePh2[27]=0.052335956 +CurrentValuePh3[27]=0.83867057 +ElecAngleValue[28]=28.0777777777778 +CurrentValuePh1[28]=-0.88294759 +CurrentValuePh2[28]=0.034899497 +CurrentValuePh3[28]=0.8480481 +ElecAngleValue[29]=29.0805555555556 +CurrentValuePh1[29]=-0.87461971 +CurrentValuePh2[29]=0.017452406 +CurrentValuePh3[29]=0.8571673 +ElecAngleValue[30]=30.0833333333333 +CurrentValuePh1[30]=-0.8660254 +CurrentValuePh2[30]=1.2246064E-16 +CurrentValuePh3[30]=0.8660254 +ElecAngleValue[31]=31.0861111111111 +CurrentValuePh1[31]=-0.8571673 +CurrentValuePh2[31]=-0.017452406 +CurrentValuePh3[31]=0.87461971 +ElecAngleValue[32]=32.0888888888889 +CurrentValuePh1[32]=-0.8480481 +CurrentValuePh2[32]=-0.034899497 +CurrentValuePh3[32]=0.88294759 +ElecAngleValue[33]=33.0916666666667 +CurrentValuePh1[33]=-0.83867057 +CurrentValuePh2[33]=-0.052335956 +CurrentValuePh3[33]=0.89100652 +ElecAngleValue[34]=34.0944444444444 +CurrentValuePh1[34]=-0.82903757 +CurrentValuePh2[34]=-0.069756474 +CurrentValuePh3[34]=0.89879405 +ElecAngleValue[35]=35.0972222222222 +CurrentValuePh1[35]=-0.81915204 +CurrentValuePh2[35]=-0.087155743 +CurrentValuePh3[35]=0.90630779 +ElecAngleValue[36]=36.1 +CurrentValuePh1[36]=-0.80901699 +CurrentValuePh2[36]=-0.10452846 +CurrentValuePh3[36]=0.91354546 +ElecAngleValue[37]=37.1027777777778 +CurrentValuePh1[37]=-0.79863551 +CurrentValuePh2[37]=-0.12186934 +CurrentValuePh3[37]=0.92050485 +ElecAngleValue[38]=38.1055555555556 +CurrentValuePh1[38]=-0.78801075 +CurrentValuePh2[38]=-0.1391731 +CurrentValuePh3[38]=0.92718385 +ElecAngleValue[39]=39.1083333333333 +CurrentValuePh1[39]=-0.77714596 +CurrentValuePh2[39]=-0.15643447 +CurrentValuePh3[39]=0.93358043 +ElecAngleValue[40]=40.1111111111111 +CurrentValuePh1[40]=-0.76604444 +CurrentValuePh2[40]=-0.17364818 +CurrentValuePh3[40]=0.93969262 +ElecAngleValue[41]=41.1138888888889 +CurrentValuePh1[41]=-0.75470958 +CurrentValuePh2[41]=-0.190809 +CurrentValuePh3[41]=0.94551858 +ElecAngleValue[42]=42.1166666666667 +CurrentValuePh1[42]=-0.74314483 +CurrentValuePh2[42]=-0.20791169 +CurrentValuePh3[42]=0.95105652 +ElecAngleValue[43]=43.1194444444444 +CurrentValuePh1[43]=-0.7313537 +CurrentValuePh2[43]=-0.22495105 +CurrentValuePh3[43]=0.95630476 +ElecAngleValue[44]=44.1222222222222 +CurrentValuePh1[44]=-0.7193398 +CurrentValuePh2[44]=-0.2419219 +CurrentValuePh3[44]=0.9612617 +ElecAngleValue[45]=45.125 +CurrentValuePh1[45]=-0.70710678 +CurrentValuePh2[45]=-0.25881905 +CurrentValuePh3[45]=0.96592583 +ElecAngleValue[46]=46.1277777777778 +CurrentValuePh1[46]=-0.69465837 +CurrentValuePh2[46]=-0.27563736 +CurrentValuePh3[46]=0.97029573 +ElecAngleValue[47]=47.1305555555556 +CurrentValuePh1[47]=-0.68199836 +CurrentValuePh2[47]=-0.2923717 +CurrentValuePh3[47]=0.97437006 +ElecAngleValue[48]=48.1333333333333 +CurrentValuePh1[48]=-0.66913061 +CurrentValuePh2[48]=-0.30901699 +CurrentValuePh3[48]=0.9781476 +ElecAngleValue[49]=49.1361111111111 +CurrentValuePh1[49]=-0.65605903 +CurrentValuePh2[49]=-0.32556815 +CurrentValuePh3[49]=0.98162718 +ElecAngleValue[50]=50.1388888888889 +CurrentValuePh1[50]=-0.64278761 +CurrentValuePh2[50]=-0.34202014 +CurrentValuePh3[50]=0.98480775 +ElecAngleValue[51]=51.1416666666667 +CurrentValuePh1[51]=-0.62932039 +CurrentValuePh2[51]=-0.35836795 +CurrentValuePh3[51]=0.98768834 +ElecAngleValue[52]=52.1444444444444 +CurrentValuePh1[52]=-0.61566148 +CurrentValuePh2[52]=-0.37460659 +CurrentValuePh3[52]=0.99026807 +ElecAngleValue[53]=53.1472222222222 +CurrentValuePh1[53]=-0.60181502 +CurrentValuePh2[53]=-0.39073113 +CurrentValuePh3[53]=0.99254615 +ElecAngleValue[54]=54.15 +CurrentValuePh1[54]=-0.58778525 +CurrentValuePh2[54]=-0.40673664 +CurrentValuePh3[54]=0.9945219 +ElecAngleValue[55]=55.1527777777778 +CurrentValuePh1[55]=-0.57357644 +CurrentValuePh2[55]=-0.42261826 +CurrentValuePh3[55]=0.9961947 +ElecAngleValue[56]=56.1555555555556 +CurrentValuePh1[56]=-0.5591929 +CurrentValuePh2[56]=-0.43837115 +CurrentValuePh3[56]=0.99756405 +ElecAngleValue[57]=57.1583333333333 +CurrentValuePh1[57]=-0.54463904 +CurrentValuePh2[57]=-0.4539905 +CurrentValuePh3[57]=0.99862953 +ElecAngleValue[58]=58.1611111111111 +CurrentValuePh1[58]=-0.52991926 +CurrentValuePh2[58]=-0.46947156 +CurrentValuePh3[58]=0.99939083 +ElecAngleValue[59]=59.1638888888889 +CurrentValuePh1[59]=-0.51503807 +CurrentValuePh2[59]=-0.48480962 +CurrentValuePh3[59]=0.9998477 +ElecAngleValue[60]=60.1666666666667 +CurrentValuePh1[60]=-0.5 +CurrentValuePh2[60]=-0.5 +CurrentValuePh3[60]=1 +ElecAngleValue[61]=61.1694444444444 +CurrentValuePh1[61]=-0.48480962 +CurrentValuePh2[61]=-0.51503807 +CurrentValuePh3[61]=0.9998477 +ElecAngleValue[62]=62.1722222222222 +CurrentValuePh1[62]=-0.46947156 +CurrentValuePh2[62]=-0.52991926 +CurrentValuePh3[62]=0.99939083 +ElecAngleValue[63]=63.175 +CurrentValuePh1[63]=-0.4539905 +CurrentValuePh2[63]=-0.54463904 +CurrentValuePh3[63]=0.99862953 +ElecAngleValue[64]=64.1777777777778 +CurrentValuePh1[64]=-0.43837115 +CurrentValuePh2[64]=-0.5591929 +CurrentValuePh3[64]=0.99756405 +ElecAngleValue[65]=65.1805555555556 +CurrentValuePh1[65]=-0.42261826 +CurrentValuePh2[65]=-0.57357644 +CurrentValuePh3[65]=0.9961947 +ElecAngleValue[66]=66.1833333333333 +CurrentValuePh1[66]=-0.40673664 +CurrentValuePh2[66]=-0.58778525 +CurrentValuePh3[66]=0.9945219 +ElecAngleValue[67]=67.1861111111111 +CurrentValuePh1[67]=-0.39073113 +CurrentValuePh2[67]=-0.60181502 +CurrentValuePh3[67]=0.99254615 +ElecAngleValue[68]=68.1888888888889 +CurrentValuePh1[68]=-0.37460659 +CurrentValuePh2[68]=-0.61566148 +CurrentValuePh3[68]=0.99026807 +ElecAngleValue[69]=69.1916666666667 +CurrentValuePh1[69]=-0.35836795 +CurrentValuePh2[69]=-0.62932039 +CurrentValuePh3[69]=0.98768834 +ElecAngleValue[70]=70.1944444444444 +CurrentValuePh1[70]=-0.34202014 +CurrentValuePh2[70]=-0.64278761 +CurrentValuePh3[70]=0.98480775 +ElecAngleValue[71]=71.1972222222222 +CurrentValuePh1[71]=-0.32556815 +CurrentValuePh2[71]=-0.65605903 +CurrentValuePh3[71]=0.98162718 +ElecAngleValue[72]=72.2 +CurrentValuePh1[72]=-0.30901699 +CurrentValuePh2[72]=-0.66913061 +CurrentValuePh3[72]=0.9781476 +ElecAngleValue[73]=73.2027777777778 +CurrentValuePh1[73]=-0.2923717 +CurrentValuePh2[73]=-0.68199836 +CurrentValuePh3[73]=0.97437006 +ElecAngleValue[74]=74.2055555555555 +CurrentValuePh1[74]=-0.27563736 +CurrentValuePh2[74]=-0.69465837 +CurrentValuePh3[74]=0.97029573 +ElecAngleValue[75]=75.2083333333333 +CurrentValuePh1[75]=-0.25881905 +CurrentValuePh2[75]=-0.70710678 +CurrentValuePh3[75]=0.96592583 +ElecAngleValue[76]=76.2111111111111 +CurrentValuePh1[76]=-0.2419219 +CurrentValuePh2[76]=-0.7193398 +CurrentValuePh3[76]=0.9612617 +ElecAngleValue[77]=77.2138888888889 +CurrentValuePh1[77]=-0.22495105 +CurrentValuePh2[77]=-0.7313537 +CurrentValuePh3[77]=0.95630476 +ElecAngleValue[78]=78.2166666666667 +CurrentValuePh1[78]=-0.20791169 +CurrentValuePh2[78]=-0.74314483 +CurrentValuePh3[78]=0.95105652 +ElecAngleValue[79]=79.2194444444444 +CurrentValuePh1[79]=-0.190809 +CurrentValuePh2[79]=-0.75470958 +CurrentValuePh3[79]=0.94551858 +ElecAngleValue[80]=80.2222222222222 +CurrentValuePh1[80]=-0.17364818 +CurrentValuePh2[80]=-0.76604444 +CurrentValuePh3[80]=0.93969262 +ElecAngleValue[81]=81.225 +CurrentValuePh1[81]=-0.15643447 +CurrentValuePh2[81]=-0.77714596 +CurrentValuePh3[81]=0.93358043 +ElecAngleValue[82]=82.2277777777778 +CurrentValuePh1[82]=-0.1391731 +CurrentValuePh2[82]=-0.78801075 +CurrentValuePh3[82]=0.92718385 +ElecAngleValue[83]=83.2305555555556 +CurrentValuePh1[83]=-0.12186934 +CurrentValuePh2[83]=-0.79863551 +CurrentValuePh3[83]=0.92050485 +ElecAngleValue[84]=84.2333333333333 +CurrentValuePh1[84]=-0.10452846 +CurrentValuePh2[84]=-0.80901699 +CurrentValuePh3[84]=0.91354546 +ElecAngleValue[85]=85.2361111111111 +CurrentValuePh1[85]=-0.087155743 +CurrentValuePh2[85]=-0.81915204 +CurrentValuePh3[85]=0.90630779 +ElecAngleValue[86]=86.2388888888889 +CurrentValuePh1[86]=-0.069756474 +CurrentValuePh2[86]=-0.82903757 +CurrentValuePh3[86]=0.89879405 +ElecAngleValue[87]=87.2416666666667 +CurrentValuePh1[87]=-0.052335956 +CurrentValuePh2[87]=-0.83867057 +CurrentValuePh3[87]=0.89100652 +ElecAngleValue[88]=88.2444444444444 +CurrentValuePh1[88]=-0.034899497 +CurrentValuePh2[88]=-0.8480481 +CurrentValuePh3[88]=0.88294759 +ElecAngleValue[89]=89.2472222222222 +CurrentValuePh1[89]=-0.017452406 +CurrentValuePh2[89]=-0.8571673 +CurrentValuePh3[89]=0.87461971 +ElecAngleValue[90]=90.25 +CurrentValuePh1[90]=0 +CurrentValuePh2[90]=-0.8660254 +CurrentValuePh3[90]=0.8660254 +ElecAngleValue[91]=91.2527777777778 +CurrentValuePh1[91]=0.017452406 +CurrentValuePh2[91]=-0.87461971 +CurrentValuePh3[91]=0.8571673 +ElecAngleValue[92]=92.2555555555556 +CurrentValuePh1[92]=0.034899497 +CurrentValuePh2[92]=-0.88294759 +CurrentValuePh3[92]=0.8480481 +ElecAngleValue[93]=93.2583333333333 +CurrentValuePh1[93]=0.052335956 +CurrentValuePh2[93]=-0.89100652 +CurrentValuePh3[93]=0.83867057 +ElecAngleValue[94]=94.2611111111111 +CurrentValuePh1[94]=0.069756474 +CurrentValuePh2[94]=-0.89879405 +CurrentValuePh3[94]=0.82903757 +ElecAngleValue[95]=95.2638888888889 +CurrentValuePh1[95]=0.087155743 +CurrentValuePh2[95]=-0.90630779 +CurrentValuePh3[95]=0.81915204 +ElecAngleValue[96]=96.2666666666667 +CurrentValuePh1[96]=0.10452846 +CurrentValuePh2[96]=-0.91354546 +CurrentValuePh3[96]=0.80901699 +ElecAngleValue[97]=97.2694444444444 +CurrentValuePh1[97]=0.12186934 +CurrentValuePh2[97]=-0.92050485 +CurrentValuePh3[97]=0.79863551 +ElecAngleValue[98]=98.2722222222222 +CurrentValuePh1[98]=0.1391731 +CurrentValuePh2[98]=-0.92718385 +CurrentValuePh3[98]=0.78801075 +ElecAngleValue[99]=99.275 +CurrentValuePh1[99]=0.15643447 +CurrentValuePh2[99]=-0.93358043 +CurrentValuePh3[99]=0.77714596 +ElecAngleValue[100]=100.277777777778 +CurrentValuePh1[100]=0.17364818 +CurrentValuePh2[100]=-0.93969262 +CurrentValuePh3[100]=0.76604444 +ElecAngleValue[101]=101.280555555556 +CurrentValuePh1[101]=0.190809 +CurrentValuePh2[101]=-0.94551858 +CurrentValuePh3[101]=0.75470958 +ElecAngleValue[102]=102.283333333333 +CurrentValuePh1[102]=0.20791169 +CurrentValuePh2[102]=-0.95105652 +CurrentValuePh3[102]=0.74314483 +ElecAngleValue[103]=103.286111111111 +CurrentValuePh1[103]=0.22495105 +CurrentValuePh2[103]=-0.95630476 +CurrentValuePh3[103]=0.7313537 +ElecAngleValue[104]=104.288888888889 +CurrentValuePh1[104]=0.2419219 +CurrentValuePh2[104]=-0.9612617 +CurrentValuePh3[104]=0.7193398 +ElecAngleValue[105]=105.291666666667 +CurrentValuePh1[105]=0.25881905 +CurrentValuePh2[105]=-0.96592583 +CurrentValuePh3[105]=0.70710678 +ElecAngleValue[106]=106.294444444444 +CurrentValuePh1[106]=0.27563736 +CurrentValuePh2[106]=-0.97029573 +CurrentValuePh3[106]=0.69465837 +ElecAngleValue[107]=107.297222222222 +CurrentValuePh1[107]=0.2923717 +CurrentValuePh2[107]=-0.97437006 +CurrentValuePh3[107]=0.68199836 +ElecAngleValue[108]=108.3 +CurrentValuePh1[108]=0.30901699 +CurrentValuePh2[108]=-0.9781476 +CurrentValuePh3[108]=0.66913061 +ElecAngleValue[109]=109.302777777778 +CurrentValuePh1[109]=0.32556815 +CurrentValuePh2[109]=-0.98162718 +CurrentValuePh3[109]=0.65605903 +ElecAngleValue[110]=110.305555555556 +CurrentValuePh1[110]=0.34202014 +CurrentValuePh2[110]=-0.98480775 +CurrentValuePh3[110]=0.64278761 +ElecAngleValue[111]=111.308333333333 +CurrentValuePh1[111]=0.35836795 +CurrentValuePh2[111]=-0.98768834 +CurrentValuePh3[111]=0.62932039 +ElecAngleValue[112]=112.311111111111 +CurrentValuePh1[112]=0.37460659 +CurrentValuePh2[112]=-0.99026807 +CurrentValuePh3[112]=0.61566148 +ElecAngleValue[113]=113.313888888889 +CurrentValuePh1[113]=0.39073113 +CurrentValuePh2[113]=-0.99254615 +CurrentValuePh3[113]=0.60181502 +ElecAngleValue[114]=114.316666666667 +CurrentValuePh1[114]=0.40673664 +CurrentValuePh2[114]=-0.9945219 +CurrentValuePh3[114]=0.58778525 +ElecAngleValue[115]=115.319444444444 +CurrentValuePh1[115]=0.42261826 +CurrentValuePh2[115]=-0.9961947 +CurrentValuePh3[115]=0.57357644 +ElecAngleValue[116]=116.322222222222 +CurrentValuePh1[116]=0.43837115 +CurrentValuePh2[116]=-0.99756405 +CurrentValuePh3[116]=0.5591929 +ElecAngleValue[117]=117.325 +CurrentValuePh1[117]=0.4539905 +CurrentValuePh2[117]=-0.99862953 +CurrentValuePh3[117]=0.54463904 +ElecAngleValue[118]=118.327777777778 +CurrentValuePh1[118]=0.46947156 +CurrentValuePh2[118]=-0.99939083 +CurrentValuePh3[118]=0.52991926 +ElecAngleValue[119]=119.330555555556 +CurrentValuePh1[119]=0.48480962 +CurrentValuePh2[119]=-0.9998477 +CurrentValuePh3[119]=0.51503807 +ElecAngleValue[120]=120.333333333333 +CurrentValuePh1[120]=0.5 +CurrentValuePh2[120]=-1 +CurrentValuePh3[120]=0.5 +ElecAngleValue[121]=121.336111111111 +CurrentValuePh1[121]=0.51503807 +CurrentValuePh2[121]=-0.9998477 +CurrentValuePh3[121]=0.48480962 +ElecAngleValue[122]=122.338888888889 +CurrentValuePh1[122]=0.52991926 +CurrentValuePh2[122]=-0.99939083 +CurrentValuePh3[122]=0.46947156 +ElecAngleValue[123]=123.341666666667 +CurrentValuePh1[123]=0.54463904 +CurrentValuePh2[123]=-0.99862953 +CurrentValuePh3[123]=0.4539905 +ElecAngleValue[124]=124.344444444444 +CurrentValuePh1[124]=0.5591929 +CurrentValuePh2[124]=-0.99756405 +CurrentValuePh3[124]=0.43837115 +ElecAngleValue[125]=125.347222222222 +CurrentValuePh1[125]=0.57357644 +CurrentValuePh2[125]=-0.9961947 +CurrentValuePh3[125]=0.42261826 +ElecAngleValue[126]=126.35 +CurrentValuePh1[126]=0.58778525 +CurrentValuePh2[126]=-0.9945219 +CurrentValuePh3[126]=0.40673664 +ElecAngleValue[127]=127.352777777778 +CurrentValuePh1[127]=0.60181502 +CurrentValuePh2[127]=-0.99254615 +CurrentValuePh3[127]=0.39073113 +ElecAngleValue[128]=128.355555555556 +CurrentValuePh1[128]=0.61566148 +CurrentValuePh2[128]=-0.99026807 +CurrentValuePh3[128]=0.37460659 +ElecAngleValue[129]=129.358333333333 +CurrentValuePh1[129]=0.62932039 +CurrentValuePh2[129]=-0.98768834 +CurrentValuePh3[129]=0.35836795 +ElecAngleValue[130]=130.361111111111 +CurrentValuePh1[130]=0.64278761 +CurrentValuePh2[130]=-0.98480775 +CurrentValuePh3[130]=0.34202014 +ElecAngleValue[131]=131.363888888889 +CurrentValuePh1[131]=0.65605903 +CurrentValuePh2[131]=-0.98162718 +CurrentValuePh3[131]=0.32556815 +ElecAngleValue[132]=132.366666666667 +CurrentValuePh1[132]=0.66913061 +CurrentValuePh2[132]=-0.9781476 +CurrentValuePh3[132]=0.30901699 +ElecAngleValue[133]=133.369444444444 +CurrentValuePh1[133]=0.68199836 +CurrentValuePh2[133]=-0.97437006 +CurrentValuePh3[133]=0.2923717 +ElecAngleValue[134]=134.372222222222 +CurrentValuePh1[134]=0.69465837 +CurrentValuePh2[134]=-0.97029573 +CurrentValuePh3[134]=0.27563736 +ElecAngleValue[135]=135.375 +CurrentValuePh1[135]=0.70710678 +CurrentValuePh2[135]=-0.96592583 +CurrentValuePh3[135]=0.25881905 +ElecAngleValue[136]=136.377777777778 +CurrentValuePh1[136]=0.7193398 +CurrentValuePh2[136]=-0.9612617 +CurrentValuePh3[136]=0.2419219 +ElecAngleValue[137]=137.380555555556 +CurrentValuePh1[137]=0.7313537 +CurrentValuePh2[137]=-0.95630476 +CurrentValuePh3[137]=0.22495105 +ElecAngleValue[138]=138.383333333333 +CurrentValuePh1[138]=0.74314483 +CurrentValuePh2[138]=-0.95105652 +CurrentValuePh3[138]=0.20791169 +ElecAngleValue[139]=139.386111111111 +CurrentValuePh1[139]=0.75470958 +CurrentValuePh2[139]=-0.94551858 +CurrentValuePh3[139]=0.190809 +ElecAngleValue[140]=140.388888888889 +CurrentValuePh1[140]=0.76604444 +CurrentValuePh2[140]=-0.93969262 +CurrentValuePh3[140]=0.17364818 +ElecAngleValue[141]=141.391666666667 +CurrentValuePh1[141]=0.77714596 +CurrentValuePh2[141]=-0.93358043 +CurrentValuePh3[141]=0.15643447 +ElecAngleValue[142]=142.394444444444 +CurrentValuePh1[142]=0.78801075 +CurrentValuePh2[142]=-0.92718385 +CurrentValuePh3[142]=0.1391731 +ElecAngleValue[143]=143.397222222222 +CurrentValuePh1[143]=0.79863551 +CurrentValuePh2[143]=-0.92050485 +CurrentValuePh3[143]=0.12186934 +ElecAngleValue[144]=144.4 +CurrentValuePh1[144]=0.80901699 +CurrentValuePh2[144]=-0.91354546 +CurrentValuePh3[144]=0.10452846 +ElecAngleValue[145]=145.402777777778 +CurrentValuePh1[145]=0.81915204 +CurrentValuePh2[145]=-0.90630779 +CurrentValuePh3[145]=0.087155743 +ElecAngleValue[146]=146.405555555556 +CurrentValuePh1[146]=0.82903757 +CurrentValuePh2[146]=-0.89879405 +CurrentValuePh3[146]=0.069756474 +ElecAngleValue[147]=147.408333333333 +CurrentValuePh1[147]=0.83867057 +CurrentValuePh2[147]=-0.89100652 +CurrentValuePh3[147]=0.052335956 +ElecAngleValue[148]=148.411111111111 +CurrentValuePh1[148]=0.8480481 +CurrentValuePh2[148]=-0.88294759 +CurrentValuePh3[148]=0.034899497 +ElecAngleValue[149]=149.413888888889 +CurrentValuePh1[149]=0.8571673 +CurrentValuePh2[149]=-0.87461971 +CurrentValuePh3[149]=0.017452406 +ElecAngleValue[150]=150.416666666667 +CurrentValuePh1[150]=0.8660254 +CurrentValuePh2[150]=-0.8660254 +CurrentValuePh3[150]=1.2246064E-16 +ElecAngleValue[151]=151.419444444444 +CurrentValuePh1[151]=0.87461971 +CurrentValuePh2[151]=-0.8571673 +CurrentValuePh3[151]=-0.017452406 +ElecAngleValue[152]=152.422222222222 +CurrentValuePh1[152]=0.88294759 +CurrentValuePh2[152]=-0.8480481 +CurrentValuePh3[152]=-0.034899497 +ElecAngleValue[153]=153.425 +CurrentValuePh1[153]=0.89100652 +CurrentValuePh2[153]=-0.83867057 +CurrentValuePh3[153]=-0.052335956 +ElecAngleValue[154]=154.427777777778 +CurrentValuePh1[154]=0.89879405 +CurrentValuePh2[154]=-0.82903757 +CurrentValuePh3[154]=-0.069756474 +ElecAngleValue[155]=155.430555555556 +CurrentValuePh1[155]=0.90630779 +CurrentValuePh2[155]=-0.81915204 +CurrentValuePh3[155]=-0.087155743 +ElecAngleValue[156]=156.433333333333 +CurrentValuePh1[156]=0.91354546 +CurrentValuePh2[156]=-0.80901699 +CurrentValuePh3[156]=-0.10452846 +ElecAngleValue[157]=157.436111111111 +CurrentValuePh1[157]=0.92050485 +CurrentValuePh2[157]=-0.79863551 +CurrentValuePh3[157]=-0.12186934 +ElecAngleValue[158]=158.438888888889 +CurrentValuePh1[158]=0.92718385 +CurrentValuePh2[158]=-0.78801075 +CurrentValuePh3[158]=-0.1391731 +ElecAngleValue[159]=159.441666666667 +CurrentValuePh1[159]=0.93358043 +CurrentValuePh2[159]=-0.77714596 +CurrentValuePh3[159]=-0.15643447 +ElecAngleValue[160]=160.444444444444 +CurrentValuePh1[160]=0.93969262 +CurrentValuePh2[160]=-0.76604444 +CurrentValuePh3[160]=-0.17364818 +ElecAngleValue[161]=161.447222222222 +CurrentValuePh1[161]=0.94551858 +CurrentValuePh2[161]=-0.75470958 +CurrentValuePh3[161]=-0.190809 +ElecAngleValue[162]=162.45 +CurrentValuePh1[162]=0.95105652 +CurrentValuePh2[162]=-0.74314483 +CurrentValuePh3[162]=-0.20791169 +ElecAngleValue[163]=163.452777777778 +CurrentValuePh1[163]=0.95630476 +CurrentValuePh2[163]=-0.7313537 +CurrentValuePh3[163]=-0.22495105 +ElecAngleValue[164]=164.455555555556 +CurrentValuePh1[164]=0.9612617 +CurrentValuePh2[164]=-0.7193398 +CurrentValuePh3[164]=-0.2419219 +ElecAngleValue[165]=165.458333333333 +CurrentValuePh1[165]=0.96592583 +CurrentValuePh2[165]=-0.70710678 +CurrentValuePh3[165]=-0.25881905 +ElecAngleValue[166]=166.461111111111 +CurrentValuePh1[166]=0.97029573 +CurrentValuePh2[166]=-0.69465837 +CurrentValuePh3[166]=-0.27563736 +ElecAngleValue[167]=167.463888888889 +CurrentValuePh1[167]=0.97437006 +CurrentValuePh2[167]=-0.68199836 +CurrentValuePh3[167]=-0.2923717 +ElecAngleValue[168]=168.466666666667 +CurrentValuePh1[168]=0.9781476 +CurrentValuePh2[168]=-0.66913061 +CurrentValuePh3[168]=-0.30901699 +ElecAngleValue[169]=169.469444444444 +CurrentValuePh1[169]=0.98162718 +CurrentValuePh2[169]=-0.65605903 +CurrentValuePh3[169]=-0.32556815 +ElecAngleValue[170]=170.472222222222 +CurrentValuePh1[170]=0.98480775 +CurrentValuePh2[170]=-0.64278761 +CurrentValuePh3[170]=-0.34202014 +ElecAngleValue[171]=171.475 +CurrentValuePh1[171]=0.98768834 +CurrentValuePh2[171]=-0.62932039 +CurrentValuePh3[171]=-0.35836795 +ElecAngleValue[172]=172.477777777778 +CurrentValuePh1[172]=0.99026807 +CurrentValuePh2[172]=-0.61566148 +CurrentValuePh3[172]=-0.37460659 +ElecAngleValue[173]=173.480555555556 +CurrentValuePh1[173]=0.99254615 +CurrentValuePh2[173]=-0.60181502 +CurrentValuePh3[173]=-0.39073113 +ElecAngleValue[174]=174.483333333333 +CurrentValuePh1[174]=0.9945219 +CurrentValuePh2[174]=-0.58778525 +CurrentValuePh3[174]=-0.40673664 +ElecAngleValue[175]=175.486111111111 +CurrentValuePh1[175]=0.9961947 +CurrentValuePh2[175]=-0.57357644 +CurrentValuePh3[175]=-0.42261826 +ElecAngleValue[176]=176.488888888889 +CurrentValuePh1[176]=0.99756405 +CurrentValuePh2[176]=-0.5591929 +CurrentValuePh3[176]=-0.43837115 +ElecAngleValue[177]=177.491666666667 +CurrentValuePh1[177]=0.99862953 +CurrentValuePh2[177]=-0.54463904 +CurrentValuePh3[177]=-0.4539905 +ElecAngleValue[178]=178.494444444444 +CurrentValuePh1[178]=0.99939083 +CurrentValuePh2[178]=-0.52991926 +CurrentValuePh3[178]=-0.46947156 +ElecAngleValue[179]=179.497222222222 +CurrentValuePh1[179]=0.9998477 +CurrentValuePh2[179]=-0.51503807 +CurrentValuePh3[179]=-0.48480962 +ElecAngleValue[180]=180.5 +CurrentValuePh1[180]=1 +CurrentValuePh2[180]=-0.5 +CurrentValuePh3[180]=-0.5 +ElecAngleValue[181]=181.502777777778 +CurrentValuePh1[181]=0.9998477 +CurrentValuePh2[181]=-0.48480962 +CurrentValuePh3[181]=-0.51503807 +ElecAngleValue[182]=182.505555555556 +CurrentValuePh1[182]=0.99939083 +CurrentValuePh2[182]=-0.46947156 +CurrentValuePh3[182]=-0.52991926 +ElecAngleValue[183]=183.508333333333 +CurrentValuePh1[183]=0.99862953 +CurrentValuePh2[183]=-0.4539905 +CurrentValuePh3[183]=-0.54463904 +ElecAngleValue[184]=184.511111111111 +CurrentValuePh1[184]=0.99756405 +CurrentValuePh2[184]=-0.43837115 +CurrentValuePh3[184]=-0.5591929 +ElecAngleValue[185]=185.513888888889 +CurrentValuePh1[185]=0.9961947 +CurrentValuePh2[185]=-0.42261826 +CurrentValuePh3[185]=-0.57357644 +ElecAngleValue[186]=186.516666666667 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+CurrentValuePh2[193]=-0.2923717 +CurrentValuePh3[193]=-0.68199836 +ElecAngleValue[194]=194.538888888889 +CurrentValuePh1[194]=0.97029573 +CurrentValuePh2[194]=-0.27563736 +CurrentValuePh3[194]=-0.69465837 +ElecAngleValue[195]=195.541666666667 +CurrentValuePh1[195]=0.96592583 +CurrentValuePh2[195]=-0.25881905 +CurrentValuePh3[195]=-0.70710678 +ElecAngleValue[196]=196.544444444444 +CurrentValuePh1[196]=0.9612617 +CurrentValuePh2[196]=-0.2419219 +CurrentValuePh3[196]=-0.7193398 +ElecAngleValue[197]=197.547222222222 +CurrentValuePh1[197]=0.95630476 +CurrentValuePh2[197]=-0.22495105 +CurrentValuePh3[197]=-0.7313537 +ElecAngleValue[198]=198.55 +CurrentValuePh1[198]=0.95105652 +CurrentValuePh2[198]=-0.20791169 +CurrentValuePh3[198]=-0.74314483 +ElecAngleValue[199]=199.552777777778 +CurrentValuePh1[199]=0.94551858 +CurrentValuePh2[199]=-0.190809 +CurrentValuePh3[199]=-0.75470958 +ElecAngleValue[200]=200.555555555556 +CurrentValuePh1[200]=0.93969262 +CurrentValuePh2[200]=-0.17364818 +CurrentValuePh3[200]=-0.76604444 +ElecAngleValue[201]=201.558333333333 +CurrentValuePh1[201]=0.93358043 +CurrentValuePh2[201]=-0.15643447 +CurrentValuePh3[201]=-0.77714596 +ElecAngleValue[202]=202.561111111111 +CurrentValuePh1[202]=0.92718385 +CurrentValuePh2[202]=-0.1391731 +CurrentValuePh3[202]=-0.78801075 +ElecAngleValue[203]=203.563888888889 +CurrentValuePh1[203]=0.92050485 +CurrentValuePh2[203]=-0.12186934 +CurrentValuePh3[203]=-0.79863551 +ElecAngleValue[204]=204.566666666667 +CurrentValuePh1[204]=0.91354546 +CurrentValuePh2[204]=-0.10452846 +CurrentValuePh3[204]=-0.80901699 +ElecAngleValue[205]=205.569444444444 +CurrentValuePh1[205]=0.90630779 +CurrentValuePh2[205]=-0.087155743 +CurrentValuePh3[205]=-0.81915204 +ElecAngleValue[206]=206.572222222222 +CurrentValuePh1[206]=0.89879405 +CurrentValuePh2[206]=-0.069756474 +CurrentValuePh3[206]=-0.82903757 +ElecAngleValue[207]=207.575 +CurrentValuePh1[207]=0.89100652 +CurrentValuePh2[207]=-0.052335956 +CurrentValuePh3[207]=-0.83867057 +ElecAngleValue[208]=208.577777777778 +CurrentValuePh1[208]=0.88294759 +CurrentValuePh2[208]=-0.034899497 +CurrentValuePh3[208]=-0.8480481 +ElecAngleValue[209]=209.580555555556 +CurrentValuePh1[209]=0.87461971 +CurrentValuePh2[209]=-0.017452406 +CurrentValuePh3[209]=-0.8571673 +ElecAngleValue[210]=210.583333333333 +CurrentValuePh1[210]=0.8660254 +CurrentValuePh2[210]=-2.4492127E-16 +CurrentValuePh3[210]=-0.8660254 +ElecAngleValue[211]=211.586111111111 +CurrentValuePh1[211]=0.8571673 +CurrentValuePh2[211]=0.017452406 +CurrentValuePh3[211]=-0.87461971 +ElecAngleValue[212]=212.588888888889 +CurrentValuePh1[212]=0.8480481 +CurrentValuePh2[212]=0.034899497 +CurrentValuePh3[212]=-0.88294759 +ElecAngleValue[213]=213.591666666667 +CurrentValuePh1[213]=0.83867057 +CurrentValuePh2[213]=0.052335956 +CurrentValuePh3[213]=-0.89100652 +ElecAngleValue[214]=214.594444444444 +CurrentValuePh1[214]=0.82903757 +CurrentValuePh2[214]=0.069756474 +CurrentValuePh3[214]=-0.89879405 +ElecAngleValue[215]=215.597222222222 +CurrentValuePh1[215]=0.81915204 +CurrentValuePh2[215]=0.087155743 +CurrentValuePh3[215]=-0.90630779 +ElecAngleValue[216]=216.6 +CurrentValuePh1[216]=0.80901699 +CurrentValuePh2[216]=0.10452846 +CurrentValuePh3[216]=-0.91354546 +ElecAngleValue[217]=217.602777777778 +CurrentValuePh1[217]=0.79863551 +CurrentValuePh2[217]=0.12186934 +CurrentValuePh3[217]=-0.92050485 +ElecAngleValue[218]=218.605555555556 +CurrentValuePh1[218]=0.78801075 +CurrentValuePh2[218]=0.1391731 +CurrentValuePh3[218]=-0.92718385 +ElecAngleValue[219]=219.608333333333 +CurrentValuePh1[219]=0.77714596 +CurrentValuePh2[219]=0.15643447 +CurrentValuePh3[219]=-0.93358043 +ElecAngleValue[220]=220.611111111111 +CurrentValuePh1[220]=0.76604444 +CurrentValuePh2[220]=0.17364818 +CurrentValuePh3[220]=-0.93969262 +ElecAngleValue[221]=221.613888888889 +CurrentValuePh1[221]=0.75470958 +CurrentValuePh2[221]=0.190809 +CurrentValuePh3[221]=-0.94551858 +ElecAngleValue[222]=222.616666666667 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+CurrentValuePh2[229]=0.32556815 +CurrentValuePh3[229]=-0.98162718 +ElecAngleValue[230]=230.638888888889 +CurrentValuePh1[230]=0.64278761 +CurrentValuePh2[230]=0.34202014 +CurrentValuePh3[230]=-0.98480775 +ElecAngleValue[231]=231.641666666667 +CurrentValuePh1[231]=0.62932039 +CurrentValuePh2[231]=0.35836795 +CurrentValuePh3[231]=-0.98768834 +ElecAngleValue[232]=232.644444444444 +CurrentValuePh1[232]=0.61566148 +CurrentValuePh2[232]=0.37460659 +CurrentValuePh3[232]=-0.99026807 +ElecAngleValue[233]=233.647222222222 +CurrentValuePh1[233]=0.60181502 +CurrentValuePh2[233]=0.39073113 +CurrentValuePh3[233]=-0.99254615 +ElecAngleValue[234]=234.65 +CurrentValuePh1[234]=0.58778525 +CurrentValuePh2[234]=0.40673664 +CurrentValuePh3[234]=-0.9945219 +ElecAngleValue[235]=235.652777777778 +CurrentValuePh1[235]=0.57357644 +CurrentValuePh2[235]=0.42261826 +CurrentValuePh3[235]=-0.9961947 +ElecAngleValue[236]=236.655555555556 +CurrentValuePh1[236]=0.5591929 +CurrentValuePh2[236]=0.43837115 +CurrentValuePh3[236]=-0.99756405 +ElecAngleValue[237]=237.658333333333 +CurrentValuePh1[237]=0.54463904 +CurrentValuePh2[237]=0.4539905 +CurrentValuePh3[237]=-0.99862953 +ElecAngleValue[238]=238.661111111111 +CurrentValuePh1[238]=0.52991926 +CurrentValuePh2[238]=0.46947156 +CurrentValuePh3[238]=-0.99939083 +ElecAngleValue[239]=239.663888888889 +CurrentValuePh1[239]=0.51503807 +CurrentValuePh2[239]=0.48480962 +CurrentValuePh3[239]=-0.9998477 +ElecAngleValue[240]=240.666666666667 +CurrentValuePh1[240]=0.5 +CurrentValuePh2[240]=0.5 +CurrentValuePh3[240]=-1 +ElecAngleValue[241]=241.669444444444 +CurrentValuePh1[241]=0.48480962 +CurrentValuePh2[241]=0.51503807 +CurrentValuePh3[241]=-0.9998477 +ElecAngleValue[242]=242.672222222222 +CurrentValuePh1[242]=0.46947156 +CurrentValuePh2[242]=0.52991926 +CurrentValuePh3[242]=-0.99939083 +ElecAngleValue[243]=243.675 +CurrentValuePh1[243]=0.4539905 +CurrentValuePh2[243]=0.54463904 +CurrentValuePh3[243]=-0.99862953 +ElecAngleValue[244]=244.677777777778 +CurrentValuePh1[244]=0.43837115 +CurrentValuePh2[244]=0.5591929 +CurrentValuePh3[244]=-0.99756405 +ElecAngleValue[245]=245.680555555556 +CurrentValuePh1[245]=0.42261826 +CurrentValuePh2[245]=0.57357644 +CurrentValuePh3[245]=-0.9961947 +ElecAngleValue[246]=246.683333333333 +CurrentValuePh1[246]=0.40673664 +CurrentValuePh2[246]=0.58778525 +CurrentValuePh3[246]=-0.9945219 +ElecAngleValue[247]=247.686111111111 +CurrentValuePh1[247]=0.39073113 +CurrentValuePh2[247]=0.60181502 +CurrentValuePh3[247]=-0.99254615 +ElecAngleValue[248]=248.688888888889 +CurrentValuePh1[248]=0.37460659 +CurrentValuePh2[248]=0.61566148 +CurrentValuePh3[248]=-0.99026807 +ElecAngleValue[249]=249.691666666667 +CurrentValuePh1[249]=0.35836795 +CurrentValuePh2[249]=0.62932039 +CurrentValuePh3[249]=-0.98768834 +ElecAngleValue[250]=250.694444444444 +CurrentValuePh1[250]=0.34202014 +CurrentValuePh2[250]=0.64278761 +CurrentValuePh3[250]=-0.98480775 +ElecAngleValue[251]=251.697222222222 +CurrentValuePh1[251]=0.32556815 +CurrentValuePh2[251]=0.65605903 +CurrentValuePh3[251]=-0.98162718 +ElecAngleValue[252]=252.7 +CurrentValuePh1[252]=0.30901699 +CurrentValuePh2[252]=0.66913061 +CurrentValuePh3[252]=-0.9781476 +ElecAngleValue[253]=253.702777777778 +CurrentValuePh1[253]=0.2923717 +CurrentValuePh2[253]=0.68199836 +CurrentValuePh3[253]=-0.97437006 +ElecAngleValue[254]=254.705555555556 +CurrentValuePh1[254]=0.27563736 +CurrentValuePh2[254]=0.69465837 +CurrentValuePh3[254]=-0.97029573 +ElecAngleValue[255]=255.708333333333 +CurrentValuePh1[255]=0.25881905 +CurrentValuePh2[255]=0.70710678 +CurrentValuePh3[255]=-0.96592583 +ElecAngleValue[256]=256.711111111111 +CurrentValuePh1[256]=0.2419219 +CurrentValuePh2[256]=0.7193398 +CurrentValuePh3[256]=-0.9612617 +ElecAngleValue[257]=257.713888888889 +CurrentValuePh1[257]=0.22495105 +CurrentValuePh2[257]=0.7313537 +CurrentValuePh3[257]=-0.95630476 +ElecAngleValue[258]=258.716666666667 +CurrentValuePh1[258]=0.20791169 +CurrentValuePh2[258]=0.74314483 +CurrentValuePh3[258]=-0.95105652 +ElecAngleValue[259]=259.719444444444 +CurrentValuePh1[259]=0.190809 +CurrentValuePh2[259]=0.75470958 +CurrentValuePh3[259]=-0.94551858 +ElecAngleValue[260]=260.722222222222 +CurrentValuePh1[260]=0.17364818 +CurrentValuePh2[260]=0.76604444 +CurrentValuePh3[260]=-0.93969262 +ElecAngleValue[261]=261.725 +CurrentValuePh1[261]=0.15643447 +CurrentValuePh2[261]=0.77714596 +CurrentValuePh3[261]=-0.93358043 +ElecAngleValue[262]=262.727777777778 +CurrentValuePh1[262]=0.1391731 +CurrentValuePh2[262]=0.78801075 +CurrentValuePh3[262]=-0.92718385 +ElecAngleValue[263]=263.730555555556 +CurrentValuePh1[263]=0.12186934 +CurrentValuePh2[263]=0.79863551 +CurrentValuePh3[263]=-0.92050485 +ElecAngleValue[264]=264.733333333333 +CurrentValuePh1[264]=0.10452846 +CurrentValuePh2[264]=0.80901699 +CurrentValuePh3[264]=-0.91354546 +ElecAngleValue[265]=265.736111111111 +CurrentValuePh1[265]=0.087155743 +CurrentValuePh2[265]=0.81915204 +CurrentValuePh3[265]=-0.90630779 +ElecAngleValue[266]=266.738888888889 +CurrentValuePh1[266]=0.069756474 +CurrentValuePh2[266]=0.82903757 +CurrentValuePh3[266]=-0.89879405 +ElecAngleValue[267]=267.741666666667 +CurrentValuePh1[267]=0.052335956 +CurrentValuePh2[267]=0.83867057 +CurrentValuePh3[267]=-0.89100652 +ElecAngleValue[268]=268.744444444444 +CurrentValuePh1[268]=0.034899497 +CurrentValuePh2[268]=0.8480481 +CurrentValuePh3[268]=-0.88294759 +ElecAngleValue[269]=269.747222222222 +CurrentValuePh1[269]=0.017452406 +CurrentValuePh2[269]=0.8571673 +CurrentValuePh3[269]=-0.87461971 +ElecAngleValue[270]=270.75 +CurrentValuePh1[270]=1.2246064E-16 +CurrentValuePh2[270]=0.8660254 +CurrentValuePh3[270]=-0.8660254 +ElecAngleValue[271]=271.752777777778 +CurrentValuePh1[271]=-0.017452406 +CurrentValuePh2[271]=0.87461971 +CurrentValuePh3[271]=-0.8571673 +ElecAngleValue[272]=272.755555555556 +CurrentValuePh1[272]=-0.034899497 +CurrentValuePh2[272]=0.88294759 +CurrentValuePh3[272]=-0.8480481 +ElecAngleValue[273]=273.758333333333 +CurrentValuePh1[273]=-0.052335956 +CurrentValuePh2[273]=0.89100652 +CurrentValuePh3[273]=-0.83867057 +ElecAngleValue[274]=274.761111111111 +CurrentValuePh1[274]=-0.069756474 +CurrentValuePh2[274]=0.89879405 +CurrentValuePh3[274]=-0.82903757 +ElecAngleValue[275]=275.763888888889 +CurrentValuePh1[275]=-0.087155743 +CurrentValuePh2[275]=0.90630779 +CurrentValuePh3[275]=-0.81915204 +ElecAngleValue[276]=276.766666666667 +CurrentValuePh1[276]=-0.10452846 +CurrentValuePh2[276]=0.91354546 +CurrentValuePh3[276]=-0.80901699 +ElecAngleValue[277]=277.769444444444 +CurrentValuePh1[277]=-0.12186934 +CurrentValuePh2[277]=0.92050485 +CurrentValuePh3[277]=-0.79863551 +ElecAngleValue[278]=278.772222222222 +CurrentValuePh1[278]=-0.1391731 +CurrentValuePh2[278]=0.92718385 +CurrentValuePh3[278]=-0.78801075 +ElecAngleValue[279]=279.775 +CurrentValuePh1[279]=-0.15643447 +CurrentValuePh2[279]=0.93358043 +CurrentValuePh3[279]=-0.77714596 +ElecAngleValue[280]=280.777777777778 +CurrentValuePh1[280]=-0.17364818 +CurrentValuePh2[280]=0.93969262 +CurrentValuePh3[280]=-0.76604444 +ElecAngleValue[281]=281.780555555556 +CurrentValuePh1[281]=-0.190809 +CurrentValuePh2[281]=0.94551858 +CurrentValuePh3[281]=-0.75470958 +ElecAngleValue[282]=282.783333333333 +CurrentValuePh1[282]=-0.20791169 +CurrentValuePh2[282]=0.95105652 +CurrentValuePh3[282]=-0.74314483 +ElecAngleValue[283]=283.786111111111 +CurrentValuePh1[283]=-0.22495105 +CurrentValuePh2[283]=0.95630476 +CurrentValuePh3[283]=-0.7313537 +ElecAngleValue[284]=284.788888888889 +CurrentValuePh1[284]=-0.2419219 +CurrentValuePh2[284]=0.9612617 +CurrentValuePh3[284]=-0.7193398 +ElecAngleValue[285]=285.791666666667 +CurrentValuePh1[285]=-0.25881905 +CurrentValuePh2[285]=0.96592583 +CurrentValuePh3[285]=-0.70710678 +ElecAngleValue[286]=286.794444444444 +CurrentValuePh1[286]=-0.27563736 +CurrentValuePh2[286]=0.97029573 +CurrentValuePh3[286]=-0.69465837 +ElecAngleValue[287]=287.797222222222 +CurrentValuePh1[287]=-0.2923717 +CurrentValuePh2[287]=0.97437006 +CurrentValuePh3[287]=-0.68199836 +ElecAngleValue[288]=288.8 +CurrentValuePh1[288]=-0.30901699 +CurrentValuePh2[288]=0.9781476 +CurrentValuePh3[288]=-0.66913061 +ElecAngleValue[289]=289.802777777778 +CurrentValuePh1[289]=-0.32556815 +CurrentValuePh2[289]=0.98162718 +CurrentValuePh3[289]=-0.65605903 +ElecAngleValue[290]=290.805555555556 +CurrentValuePh1[290]=-0.34202014 +CurrentValuePh2[290]=0.98480775 +CurrentValuePh3[290]=-0.64278761 +ElecAngleValue[291]=291.808333333333 +CurrentValuePh1[291]=-0.35836795 +CurrentValuePh2[291]=0.98768834 +CurrentValuePh3[291]=-0.62932039 +ElecAngleValue[292]=292.811111111111 +CurrentValuePh1[292]=-0.37460659 +CurrentValuePh2[292]=0.99026807 +CurrentValuePh3[292]=-0.61566148 +ElecAngleValue[293]=293.813888888889 +CurrentValuePh1[293]=-0.39073113 +CurrentValuePh2[293]=0.99254615 +CurrentValuePh3[293]=-0.60181502 +ElecAngleValue[294]=294.816666666667 +CurrentValuePh1[294]=-0.40673664 +CurrentValuePh2[294]=0.9945219 +CurrentValuePh3[294]=-0.58778525 +ElecAngleValue[295]=295.819444444444 +CurrentValuePh1[295]=-0.42261826 +CurrentValuePh2[295]=0.9961947 +CurrentValuePh3[295]=-0.57357644 +ElecAngleValue[296]=296.822222222222 +CurrentValuePh1[296]=-0.43837115 +CurrentValuePh2[296]=0.99756405 +CurrentValuePh3[296]=-0.5591929 +ElecAngleValue[297]=297.825 +CurrentValuePh1[297]=-0.4539905 +CurrentValuePh2[297]=0.99862953 +CurrentValuePh3[297]=-0.54463904 +ElecAngleValue[298]=298.827777777778 +CurrentValuePh1[298]=-0.46947156 +CurrentValuePh2[298]=0.99939083 +CurrentValuePh3[298]=-0.52991926 +ElecAngleValue[299]=299.830555555556 +CurrentValuePh1[299]=-0.48480962 +CurrentValuePh2[299]=0.9998477 +CurrentValuePh3[299]=-0.51503807 +ElecAngleValue[300]=300.833333333333 +CurrentValuePh1[300]=-0.5 +CurrentValuePh2[300]=1 +CurrentValuePh3[300]=-0.5 +ElecAngleValue[301]=301.836111111111 +CurrentValuePh1[301]=-0.51503807 +CurrentValuePh2[301]=0.9998477 +CurrentValuePh3[301]=-0.48480962 +ElecAngleValue[302]=302.838888888889 +CurrentValuePh1[302]=-0.52991926 +CurrentValuePh2[302]=0.99939083 +CurrentValuePh3[302]=-0.46947156 +ElecAngleValue[303]=303.841666666667 +CurrentValuePh1[303]=-0.54463904 +CurrentValuePh2[303]=0.99862953 +CurrentValuePh3[303]=-0.4539905 +ElecAngleValue[304]=304.844444444444 +CurrentValuePh1[304]=-0.5591929 +CurrentValuePh2[304]=0.99756405 +CurrentValuePh3[304]=-0.43837115 +ElecAngleValue[305]=305.847222222222 +CurrentValuePh1[305]=-0.57357644 +CurrentValuePh2[305]=0.9961947 +CurrentValuePh3[305]=-0.42261826 +ElecAngleValue[306]=306.85 +CurrentValuePh1[306]=-0.58778525 +CurrentValuePh2[306]=0.9945219 +CurrentValuePh3[306]=-0.40673664 +ElecAngleValue[307]=307.852777777778 +CurrentValuePh1[307]=-0.60181502 +CurrentValuePh2[307]=0.99254615 +CurrentValuePh3[307]=-0.39073113 +ElecAngleValue[308]=308.855555555556 +CurrentValuePh1[308]=-0.61566148 +CurrentValuePh2[308]=0.99026807 +CurrentValuePh3[308]=-0.37460659 +ElecAngleValue[309]=309.858333333333 +CurrentValuePh1[309]=-0.62932039 +CurrentValuePh2[309]=0.98768834 +CurrentValuePh3[309]=-0.35836795 +ElecAngleValue[310]=310.861111111111 +CurrentValuePh1[310]=-0.64278761 +CurrentValuePh2[310]=0.98480775 +CurrentValuePh3[310]=-0.34202014 +ElecAngleValue[311]=311.863888888889 +CurrentValuePh1[311]=-0.65605903 +CurrentValuePh2[311]=0.98162718 +CurrentValuePh3[311]=-0.32556815 +ElecAngleValue[312]=312.866666666667 +CurrentValuePh1[312]=-0.66913061 +CurrentValuePh2[312]=0.9781476 +CurrentValuePh3[312]=-0.30901699 +ElecAngleValue[313]=313.869444444444 +CurrentValuePh1[313]=-0.68199836 +CurrentValuePh2[313]=0.97437006 +CurrentValuePh3[313]=-0.2923717 +ElecAngleValue[314]=314.872222222222 +CurrentValuePh1[314]=-0.69465837 +CurrentValuePh2[314]=0.97029573 +CurrentValuePh3[314]=-0.27563736 +ElecAngleValue[315]=315.875 +CurrentValuePh1[315]=-0.70710678 +CurrentValuePh2[315]=0.96592583 +CurrentValuePh3[315]=-0.25881905 +ElecAngleValue[316]=316.877777777778 +CurrentValuePh1[316]=-0.7193398 +CurrentValuePh2[316]=0.9612617 +CurrentValuePh3[316]=-0.2419219 +ElecAngleValue[317]=317.880555555556 +CurrentValuePh1[317]=-0.7313537 +CurrentValuePh2[317]=0.95630476 +CurrentValuePh3[317]=-0.22495105 +ElecAngleValue[318]=318.883333333333 +CurrentValuePh1[318]=-0.74314483 +CurrentValuePh2[318]=0.95105652 +CurrentValuePh3[318]=-0.20791169 +ElecAngleValue[319]=319.886111111111 +CurrentValuePh1[319]=-0.75470958 +CurrentValuePh2[319]=0.94551858 +CurrentValuePh3[319]=-0.190809 +ElecAngleValue[320]=320.888888888889 +CurrentValuePh1[320]=-0.76604444 +CurrentValuePh2[320]=0.93969262 +CurrentValuePh3[320]=-0.17364818 +ElecAngleValue[321]=321.891666666667 +CurrentValuePh1[321]=-0.77714596 +CurrentValuePh2[321]=0.93358043 +CurrentValuePh3[321]=-0.15643447 +ElecAngleValue[322]=322.894444444444 +CurrentValuePh1[322]=-0.78801075 +CurrentValuePh2[322]=0.92718385 +CurrentValuePh3[322]=-0.1391731 +ElecAngleValue[323]=323.897222222222 +CurrentValuePh1[323]=-0.79863551 +CurrentValuePh2[323]=0.92050485 +CurrentValuePh3[323]=-0.12186934 +ElecAngleValue[324]=324.9 +CurrentValuePh1[324]=-0.80901699 +CurrentValuePh2[324]=0.91354546 +CurrentValuePh3[324]=-0.10452846 +ElecAngleValue[325]=325.902777777778 +CurrentValuePh1[325]=-0.81915204 +CurrentValuePh2[325]=0.90630779 +CurrentValuePh3[325]=-0.087155743 +ElecAngleValue[326]=326.905555555556 +CurrentValuePh1[326]=-0.82903757 +CurrentValuePh2[326]=0.89879405 +CurrentValuePh3[326]=-0.069756474 +ElecAngleValue[327]=327.908333333333 +CurrentValuePh1[327]=-0.83867057 +CurrentValuePh2[327]=0.89100652 +CurrentValuePh3[327]=-0.052335956 +ElecAngleValue[328]=328.911111111111 +CurrentValuePh1[328]=-0.8480481 +CurrentValuePh2[328]=0.88294759 +CurrentValuePh3[328]=-0.034899497 +ElecAngleValue[329]=329.913888888889 +CurrentValuePh1[329]=-0.8571673 +CurrentValuePh2[329]=0.87461971 +CurrentValuePh3[329]=-0.017452406 +ElecAngleValue[330]=330.916666666667 +CurrentValuePh1[330]=-0.8660254 +CurrentValuePh2[330]=0.8660254 +CurrentValuePh3[330]=-2.4492127E-16 +ElecAngleValue[331]=331.919444444444 +CurrentValuePh1[331]=-0.87461971 +CurrentValuePh2[331]=0.8571673 +CurrentValuePh3[331]=0.017452406 +ElecAngleValue[332]=332.922222222222 +CurrentValuePh1[332]=-0.88294759 +CurrentValuePh2[332]=0.8480481 +CurrentValuePh3[332]=0.034899497 +ElecAngleValue[333]=333.925 +CurrentValuePh1[333]=-0.89100652 +CurrentValuePh2[333]=0.83867057 +CurrentValuePh3[333]=0.052335956 +ElecAngleValue[334]=334.927777777778 +CurrentValuePh1[334]=-0.89879405 +CurrentValuePh2[334]=0.82903757 +CurrentValuePh3[334]=0.069756474 +ElecAngleValue[335]=335.930555555556 +CurrentValuePh1[335]=-0.90630779 +CurrentValuePh2[335]=0.81915204 +CurrentValuePh3[335]=0.087155743 +ElecAngleValue[336]=336.933333333333 +CurrentValuePh1[336]=-0.91354546 +CurrentValuePh2[336]=0.80901699 +CurrentValuePh3[336]=0.10452846 +ElecAngleValue[337]=337.936111111111 +CurrentValuePh1[337]=-0.92050485 +CurrentValuePh2[337]=0.79863551 +CurrentValuePh3[337]=0.12186934 +ElecAngleValue[338]=338.938888888889 +CurrentValuePh1[338]=-0.92718385 +CurrentValuePh2[338]=0.78801075 +CurrentValuePh3[338]=0.1391731 +ElecAngleValue[339]=339.941666666667 +CurrentValuePh1[339]=-0.93358043 +CurrentValuePh2[339]=0.77714596 +CurrentValuePh3[339]=0.15643447 +ElecAngleValue[340]=340.944444444444 +CurrentValuePh1[340]=-0.93969262 +CurrentValuePh2[340]=0.76604444 +CurrentValuePh3[340]=0.17364818 +ElecAngleValue[341]=341.947222222222 +CurrentValuePh1[341]=-0.94551858 +CurrentValuePh2[341]=0.75470958 +CurrentValuePh3[341]=0.190809 +ElecAngleValue[342]=342.95 +CurrentValuePh1[342]=-0.95105652 +CurrentValuePh2[342]=0.74314483 +CurrentValuePh3[342]=0.20791169 +ElecAngleValue[343]=343.952777777778 +CurrentValuePh1[343]=-0.95630476 +CurrentValuePh2[343]=0.7313537 +CurrentValuePh3[343]=0.22495105 +ElecAngleValue[344]=344.955555555556 +CurrentValuePh1[344]=-0.9612617 +CurrentValuePh2[344]=0.7193398 +CurrentValuePh3[344]=0.2419219 +ElecAngleValue[345]=345.958333333333 +CurrentValuePh1[345]=-0.96592583 +CurrentValuePh2[345]=0.70710678 +CurrentValuePh3[345]=0.25881905 +ElecAngleValue[346]=346.961111111111 +CurrentValuePh1[346]=-0.97029573 +CurrentValuePh2[346]=0.69465837 +CurrentValuePh3[346]=0.27563736 +ElecAngleValue[347]=347.963888888889 +CurrentValuePh1[347]=-0.97437006 +CurrentValuePh2[347]=0.68199836 +CurrentValuePh3[347]=0.2923717 +ElecAngleValue[348]=348.966666666667 +CurrentValuePh1[348]=-0.9781476 +CurrentValuePh2[348]=0.66913061 +CurrentValuePh3[348]=0.30901699 +ElecAngleValue[349]=349.969444444444 +CurrentValuePh1[349]=-0.98162718 +CurrentValuePh2[349]=0.65605903 +CurrentValuePh3[349]=0.32556815 +ElecAngleValue[350]=350.972222222222 +CurrentValuePh1[350]=-0.98480775 +CurrentValuePh2[350]=0.64278761 +CurrentValuePh3[350]=0.34202014 +ElecAngleValue[351]=351.975 +CurrentValuePh1[351]=-0.98768834 +CurrentValuePh2[351]=0.62932039 +CurrentValuePh3[351]=0.35836795 +ElecAngleValue[352]=352.977777777778 +CurrentValuePh1[352]=-0.99026807 +CurrentValuePh2[352]=0.61566148 +CurrentValuePh3[352]=0.37460659 +ElecAngleValue[353]=353.980555555556 +CurrentValuePh1[353]=-0.99254615 +CurrentValuePh2[353]=0.60181502 +CurrentValuePh3[353]=0.39073113 +ElecAngleValue[354]=354.983333333333 +CurrentValuePh1[354]=-0.9945219 +CurrentValuePh2[354]=0.58778525 +CurrentValuePh3[354]=0.40673664 +ElecAngleValue[355]=355.986111111111 +CurrentValuePh1[355]=-0.9961947 +CurrentValuePh2[355]=0.57357644 +CurrentValuePh3[355]=0.42261826 +ElecAngleValue[356]=356.988888888889 +CurrentValuePh1[356]=-0.99756405 +CurrentValuePh2[356]=0.5591929 +CurrentValuePh3[356]=0.43837115 +ElecAngleValue[357]=357.991666666667 +CurrentValuePh1[357]=-0.99862953 +CurrentValuePh2[357]=0.54463904 +CurrentValuePh3[357]=0.4539905 +ElecAngleValue[358]=358.994444444444 +CurrentValuePh1[358]=-0.99939083 +CurrentValuePh2[358]=0.52991926 +CurrentValuePh3[358]=0.46947156 +ElecAngleValue[359]=359.997222222222 +CurrentValuePh1[359]=-0.9998477 +CurrentValuePh2[359]=0.51503807 +CurrentValuePh3[359]=0.48480962 +ElecAngleValue[360]=361 +CurrentValuePh1[360]=-1 +CurrentValuePh2[360]=0.5 +CurrentValuePh3[360]=0.5 + +[Scripting] +ScriptLines=79 +Script[0]="" +Script[1]="" +Script[2]="" +Script[3]="" +Script[4]="'' example Script" +Script[5]="' this is the main function called when the run script button is pressed" +Script[6]="' the function is passed the current title of the motor project" +Script[7]="Function MainFunction(Title)" +Script[8]="dim mcad" +Script[9]="set mcad = createobject(""motorcad.appautomation"")" +Script[10]="call mcad.showmessage(""example of script for ""+ Title)" +Script[11]="" +Script[12]="' speed up the set by setting to avoid immediate update of input" +Script[13]="call mcad.AvoidImmediateUpdate(true)" +Script[14]="" +Script[15]="' set all messages to display in a separate window" +Script[16]="' Warning: this will disable crucial popups e.g. prompts to save files, overwrite data etc" +Script[17]="' Please ensure this is the behaviour you want" +Script[18]="call mcad.SetVariable(""MessageDisplayState"",2)" +Script[19]="" +Script[20]="' set the radial cross section display" +Script[21]="'call mcad.DisplayScreen(""Radial"")" +Script[22]="" +Script[23]="' example of call to a separate function" +Script[24]="mySecondFunction(mcad)" +Script[25]="" +Script[26]="' set the scripting display" +Script[27]="call mcad.DisplayScreen(""Scripting"")" +Script[28]="" +Script[29]="' Restore the messages" +Script[30]="call mcad.SetVariable(""MessageDisplayState"", 0)" +Script[31]="" +Script[32]="End Function" +Script[33]="" +Script[34]="' this is an example of a separate function that takes mcad as a parameter" +Script[35]="Function mySecondFunction(mcad)" +Script[36]="for toothWidth = 1 to 3 step .5" +Script[37]="call mcad.showmessage(""Tooth width = "" + CStr(toothWidth))" +Script[38]="call mcad.SetVariable(""Tooth_Width"", toothWidth)" +Script[39]="call mcad.DoSteadyStateAnalysis" +Script[40]="call mcad.GetVariable(""T_[WINDING_AVERAGE]"", temperature)" +Script[41]="call mcad.showmessage(""Winding temperature = "" + CStr(temperature))" +Script[42]="" +Script[43]="' to be able to stop a script from the stop button need this code in the innermost loop" +Script[44]="' this asks Motor-CAD if the stop button has been pressed" +Script[45]="if mcad.IsStopRequested then exit function end if" +Script[46]="" +Script[47]="" +Script[48]="Next" +Script[49]="" +Script[50]="" +Script[51]="' myExcelCall" +Script[52]="" +Script[53]="End Function" +Script[54]="" +Script[55]="' this function is called the first time when scripting is run during the analysis" +Script[56]="' this allows parameters to be initialised" +Script[57]="Function Initialisation(Title)" +Script[58]="" +Script[59]="End Function" +Script[60]="" +Script[61]="' this function is called when scripting is run during the analysis after the duty cycle has completed" +Script[62]="' this allows any calculations to be made at the end of the transient" +Script[63]="Function Finalisation(Title)" +Script[64]="" +Script[65]="End Function" +Script[66]="" +Script[67]="" +Script[68]="" +Script[69]="" +Script[70]="' this is an example of putting values into excel" +Script[71]="'Function myExcelCall" +Script[72]="' dim excel" +Script[73]="' set excel = createObject(""excel.application"")" +Script[74]="' excel.visible = TRUE" +Script[75]="' excel.workbooks.add" +Script[76]="" +Script[77]="' excel.cells(1,1).value = ""temperature""" +Script[78]="'End Function" + +[Python_Scripting] +ScriptLines_Python=30 +Python_Script[0]="# need to import win32com.client to use MotorCAD.AppAutomation " +Python_Script[1]="import win32com.client " +Python_Script[2]="" +Python_Script[3]="# create Motor-CAD ActiveX connection" +Python_Script[4]="mcApp = win32com.client.Dispatch(""MotorCAD.AppAutomation"") " +Python_Script[5]=" " +Python_Script[6]="# This function is called once at the start of a calculation " +Python_Script[7]="def initial(): " +Python_Script[8]=" # set all messages to display in a separate window" +Python_Script[9]=" # Warning: this will disable crucial popups e.g. prompts to save files, overwrite data etc" +Python_Script[10]=" # Please ensure this is the behaviour you want" +Python_Script[11]=" mcApp.SetVariable(""MessageDisplayState"",2) " +Python_Script[12]="#define a function to use later " +Python_Script[13]="" +Python_Script[14]="# This function is called at every calculation step" +Python_Script[15]="def main(): " +Python_Script[16]=" array_ToothWidths = [1,1.5,2,2.5,3]" +Python_Script[17]=" for toothWidth in array_ToothWidths: " +Python_Script[18]=" mcApp.showmessage(""Tooth width = "" + str(toothWidth))" +Python_Script[19]=" mcApp.SetVariable(""Tooth_Width"", toothWidth)" +Python_Script[20]=" mcApp.DoSteadyStateAnalysis() " +Python_Script[21]=" ex, temperature = mcApp.GetVariable(""T_[WINDING_AVERAGE]"", )" +Python_Script[22]=" mcApp.showmessage(""Winding temperature = "" + str(temperature)) " +Python_Script[23]="" +Python_Script[24]="# This function is called at the end of a calculation " +Python_Script[25]="def final():" +Python_Script[26]=" # restore the message dialogs" +Python_Script[27]=" mcApp.SetVariable(""MessageDisplayState"", 0)" +Python_Script[28]=" " +Python_Script[29]=" # end of script " + diff --git a/data/e8_IPMSM_HWJandVent.mot b/data/e8_IPMSM_HWJandVent.mot index 56708f2..a4a7b43 100644 --- a/data/e8_IPMSM_HWJandVent.mot +++ b/data/e8_IPMSM_HWJandVent.mot @@ -1,12556 +1,12556 @@ -[Header] -Program_Name=Motor-CAD -Program_Module=BPM-Therm -Program_Version=15.1.6.1 -Licence_Name_Line1=Mathworks_Llacer -Licence_Name_Line2= -User=agonzale -Licence_System=FlexLM -File_Date=04/10/2022 18:58:21 -Title=e8 -Partial_file=False - -[File_History] -Previous_Version[1]=13.2.4.1 16/10/2020 15:18:07 -Previous_Version[2]=agonzale Mathworks_Llacer 14.1.17.1 10/03/2022 15:47:32 - -[File_Notes] -Data_File_Notes[1]=eMobility;IPM;Automotive;Stranded Distributed;10,000;80;Water Jacket;Sine;Based on Leaf 2012. Includes Single Rotor Pole DXF geometry.; - -[Units] -Units_Length=mm -Units_Conductivity=W/m/C -Units_Density=kg/m3 -Units_Cp=J/kg/C -Units_Dynamic_Viscosity=kg/m/s -Units_Kinematic_Viscosity=m2/s -Units_Weight=kg -Units_Temperature=C -Units_Heat_Transfer_Coefficient=W/m2/C -Units_Thermal_Resistance=C/W -Units_Thermal_Capacitance=J/C -Units_Torque=Nm -Units_Reversible_Temperature_Coefficient_of_Br_and_HcJ=%/C -Units_Velocity=m/s -Units_Time=secs -Units_Speed=rpm -Units_Resistance=ohms -Units_Loss=Watts -Units_Current=Amps -Units_Volume_Flow_Rate=l/min -Units_Altitude=m -Units_Pressure=Pa -Units_Flux_Density=Tesla -Units_Current_Density=Amps/mm2 -Units_Magnetic_Field=A/m -Units_Electrical_Resistivity=Ohm.m -Units_Electrical_Loading=Amps/m -Units_Back_EMF_Constant_Ke=Vs/rad -Units_Force=kN -Units_Force_Density=N/m2 -Units_Stress=MPa -Units_Inertia=kg.m2 -Units_Area_Moment_Inertia=mm4 -Units_Stiffness=MN/m -Units_Vehicle_Speed=km/h -Units_Acceleration=m/s2 -Units_Sound_Pressure=dB - -[Calc_Options] -Motor_Type=BPM -Through_Ventilation=True -Cooling_Type=Through_Ventilation -Constant_Speed_Fan=True -Include_Radiation=Radiation_Included -Include_Internal_Radiation=Radiation_Not_Included -Include_Fin_Efficiency=Fin_Efficiency_Included -Include_Rt_Endcap_Axial=True -Include_Rt_Endcap_Radial=True -Axle_Mounting=Not_Mounted_BPMOR -Rotor_Mounting=Open -Motor_Orientation=Horizontal_Mount -Speed_Dependant_Losses=False -Airgap_Model=Conduction_And_Convection -EWdg_Active_Layer_Connection=Outer_Active_Layer -EndWdg_Specification=Winding_Expansion -EndCap_Specification=EndCap_Thickness -Winding_Layer_Model=Wire_and_Copper_Area -Winding_layer_definition=Automatic -Rotor_Winding_layer_definition=Automatic -No_of_target_winding_layers=10 -No_of_target_rotor_winding_layers=10 -Wet_Rotor=False -Housing_Water_Jacket=True -Shaft_Spiral_Groove=False -Rotor_Water_Jacket=False -Slot_Water_Jacket=False -Default_End_Space_Correlation=Scubert_EW -Stall_Copper_Loss_Dist=All_Equal -Spray_Cooling=False -Stator_Tooth_Nodes=One_Node -Endcap_Vents_Front=Endcap_Vents_Closed -Endcap_Vents_Rear=Endcap_Vents_Closed -Fixed_Plate_Temperature=False -Fixed_Base_Temperature=False -Fixed_Shaft[F]_Temperature=False -Fixed_Shaft[R]_Temperature=False -Fixed_Axle[F]_Temperature=False -Fixed_Axle[R]_Temperature=False -Fixed_Endcap[F]_Temperature=False -Fixed_Endcap[R]_Temperature=False -Copper_Loss_From_Layer_Area=True -Filled_Rotor_Pole_Space=Not_Filled -Fin_Input_Options=Fin_Pitch_Thickness -BPM_Fault_Type=BPM_Multi_Phase_OC -SRM_Fault_Type=SRM_Multi_Phase_OC -Brush_Holder=Not_In_Model -NumberBearingLossPoints=20 -Bearing_Loss_Values_Speed[0]=0 -Bearing_Loss_Values_Temp[0]=20 -Bearing_Loss_Values_Loss[0]=0 -Bearing_Loss_Values_Speed[1]=0 -Bearing_Loss_Values_Temp[1]=40 -Bearing_Loss_Values_Loss[1]=0 -Bearing_Loss_Values_Speed[2]=0 -Bearing_Loss_Values_Temp[2]=80 -Bearing_Loss_Values_Loss[2]=0 -Bearing_Loss_Values_Speed[3]=0 -Bearing_Loss_Values_Temp[3]=140 -Bearing_Loss_Values_Loss[3]=0 -Bearing_Loss_Values_Speed[4]=0 -Bearing_Loss_Values_Temp[4]=200 -Bearing_Loss_Values_Loss[4]=0 -Bearing_Loss_Values_Speed[5]=1000 -Bearing_Loss_Values_Temp[5]=20 -Bearing_Loss_Values_Loss[5]=0.8 -Bearing_Loss_Values_Speed[6]=1000 -Bearing_Loss_Values_Temp[6]=40 -Bearing_Loss_Values_Loss[6]=0.6 -Bearing_Loss_Values_Speed[7]=1000 -Bearing_Loss_Values_Temp[7]=80 -Bearing_Loss_Values_Loss[7]=0.5 -Bearing_Loss_Values_Speed[8]=1000 -Bearing_Loss_Values_Temp[8]=140 -Bearing_Loss_Values_Loss[8]=0.4 -Bearing_Loss_Values_Speed[9]=1000 -Bearing_Loss_Values_Temp[9]=200 -Bearing_Loss_Values_Loss[9]=0.3 -Bearing_Loss_Values_Speed[10]=5000 -Bearing_Loss_Values_Temp[10]=20 -Bearing_Loss_Values_Loss[10]=10 -Bearing_Loss_Values_Speed[11]=5000 -Bearing_Loss_Values_Temp[11]=40 -Bearing_Loss_Values_Loss[11]=6.5 -Bearing_Loss_Values_Speed[12]=5000 -Bearing_Loss_Values_Temp[12]=80 -Bearing_Loss_Values_Loss[12]=4 -Bearing_Loss_Values_Speed[13]=5000 -Bearing_Loss_Values_Temp[13]=140 -Bearing_Loss_Values_Loss[13]=3 -Bearing_Loss_Values_Speed[14]=5000 -Bearing_Loss_Values_Temp[14]=200 -Bearing_Loss_Values_Loss[14]=2.5 -Bearing_Loss_Values_Speed[15]=10000 -Bearing_Loss_Values_Temp[15]=20 -Bearing_Loss_Values_Loss[15]=25.5 -Bearing_Loss_Values_Speed[16]=10000 -Bearing_Loss_Values_Temp[16]=40 -Bearing_Loss_Values_Loss[16]=17.5 -Bearing_Loss_Values_Speed[17]=10000 -Bearing_Loss_Values_Temp[17]=80 -Bearing_Loss_Values_Loss[17]=9.5 -Bearing_Loss_Values_Speed[18]=10000 -Bearing_Loss_Values_Temp[18]=140 -Bearing_Loss_Values_Loss[18]=6 -Bearing_Loss_Values_Speed[19]=10000 -Bearing_Loss_Values_Temp[19]=200 -Bearing_Loss_Values_Loss[19]=5 -Full_Winding_Circuit_View=False -TransientGraphUpdateDisabled=False -EditingCircuitComponentPosition=False -CircuitEditing=False -CircuitFlowEditing=False -ShowWatermarks=True -StatorForceNodes_PerTooth=1 -RotorForceNodes_PerPole=1 -RotorForceNodes_PerBar=1 -AirgapHTCMethod=1 -AirgapLaminarVorticesMethod=0 -AirgapTurbulentVorticesMethod=0 -AirgapTurbulentMethod=0 -AirgapTempForEmagCalc=1 -RectangularDuctCSAMethod=1 -ConductorPlacement=0 -WindingBitmapSizeFactor=1 -ConductorPositions=0 -ConductorCols_Left=4 -ConductorCols_Right=4 -PlacementRotationAngle_L=0 -PlacementRotationAngle_R=0 -XCoord_L=-2.74715929335667 -YCoord_L=84.5338362172082 -XCoord_R=2.74715929335667 -YCoord_R=84.5338362172082 -ConductionPositionStep=1 -FirstSetConductors=66 -SecondSetConductors=54 -UseSeparateEndRingNodes=True -UseSeparateRotorEndNodes=True -RotorEWdg_Roughness_F=1 -RotorEWdg_Roughness_R=1 -MaxWindingCalibration=1 -AvWindingCalibration=1 -FEShading_Thermal=1 -FEShading_Magnetic=1 -FEShading_Mechanical=1 -FEShading_MagneticLosses=4 -FEShadingRegion_Magnetic=0 -FEShadingRegionString_Magnetic=All -FEShadingRegion_Thermal=0 -FEShadingRegionString_Thermal=All -FEShadingRegion_Mechanical=0 -FEShadingRegionString_Mechanical=All -FEShadingFunction_Magnetic=B//T -FEShadingFunction_Thermal= -FEShadingFunction_Mechanical= -EWdg_Overhang_Specification=0 -SlotType=0 -Slot_Area_Calculation=1 -MountingType=0 -IMLookupResetMethod=1 -SkewDefinition=0 -IMCageSize=0 -IMRotorWindingModel=1 -LockedRotorFrequencyPoints=3 -LockedRotorFrequencyProp[0]=1 -LockedRotorFrequencyProp[1]=0.5 -LockedRotorFrequencyProp[2]=0.1 -StatorIronStrayLoadLossesVaryWithTemp=False -StatorIronStrayLoadTempAtWhichLossInput=20 -RotorIronStrayLoadLossesVaryWithTemp=False -RotorIronStrayLoadTempAtWhichLossInput=20 -StatorCopperStrayLoadLossesVaryWithTemp=False -StatorCopperStrayLoadTempAtWhichLossInput=20 -RotorCopperStrayLoadLossesVaryWithTemp=False -RotorCopperStrayLoadTempAtWhichLossInput=20 -FEA_ThermalSlot_LossDistribution=0 -DistributedLossAreaSelection=0 -NonSteelWedgeLossModel=1 -TotalLossCalculationMethod=1 -ShaftTorqueCalculationMethod=1 -HysIronLossMethod=4 -InteriorVUMagnetResistanceCalc=1 -SurfaceBreadloafAreaCalc=1 -VSimple_Positioning_Method=1 -RMSPhaseCurrentMethod=1 -CalculateInductanceDerivative=False -SquareWaveInductanceCalc=0 -CalculatedCurrentsInductanceMethod=1 -EnableAdvancedUI_Drive=False -UseMagnetTempLinkMethod_Lab=1 -RatioSetting_SleeveBanding=1 -SleeveBandingRatioSetting=1 -RatioSetting_MagnetReduction=1 -RotorCopperLossesVaryWithTemp=False -IM_TopBar_TipAngle_DrawMethod=1 -IM_BottomBar_TipAngle_DrawMethod=1 -TransientAbsoluteError=0.01 -TransientRelativeError=0.01 -TransientErrorWeightingMethod=1 -TransientMinCapMethod=1 -TransientErrorWeighting=0.01 -TransientMaxIterations=50000 -CancelTransientOnMaxEvaluations=True -SteadyStateMinIterations=1 -Steady_State_Max_Iterations=1000 -Steady_State_Max_Convergence_Error_dT=0.5 -SteadyStateConvergenceMethod=0 -ThermalPowerFlowCalc=1 -DutyCycleSpeedAutoPointInsertion=False -DutyCycleSpeedMaxDifference=100 -IncludeCoilDividerNode=False -ConductorPositionLevel=4 -PortunusExportScaling=4 -AirDividerLayerConnection=0 -AirDividerFluidCalc=1 -ComponentColours=0 -EWdgAreaCalculation=1 -SyncRotorEWdgMLTCalc=1 -SyncLinerAreaCalculation=1 -SyncLinerAreaWeightCalculations=1 -SyncRotorCuboidalWindingModel=0 -SyncRotorCircuit=1 -SyncRotorWindingTempCalc=1 -WindingToLamCalculation=1 -LinerToothSideRtCalc=1 -WireInsThicknessCalculation=1 -UpdateCircuitDuringSolving=False -AxialSliceDefinition=1 -RampSteps=100 -IterationAverageCycles=1 -CyclesAtEachAverage=10 -AverageCyclesMinPoint=250 -SteadyAveragingMethod=0 -EndSpaceChangeRate=1000 -EndCapVentCalculation=0 -CirculatingFlowFluidPaths=True -InitialTransientTemperatureOption=0 -Initial_Machine_Temperature=25 -InitialHousingTemperature=40 -InitialStatorTemperature=40 -InitialWindingTemperature=40 -InitialRotorTemperature=40 -InitialMagnetTemperature=40 -InitialRotorCopperTemperature=60 -InitialFlangeTemperature=40 -InitialTransientMagTempMethod=1 -Radiaton_View_Factor_Editable=False -Windage_Loss_Definition=0 -Windage_Loss_Multiplier=1 -WindageGraph_MaxSpeed=10000 -Bearing_Loss_Definition=0 -EndWindingLossSplitDefinition=1 -WetRotor_RotorWJ_Connection=False -ShaftSG_SlotWJ_Connection=False -HousingWJ_RotorWJ_Connection=False -HousingWJ_SprayCooling_Connection=False -WetRotor_SlotWJ_Connection=False -WetRotor_SlotWJ_FlowSplit=0.5 -TVent_SlotWJ_Connection=False -TVent_SlotWJ_Connection_Method=1 -TVent_SlotWJ_FlowSplit=0.5 -TVent_HousingWJ_Connection=False -ACLossTemperatureScalingMethod=1 -UserStrayLoadLossRatio_StatorIron=0.75 -UserStrayLoadLossRatio_RotorIron=0.25 -UserStrayLoadLossRatio_StatorCopper=0 -UserStrayLoadLossRatio_RotorCopper=0 -ConductorSeparationControl=True -PeriodsPerGraphUpdate=20 -TransientPointsToPlot=1 -TransientDataLogging=False -HousingWJFlowRemoved=False -HousingWJCircularDuctCalc=1 -HousingWJRectangularDuctCalc=1 -HousingWJDuctWallThicknessCalc=1 -CircularDuctsFlowCalc=1 -BearingLossSource=0 -BearingLossVisualisationSpeed=2000 -BearingLossMultiplier=1 -BearingTempForEmagCalc=1 -RadialFlowVisualisation=True -FlowVisualisationTailWidth=2 -FlowVisualisationHeadWidth=8 -FlowVisualisationArrowScaling=1 -FlowVisualisationMinArrowLength=20 -FlowVisualisationArrowSpacingFactor=0.1 -IncludeExternalShaftForcedConvection=1 -IronLossFactorWithLossVariationTempLoad=False -CapacitanceAdjustment=1 -InsulationLifetimeMethod=0 -InsulationLifetimeAtTempRef1=20000 -InsulationLifetimeAtTempRef2=10000 -InsulationLifeRefTemp1=180 -InsulationLifeRefTemp2=190 -RotorCageLossSplit=0 -UserCopperLossRatio_Active=0.7 -UserCopperLossRatio_EndRing_F=0.15 -UserCopperLossRatio_EndRing_R=0.15 -SpeedDesignType=0 -WindingModelType=1 -CuboidalkValueDefinition=0 -HairpinActiveKValueCalc=1 -HairpinWedgePathRtCalc=1 -ConductorToothSeparationCalc=1 -FlowBetweenRectangularConductorsAreaCalc=1 -StatorConductivityModel=0 -FlowBetweenConductorsCuboidModel=1 -IM1PH_ImpregAreaRatiosCalculation=1 -CuboidConductorOnlyModelCalc=1 -FormWoundRtCalc=1 -WedgeDividerRtCalc=1 -MagnetRadialRtCalc=1 -WindingSize=2 -CuboidHeightMethod=1 -CuboidHeightMethod_SlotWJ=1 -WireInsulationWeightsMethod=1 -HybridACLossMethod=0 -WindingCuboidPositionDefinition=0 -OuterWindingWidth=0 -OuterWindingHeight=0 -InnerWindingWidth=0 -InnerWindingHeight=0 -CuboidEWdgConnection=1 -CuboidLengthCalc=1 -CuboidEWdgLengthCalc=1 -SyncRotorCuboidEWdgLengthCalc=1 -ParticleNumber=30 -ParticleSwarmIterations=100 -ConvergenceTolerance=0.2 -ParticleSwarmModelType=0 -SwarmProportionalValue=0.8 -ReducedCircuitState=0 -FixedTemperatureMethod=1 -SteadyStateAveraging=0 -TransientSolver=1 -FEAPoleFixedTemperature=0 -FEASlotFixedTemperature=0 -MagnetModelType=0 -StatorCopperLossSplit=0 -UserStatorCopperLossRatio_Active=0.5 -UserStatorCopperLossRatio_EndWdg_F=0.25 -UserStatorCopperLossRatio_EndWdg_R=0.25 -TorqueNumberCycles=1 -TorquePointsPerCycle=36 -BackEMFNumberCycles=1 -BackEMFPointsPerCycle=30 -CoggingNumberCycles=2 -CoggingPointsPerCycle=10 -InductanceNumberCycles=1 -InductancePointsPerCycle=5 -InductanceCalcMethod_BPM=0 -InductanceSolver_BPM=1 -LockedRotorNumberCycles=2 -LockedRotorPointsPerCycle=30 -CoreLossNumberCycles=1 -CoreLossPointsPerCycle=10 -IMSingleLoadPointsPerCycle=30 -IMSingleLoadNumberCycles=2 -IMLookupPoints_Saturation=20 -IMLookupPoints_Loss=20 -IMLookupPoints_Analytic=20 -StrayLoadLossCalculationType=0 -MagneticGraphDrawing=0 -MagneticGraphLegendLocation=0 -MagneticGraphPenWidth=1 -WindingPatternPenWidth=2 -EMFGraphValues=1 -TerminalGraphValues=1 -CurrentGraphValues=0 -FEAverageGraph=False -VirtualWorkGraph=True -MaxwellStressGraph=False -FluxLinkageGraph=False -AlignmentGraph=False -ReluctanceGraph=False -CoggingGraph=False -CoggingTorqueGraph_VW=True -CoggingTorqueGraph_CE=True -TorqueSpeedCalcs=8 -TorqueSpeedPhaseAdv_Upper=70 -TorqueSpeedPhaseAdv_Lower=0 -DrawPoints_TorqueSpeed=True -MaxHarmonicOrder=200 -HarmonicAmplitude=0 -MaxWindingHarmonicOrder=200 -WindingHarmonicAmplitude=0 -WindingPatternDisplay=0 -PlotAllInductancePhases=False -PlotSmallSignalBiasCurrents=False -CoggingHarmonicBaseFrequency=2 -TorqueHarmonicGraph_BaseType=0 -LimitToAirgapHToConduction=0 -CalculationRotatingDuct=0 -RotorWJHeatTransferCalc=1 -CalculationDevelopingFlow=0 -NumberOfCuboids=2 -MinimumTemperatureTolerance=100 -StatorCopperLossVariation=0 -StatorBackIronUnevenLossAddition=1 -MagneticSolver=0 -ConductorMeshControl=True -TransientGraphColours=1 -ExternalApplicationCoupling=0 -MaxwellFileName= -MaxwellProject=ipm_1 -MaxwellAnalysis=Setup1 -MaxwellDesign=RMxprtDesign1 -SpeedFileName= -RemoveMotorCADCircuit=0 -RemoveMotorCADCircuit_Flow=0 -TorqueGraphScale=0 -iTorqueGraphScale=0 -FormWoundConductorSeparation=1 -LamHousingCoolingNodes=0 -FluidPathsCompensationFactor=0.8 -FluidPathsScaleFactor=1 -FluidPathsCompensationEnabled=0 -FluxDensitySkewMethod=1 -FluxDensitySkewMethod_Iron=0 -IMSkewingMethod=0 -IMSkewingCalc_Compatibility=1 -IMTorqueMethod=1 -IMLockedRotorInductanceMethod=1 -IMSkinEffectMethod=1 -KEndringCalculationMethod=1 -IMRadialDuctMethod=1 -IMLossSumMethod=1 -AutomaticStrayLoadLossMethod=1 -EndringInductanceMethod=0 -IMEndringExtensionCorrectionMethod=1 -SlotLeakageInductanceMethod_Stator=1 -SlotLeakageInductanceMethod=1 -SlotLeakageInductanceMethod_Rotor=1 -StatorLeakageInductanceMethod=1 -RotorToStatorInductanceFactorMethod=1 -IncludeSteadyStatorPowerFlowError=False -FlowSolverMethod=1 -BidirectionalSolveMethod=0 -RotorRotation=0 -StatorRotation=0 -IMAccelerationGraph=0 -IMEfficiencyGraph=0 -BPMShortCircuitGraph=0 -TorqueSpeedGraph=0 -TorqueCharacteristicPlotSelect=0 -IMRotorThermalCircuitMethod=1 -ImprovedFormWoundEWdgDrawing=True -MaxCurrent_MagnetisationCurves=5 -PositionPoints_MagnetisationCurves=5 -CurrentPoints_MagnetisationCurves=5 -EWdgInductanceCalc=0 -EWdgInductanceCalc_IM1PH=2 -EndWindingLengthMethod=2 -FieldWindingLengthMethod=1 -ForceRadialGraph=True -ForceTangentialGraph=True -ForceXGraph=False -ForceYGraph=False -ForceLocation=0 -ForceHarmonics=0 -TemporalForceHarmonic_Node=0 -SpatialForceHarmonic_TimeStep=0 -FlowResistanceTolerance=1E99 -TVentShaftCooling=0 -OpenCircuitCalc=0 -AmbientTemperatureSetting=0 -TransientMinimumCapacitanceEnabled=0 -TransientMinimumCapacitance=1E-5 -Sensitivity_ExportMatrices=False -FEALossCalcType=1 -CustomMaterial_IronLossMethod=1 -StackingFactorIronLossMethod=0 -SprayCoolingCircuit=1 -SprayCoolingCoverageCalc=1 -SprayCoolingSyncEWdgCalc=1 -SprayCoolingCorrelation=1 -SprayCoolingSubmerged=1 -SprayCoolingRotorTargetLengthCalc=1 -SprayCoolingHairpinFrontRInternalFlowCalc=1 -ShaftSG_RotorWJ_Connection=False -RotorWJ_SprayCooling_Connection=False -FlangePlateAreaCalc=1 -EndcapFlangeCalc=1 -SlotWJ_HousingWJ_Connection=False -HousingWJ_SlotWJ_Connection=False -ShaftSolve=1 -CommutatorCircuitCalc=1 -SlotWJCircuit=1 -SlotWJSeparateDuctsRtCalc=1 -SlotWJCentreDuctsFlowRtCalc=1 -SlotOpeningWidthSetting=1 -ShaftSpiralGrooveHTCCalc=1 -ESpaceRotorHTCCalc=1 -ShaftSpiralGrooveFrictionCalc=1 -ShaftSpiralGrooveDimensionsCalc=1 -ShaftSpiralGrooveSprayCoolingCalc=1 -Sleeve2D3DFactorCalc=3 -Banding2D3DFactorCalc=1 -K_Radial_User_A=0.25 -K_Radial_User=0.25 -K_Tangential_User_A=0.25 -K_Tangential_User=0.25 -K_Axial_User_A=386 -K_Axial_User=386 -K_Radial_User_F=0.25 -K_RadialEWdg_User=0.25 -K_Tangential_User_F=0.25 -K_TangentialEWdg_User=0.25 -K_Axial_User_F=386 -K_AxialEWdg_User=386 -K_Radial_User_R=0.25 -K_Tangential_User_R=0.25 -K_Axial_User_R=386 -RtAirgapSlicesCalc=1 -MagneticHousingSetting=0 -IncludeDucts_Magnetic=0 -HairpinConductors_FEA=0 -EndcapCapacitanceCalc=1 -PottingCapacitanceCalc=1 -BPMORWdgExtPottingRtCalc=1 -InnerWindingESpaceAreaCalc=1 -FlowAreaWindingIncludeSleeve=1 -TVentEWdgOuterVelocityCalc=1 -TVentBiDirectionDuctFlowRtCalc=1 -TVentRotorDuctFlowCalc=1 -TVentSyncSalientPoleFlowAreaCalc=1 -TVent_PMDC_WFC_Calculation=1 -RotorThermalCircuit=0 -CuboidAvgAirCondCalc=1 -ToothCapacitanceSlicesCalc=1 -ToothAxialRtCalc=1 -BPMORToothRtCalc=1 -URotorPocketCondCalc=1 -UMagnetAirCondCalc=1 -URotorAreaSpokeSpiderCalc=1 -URotorRadialDuctWeightCalc=1 -URotorMagnetPoleCentreCalc=1 -URotorMagnetPoleInnerRadiusCalc=1 -RectStatorDuctSurfaceAreaCalc=1 -RadialDuctAxialLengthCalc=1 -HousingDiameterCalc=0 -Export3DGeometryFileName= -BPMOR_MagnetWeightDef=1 -RtRotorAxialCalc=1 -ForceAnimationFileName=.gif -ForceAnimationExportRepeat=0 -ForceAnimationExportSpeed=3 -ForceAnimationCaption=0 -ForceAnimationRepeat=0 -NumberForceHarmonicsExtract=5 -NodeAveragingAnimation=0 -GIFExport_Width=500 -GIFExport_Height=500 -ForceAnimations_SelectedAnimationsLength=1 -ForceAnimations_SelectedAnimations[0]=0 -ReportWriter_EMagModule=True -ReportWriter_ThermalModule=True -ReportWriter_LabModule=True -ReportWriter_MechModule=True -ReportWriter_ScreenShots=True -ReportWriter_Images=True -ReportWriter_Tables=True -ReportWriter_Graphs=True -ReportWriter_Date=False -ReportWriter_Time=False -ReportWriter_FullFilePath=False -ReportWriter_Notes=False -RotorCopperAreaMethod=1 -PlateInterfaceAreaCalc=1 -TransientPowerInjectionCalc=1 -ShaftAxialResistanceCalc=1 -BearingsResistanceCalc=1 -InteriorFlatAreaCalc=1 -EmbeddedMagnetCapacitanceMethod=1 -RotatingBlownOverVelocityCalc=1 -ShaftRearWeightCalc=1 -StatorLamWeightCalc=1 -HairpinEWdgWeightCalc=1 -FieldWdgSeparatorMechCalc=1 -ForcesView_TimeDomain=0 -ForcesView_FrequencyDomain=0 -SpaceTimeContours=0 -SpaceTimeForceFFTType=0 -SpaceTimeForceSlice=0 -SpaceTimeHarmonicsForceSlice=0 -FreqDomain_MinAmplitude_PointForce=0.1 -ForceDataType=0 -ForceHarmonicOrder_Plot=0 -ForceMaxOrder_Time_OL=50 -ForceMaxOrder_Time=50 -ForceMaxOrder_Time_OC=50 -ForceMaxOrder_Space_Stator_OL=50 -ForceMaxOrder_Space=50 -ForceMaxOrder_Space_Stator_OC=50 -ForceMaxOrder_Space_Rotor_OL=50 -ForceMaxOrder_Space_Rotor_OC=50 -ForcesInputType=1 -AnsysHairpinUDP=0 -AnsysHairpinCoilTips=0 -AnsysRotationDirection=0 -AnsysMeshSlider=5 -AnsysUDPSegAngle=0 -Magnetic3DView=0 -SyncRotorWindingModelType=1 -CuboidalkValueDefinition_SyncRotor=0 -K_SyncRotorRadial_User_A=0.25 -K_SyncRotorRadial_User=0.25 -K_SyncRotorTangential_User_A=0.25 -K_SyncRotorTangential_User=0.25 -K_SyncRotorAxial_User_A=386 -K_SyncRotorAxial_User=386 -K_SyncRotorRadial_User_F=0.25 -K_SyncRotorTangential_User_F=0.25 -K_SyncRotorAxial_User_F=386 -K_SyncRotorRadial_User_R=0.25 -K_SyncRotorTangential_User_R=0.25 -K_SyncRotorAxial_User_R=386 -SyncWindingSize=0 -SyncWindingWidth=0 -SyncWindingHeight=0 -SyncRotorCuboidHalfSlotMult=0 -SyncRotorCuboidAreaMult=0 -SyncRotorVolumeCalc=1 -SyncFieldWdgAreasCalc=1 -RtImpregSingleConductorColumnCalc=1 -RtHousing_A_RadialCalc=1 -EndWdgEnamelModel=1 -HairpinEnamelThicknessCalc=1 -SlotWJAxialLengthCalc=1 -AnsysArcSegmentMethod=0 -AnsysArcSegmentDegrees=2 -FEASlotAreaCalculation=1 -TransientTempOffset=0 -HairpinACLossLocationMethod=1 -Slot_Type=Parallel_Tooth -Mounting_Type=Not_Mounted -WindingModel=1 -SyncRotorWindingModel=1 -NumberForcePoints=0 -NumberForceNodes_PerTooth=1 -NumberForcePoints_PerNode=10 -Steady_State_Convergence=dT_Percent - -[Design_Options] -Sync_Rotor=Sync_Salient_Pole -HousingType=12 -BPMRotor=11 -Top_Bar_Type=2 -Bottom_Bar_Type=0 -SyncCommutator=0 -OpenGL_Quality=8 -OpenGL_NumRadialDuctArrows=8 -SolidListFilter=0 -MessageWindowPosition=2 -Leakage_Display=1 -Scale_Display=1 -MatrixTextSeparator= -AirgapDefinition=0 -ACLosses_IncludeBundleEffect=True -BPMRotor_MagnetDrawing=1 -BPMOR_MagnetGapClosureDrawing=2 -Rotor_VWebDrawing=1 -Rotor_VWebLengthDrawingOption=1 -Rotor_VPostDrawingOption=1 -FlatWeb_MagnetGapLayer_DrawingOption=1 -SyncRotorParallelToothDrawing=1 -DrawDatumLine=True -CornerRounding_Rotor=0 -CornerRounding_Magnets=0 -Rotor_UMagnet_CornerRounding_Option=1 -Rotor_UMagnet_OuterMagnetPosition_Option=1 -EndRingExtOuterRadiusMethod=1 -SRM_StatorPole_MaxFilletRadius_Option=1 -Rotor_VSimple_MagnetDrawing_Option=1 -Housing_Type=Water_Jacket -BPM_Rotor=Interior_VShape -Feedback_Type=Not_Fitted - -[Winding_Design] -Wdg_Definition=Conductors_Slot -EWdg_Definition=EWdg_MLT -Wedge_Model=Wedge -Slot_Fill=0.714668974567745 -Mat_[Liner-Lam]=Impregnation -Impreg_Layer1_Multiplier=0.5 -Liner_Layers=Single_Layer -Number_Liner_Layers=3 -Liner_Layer_Thickness_1=0.1 -Liner_Layer_Conductivity_1=0.21 -Liner_Layer_Specific_Heat_1=1000 -Liner_Layer_Density_1=700 -Liner_Layer_Notes_1= -Liner_Layer_Thickness_2=0.1 -Liner_Layer_Conductivity_2=0.21 -Liner_Layer_Specific_Heat_2=1000 -Liner_Layer_Density_2=700 -Liner_Layer_Notes_2= -Liner_Layer_Thickness_3=0.1 -Liner_Layer_Conductivity_3=0.21 -Liner_Layer_Specific_Heat_3=1000 -Liner_Layer_Density_3=700 -Liner_Layer_Notes_3= -Liner_Layer_Thickness_4=0.1 -Liner_Layer_Conductivity_4=0.21 -Liner_Layer_Specific_Heat_4=1000 -Liner_Layer_Density_4=700 -Liner_Layer_Notes_4= -Liner_Layer_Thickness_5=0.1 -Liner_Layer_Conductivity_5=0.21 -Liner_Layer_Specific_Heat_5=1000 -Liner_Layer_Density_5=700 -Liner_Layer_Notes_5= -ConductorsSlotBase=0.01 -ConductorsSlotTooth=0.01 -ConductorsVertical=0.02 -ConductorsHorizontal=0.02 -ConductorSeparation=0.02 -Slot_Depth_Reduction/Slot[0]=0 -Slot_Depth_Reduction/Slot[1]=0 -Slot_Depth_Reduction/Slot[2]=0 -Slot_Depth_Reduction/Slot[3]=0 -Slot_Depth_Reduction/Slot[4]=0 -Slot_Depth_Reduction/Slot[5]=0 -Slot_Depth_Reduction/Slot[6]=0 -Slot_Depth_Reduction/Slot[7]=0 -Slot_Depth_Reduction/Slot[8]=0 -Slot_Depth_Reduction/Slot[9]=0 -Slot_Depth_Reduction/Slot[10]=0 -Slot_Depth_Reduction/Slot[11]=0 -Slot_Depth_Reduction/Slot[12]=0 -Slot_Depth_Reduction/Slot[13]=0 -Slot_Depth_Reduction/Slot[14]=0 -Slot_Depth_Reduction/Slot[15]=0 -Slot_Depth_Reduction/Slot[16]=0 -Slot_Depth_Reduction/Slot[17]=0 -Slot_Depth_Reduction/Slot[18]=0 -Slot_Depth_Reduction/Slot[19]=0 -Slot_Depth_Reduction/Slot[20]=0 -Slot_Depth_Reduction/Slot[21]=0 -Slot_Depth_Reduction/Slot[22]=0 -Slot_Depth_Reduction/Slot[23]=0 -Slot_Depth_Reduction/Slot[24]=0 -Slot_Depth_Reduction/Slot[25]=0 -Slot_Depth_Reduction/Slot[26]=0 -Slot_Depth_Reduction/Slot[27]=0 -Slot_Depth_Reduction/Slot[28]=0 -Slot_Depth_Reduction/Slot[29]=0 -Slot_Depth_Reduction/Slot[30]=0 -Slot_Depth_Reduction/Slot[31]=0 -Slot_Depth_Reduction/Slot[32]=0 -Slot_Depth_Reduction/Slot[33]=0 -Slot_Depth_Reduction/Slot[34]=0 -Slot_Depth_Reduction/Slot[35]=0 -StatorPottedEWdg=0 -Rotor_Copper_Width=1 -Rotor_Copper_Height=1 -Rotor_Insulation_Thickness=0.1 -Rotor_Copper_Corner_Radius=0 -Rt_Active_F_EWdg_Multiplier=1 -Rt_Active_R_EWdg_Multiplier=1 -Rt_FormWoundCoilBackIron_Multiplier=1 -Rt_FormWoundOuterCoilTooth_Multiplier=1 -iRt_FormWoundOuterCoilTooth_Multiplier=1 -Rt_FormWoundInnerCoilTooth_Multiplier=1 -iRt_FormWoundInnerCoilTooth_Multiplier=1 -NumberOfWireSizes=1 -Copper_Width=1 -Copper_Width_2=1 -Copper_Width_3=1 -Copper_Height=1 -Copper_Height_2=1 -Copper_Height_3=1 -Insulation_Thickness=0.1 -Insulation_Thickness_2=0.1 -Insulation_Thickness_3=0.1 -Copper_Corner_Radius=0 -Copper_Corner_Radius_2=0.1 -Copper_Corner_Radius_3=0.1 -MinEWdgSeparation=0 -EWdgLayerLength_F_Adj[0]=1 -EWdgLayerLength_R_Adj[0]=1 -LitzWireWidth=0.55 -LitzWireHeight=1.4 -LitzWireInsulationThickness=0.01 -LitzWireSubConductors=8 -LitzSubConductor_WireDiameter=0 -LitzSubConductor_CopperDiameter=0 -AllowSingleColumnCentring=True -Copper_Diameter=0.8 -Copper_Diameter_2=0.574 -Copper_Diameter_3=0.574 -Copper_Diameter_Aux=0.65 -Aux_Copper_Diameter=0.65 -Wire_Diameter=0.885 -Wire_Diameter_2=0.6299 -Wire_Diameter_3=0.6299 -Wire_Diameter_Aux=0.714 -Aux_Wire_Diameter=0.714 -Copper_Depth_[%]=100 -Coil_Divider_Width=2 -EWdg_Fill=0.523419960055487 -Liner_-_Lam_Gap=0 -Liner_Thickness=0.25 -Ins_Slot_Base_Thickness=0 -ConductorsPerSlot=120 -Conductors/Slot=120 -ConductorsPerSlot_2=0 -ConductorsPerSlot_3=0 -EWdg_MLT=178.888727481061 -Ins_Tooth_Side_Thickness=0 -Imp_Goodness_[Active]=0.8 -Imp_Goodness_[Liner-Lam]=0.8 -Imp_Goodness_[EWdg]=0.8 -Imp_Goodness_[Litz]=0.85 -Potting_Goodness_[EWdg]=1 -Armature_CoilStyle=0 -Armature_WindingType=0 -Wire_Type_Stator=1 -Wire_Type_Stator_2=0 -Wire_Type_Stator_3=0 -Wire_Type_Litz=0 -Wire_Type_Aux=0 -AWG_WireGaugeIndex=44 -Last_AWG_Wire_Table_Entry_Number=44 -AWG_WireGaugeIndex_2=44 -AWG_WireGaugeIndex_3=44 -SWG_WireGaugeIndex=48 -Last_SWG_Wire_Table_Entry_Number=48 -SWG_WireGaugeIndex_2=48 -SWG_WireGaugeIndex_3=48 -Metric_WireGaugeIndex=32 -Last_Metric_Wire_Table_Entry_Number=32 -Metric_WireGaugeIndex_2=20 -Metric_WireGaugeIndex_3=20 -AWG_WireGaugeIndex_Litz=56 -AWG_WireGaugeIndex_Aux=44 -Last_Aux_AWG_Wire_Table_Entry_Number=44 -Metric_WireGaugeIndex_Aux=20 -Last_Aux_Metric_Wire_Table_Entry_Number=20 -Wire_Type=Metric_Table -Aux_Wire_Type=AWG_Table -Winding_Type=Overlapping - -[Miscellaneous] -Ambient_Temperature=25 -T_Ambient_Radiation=25 -Plate_Temperature=100 -Base_Temperature=100 -Shaft[F]_Temperature=100 -Shaft[R]_Temperature=100 -Axle[F]_Temperature=100 -Axle[R]_Temperature=100 -Endcap[F]_Temperature=100 -Endcap[R]_Temperature=100 -Air_Property_Temperature=100 -Altitude=0 -Reference_shaft_speed=3000 -Stacking_Factor_[Stator]=0.97 -Stacking_Factor_[Rotor]=0.97 -Rt_[Shaft_-_Amb_(Front)]=1000000000 -Rt_[Shaft_-_Amb_(Rear)]=1000000000 -Rt_[Axle_-_Amb_(Front)]=1000000000 -Rt_[Axle_-_Amb_(Rear)]=1000000000 -ProximityLosses_ShowDetail=False -ProximityLossModel=0 -ProximityLossesUnevenDistEnabled=False -ProximityLossDistribution=0.5 -ProximityRacRdc=1 -ProximityRefSpeed=3000 -AirgapConvectiveHTCMultiplier=1 -AIRGAP_CONDUCTIVITY_MULTIPLIER=1 -EncGapConductivityMultiplier=1 -ENCODER_-_ENCCASE_CONDUCTIVITY_MULTIPLIER=1 -FinSideBaseNatConvWeighting=1 -AXIAL_FIN_HORIZ_MOUNT_SIDE/BASE_WEIGHTING=1 -ShaftSpeed=1000 -Shaft_Speed=1000 - -[Losses_At_RPM_Ref] -Losses_for_single_reference_speed=False -Armature_Copper_Loss_@Ref_Speed=20 -Stator_Copper_Loss_@Ref_Speed=20 -Armature_Copper_Freq_Component_Loss_@Ref_Speed=0 -Stator_Copper_Freq_Component_Loss_@Ref_Speed=0 -Main_Winding_Copper_Loss_@Ref_Speed=60 -Aux_Winding_Copper_Loss_@Ref_Speed=60 -Stator_Iron_Loss_@Ref_Speed_[Back_Iron]=0 -Stator_Iron_Loss_@Ref_Speed=0 -Stator_Iron_Loss_@Ref_Speed_[Tooth]=0 -Stator_Iron_Loss_@Ref_Speed_[Tooth_Tip]=0 -Windage_Loss_@Ref_Speed=0 -Windage_Loss_(Ext_Fan)_@Ref_Speed=0 -Friction_Loss_[F]_@Ref_Speed=0 -Friction_Loss_[R]_@Ref_Speed=0 -Magnet_Iron_Loss_@Ref_Speed=0 -Magnet_Banding_Loss_@Ref_Speed=0 -Stator_Bore_Sleeve_Loss_@Ref_Speed=0 -Rotor_Iron_Loss_@Ref_Speed_[Embedded_Magnet_Pole]=0 -Encoder_Loss_@Ref_Speed=1 -Rotor_Iron_Loss_@Ref_Speed_[Back_Iron]=0 -Rotor_Iron_Loss_@Ref_Speed_[Tooth]=0 -Rotor_Copper_Loss_@Ref_Speed=0 -Stator_Iron_Stray_Load_Loss_@Ref_Speed=0 -Rotor_Iron_Stray_Load_Loss_@Ref_Speed=0 -Stator_Copper_Stray_Load_Loss_@Ref_Speed=0 -Rotor_Copper_Stray_Load_Loss_@Ref_Speed=0 -Brush_Friction_Loss_@Ref_Speed=5 -Brush_VI_Loss_@Ref_Speed=0 -RotorWindingTemperatureAtWhichPcuInput=20 -RotorCopperTempCoefResistivity=0.00393 -StatorCopperTempCoefResistivity=0.00393 -StatorCopperFreqCompTempCoefResistivity=0.00393 -StatorCopperFreqCompTempExponent=0.5 -StatorIronStrayLoadTempCoefResistivity=0 -RotorIronStrayLoadTempCoefResistivity=0 -StatorCopperStrayLoadTempCoefResistivity=0 -RotorCopperStrayLoadTempCoefResistivity=0 - -[Proximity_Loss] -Percentage_Winding_Temperature_Increase_at_Proximity_RPM=0 -Proximity_RPM=10000 -HybridModel_PolynomialPower=2.5 -HybridModel_TotalLines=30 -HybridModel_FEAFluxLinePoints=10 -HybridAdjustmentFactor_ACLosses=1 - -[Copper_Loss_Vary] -Copper_Losses_Vary_With_Temperature=True -Winding_Temperature_at_which_Pcu_Input=20 - -[BPM_Rating_Test] -Losses_Vary_With_Temperature_and_Load=False -Constant_Torque_or_Constant_Current=Constant_Current -Winding_Temperature_-_Tw(i/p)=47.53 -Magnet_Temperature_-_Tm(i/p)=46.62 -Shaft_Torque_[1pu]=108.1 -Rph_@Tw(i/p)=0.01136 -Magnet_Temp_Coeff_Br=-0.12 -Iron_Loss_To_Power_Ratio=0 -Iph_[1pu]=141.4 -Torque_Constant=0.764497878359264 -Torque_Current_Multiplier=1 - -[h_Table_Params] -Input_Flow_Rate_or_Velocity=Input_Velocity -Convection_Radiation_Table_dT=50 -Internal_Radiation_Table_dT=10 -Forced_Convection_Default_RPM=3000 -Forced_Convection_Default_Velocity=5 -Forced_Convection_Default_Flow_Rate=0 - -[h_Nat_Con_Model] -Calc/Input_h[nc]_Housing_[A]_-_No_Fins=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Fin_Base=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[nc]_Housing_[A]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_No_Fins=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Fin_Base=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[nc]_Housing_[F]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_No_Fins=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Fin_Base=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[nc]_Housing_[R]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[nc]_Endcap_[F]_-_Radial=Calc_h_conv -Calc/Input_h[nc]_Endcap_[F]_-_Axial=Calc_h_conv -Calc/Input_h[nc]_Endcap_[R]_-_Radial=Calc_h_conv -Calc/Input_h[nc]_Endcap_[R]_-_Axial=Calc_h_conv -Calc/Input_h[nc]_Flange_Plate=Calc_h_conv -Calc/Input_h[nc]_Axle_Plate_[F]=Calc_h_conv -Calc/Input_h[nc]_Axle_Plate_[R]=Calc_h_conv -Calc/Input_h[nc]_Base_Plate=Calc_h_conv -Calc/Input_h[nc]_Encoder_Case_-_Radial=Calc_h_conv -Calc/Input_h[nc]_Encoder_Case_-_Axial=Calc_h_conv - -[h_Forced_Con_Model] -Calc/Input_h[fc]_Housing_[F]_-_No_Fins=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Fin_Base=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[fc]_Housing_[F]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_No_Fins=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Fin_Base=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Fin_Sides=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Fin_Tips=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Fin_Channel=Calc_h_conv -Calc/Input_h[fc]_Housing_[R]_-_Corner_Cutout=Calc_h_conv -Calc/Input_h[fc]_Endcap_[F]_-_Radial=Calc_h_conv -Calc/Input_h[fc]_Endcap_[F]_-_Axial=Calc_h_conv -Calc/Input_h[fc]_Endcap_[R]_-_Radial=Calc_h_conv -Calc/Input_h[fc]_Endcap_[R]_-_Axial=Calc_h_conv -Calc/Input_h[fc]_Flange_Plate=Calc_h_conv -Calc/Input_h[fc]_Axle_Plate_[F]=Calc_h_conv -Calc/Input_h[fc]_Axle_Plate_[R]=Calc_h_conv -Calc/Input_h[fc]_Base_Plate=Calc_h_conv -Calc/Input_h[fc]_Encoder_Case_-_Radial=Calc_h_conv -Calc/Input_h[fc]_Encoder_Case_-_Axial=Calc_h_conv - -[CoolingOptions_Notes] -Notes_-_Cooling_Options[1]=Type in user Cooling notes here ; - -[Losses_Notes] -Notes_-_Losses[1]=Type in user Losses notes here ; - -[Calculation_Notes] -Notes_-_Calculation_Options_Data[1]=Type in user Calculation option notes here ; - -[Calc_Data_Keys] -[1]=5C5E5C560044425D555B58020F504E52465B56460B16001B45135C4049595A4B5708584544545B510201525E45525E5D5B0116030C44065E475050 -[2]=5C5E5C560044425D555B58020F500F1509041F09555D147815470501091A01173A74061407001C4B13085C4043485B5246081805055B035E595458585645095F4F50525458010D5C56415E445251090D0704420B -[3]=5C5E5C560044425D555B58020F512D330A1E17115441634501511A2E525C52575D165D4C54505D5A0500 -[4]=5C5E5C560044425D555B58020F5116193E33071F5B726260155E3A3A283C02201D7A0C2C372D2A016A71312418093309186F6B7A721B700A2420230E02350C5E4D575D405C0A095D5D435053 -[5]=5C5E5C560044425D555B58020F5125230F220F0D63557677264105191C3C29063450013930262B0F5E5A260B01070D16187A564C5E2E6059425E5B524A52015A4057545852 -[6]=5C5E5C560044425D555B58020F511C140D00293871554501400B5E4E485F5354500B5B435D -[7]=5C5E5C560044425D555B58020F5105022B300C3074625353387E0F23101B070217592E3C25282C027E7B3F0F01173C0C06720C000D470B43415F585F57540E53 -[8]=5C5E5C560044425D555B58020F511F3B3F213627517F404F316A59425E5B524A52015A4057545852 -[9]=5C5E5C560044425D555B58020F512918271C26015F6A6E5322771D3F17303D0E2E7C1E2716160F2D5474382713311F0C00487B79531C7120140C3F120303402D41505D5D531D0E515E47555B5351 -[10]=5C5E5C560044425D555B58020F51244652525650170F0D0541005C405F -[11]=5C5E5C560044425D555B58020F5137153F2E2F275D5B6D79400755455E465D5D550D5944525C -[12]=5C5E5C560044425D555B58020F51061E123D24075A4C516625591919363F2C3C0155051D12160303617B5C5A4A55524B5F00080106450554 -[13]=5C5E5C560044425D555B58020F513D19091010204A48507D1169083805022722510C52465C4B5952030C5B5F445F -[14]=5C5E5C560044425D555B58020F511D22141928206A7B436F3042073E151D01113256202732090306470D5C56415E445251090D0704420A -[15]=5C5E5C560044425D555B58020F5101002539351076767552056006425250595C4B0F534551565F5D0A -[16]=5C5E5C560044425D555B58020F51003F102F3709537F7F63067E0A151C1D07113F7B5E415C5656450400585B41575C5C -[17]=5C5E5C560044425D555B58020F5127153F3F2B1076606D5B3958070432090E2509600D41505D5D531D0E515E47555B5351 -[18]=5C5E5C560044425D555B58020F5116200030283D515B6678307D0F3C0D19060831602D380121270D414B0A04032708361A7176615B3507594E555044535C085F46555357 -[19]=5C5E5C560044425D555B58020F513D280C0C2D2C77417B60196104170C0D0810077B1C3436040233515A3C5A465E595D460E01040047025B4F -[20]=5C5E5C560044425D555B58020F513814360007186B6C5B50317A2205352B2C0E1F7F09170F08361D427A5C5A4A55524B5F00080106450554 - -[Transient_Notes] -Notes_-_Transient_Data[1]=US06 Drive Cycle - -[External_Components] -Number_of_External_Circuit_Comps=0 - -[External_Flow_Components] -Number_of_External_Flow_Circuit_Comps=0 - -[Wet_Rotor_Data] -h[Wet_Rotor]_Velocity_Selection=h_Based_on_Effective_Velocity -Wet_Rotor_Inlet_Temperature=40 -Wet_Rotor_Fluid_Volume_Flow_Rate=6E-6 -Wet_Rotor_Fluid_Thermal_Conductivity=0.125 -Wet_Rotor_Fluid_Density=1000 -Wet_Rotor_Fluid_Specific_Heat=1880 -Wet_Rotor_Fluid_Kinematic_Viscosity=1.1E-5 -Wet_Rotor_Fluid_Name=Fixed values -Number_of_Wet_Rotor_Fluid_Conductivity_Values=0 -Number_of_Wet_Rotor_Fluid_Specific_Heat_Values=0 -Number_of_Wet_Rotor_Fluid_Density_Values=0 -Number_of_Wet_Rotor_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Wet_Rotor_Fluid_Volumetric_Expansion_Values=0 -Axial_Velocity_Multiplier_-_Airgap=1 -Axial_Velocity_Multiplier_-_EWdg-Shaft[F]=1 -Axial_Velocity_Multiplier_-_EWdg-Shaft[R]=1 -Axial_Velocity_Multiplier_-_Coil_Divider=1 -Axial_Velocity_Multiplier_-_Slot_Wedge=1 -Calc/Input_h[Wet_Rotor]_Stator_Bore=Calc_h_conv -Input_Value_h[Wet_Rotor]_Stator_Bore=10 -Adjustment_h[Wet_Rotor]_Stator_Bore=1 -Velocity_Multiplier_h[Wet_Rotor]_Stator_Bore=1 -Notes_Wet_Rotor_Stator_Bore= -Calc/Input_h[Wet_Rotor]_Rotor_Surface=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rotor_Surface=10 -Adjustment_h[Wet_Rotor]_Rotor_Surface=1 -Velocity_Multiplier_h[Wet_Rotor]_Rotor_Surface=1 -Notes_Wet_Rotor_Rotor_Surface= -Calc/Input_h[Wet_Rotor]_Front_End_Winding_[Bore]=Calc_h_conv -Input_Value_h[Wet_Rotor]_Front_End_Winding_[Bore]=10 -Adjustment_h[Wet_Rotor]_Front_End_Winding_[Bore]=1 -Velocity_Multiplier_h[Wet_Rotor]_Front_End_Winding_[Bore]=1 -Notes_Wet_Rotor_Front_End_Winding_[Bore]= -Calc/Input_h[Wet_Rotor]_Rear_End_Winding_[Bore]=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rear_End_Winding_[Bore]=10 -Adjustment_h[Wet_Rotor]_Rear_End_Winding_[Bore]=1 -Velocity_Multiplier_h[Wet_Rotor]_Rear_End_Winding_[Bore]=1 -Notes_Wet_Rotor_Rear_End_Winding_[Bore]= -Calc/Input_h[Wet_Rotor]_Front_Shaft=Calc_h_conv -Input_Value_h[Wet_Rotor]_Front_Shaft=10 -Adjustment_h[Wet_Rotor]_Front_Shaft=1 -Velocity_Multiplier_h[Wet_Rotor]_Front_Shaft=1 -Notes_Wet_Rotor_Front_Shaft= -Calc/Input_h[Wet_Rotor]_Rear_Shaft=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rear_Shaft=10 -Adjustment_h[Wet_Rotor]_Rear_Shaft=1 -Velocity_Multiplier_h[Wet_Rotor]_Rear_Shaft=1 -Notes_Wet_Rotor_Rear_Shaft= -Calc/Input_h[Wet_Rotor]_Front_End_Winding_[End]=Calc_h_conv -Input_Value_h[Wet_Rotor]_Front_End_Winding_[End]=10 -Adjustment_h[Wet_Rotor]_Front_End_Winding_[End]=1 -Velocity_Multiplier_h[Wet_Rotor]_Front_End_Winding_[End]=1 -Notes_Wet_Rotor_Front_End_Winding_[End]= -Calc/Input_h[Wet_Rotor]_Rear_End_Winding_[End]=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rear_End_Winding_[End]=10 -Adjustment_h[Wet_Rotor]_Rear_End_Winding_[End]=1 -Velocity_Multiplier_h[Wet_Rotor]_Rear_End_Winding_[End]=1 -Notes_Wet_Rotor_Rear_End_Winding_[End]= -Calc/Input_h[Wet_Rotor]_Front_Endcap=Calc_h_conv -Input_Value_h[Wet_Rotor]_Front_Endcap=10 -Adjustment_h[Wet_Rotor]_Front_Endcap=1 -Velocity_Multiplier_h[Wet_Rotor]_Front_Endcap=1 -Notes_Wet_Rotor_Front_Endcap= -Calc/Input_h[Wet_Rotor]_Rear_Endcap=Calc_h_conv -Input_Value_h[Wet_Rotor]_Rear_Endcap=10 -Adjustment_h[Wet_Rotor]_Rear_Endcap=1 -Velocity_Multiplier_h[Wet_Rotor]_Rear_Endcap=1 -Notes_Wet_Rotor_Rear_Endcap= -Calc/Input_h[Wet_Rotor]_Coil_Divider=Calc_h_conv -Input_Value_h[Wet_Rotor]_Coil_Divider=10 -Adjustment_h[Wet_Rotor]_Coil_Divider=1 -Velocity_Multiplier_h[Wet_Rotor]_Coil_Divider=1 -Notes_Wet_Rotor_Coil_Divider= -Calc/Input_h[Wet_Rotor]_Slot_Wedge=Calc_h_conv -Input_Value_h[Wet_Rotor]_Slot_Wedge=10 -Adjustment_h[Wet_Rotor]_Slot_Wedge=1 -Velocity_Multiplier_h[Wet_Rotor]_Slot_Wedge=1 -Notes_Wet_Rotor_Slot_Wedge= -Wet_Rotor_Flow_Path=Wet_Rotor_Front_Inlet -Wet_Rotor_Inlet_Outlet_Position_-_Front=Axial_Inlet_Outlet -Wet_Rotor_Inlet_Outlet_Position_-_Rear=Axial_Inlet_Outlet -Wet_Rotor_Shaft_Hole_Cooling=Not_Included -WetRotor_Duct_Wall_Roughness_CoilDivider=0.0025 -WetRotor_Duct_Wall_Roughness_Wedge=0.0025 -WetRotor_Duct_Wall_Roughness_Airgap=0.0025 -IncludeWetRotorDuctWallFriction=True -Slot_Wedge_Fluid_Flow=False -Coil_Divider_Fluid_Flow=False -Flow_Adjust_Gap=1 -Flow_Adjust_Slot_Wedge=1 -Flow_Adjust_Coil_Divider=1 -OnlyActiveSectionFluidFlow=False -WetRotorFluidTemperature=0 - -[Water_Jacket_Data] -WJ_Active_Cooling_Only=True -WJ_Fluid_Flow_Direction=Front_Rear -WJ_Fluid_Inlet_Temperature=20 -WJ_Fluid_Thermal_Conductivity=0.386 -WJ_Fluid_Density=1076 -WJ_Fluid_Specific_Heat=3252 -WJ_Fluid_Kinematic_Viscosity=3.72E-6 -Housing_Water_Jacket_Fluid_Name=EGW 50/50 -Number_of_Housing_Water_Jacket_Fluid_Conductivity_Values=6 -Number_of_Housing_Water_Jacket_Fluid_Specific_Heat_Values=2 -Number_of_Housing_Water_Jacket_Fluid_Density_Values=4 -Number_of_Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Values=7 -Number_of_Housing_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 -Housing_Water_Jacket_Fluid_Conductivity_Value[0]=0.35 -Housing_Water_Jacket_Fluid_Conductivity_Temp[0]=-25 -Housing_Water_Jacket_Fluid_Conductivity_Value[1]=0.37 -Housing_Water_Jacket_Fluid_Conductivity_Temp[1]=0 -Housing_Water_Jacket_Fluid_Conductivity_Value[2]=0.39 -Housing_Water_Jacket_Fluid_Conductivity_Temp[2]=25 -Housing_Water_Jacket_Fluid_Conductivity_Value[3]=0.405 -Housing_Water_Jacket_Fluid_Conductivity_Temp[3]=50 -Housing_Water_Jacket_Fluid_Conductivity_Value[4]=0.415 -Housing_Water_Jacket_Fluid_Conductivity_Temp[4]=75 -Housing_Water_Jacket_Fluid_Conductivity_Value[5]=0.42 -Housing_Water_Jacket_Fluid_Conductivity_Temp[5]=100 -Housing_Water_Jacket_Fluid_Specific_Heat_Value[0]=3000 -Housing_Water_Jacket_Fluid_Specific_Heat_Temp[0]=-25 -Housing_Water_Jacket_Fluid_Specific_Heat_Value[1]=3700 -Housing_Water_Jacket_Fluid_Specific_Heat_Temp[1]=100 -Housing_Water_Jacket_Fluid_Density_Value[0]=1100 -Housing_Water_Jacket_Fluid_Density_Temp[0]=-20 -Housing_Water_Jacket_Fluid_Density_Value[1]=1088 -Housing_Water_Jacket_Fluid_Density_Temp[1]=0 -Housing_Water_Jacket_Fluid_Density_Value[2]=1076 -Housing_Water_Jacket_Fluid_Density_Temp[2]=20 -Housing_Water_Jacket_Fluid_Density_Value[3]=1032 -Housing_Water_Jacket_Fluid_Density_Temp[3]=100 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[0]=2E-5 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[0]=-20 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[1]=7.81E-6 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[1]=0 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[2]=3.72E-6 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[2]=20 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[3]=2.25E-6 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[3]=40 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[4]=1.42E-6 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[4]=60 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[5]=9.6E-7 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[5]=80 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[6]=7.75E-7 -Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[6]=100 -Calc/Input_h[WJ]_Front_Housing=Calc_h_conv -Input_Value_h[WJ]_Front_Housing=10 -Adjustment_h[WJ]_Front_Housing=1 -Velocity_Multiplier_h[WJ]_Front_Housing=1 -Notes_WJ_Front_Housing= -Calc/Input_h[WJ]_Rear_Housing=Input_h_conv -Input_Value_h[WJ]_Rear_Housing=0 -Adjustment_h[WJ]_Rear_Housing=1 -Velocity_Multiplier_h[WJ]_Rear_Housing=1 -Notes_WJ_Rear_Housing= -Calc/Input_h[WJ]_Front_Endcap=Calc_h_conv -Input_Value_h[WJ]_Front_Endcap=10 -Adjustment_h[WJ]_Front_Endcap=1 -Velocity_Multiplier_h[WJ]_Front_Endcap=1 -Notes_WJ_Front_Endcap= -Calc/Input_h[WJ]_Rear_Endcap=Calc_h_conv -Input_Value_h[WJ]_Rear_Endcap=10 -Adjustment_h[WJ]_Rear_Endcap=1 -Velocity_Multiplier_h[WJ]_Rear_Endcap=1 -Notes_WJ_Rear_Endcap= -Notes_WJ_Fluid_Flow_Front_Housing= -Notes_WJ_Fluid_Flow_Rear_Housing= -WJ_Duct_Wall_Roughness_Active=0.0025 -WJ_Duct_Wall_Roughness_Front=0.0025 -WJ_Duct_Wall_Roughness_Rear=0.0025 -IncludeWJDuctWallFriction=True -HousingWJ_Friction_k_Adjustment_L1_F=1 -HousingWJ_h_Input_L1_F=0 -HousingWJ_h_Adjust_L1_F=1 -HousingWJ_Velocity_Multiplier_L1_F=1 -HousingWJ_FlowNotes_L1_F= -HousingWJ_HeatTransferNotes_L1_F= -HousingWJ_Friction_k_Adjustment_L2_F=1 -HousingWJ_h_Input_L2_F=0 -HousingWJ_h_Adjust_L2_F=1 -HousingWJ_Velocity_Multiplier_L2_F=1 -HousingWJ_FlowNotes_L2_F= -HousingWJ_HeatTransferNotes_L2_F= -HousingWJ_Friction_k_Adjustment_L3_F=1 -HousingWJ_h_Input_L3_F=0 -HousingWJ_h_Adjust_L3_F=1 -HousingWJ_Velocity_Multiplier_L3_F=1 -HousingWJ_FlowNotes_L3_F= -HousingWJ_HeatTransferNotes_L3_F= -HousingWJ_Friction_k_Adjustment_L4_F=1 -HousingWJ_h_Input_L4_F=0 -HousingWJ_h_Adjust_L4_F=1 -HousingWJ_Velocity_Multiplier_L4_F=1 -HousingWJ_FlowNotes_L4_F= -HousingWJ_HeatTransferNotes_L4_F= -HousingWJ_Friction_k_Adjustment_L1_R=1 -HousingWJ_h_Input_L1_R=0 -HousingWJ_h_Adjust_L1_R=1 -HousingWJ_Velocity_Multiplier_L1_R=1 -HousingWJ_FlowNotes_L1_R= -HousingWJ_HeatTransferNotes_L1_R= -HousingWJ_Friction_k_Adjustment_L2_R=1 -HousingWJ_h_Input_L2_R=0 -HousingWJ_h_Adjust_L2_R=1 -HousingWJ_Velocity_Multiplier_L2_R=1 -HousingWJ_FlowNotes_L2_R= -HousingWJ_HeatTransferNotes_L2_R= -HousingWJ_Friction_k_Adjustment_L3_R=1 -HousingWJ_h_Input_L3_R=0 -HousingWJ_h_Adjust_L3_R=1 -HousingWJ_Velocity_Multiplier_L3_R=1 -HousingWJ_FlowNotes_L3_R= -HousingWJ_HeatTransferNotes_L3_R= -HousingWJ_Friction_k_Adjustment_L4_R=1 -HousingWJ_h_Input_L4_R=0 -HousingWJ_h_Adjust_L4_R=1 -HousingWJ_Velocity_Multiplier_L4_R=1 -HousingWJ_FlowNotes_L4_R= -HousingWJ_HeatTransferNotes_L4_R= -HousingWJ_Channel_CSArea_A_Adjustment[0]=0 -HousingWJ_Channel_CSArea_A_Adjustment[1]=0 -HousingWJ_Channel_CSArea_A_Adjustment[2]=0 -HousingWJ_Channel_CSArea_A_Adjustment[3]=0 -HousingWJ_Channel_CSArea_A_Adjustment[4]=0 -HousingWJ_Channel_CSArea_A_Adjustment[5]=0 -HousingWJ_Channel_CSArea_A_Adjustment[6]=0 -HousingWJ_Channel_CSArea_A_Adjustment[7]=0 -HousingWJ_Channel_CSArea_A_Adjustment[8]=0 -HousingWJ_Channel_CSArea_F_Adjustment=0 -HousingWJ_Channel_CSArea_R_Adjustment=0 -HousingWJ_Endcap_CSArea_F_Adjustment=0 -HousingWJ_Endcap_CSArea_R_Adjustment=0 -HousingWJ_Channel_Length_A_Adjustment[0]=0 -HousingWJ_Channel_Length_A_Adjustment[1]=0 -HousingWJ_Channel_Length_A_Adjustment[2]=0 -HousingWJ_Channel_Length_A_Adjustment[3]=0 -HousingWJ_Channel_Length_A_Adjustment[4]=0 -HousingWJ_Channel_Length_A_Adjustment[5]=0 -HousingWJ_Channel_Length_A_Adjustment[6]=0 -HousingWJ_Channel_Length_A_Adjustment[7]=0 -HousingWJ_Channel_Length_A_Adjustment[8]=0 -HousingWJ_Channel_Length_F_Adjustment=0 -HousingWJ_Channel_Length_R_Adjustment=0 -HousingWJ_Endcap_Length_F_Calculated=0 -HousingWJ_Endcap_Length_F_Adjustment=0 -HousingWJ_Endcap_Length_F=0 -HousingWJ_Endcap_Length_R_Calculated=0 -HousingWJ_Endcap_Length_R_Adjustment=0 -HousingWJ_Endcap_Length_R=0 -HousingWJ_Endcap_Height_F=0 -HousingWJ_Endcap_Height_R=0 -HousingWJ_Endcap_Width_F=0 -HousingWJ_Endcap_Width_R=0 -HousingWJ_Channel_Length_L1_A_Adjustment[0]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[1]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[2]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[3]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[4]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[5]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[6]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[7]=0 -HousingWJ_Channel_Length_L1_A_Adjustment[8]=0 -HousingWJ_Channel_Length_L2_A_Adjustment[0]=0 -HousingWJ_Channel_Length_L2_A_Adjustment[1]=0 -HousingWJ_Channel_Length_L2_A_Adjustment[2]=0 -HousingWJ_Channel_Length_L2_A_Adjustment[3]=0 -HousingWJ_Channel_Length_L2_A_Adjustment[4]=0 -HousingWJ_Channel_Length_L2_A_Adjustment[5]=0 -HousingWJ_Channel_Length_L2_A_Adjustment[6]=0 -HousingWJ_Channel_Length_L2_A_Adjustment[7]=0 -HousingWJ_Channel_Length_L2_A_Adjustment[8]=0 -HousingWJ_Channel_Length_L3_A_Adjustment[0]=0 -HousingWJ_Channel_Length_L3_A_Adjustment[1]=0 -HousingWJ_Channel_Length_L3_A_Adjustment[2]=0 -HousingWJ_Channel_Length_L3_A_Adjustment[3]=0 -HousingWJ_Channel_Length_L3_A_Adjustment[4]=0 -HousingWJ_Channel_Length_L3_A_Adjustment[5]=0 -HousingWJ_Channel_Length_L3_A_Adjustment[6]=0 -HousingWJ_Channel_Length_L3_A_Adjustment[7]=0 -HousingWJ_Channel_Length_L3_A_Adjustment[8]=0 -HousingWJ_Channel_Length_L4_A_Adjustment[0]=0 -HousingWJ_Channel_Length_L4_A_Adjustment[1]=0 -HousingWJ_Channel_Length_L4_A_Adjustment[2]=0 -HousingWJ_Channel_Length_L4_A_Adjustment[3]=0 -HousingWJ_Channel_Length_L4_A_Adjustment[4]=0 -HousingWJ_Channel_Length_L4_A_Adjustment[5]=0 -HousingWJ_Channel_Length_L4_A_Adjustment[6]=0 -HousingWJ_Channel_Length_L4_A_Adjustment[7]=0 -HousingWJ_Channel_Length_L4_A_Adjustment[8]=0 -HousingWJ_Channel_Length_L1_F_Adjustment=0 -HousingWJ_Channel_Length_L2_F_Adjustment=0 -HousingWJ_Channel_Length_L3_F_Adjustment=0 -HousingWJ_Channel_Length_L4_F_Adjustment=0 -HousingWJ_Channel_Length_L1_R_Adjustment=0 -HousingWJ_Channel_Length_L2_R_Adjustment=0 -HousingWJ_Channel_Length_L3_R_Adjustment=0 -HousingWJ_Channel_Length_L4_R_Adjustment=0 -HousingWJ_Channel_CSArea_L1_A_Adjustment[0]=0 -HousingWJ_Channel_CSArea_L1_A_Adjustment[1]=0 -HousingWJ_Channel_CSArea_L1_A_Adjustment[2]=0 -HousingWJ_Channel_CSArea_L1_A_Adjustment[3]=0 -HousingWJ_Channel_CSArea_L1_A_Adjustment[4]=0 -HousingWJ_Channel_CSArea_L1_A_Adjustment[5]=0 -HousingWJ_Channel_CSArea_L1_A_Adjustment[6]=0 -HousingWJ_Channel_CSArea_L1_A_Adjustment[7]=0 -HousingWJ_Channel_CSArea_L1_A_Adjustment[8]=0 -HousingWJ_Channel_CSArea_L2_A_Adjustment[0]=0 -HousingWJ_Channel_CSArea_L2_A_Adjustment[1]=0 -HousingWJ_Channel_CSArea_L2_A_Adjustment[2]=0 -HousingWJ_Channel_CSArea_L2_A_Adjustment[3]=0 -HousingWJ_Channel_CSArea_L2_A_Adjustment[4]=0 -HousingWJ_Channel_CSArea_L2_A_Adjustment[5]=0 -HousingWJ_Channel_CSArea_L2_A_Adjustment[6]=0 -HousingWJ_Channel_CSArea_L2_A_Adjustment[7]=0 -HousingWJ_Channel_CSArea_L2_A_Adjustment[8]=0 -HousingWJ_Channel_CSArea_L3_A_Adjustment[0]=0 -HousingWJ_Channel_CSArea_L3_A_Adjustment[1]=0 -HousingWJ_Channel_CSArea_L3_A_Adjustment[2]=0 -HousingWJ_Channel_CSArea_L3_A_Adjustment[3]=0 -HousingWJ_Channel_CSArea_L3_A_Adjustment[4]=0 -HousingWJ_Channel_CSArea_L3_A_Adjustment[5]=0 -HousingWJ_Channel_CSArea_L3_A_Adjustment[6]=0 -HousingWJ_Channel_CSArea_L3_A_Adjustment[7]=0 -HousingWJ_Channel_CSArea_L3_A_Adjustment[8]=0 -HousingWJ_Channel_CSArea_L4_A_Adjustment[0]=0 -HousingWJ_Channel_CSArea_L4_A_Adjustment[1]=0 -HousingWJ_Channel_CSArea_L4_A_Adjustment[2]=0 -HousingWJ_Channel_CSArea_L4_A_Adjustment[3]=0 -HousingWJ_Channel_CSArea_L4_A_Adjustment[4]=0 -HousingWJ_Channel_CSArea_L4_A_Adjustment[5]=0 -HousingWJ_Channel_CSArea_L4_A_Adjustment[6]=0 -HousingWJ_Channel_CSArea_L4_A_Adjustment[7]=0 -HousingWJ_Channel_CSArea_L4_A_Adjustment[8]=0 -HousingWJ_Channel_CSArea_L1_F_Adjustment=0 -HousingWJ_Channel_CSArea_L2_F_Adjustment=0 -HousingWJ_Channel_CSArea_L3_F_Adjustment=0 -HousingWJ_Channel_CSArea_L4_F_Adjustment=0 -HousingWJ_Channel_CSArea_L1_R_Adjustment=0 -HousingWJ_Channel_CSArea_L2_R_Adjustment=0 -HousingWJ_Channel_CSArea_L3_R_Adjustment=0 -HousingWJ_Channel_CSArea_L4_R_Adjustment=0 -HousingWJ_Wall_Thickness=0 -HousingWJNonSpiralDucts=True -HousingWJEndcapDuctType=0 -HousingWJ_Fan_Definition=0 -HousingWJ_Shaft_Speed=3000 -WJ_Fluid_Volume_Flow_Rate=8.3333E-5 -HousingWJ_FlowRate_Endcap_F=6.00031E-6 -HousingWJ_FlowRate_Endcap_R=6.00031E-6 -HousingWJ_Inlet_Temp_Endcap_F=40 -HousingWJ_Inlet_Temp_Endcap_R=40 -HousingWJ_FlowNotes_A[0]= -HousingWJ_FlowNotes_A[1]= -HousingWJ_FlowNotes_A[2]= -HousingWJ_FlowNotes_A[3]= -HousingWJ_FlowNotes_A[4]= -HousingWJ_FlowNotes_A[5]= -HousingWJ_FlowNotes_A[6]= -HousingWJ_FlowNotes_A[7]= -HousingWJ_FlowNotes_A[8]= -HousingWJ_VelocityMult_A[0]=1 -HousingWJ_VelocityMult_A[1]=1 -HousingWJ_VelocityMult_A[2]=1 -HousingWJ_VelocityMult_A[3]=1 -HousingWJ_VelocityMult_A[4]=1 -HousingWJ_VelocityMult_A[5]=1 -HousingWJ_VelocityMult_A[6]=1 -HousingWJ_VelocityMult_A[7]=1 -HousingWJ_VelocityMult_A[8]=1 -HousingWJ_CalcInputH_A[0]=1 -HousingWJ_CalcInputH_A[1]=0 -HousingWJ_CalcInputH_A[2]=0 -HousingWJ_CalcInputH_A[3]=0 -HousingWJ_CalcInputH_A[4]=0 -HousingWJ_CalcInputH_A[5]=0 -HousingWJ_CalcInputH_A[6]=0 -HousingWJ_CalcInputH_A[7]=0 -HousingWJ_CalcInputH_A[8]=0 -HousingWJ_InputH_A[0]=3289 -HousingWJ_InputH_A[1]=10 -HousingWJ_InputH_A[2]=10 -HousingWJ_InputH_A[3]=10 -HousingWJ_InputH_A[4]=10 -HousingWJ_InputH_A[5]=10 -HousingWJ_InputH_A[6]=10 -HousingWJ_InputH_A[7]=10 -HousingWJ_InputH_A[8]=10 -HousingWJ_AdjustH_A[0]=1 -HousingWJ_AdjustH_A[1]=1 -HousingWJ_AdjustH_A[2]=1 -HousingWJ_AdjustH_A[3]=1 -HousingWJ_AdjustH_A[4]=1 -HousingWJ_AdjustH_A[5]=1 -HousingWJ_AdjustH_A[6]=1 -HousingWJ_AdjustH_A[7]=1 -HousingWJ_AdjustH_A[8]=1 -HousingWJ_Notes_A[0]= -HousingWJ_Notes_A[1]= -HousingWJ_Notes_A[2]= -HousingWJ_Notes_A[3]= -HousingWJ_Notes_A[4]= -HousingWJ_Notes_A[5]= -HousingWJ_Notes_A[6]= -HousingWJ_Notes_A[7]= -HousingWJ_Notes_A[8]= -HousingWJ_Channel_Correlation_A[0]=1 -HousingWJ_Channel_Correlation_A[1]=1 -HousingWJ_Channel_Correlation_A[2]=1 -HousingWJ_Channel_Correlation_A[3]=0 -HousingWJ_Channel_Correlation_A[4]=0 -HousingWJ_Channel_Correlation_A[5]=0 -HousingWJ_Channel_Correlation_A[6]=0 -HousingWJ_Channel_Correlation_A[7]=0 -HousingWJ_Channel_Correlation_A[8]=0 -HousingWJ_CalcInputH_L1_A[0]=0 -HousingWJ_CalcInputH_L1_A[1]=0 -HousingWJ_CalcInputH_L1_A[2]=0 -HousingWJ_CalcInputH_L1_A[3]=0 -HousingWJ_CalcInputH_L1_A[4]=0 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-HousingWJ_Friction_k_Adjustment_L4_A[3]=1 -HousingWJ_Friction_k_Adjustment_L4_A[4]=1 -HousingWJ_Friction_k_Adjustment_L4_A[5]=1 -HousingWJ_Friction_k_Adjustment_L4_A[6]=1 -HousingWJ_Friction_k_Adjustment_L4_A[7]=1 -HousingWJ_Friction_k_Adjustment_L4_A[8]=1 -HousingWJ_h_Input_L4_A[0]=0 -HousingWJ_h_Input_L4_A[1]=0 -HousingWJ_h_Input_L4_A[2]=0 -HousingWJ_h_Input_L4_A[3]=0 -HousingWJ_h_Input_L4_A[4]=0 -HousingWJ_h_Input_L4_A[5]=0 -HousingWJ_h_Input_L4_A[6]=0 -HousingWJ_h_Input_L4_A[7]=0 -HousingWJ_h_Input_L4_A[8]=0 -HousingWJ_h_Adjust_L4_A[0]=1 -HousingWJ_h_Adjust_L4_A[1]=1 -HousingWJ_h_Adjust_L4_A[2]=1 -HousingWJ_h_Adjust_L4_A[3]=1 -HousingWJ_h_Adjust_L4_A[4]=1 -HousingWJ_h_Adjust_L4_A[5]=1 -HousingWJ_h_Adjust_L4_A[6]=1 -HousingWJ_h_Adjust_L4_A[7]=1 -HousingWJ_h_Adjust_L4_A[8]=1 -HousingWJ_Velocity_Multiplier_L4_A[0]=1 -HousingWJ_Velocity_Multiplier_L4_A[1]=1 -HousingWJ_Velocity_Multiplier_L4_A[2]=1 -HousingWJ_Velocity_Multiplier_L4_A[3]=1 -HousingWJ_Velocity_Multiplier_L4_A[4]=1 -HousingWJ_Velocity_Multiplier_L4_A[5]=1 -HousingWJ_Velocity_Multiplier_L4_A[6]=1 -HousingWJ_Velocity_Multiplier_L4_A[7]=1 -HousingWJ_Velocity_Multiplier_L4_A[8]=1 -HousingWJ_FlowNotes_L4_A[0]= -HousingWJ_FlowNotes_L4_A[1]= -HousingWJ_FlowNotes_L4_A[2]= -HousingWJ_FlowNotes_L4_A[3]= -HousingWJ_FlowNotes_L4_A[4]= -HousingWJ_FlowNotes_L4_A[5]= -HousingWJ_FlowNotes_L4_A[6]= -HousingWJ_FlowNotes_L4_A[7]= -HousingWJ_FlowNotes_L4_A[8]= -HousingWJ_HeatTransferNotes_L4_A[0]= -HousingWJ_HeatTransferNotes_L4_A[1]= -HousingWJ_HeatTransferNotes_L4_A[2]= -HousingWJ_HeatTransferNotes_L4_A[3]= -HousingWJ_HeatTransferNotes_L4_A[4]= -HousingWJ_HeatTransferNotes_L4_A[5]= -HousingWJ_HeatTransferNotes_L4_A[6]= -HousingWJ_HeatTransferNotes_L4_A[7]= -HousingWJ_HeatTransferNotes_L4_A[8]= -HousingWJ_Channel_Perimeter_L1_A_Adjustment=0 -HousingWJ_Channel_Perimeter_L2_A_Adjustment=0 -HousingWJ_Channel_Perimeter_L3_A_Adjustment=0 -HousingWJ_Channel_Perimeter_L4_A_Adjustment=0 -HousingWJ_Channel_Perimeter_L1_F_Adjustment=0 -HousingWJ_Channel_Perimeter_L2_F_Adjustment=0 -HousingWJ_Channel_Perimeter_L3_F_Adjustment=0 -HousingWJ_Channel_Perimeter_L4_F_Adjustment=0 -HousingWJ_Channel_Perimeter_L1_R_Adjustment=0 -HousingWJ_Channel_Perimeter_L2_R_Adjustment=0 -HousingWJ_Channel_Perimeter_L3_R_Adjustment=0 -HousingWJ_Channel_Perimeter_L4_R_Adjustment=0 - -[Spiral_Groove_Shaft] -Shaft_Groove_Active_Cooling_Only=True -Shaft_Groove_Fluid_Flow_Direction=Front_Rear -Shaft_Groove_Fluid_Inlet_Temperature=40 -Shaft_Groove_Fluid_Volume_Flow_Rate=6E-6 -Shaft_Groove_Fluid_Thermal_Conductivity=0.125 -Shaft_Groove_Fluid_Density=1000 -Shaft_Groove_Fluid_Specific_Heat=1880 -Shaft_Groove_Fluid_Kinematic_Viscosity=1.1E-5 -Shaft_Spiral_Groove_Fluid_Name=Fixed values -Number_of_Shaft_Spiral_Groove_Fluid_Conductivity_Values=0 -Number_of_Shaft_Spiral_Groove_Fluid_Specific_Heat_Values=0 -Number_of_Shaft_Spiral_Groove_Fluid_Density_Values=0 -Number_of_Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Shaft_Spiral_Groove_Fluid_Volumetric_Expansion_Values=0 -Calc/Input_h[Shaft_Groove]_-_Front=Calc_h_conv -Input_Value_h[Shaft_Groove]_-_Front=10 -Adjustment_h[Shaft_Groove]_-_Front=1 -Velocity_Multiplier_h[Shaft_Groove]_-_Front=1 -Notes_Shaft_Groove_-_Front= -Calc/Input_h[Shaft_Groove]_-_Active=Calc_h_conv -Input_Value_h[Shaft_Groove]_-_Active=10 -Adjustment_h[Shaft_Groove]_-_Active=1 -Velocity_Multiplier_h[Shaft_Groove]_-_Active=1 -Notes_Shaft_Groove_-_Active= -Calc/Input_h[Shaft_Groove]_-_Rear=Calc_h_conv -Input_Value_h[Shaft_Groove]_-_Rear=10 -Adjustment_h[Shaft_Groove]_-_Rear=1 -Velocity_Multiplier_h[Shaft_Groove]_-_Rear=1 -Notes_Shaft_Groove_-_Rear= -ShaftSG_ShaftHoleCooling=False -ShaftSG_AxleCooling=False -ShaftSpiralGroove_Fluid_Flow_A_Notes= -ShaftSpiralGroove_Fluid_Flow_F_Notes= -ShaftSpiralGroove_Fluid_Flow_R_Notes= -ShaftSpiralGroove_Channel_CSArea_A_Adjustment=0 -ShaftSpiralGroove_Channel_CSArea_F_Adjustment=0 -ShaftSpiralGroove_Channel_CSArea_R_Adjustment=0 -ShaftSpiralGroove_Channel_Length_A_Adjustment=0 -ShaftSpiralGroove_Channel_Length_F_Adjustment=0 -ShaftSpiralGroove_Channel_Length_R_Adjustment=0 -IncludeShaftSpiralGrooveDuctWallFriction=True -ShaftSpiralGroove_Duct_Wall_Roughness_Active=0.0025 -ShaftSpiralGroove_Duct_Wall_Roughness_Front=0.0025 -ShaftSpiralGroove_Duct_Wall_Roughness_Rear=0.0025 -ShaftSpiralGroove_ParallelPathsIndex=0 -ShaftSG_Wall_Thickness=0 - -[Water_Jacket_Rotor] -Rotor_Water_Jacket_Flow_Path=Rotor_Water_Jacket_Front_Inlet -Rotor_WJ_Fluid_Inlet_Temperature=40 -Rotor_WJ_Fluid_Volume_Flow_Rate=6E-6 -Rotor_WJ_Fluid_Thermal_Conductivity=0.125 -Rotor_WJ_Fluid_Density=1000 -Rotor_WJ_Fluid_Specific_Heat=1880 -Rotor_WJ_Fluid_Kinematic_Viscosity=1.1E-5 -Rotor_Water_Jacket_Fluid_Name=Fixed values -Number_of_Rotor_Water_Jacket_Fluid_Conductivity_Values=0 -Number_of_Rotor_Water_Jacket_Fluid_Specific_Heat_Values=0 -Number_of_Rotor_Water_Jacket_Fluid_Density_Values=0 -Number_of_Rotor_Water_Jacket_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Rotor_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 -Calc/Input_h[Rotor_WJ]_-_Front=Calc_h_conv -Input_Value_h[Rotor_WJ]_-_Front=10 -Adjustment_h[Rotor_WJ]_-_Front=1 -Velocity_Multiplier_h[Rotor_WJ]_-_Front=1 -Notes_Rotor_WJ_-_Front= - -[Water_Jacket_Slot] -Slot_WJ_Fluid_Inlet_Temperature=40 -Slot_WJ_Fluid_Volume_Flow_Rate=6E-6 -Slot_WJ_Fluid_Thermal_Conductivity=0.125 -Slot_WJ_Fluid_Density=1000 -Slot_WJ_Fluid_Specific_Heat=1880 -Slot_WJ_Fluid_Kinematic_Viscosity=1.1E-5 -Slot_Water_Jacket_Fluid_Name=Fixed values -Number_of_Slot_Water_Jacket_Fluid_Conductivity_Values=0 -Number_of_Slot_Water_Jacket_Fluid_Specific_Heat_Values=0 -Number_of_Slot_Water_Jacket_Fluid_Density_Values=0 -Number_of_Slot_Water_Jacket_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Slot_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 -Vel_Mult_SlotWJ_Stator_Slot_Bottom=1 -Notes_SlotWJ_Stator_Slot_Bottom= -h_Input_SlotWJ_Stator_Slot_Bottom=0 -h_Adjust_SlotWJ_Stator_Slot_Bottom=1 -Calc_Input_h_SlotWJ_Stator_Slot_Bottom=0 -Vel_Mult_SlotWJ_Stator_Tooth=1 -Notes_SlotWJ_Stator_Tooth= -h_Input_SlotWJ_Stator_Tooth=0 -h_Adjust_SlotWJ_Stator_Tooth=1 -Calc_Input_h_SlotWJ_Stator_Tooth=0 -Vel_Mult_SlotWJ_Conductors=1 -Notes_SlotWJ_Conductors= -h_Input_SlotWJ_Conductors=0 -h_Adjust_SlotWJ_Conductors=1 -Calc_Input_h_SlotWJ_Conductors=0 -Vel_Mult_SlotWJ_Slot_Opening=1 -Notes_SlotWJ_slot_opening= -h_Input_SlotWJ_slot_opening=0 -h_Adjust_SlotWJ_slot_opening=1 -Calc_Input_h_SlotWJ_slot_opening=0 -Vel_Mult_SlotWJ_Slot_centre=1 -Notes_SlotWJ_Slot_centre= -h_Input_SlotWJ_Slot_centre=0 -h_Adjust_SlotWJ_Slot_centre=1 -Calc_Input_h_SlotWJ_Slot_centre=0 -Vel_Mult_SlotWJ_Slot_CentreToBase=1 -Notes_SlotWJ_Slot_CentreToBase= -h_Input_SlotWJ_Slot_CentreToBase=0 -h_Adjust_SlotWJ_Slot_CentreToBase=1 -Calc_Input_h_SlotWJ_Slot_CentreToBase=0 -Vel_Mult_SlotWJ_Slot_CentreToOpening=1 -Notes_SlotWJ_Slot_CentreToOpening= -h_Input_SlotWJ_Slot_CentreToOpening=0 -h_Adjust_SlotWJ_Slot_CentreToOpening=1 -Calc_Input_h_SlotWJ_Slot_CentreToOpening=0 -Vel_Mult_SlotWJ_Slot_Bottom=1 -Notes_SlotWJ_Slot_Bottom= -h_Input_SlotWJ_Slot_Bottom=0 -h_Adjust_SlotWJ_Slot_Bottom=1 -Calc_Input_h_SlotWJ_Slot_Bottom=0 -SlotWJFlowOption=0 -SlotWJFlowDirection=1 -SlotWJDuctWidth_Specification=0 -SlotWJ_SlotBottomDuct_Exists=True -SlotWJ_SlotOpeningDuct_Exists=True -SlotWJ_SlotCentreDuct_Exists=False -IncludeSlotWJDuctWallFriction=True -SlotWJ_Duct_Wall_Roughness=0.0025 -SlotWJ_Duct_Wall_Notes= -SlotWJ_Inlet_Contraction_Notes= -SlotWJ_Outlet_Expansion_Notes= -SlotWJ_Duct_Friction_k_Adjustment=1 -SlotWJ_Inlet_k_Contraction_Adjustment=1 -SlotWJ_Outlet_k_Expansion_Adjustment=1 -Rt_SlotWJ_Insulation_Calc=1 -SlotWJ_Dissipation_Calc=1 -SlotWJ_Conductor_Dissipation_Calc=1 -NumberOfSlotWJCentreDucts=0 - -[Heat_Exchanger] -Heat_Exchanger_Fluid_Name=Fixed values -Number_of_Heat_Exchanger_Fluid_Conductivity_Values=0 -Number_of_Heat_Exchanger_Fluid_Specific_Heat_Values=0 -Number_of_Heat_Exchanger_Fluid_Density_Values=0 -Number_of_Heat_Exchanger_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Heat_Exchanger_Fluid_Volumetric_Expansion_Values=0 -HeatExchanger=False -Vel_Mult_HeatEx_outer=1 -Notes_HeatEx_outer= -h_Input_HeatEx_outer=0 -h_Adjust_HeatEx_outer=1 -Calc_Input_h_HeatEx_outer=0 -Vel_Mult_HeatEx_inner=1 -Notes_HeatEx_inner= -h_Input_HeatEx_inner=0 -h_Adjust_HeatEx_inner=1 -Calc_Input_h_HeatEx_inner=0 -HeatExFlowOption=0 -HeatExOutletCoupling=0 -IncludeHeatExDuctWallFriction=True -HeatEx_Duct_Wall_Roughness=0.0025 -HeatEx_Duct_Wall_Notes= -HeatEx_Inlet_ContExp_Notes= -HeatEx_Outlet_ContExp_Notes= -HeatEx_Duct_Friction_k_Adjustment=1 -HeatEx_Inlet_k_ContExp_Adjustment=1 -HeatEx_Outlet_k_ContExp_Adjustment=1 -HeatEx_Coolant_Inlet_Temp=20 -HeatEx_Volume_Flow_Rate=6E-6 -HeatEx_Fluid_Conductivity=0.61 -HeatEx_Fluid_Density=995.7 -HeatEx_Fluid_Cp=4178 -HeatEx_Fluid_Kinematic_Viscosity=8.02E-7 -HeatEx_Duct_Length=1000 -HeatEx_Duct_Diameter=3 -HeatEx_Wall_Thickness=2 -HeatEx_Insulation_Thickness=0.1 -HeatEx_Duct_Parallel_Paths=1 -HeatEx_Channel_Flow_Area_Outer=1000000 - -[Fluid_Data] -External_Fluid_Conductivity=0.02606935639964 -External_Fluid_Density=1.18413141200002 -External_Fluid_Cp=1005.87690859212 -External_Fluid_Kinematic_Viscosity=1.54786734940317E-5 -Internal_Fluid_Conductivity=0.02606935639964 -Internal_Fluid_Density=1.18413141200002 -Internal_Fluid_Cp=1005.87690859212 -Internal_Fluid_Kinematic_Viscosity=1.54786734940317E-5 -External_Air_in_Soak_Back_Calc=True -Internal_Air_in_Soak_Back_Calc=True -External_Fluid_Name=Air (Motor-CAD model) -Number_of_External_Fluid_Conductivity_Values=0 -Number_of_External_Fluid_Specific_Heat_Values=0 -Number_of_External_Fluid_Density_Values=0 -Number_of_External_Fluid_Kinematic_Viscosity_Values=0 -Number_of_External_Fluid_Volumetric_Expansion_Values=0 -Internal_Fluid_Name=Air (Motor-CAD model) -Number_of_Internal_Fluid_Conductivity_Values=0 -Number_of_Internal_Fluid_Specific_Heat_Values=0 -Number_of_Internal_Fluid_Density_Values=0 -Number_of_Internal_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Internal_Fluid_Volumetric_Expansion_Values=0 - -[EWdg_Spray_Cooling] -Spray_Cooling_Inlet_Temp=40 -Spray_Cooling_Fluid_Volume_Flow_Rate=6.00031E-5 -Spray_Cooling_Fluid_Conductivity=0.0125 -Spray_Cooling_Fluid_Density=1000 -Spray_Cooling_Fluid_Cp=1880 -Spray_Cooling_Fluid_Kinematic_Viscosity=1.1E-5 -Spray_Cooling_Fluid_Name=Fixed values -Number_of_Spray_Cooling_Fluid_Conductivity_Values=0 -Number_of_Spray_Cooling_Fluid_Specific_Heat_Values=0 -Number_of_Spray_Cooling_Fluid_Density_Values=0 -Number_of_Spray_Cooling_Fluid_Kinematic_Viscosity_Values=0 -Number_of_Spray_Cooling_Fluid_Volumetric_Expansion_Values=0 -Spray_Cooling_Endcap_Fluid_Calc_Input_F=Calc_h_conv -Spray_Cooling_Endcap_Fluid_h_Input_F=100 -Spray_Cooling_Endcap_Fluid_h_Adjust_F=1 -Spray_Cooling_Endcap_Fluid_Velocity_Multiplier_F=1 -Spray_Cooling_Endcap_Fluid_Notes_F= -Spray_Cooling_Endcap_Fluid_Calc_Input_R=Calc_h_conv -Spray_Cooling_Endcap_Fluid_h_Input_R=100 -Spray_Cooling_Endcap_Fluid_h_Adjust_R=1 -Spray_Cooling_Endcap_Fluid_Velocity_Multiplier_R=1 -Spray_Cooling_Endcap_Fluid_Notes_R= -Spray_Cooling_Housing_Fluid_Calc_Input_F=Calc_h_conv -Spray_Cooling_Housing_Fluid_h_Input_F=100 -Spray_Cooling_Housing_Fluid_h_Adjust_F=1 -Spray_Cooling_Housing_Fluid_Velocity_Multiplier_F=0.1 -Spray_Cooling_Housing_Fluid_Notes_F= -Spray_Cooling_Housing_Fluid_Calc_Input_R=Calc_h_conv -Spray_Cooling_Housing_Fluid_h_Input_R=100 -Spray_Cooling_Housing_Fluid_h_Adjust_R=1 -Spray_Cooling_Housing_Fluid_Velocity_Multiplier_R=0.1 -Spray_Cooling_Housing_Fluid_Notes_R= -Spray_Cooling_Housing_Fluid_Calc_Input_A=Calc_h_conv -Spray_Cooling_Housing_Fluid_h_Input_A=100 -Spray_Cooling_Housing_Fluid_h_Adjust_A=1 -Spray_Cooling_Housing_Fluid_Velocity_Multiplier_A=0.1 -Spray_Cooling_Housing_Fluid_Notes_A= -Nozzles_EWdg_Outer_F[0]=0 -NozzleDia_EWdg_Outer_F[0]=0 -SprayFlowRatio_EWdg_Outer_F[0]=0 -InternalFlowRatio_EWdg_Outer_F[0]=0 -NozzleDistance_Adj_EWdg_Outer_F[0]=0 -TargetLength_Adj_EWdg_Outer_F[0]=0 -Velocity_Mult_EWdg_Outer_F[0]=1 -Notes_Flow_EWdg_Outer_F[0]= -Notes_HT_EWdg_Outer_F[0]= -Calc_Input_h_EWdg_Outer_F[0]=0 -h_Input_EWdg_Outer_F[0]=1000 -h_Adjust_EWdg_Outer_F[0]=1 -h_Calc_EWdg_Outer_F[0]=0 -Nozzles_EWdg_Front_F[0]=0 -NozzleDia_EWdg_Front_F[0]=0 -SprayFlowRatio_EWdg_Front_F[0]=0 -InternalFlowRatio_EWdg_Front_F[0]=0 -NozzleDistance_Adj_EWdg_Front_F[0]=0 -TargetLength_Adj_EWdg_Front_F[0]=0 -Velocity_Mult_EWdg_Front_F[0]=1 -Notes_Flow_EWdg_Front_F[0]= -Notes_HT_EWdg_Front_F[0]= -Calc_Input_h_EWdg_Front_F[0]=0 -h_Input_EWdg_Front_F[0]=1000 -h_Adjust_EWdg_Front_F[0]=1 -h_Calc_EWdg_Front_F[0]=0 -Nozzles_EWdg_Inner_F[0]=1 -NozzleDia_EWdg_Inner_F[0]=1 -SprayFlowRatio_EWdg_Inner_F[0]=1 -InternalFlowRatio_EWdg_Inner_F[0]=0 -NozzleDistance_Adj_EWdg_Inner_F[0]=0 -TargetLength_Adj_EWdg_Inner_F[0]=0 -Velocity_Mult_EWdg_Inner_F[0]=1 -Notes_Flow_EWdg_Inner_F[0]= -Notes_HT_EWdg_Inner_F[0]= -Calc_Input_h_EWdg_Inner_F[0]=0 -h_Input_EWdg_Inner_F[0]=1000 -h_Adjust_EWdg_Inner_F[0]=1 -h_Calc_EWdg_Inner_F[0]=2602.0033172734 -Nozzles_EWdg_Rear_F[0]=0 -NozzleDia_EWdg_Rear_F[0]=0 -SprayFlowRatio_EWdg_Rear_F[0]=1 -InternalFlowRatio_EWdg_Rear_F[0]=0 -NozzleDistance_Adj_EWdg_Rear_F[0]=0 -TargetLength_Adj_EWdg_Rear_F[0]=0 -Velocity_Mult_EWdg_Rear_F[0]=1 -Notes_Flow_EWdg_Rear_F[0]= -Notes_HT_EWdg_Rear_F[0]= -Calc_Input_h_EWdg_Rear_F[0]=0 -h_Input_EWdg_Rear_F[0]=1000 -h_Adjust_EWdg_Rear_F[0]=1 -h_Calc_EWdg_Rear_F[0]=0 -Nozzles_RotorPole_F=0 -NozzleDia_RotorPole_F=0 -SprayFlowRatio_RotorPole_F=0 -InternalFlowRatio_RotorPole_F=0.5 -NozzleDistance_Adj_RotorPole_F=0 -TargetLength_Adj_RotorPole_F=0 -Velocity_Mult_RotorPole_F=1 -Notes_Flow_RotorPole_F= -Notes_HT_RotorPole_F= -Calc_Input_h_RotorPole_F=0 -h_Input_RotorPole_F=1000 -h_Adjust_RotorPole_F=1 -h_Calc_RotorPole_F=2081.40444513674 -Nozzles_RotorCore_F=0 -NozzleDia_RotorCore_F=0 -SprayFlowRatio_RotorCore_F=0 -InternalFlowRatio_RotorCore_F=0.5 -NozzleDistance_Adj_RotorCore_F=0 -TargetLength_Adj_RotorCore_F=0 -Velocity_Mult_RotorCore_F=1 -Notes_Flow_RotorCore_F= -Notes_HT_RotorCore_F= -Calc_Input_h_RotorCore_F=0 -h_Input_RotorCore_F=1000 -h_Adjust_RotorCore_F=1 -h_Calc_RotorCore_F=741.915706100199 -Nozzles_EWdg_Outer_R[0]=0 -NozzleDia_EWdg_Outer_R[0]=0 -SprayFlowRatio_EWdg_Outer_R[0]=0 -InternalFlowRatio_EWdg_Outer_R[0]=0 -NozzleDistance_Adj_EWdg_Outer_R[0]=0 -TargetLength_Adj_EWdg_Outer_R[0]=0 -Velocity_Mult_EWdg_Outer_R[0]=1 -Notes_Flow_EWdg_Outer_R[0]= -Notes_HT_EWdg_Outer_R[0]= -Calc_Input_h_EWdg_Outer_R[0]=0 -h_Input_EWdg_Outer_R[0]=1000 -h_Adjust_EWdg_Outer_R[0]=1 -h_Calc_EWdg_Outer_R[0]=0 -Nozzles_EWdg_Rear_R[0]=0 -NozzleDia_EWdg_Rear_R[0]=0 -SprayFlowRatio_EWdg_Rear_R[0]=0 -InternalFlowRatio_EWdg_Rear_R[0]=0 -NozzleDistance_Adj_EWdg_Rear_R[0]=0 -TargetLength_Adj_EWdg_Rear_R[0]=0 -Velocity_Mult_EWdg_Rear_R[0]=1 -Notes_Flow_EWdg_Rear_R[0]= -Notes_HT_EWdg_Rear_R[0]= -Calc_Input_h_EWdg_Rear_R[0]=0 -h_Input_EWdg_Rear_R[0]=1000 -h_Adjust_EWdg_Rear_R[0]=1 -h_Calc_EWdg_Rear_R[0]=0 -Nozzles_EWdg_Inner_R[0]=1 -NozzleDia_EWdg_Inner_R[0]=1 -SprayFlowRatio_EWdg_Inner_R[0]=1 -InternalFlowRatio_EWdg_Inner_R[0]=0 -NozzleDistance_Adj_EWdg_Inner_R[0]=0 -TargetLength_Adj_EWdg_Inner_R[0]=0 -Velocity_Mult_EWdg_Inner_R[0]=1 -Notes_Flow_EWdg_Inner_R[0]= -Notes_HT_EWdg_Inner_R[0]= -Calc_Input_h_EWdg_Inner_R[0]=0 -h_Input_EWdg_Inner_R[0]=1000 -h_Adjust_EWdg_Inner_R[0]=1 -h_Calc_EWdg_Inner_R[0]=2602.0033172734 -Nozzles_EWdg_Front_R[0]=0 -NozzleDia_EWdg_Front_R[0]=0 -SprayFlowRatio_EWdg_Front_R[0]=1 -InternalFlowRatio_EWdg_Front_R[0]=0 -NozzleDistance_Adj_EWdg_Front_R[0]=0 -TargetLength_Adj_EWdg_Front_R[0]=0 -Velocity_Mult_EWdg_Front_R[0]=1 -Notes_Flow_EWdg_Front_R[0]= -Notes_HT_EWdg_Front_R[0]= -Calc_Input_h_EWdg_Front_R[0]=0 -h_Input_EWdg_Front_R[0]=1000 -h_Adjust_EWdg_Front_R[0]=1 -h_Calc_EWdg_Front_R[0]=0 -Nozzles_RotorPole_R=0 -NozzleDia_RotorPole_R=0 -SprayFlowRatio_RotorPole_R=0 -InternalFlowRatio_RotorPole_R=0.5 -NozzleDistance_Adj_RotorPole_R=0 -TargetLength_Adj_RotorPole_R=0 -Velocity_Mult_RotorPole_R=1 -Notes_Flow_RotorPole_R= -Notes_HT_RotorPole_R= -Calc_Input_h_RotorPole_R=0 -h_Input_RotorPole_R=1000 -h_Adjust_RotorPole_R=1 -h_Calc_RotorPole_R=2081.40444513674 -Nozzles_RotorCore_R=0 -NozzleDia_RotorCore_R=0 -SprayFlowRatio_RotorCore_R=0 -InternalFlowRatio_RotorCore_R=0.5 -NozzleDistance_Adj_RotorCore_R=0 -TargetLength_Adj_RotorCore_R=0 -Velocity_Mult_RotorCore_R=1 -Notes_Flow_RotorCore_R= -Notes_HT_RotorCore_R= -Calc_Input_h_RotorCore_R=0 -h_Input_RotorCore_R=1000 -h_Adjust_RotorCore_R=1 -h_Calc_RotorCore_R=741.915706100199 -Spray_Area_Mult_EWdg_Outer_F[0]=1 -Spray_Area_Mult_EWdg_Front_F[0]=1 -Spray_Area_Mult_EWdg_Inner_F[0]=1 -Spray_Area_Mult_EWdg_Rear_F[0]=1 -Spray_Area_Mult_RotorPole_F=1 -Area_Mult_RotorPole_F=1 -Spray_Area_Mult_RotorCore_F=1 -Area_Mult_RotorCore_F=1 -Spray_Area_Mult_EWdg_Outer_R[0]=1 -Spray_Area_Mult_EWdg_Rear_R[0]=1 -Spray_Area_Mult_EWdg_Inner_R[0]=1 -Spray_Area_Mult_EWdg_Front_R[0]=1 -Spray_Area_Mult_RotorPole_R=1 -Area_Mult_RotorPole_R=1 -Spray_Area_Mult_RotorCore_R=1 -Area_Mult_RotorCore_R=1 -Spray_Area_Mult_EndcapFluid_F=1 -Area_Mult_EndcapFluid_F=1 -Spray_Area_Mult_EndcapFluid_R=1 -Area_Mult_EndcapFluid_R=1 -Spray_Area_Mult_HousingFluid_F=1 -Area_Mult_HousingFluid_F=1 -Spray_Area_Mult_HousingFluid_A=1 -Area_Mult_HousingFluid_A=1 -Spray_Area_Mult_HousingFluid_R=1 -Area_Mult_HousingFluid_R=1 -SprayCoverageProp_EWdg_Outer_F[0]=1 -SprayCoverageProp_EWdg_Front_F[0]=1 -SprayCoverageProp_EWdg_Inner_F[0]=1 -SprayCoverageProp_EWdg_Rear_F[0]=1 -SprayCoverageProp_RotorPole_F=1 -SprayCoverageProp_RotorCore_F=1 -SprayCoverageProp_EWdg_Outer_R[0]=1 -SprayCoverageProp_EWdg_Rear_R[0]=1 -SprayCoverageProp_EWdg_Inner_R[0]=1 -SprayCoverageProp_EWdg_Front_R[0]=1 -SprayCoverageProp_RotorPole_R=1 -SprayCoverageProp_RotorCore_R=1 -SprayCoverageProp_EndcapFluid_F=1 -SprayCoverageProp_EndcapFluid_R=1 -SprayCoverageProp_HousingFluid_F=1 -SprayCoverageProp_HousingFluid_A=1 -SprayCoverageProp_HousingFluid_R=1 -SpraySource_EWdg_Outer_F[0]=0 -SpraySource_EWdg_Front_F[0]=0 -SpraySource_EWdg_Inner_F[0]=0 -SpraySource_EWdg_Rear_F[0]=0 -SpraySource_RotorPole_F=0 -SpraySource_RotorCore_F=0 -SpraySource_EWdg_Outer_R[0]=0 -SpraySource_EWdg_Rear_R[0]=0 -SpraySource_EWdg_Inner_R[0]=0 -SpraySource_EWdg_Front_R[0]=0 -SpraySource_RotorPole_R=0 -SpraySource_RotorCore_R=0 -InternalFlowRatio_Endcap_F=0.5 -Notes_Flow_Endcap_F= -InternalFlowRatio_Housing_F=1 -Notes_Flow_Housing_F= -InternalFlowRatio_Endcap_R=0.5 -Notes_Flow_Endcap_R= -InternalFlowRatio_Housing_R=1 -Notes_Flow_Housing_R= -InternalFlowRatio_Housing_A=0 -Notes_Flow_Housing_A=default = no internal flow (Internal Flow Rate Ratio = 0) -SprayFlowRateCalculation=1 -SprayCoolingEnamelModel=1 -Nozzles_EWBore_F=1 -NozzleDia_EWBore_F=1 -SprayFlowRatio_EWBore_F=1 -InternalFlowRatio_EWBore_F=0 -NozzleDistance_Adj_EWBore_F=0 -TargetLength_Adj_EWBore_F=0 -Velocity_Mult_EWBore_F=1 -Notes_Flow_EWBore_F= -Notes_HT_EWBore_F= -Calc_Input_h_EWBore_F=0 -h_Input_EWBore_F=1000 -h_Adjust_EWBore_F=1 -h_Calc_EWBore_F=2602.0033172734 -SpraySource_EWBore_F=0 -Area_Mult_EWBore_F=1 -Nozzles_EWOuter_F=0 -NozzleDia_EWOuter_F=0 -SprayFlowRatio_EWOuter_F=0 -InternalFlowRatio_EWOuter_F=0 -NozzleDistance_Adj_EWOuter_F=0 -TargetLength_Adj_EWOuter_F=0 -Velocity_Mult_EWOuter_F=1 -Notes_Flow_EWOuter_F= -Notes_HT_EWOuter_F= -Calc_Input_h_EWOuter_F=0 -h_Input_EWOuter_F=1000 -h_Adjust_EWOuter_F=1 -h_Calc_EWOuter_F=0 -SpraySource_EWOuter_F=0 -Area_Mult_EWOuter_F=1 -Nozzles_EWEnd_F=0 -NozzleDia_EWEnd_F=0 -SprayFlowRatio_EWEnd_F=0 -InternalFlowRatio_EWEnd_F=0 -NozzleDistance_Adj_EWEnd_F=0 -TargetLength_Adj_EWEnd_F=0 -Velocity_Mult_EWEnd_F=1 -Notes_Flow_EWEnd_F= -Notes_HT_EWEnd_F= -Calc_Input_h_EWEnd_F=0 -h_Input_EWEnd_F=1000 -h_Adjust_EWEnd_F=1 -h_Calc_EWEnd_F=0 -SpraySource_EWEnd_F=0 -Area_Mult_EWEnd_F=1 -Nozzles_EWBore_R=1 -NozzleDia_EWBore_R=1 -SprayFlowRatio_EWBore_R=1 -InternalFlowRatio_EWBore_R=0 -NozzleDistance_Adj_EWBore_R=0 -TargetLength_Adj_EWBore_R=0 -Velocity_Mult_EWBore_R=1 -Notes_Flow_EWBore_R= -Notes_HT_EWBore_R= -Calc_Input_h_EWBore_R=0 -h_Input_EWBore_R=1000 -h_Adjust_EWBore_R=1 -h_Calc_EWBore_R=2602.0033172734 -SpraySource_EWBore_R=0 -Area_Mult_EWBore_R=1 -Nozzles_EWOuter_R=0 -NozzleDia_EWOuter_R=0 -SprayFlowRatio_EWOuter_R=0 -InternalFlowRatio_EWOuter_R=0 -NozzleDistance_Adj_EWOuter_R=0 -TargetLength_Adj_EWOuter_R=0 -Velocity_Mult_EWOuter_R=1 -Notes_Flow_EWOuter_R= -Notes_HT_EWOuter_R= -Calc_Input_h_EWOuter_R=0 -h_Input_EWOuter_R=1000 -h_Adjust_EWOuter_R=1 -h_Calc_EWOuter_R=0 -SpraySource_EWOuter_R=0 -Area_Mult_EWOuter_R=1 -Nozzles_EWEnd_R=0 -NozzleDia_EWEnd_R=0 -SprayFlowRatio_EWEnd_R=0 -InternalFlowRatio_EWEnd_R=0 -NozzleDistance_Adj_EWEnd_R=0 -TargetLength_Adj_EWEnd_R=0 -Velocity_Mult_EWEnd_R=1 -Notes_Flow_EWEnd_R= -Notes_HT_EWEnd_R= -Calc_Input_h_EWEnd_R=0 -h_Input_EWEnd_R=1000 -h_Adjust_EWEnd_R=1 -h_Calc_EWEnd_R=0 -SpraySource_EWEnd_R=0 -Area_Mult_EWEnd_R=1 - -[Sizing_Algorithm] -IM_Size_Reduction_Algorithm=BPM_Sizing -Winding_Temperature_Increase=20 -IM_Power_Shaft=136 -IM_Power_Factor_Pre_Sizing=0.592 -IM_Power_Factor_Post_Sizing=0.514 -IM_Voltage_Line=240 - -[Through_Vent] -TVent_Fluid_Conductivity=0.02722807296764 -TVent_Fluid_Density=1.12741108250936 -TVent_Fluid_Cp=1006.5583344624 -TVent_Fluid_Kinematic_Viscosity=1.68879201391184E-5 -TVent_Fluid_Name=Air (Motor-CAD model) -Number_of_TVent_Fluid_Conductivity_Values=0 -Number_of_TVent_Fluid_Specific_Heat_Values=0 -Number_of_TVent_Fluid_Density_Values=0 -Number_of_TVent_Fluid_Kinematic_Viscosity_Values=0 -Number_of_TVent_Fluid_Volumetric_Expansion_Values=0 -TVent_Inlet_Temperature=40 -Through_Vent_Flow_Direction=Rear_Inlet -Inlet_Type_Front=Radial_Full_Circle -Inlet_Type_Rear=Radial_Full_Circle -Grill_Free_Area_Ratio_Front=0.8 -Grill_Free_Area_Ratio_Rear=0.8 -Grill_Axial_Circular_Hole_Number_Front=4 -Grill_Axial_Circular_Hole_Number_Rear=4 -Grill_Axial_Circular_Hole_Diameter_Front=10 -Grill_Axial_Circular_Hole_Diameter_Rear=10 -Grill_Radial_Full_Circle_Length_Front=10 -Grill_Radial_Full_Circle_Length_Rear=10 -Grill_Radial_Hole_Number_Front=2 -Grill_Radial_Hole_Number_Rear=2 -Grill_Radial_Rectangle_Width_Front=10 -Grill_Radial_Rectangle_Width_Rear=10 -Grill_Radial_Rectangle_Length_Front=10 -Grill_Radial_Rectangle_Length_Rear=10 -k_Adjust_Inlet_Entrance=1 -k_Adjust_Inlet_Expansion=1 -k_Adjust_Inlet_Entrance_Rear=1 -k_Adjust_Inlet_Bend=1 -k_Adjust_Inlet_Contraction=1 -k_Adjust_Inlet_Stator_Bend=1 -k_Adjust_Inlet_Stator_Contraction=1 -k_Adjust_Inlet_Stator_EWdg_Bend=1 -k_Adjust_Inlet_Stator_EWdg_Contraction_Expansion=1 -k_Adjust_Inlet_Stator_EWdg_Ext_Expansion=1 -k_Adjust_Inlet_Stator_Duct_Contraction=1 -k_Adjust_Outlet_Stator_Duct_Expansion=1 -k_Adjust_Outlet_Stator_EWdg_Radial_Contraction=1 -k_Adjust_Outlet_Stator_EWdg_Bend=1 -k_Adjust_Outlet_Stator_EWdg_Contraction_Expansion=1 -k_Adjust_Outlet_Stator_Bend=1 -k_Adjust_Outlet_Stator_Contraction_Expansion=1 -k_Adjust_Inlet_Rotor_Bend=1 -k_Adjust_Inlet_Rotor_Contraction=1 -k_Adjust_Inlet_Rotor_EWdg_Bend=1 -k_Adjust_Inlet_Rotor_EWdg_Contraction_Expansion=1 -k_Adjust_Inlet_Rotor_Ewdg_Bore_Bend=1 -k_Adjust_Inlet_Rotor_EWdg_Bore_Expansion=1 -k_Adjust_Inlet_Rotor_Duct_Contraction=1 -k_Adjust_Outlet_Rotor_Duct_Expansion=1 -k_Adjust_Outlet_Rotor_EWdg_Bore_Bend=1 -k_Adjust_Outlet_Rotor_EWdg_Bore_Contraction=1 -k_Adjust_Outlet_Rotor_EWdg_Bend=1 -k_Adjust_Outlet_Rotor_EWdg_Contraction_Expansion=1 -k_Adjust_Outlet_Rotor_Bend=1 -k_Adjust_Outlet_Rotor_Contraction_Expansion=1 -k_Adjust_Outlet_Airgap_Duct_Expansion=1 -k_Adjust_Inlet_Airgap_Duct_Contraction=1 -k_Adjust_Outlet_Exit=1 -k_Adjust_Winding_Separator_Contraction=1 -k_Adjust_Winding_Separator_Expansion=1 -Notes_Inlet_Entrance= -Notes_Inlet_Expansion= -Notes_Inlet_Entrance_Rear= -Notes_Inlet_Expansion_Rear= -Notes_Inlet_Bend= -Notes_Inlet_Contraction= -Notes_Inlet_Stator_Bend= -Notes_Inlet_Stator_Contraction= -Notes_Inlet_Stator_EWdg_Bend= -Notes_Inlet_Stator_EWdg_Contraction_Expansion= -Notes_Inlet_Stator_EWdg_Ext_Expansion= -Notes_Inlet_Stator_Duct_Contraction= -Notes_Outlet_Stator_Duct_Expansion= -Notes_Outlet_Stator_EWdg_Radial_Contraction= -Notes_Outlet_Stator_EWdg_Bend= -Notes_Outlet_Stator_EWdg_Contraction_Expansion= -Notes_Outlet_Stator_Bend= -Notes_Outlet_Stator_Contraction_Expansion= -Notes_Inlet_Rotor_Bend= -Notes_Inlet_Rotor_Contraction= -Notes_Inlet_Rotor_EWdg_Bend= -Notes_Inlet_Rotor_EWdg_Contraction_Expansion= -Notes_Inlet_Rotor_EWdg_Bore_Bend= -Notes_Inlet_Rotor_EWdg_Bore_Expansion= -Notes_Inlet_Rotor_Duct_Contraction= -Notes_Outlet_Rotor_Duct_Expansion= -Notes_Outlet_Rotor_EWdg_Bore_Bend= -Notes_Outlet_Rotor_EWdg_Bore_Contraction= -Notes_Outlet_Rotor_EWdg_Bend= -Notes_Outlet_Rotor_EWdg_Contraction_Expansion= -Notes_Outlet_Rotor_Bend= -Notes_Outlet_Rotor_Contraction_Expansion= -Notes_Outlet_Airgap_Duct_Expansion= -Notes_Inlet_Airgap_Duct_Contraction= -Notes_Outlet_Exit= -Notes_Winding_Separator_Contraction= -Notes_Winding_Separator_Expansion= -Calc_Input_h_TVent_Circular_Stator_Duct_L1_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Stator_Duct_L1_R=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L1_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L1_R=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L2_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L2_R=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L3_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L3_R=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L4_F=Calc_h_conv -Calc_Input_h_TVent_Circular_Housing_Duct_L4_R=Calc_h_conv -Calc_Input_h_TVent_Endcap_F=Calc_h_conv -Calc_Input_h_TVent_Endcap_R=Calc_h_conv -Calc_Input_h_TVent_Housing_OHang_F=Calc_h_conv -Calc_Input_h_TVent_Housing_OHang_R=Calc_h_conv -Calc_Input_h_TVent_Shaft_OHang_F=Calc_h_conv -Calc_Input_h_TVent_Shaft_OHang_R=Calc_h_conv -Calc_Input_h_TVent_Axle_OHang_F=Calc_h_conv -Calc_Input_h_TVent_Axle_OHang_R=Calc_h_conv -h_Input_TVent_Endcap_F=10 -h_Input_TVent_Endcap_R=10 -h_Input_TVent_Housing_OHang_F=10 -h_Input_TVent_Housing_OHang_R=10 -h_Input_TVent_Shaft_OHang_F=10 -h_Input_TVent_Shaft_OHang_R=10 -h_Input_TVent_Axle_OHang_F=10 -h_Input_TVent_Axle_OHang_R=10 -h_Adjust_TVent_Endcap_F=1 -h_Adjust_TVent_Endcap_R=1 -h_Adjust_TVent_Housing_OHang_F=1 -h_Adjust_TVent_Housing_OHang_R=1 -h_Adjust_TVent_Shaft_OHang_F=1 -h_Adjust_TVent_Shaft_OHang_R=1 -h_Adjust_TVent_Axle_OHang_F=1 -h_Adjust_TVent_Axle_OHang_R=1 -Velocity_Multiplier_TVent_Endcap_F=1 -Velocity_Multiplier_TVent_Endcap_R=1 -Velocity_Multiplier_TVent_Housing_OHang_F=1 -Velocity_Multiplier_TVent_Housing_OHang_R=1 -Velocity_Multiplier_TVent_Shaft_OHang_F=1 -Velocity_Multiplier_TVent_Shaft_OHang_R=1 -Velocity_Multiplier_TVent_Axle_OHang_F=1 -Velocity_Multiplier_TVent_Axle_OHang_R=1 -Notes_TVent_Endcap_F= -Notes_TVent_Endcap_R= -Notes_TVent_Housing_OHang_F= -Notes_TVent_Housing_OHang_R= -Notes_TVent_Shaft_OHang_F= -Notes_TVent_Shaft_OHang_R= -Notes_TVent_Axle_OHang_F= -Notes_TVent_Axle_OHang_R= -TVent_Include_Rotor_Duct_Rotation_Effects=False -TVent_Include_Airgap_Rotation_Effects=False -TVent_Fan_Definition=0 -Fan_Definition=0 -Shaft_Speed=3000 -Flow_Rate=0.0249999 -Stator_Duct_Friction_k_Adjustment[0]=1 -Stator_Duct_Friction_k_Adjustment[1]=1 -Stator_Duct_Friction_k_Adjustment[2]=1 -Stator_Duct_Friction_k_Adjustment[3]=1 -Stator_Duct_Friction_k_Adjustment[4]=1 -Stator_Duct_Friction_k_Adjustment[5]=1 -Stator_Duct_Friction_k_Adjustment[6]=1 -Stator_Duct_Friction_k_Adjustment[7]=1 -Stator_Duct_Friction_k_Adjustment[8]=1 -Stator_Duct_Wall_Roughness=0.0025 -Airgap_Duct_Friction_k_Adjustment[0]=1 -Airgap_Duct_Friction_k_Adjustment[1]=1 -Airgap_Duct_Friction_k_Adjustment[2]=1 -Airgap_Duct_Friction_k_Adjustment[3]=1 -Airgap_Duct_Friction_k_Adjustment[4]=1 -Airgap_Duct_Friction_k_Adjustment[5]=1 -Airgap_Duct_Friction_k_Adjustment[6]=1 -Airgap_Duct_Friction_k_Adjustment[7]=1 -Airgap_Duct_Friction_k_Adjustment[8]=1 -Airgap_Duct_Wall_Roughness=0.0025 -IncludeDuctWallFriction=True -Notes_Stator_Duct[0]= -Notes_Stator_Duct[1]= -Notes_Stator_Duct[2]= -Notes_Stator_Duct[3]= -Notes_Stator_Duct[4]= -Notes_Stator_Duct[5]= -Notes_Stator_Duct[6]= -Notes_Stator_Duct[7]= -Notes_Stator_Duct[8]= -Notes_Airgap_Duct[0]= -Notes_Airgap_Duct[1]= -Notes_Airgap_Duct[2]= -Notes_Airgap_Duct[3]= -Notes_Airgap_Duct[4]= -Notes_Airgap_Duct[5]= -Notes_Airgap_Duct[6]= -Notes_Airgap_Duct[7]= -Notes_Airgap_Duct[8]= -CircularDuctLayers=1 -CircularDuctL1RadialDiameter=123 -iCircularDuctL1RadialDiameter=123 -CircularDuctL1Channels=36 -CircularDuctL1ChannelDiameter=3 -CircularDuctL1OffsetAngle=0 -CircularDuctL1SeparationAngle=5 -CircularDuctL2RadialDiameter=124 -iCircularDuctL2RadialDiameter=124 -CircularDuctL2Channels=36 -CircularDuctL2ChannelDiameter=5 -CircularDuctL2OffsetAngle=5 -CircularDuctL2SeparationAngle=5 -CircularDuctL3RadialDiameter=123 -iCircularDuctL3RadialDiameter=123 -CircularDuctL3Channels=10 -CircularDuctL3ChannelDiameter=5 -CircularDuctL3OffsetAngle=0 -CircularDuctL3SeparationAngle=5 -CircularDuctL4RadialDiameter=120 -iCircularDuctL4RadialDiameter=120 -CircularDuctL4Channels=10 -CircularDuctL4ChannelDiameter=8 -CircularDuctL4OffsetAngle=18 -CircularDuctL4SeparationAngle=5 -CircularDuctL1_h_Input[0]=0 -CircularDuctL1_h_Input[1]=0 -CircularDuctL1_h_Input[2]=0 -CircularDuctL1_h_Input[3]=0 -CircularDuctL1_h_Input[4]=0 -CircularDuctL1_h_Input[5]=0 -CircularDuctL1_h_Input[6]=0 -CircularDuctL1_h_Input[7]=0 -CircularDuctL1_h_Input[8]=0 -CircularDuctL1_h_Adjust[0]=1 -CircularDuctL1_h_Adjust[1]=1 -CircularDuctL1_h_Adjust[2]=1 -CircularDuctL1_h_Adjust[3]=1 -CircularDuctL1_h_Adjust[4]=1 -CircularDuctL1_h_Adjust[5]=1 -CircularDuctL1_h_Adjust[6]=1 -CircularDuctL1_h_Adjust[7]=1 -CircularDuctL1_h_Adjust[8]=1 -CircularDuctL1_Velocity_Multiplier[0]=1 -CircularDuctL1_Velocity_Multiplier[1]=1 -CircularDuctL1_Velocity_Multiplier[2]=1 -CircularDuctL1_Velocity_Multiplier[3]=1 -CircularDuctL1_Velocity_Multiplier[4]=1 -CircularDuctL1_Velocity_Multiplier[5]=1 -CircularDuctL1_Velocity_Multiplier[6]=1 -CircularDuctL1_Velocity_Multiplier[7]=1 -CircularDuctL1_Velocity_Multiplier[8]=1 -CircularDuctL1_HeatTransferNotes[0]= -CircularDuctL1_HeatTransferNotes[1]= -CircularDuctL1_HeatTransferNotes[2]= -CircularDuctL1_HeatTransferNotes[3]= -CircularDuctL1_HeatTransferNotes[4]= -CircularDuctL1_HeatTransferNotes[5]= -CircularDuctL1_HeatTransferNotes[6]= -CircularDuctL1_HeatTransferNotes[7]= -CircularDuctL1_HeatTransferNotes[8]= -CircularDuctL1_h_Input_F=0 -CircularDuctL1_h_Adjust_F=1 -CircularDuctL1_Velocity_Multiplier_F=1 -CircularDuctL1_HeatTransferNotes_F= -CircularDuctL1_h_Input_R=0 -CircularDuctL1_h_Adjust_R=1 -CircularDuctL1_Velocity_Multiplier_R=1 -CircularDuctL1_HeatTransferNotes_R= -CircularDuctL1_Expansion_k_Adjustment=1 -CircularDuctL1_Contraction_k_Adjustment=1 -CircularDuctL2_h_Input[0]=0 -CircularDuctL2_h_Input[1]=0 -CircularDuctL2_h_Input[2]=0 -CircularDuctL2_h_Input[3]=0 -CircularDuctL2_h_Input[4]=0 -CircularDuctL2_h_Input[5]=0 -CircularDuctL2_h_Input[6]=0 -CircularDuctL2_h_Input[7]=0 -CircularDuctL2_h_Input[8]=0 -CircularDuctL2_h_Adjust[0]=1 -CircularDuctL2_h_Adjust[1]=1 -CircularDuctL2_h_Adjust[2]=1 -CircularDuctL2_h_Adjust[3]=1 -CircularDuctL2_h_Adjust[4]=1 -CircularDuctL2_h_Adjust[5]=1 -CircularDuctL2_h_Adjust[6]=1 -CircularDuctL2_h_Adjust[7]=1 -CircularDuctL2_h_Adjust[8]=1 -CircularDuctL2_Velocity_Multiplier[0]=1 -CircularDuctL2_Velocity_Multiplier[1]=1 -CircularDuctL2_Velocity_Multiplier[2]=1 -CircularDuctL2_Velocity_Multiplier[3]=1 -CircularDuctL2_Velocity_Multiplier[4]=1 -CircularDuctL2_Velocity_Multiplier[5]=1 -CircularDuctL2_Velocity_Multiplier[6]=1 -CircularDuctL2_Velocity_Multiplier[7]=1 -CircularDuctL2_Velocity_Multiplier[8]=1 -CircularDuctL2_HeatTransferNotes[0]= -CircularDuctL2_HeatTransferNotes[1]= -CircularDuctL2_HeatTransferNotes[2]= -CircularDuctL2_HeatTransferNotes[3]= -CircularDuctL2_HeatTransferNotes[4]= -CircularDuctL2_HeatTransferNotes[5]= -CircularDuctL2_HeatTransferNotes[6]= -CircularDuctL2_HeatTransferNotes[7]= -CircularDuctL2_HeatTransferNotes[8]= -CircularDuctL2_Expansion_k_Adjustment=1 -CircularDuctL2_Contraction_k_Adjustment=1 -CircularDuctL3_h_Input[0]=0 -CircularDuctL3_h_Input[1]=0 -CircularDuctL3_h_Input[2]=0 -CircularDuctL3_h_Input[3]=0 -CircularDuctL3_h_Input[4]=0 -CircularDuctL3_h_Input[5]=0 -CircularDuctL3_h_Input[6]=0 -CircularDuctL3_h_Input[7]=0 -CircularDuctL3_h_Input[8]=0 -CircularDuctL3_h_Adjust[0]=1 -CircularDuctL3_h_Adjust[1]=1 -CircularDuctL3_h_Adjust[2]=1 -CircularDuctL3_h_Adjust[3]=1 -CircularDuctL3_h_Adjust[4]=1 -CircularDuctL3_h_Adjust[5]=1 -CircularDuctL3_h_Adjust[6]=1 -CircularDuctL3_h_Adjust[7]=1 -CircularDuctL3_h_Adjust[8]=1 -CircularDuctL3_Velocity_Multiplier[0]=1 -CircularDuctL3_Velocity_Multiplier[1]=1 -CircularDuctL3_Velocity_Multiplier[2]=1 -CircularDuctL3_Velocity_Multiplier[3]=1 -CircularDuctL3_Velocity_Multiplier[4]=1 -CircularDuctL3_Velocity_Multiplier[5]=1 -CircularDuctL3_Velocity_Multiplier[6]=1 -CircularDuctL3_Velocity_Multiplier[7]=1 -CircularDuctL3_Velocity_Multiplier[8]=1 -CircularDuctL3_HeatTransferNotes[0]= -CircularDuctL3_HeatTransferNotes[1]= -CircularDuctL3_HeatTransferNotes[2]= -CircularDuctL3_HeatTransferNotes[3]= -CircularDuctL3_HeatTransferNotes[4]= -CircularDuctL3_HeatTransferNotes[5]= -CircularDuctL3_HeatTransferNotes[6]= -CircularDuctL3_HeatTransferNotes[7]= -CircularDuctL3_HeatTransferNotes[8]= -CircularDuctL3_Expansion_k_Adjustment=1 -CircularDuctL3_Contraction_k_Adjustment=1 -CircularDuctL4_h_Input[0]=0 -CircularDuctL4_h_Input[1]=0 -CircularDuctL4_h_Input[2]=0 -CircularDuctL4_h_Input[3]=0 -CircularDuctL4_h_Input[4]=0 -CircularDuctL4_h_Input[5]=0 -CircularDuctL4_h_Input[6]=0 -CircularDuctL4_h_Input[7]=0 -CircularDuctL4_h_Input[8]=0 -CircularDuctL4_h_Adjust[0]=1 -CircularDuctL4_h_Adjust[1]=1 -CircularDuctL4_h_Adjust[2]=1 -CircularDuctL4_h_Adjust[3]=1 -CircularDuctL4_h_Adjust[4]=1 -CircularDuctL4_h_Adjust[5]=1 -CircularDuctL4_h_Adjust[6]=1 -CircularDuctL4_h_Adjust[7]=1 -CircularDuctL4_h_Adjust[8]=1 -CircularDuctL4_Velocity_Multiplier[0]=1 -CircularDuctL4_Velocity_Multiplier[1]=1 -CircularDuctL4_Velocity_Multiplier[2]=1 -CircularDuctL4_Velocity_Multiplier[3]=1 -CircularDuctL4_Velocity_Multiplier[4]=1 -CircularDuctL4_Velocity_Multiplier[5]=1 -CircularDuctL4_Velocity_Multiplier[6]=1 -CircularDuctL4_Velocity_Multiplier[7]=1 -CircularDuctL4_Velocity_Multiplier[8]=1 -CircularDuctL4_HeatTransferNotes[0]= -CircularDuctL4_HeatTransferNotes[1]= -CircularDuctL4_HeatTransferNotes[2]= -CircularDuctL4_HeatTransferNotes[3]= -CircularDuctL4_HeatTransferNotes[4]= -CircularDuctL4_HeatTransferNotes[5]= -CircularDuctL4_HeatTransferNotes[6]= -CircularDuctL4_HeatTransferNotes[7]= -CircularDuctL4_HeatTransferNotes[8]= -CircularDuctL4_Expansion_k_Adjustment=1 -CircularDuctL4_Contraction_k_Adjustment=1 -CircularDuctL1_Friction_k_Adjustment[0]=1 -CircularDuctL1_Friction_k_Adjustment[1]=1 -CircularDuctL1_Friction_k_Adjustment[2]=1 -CircularDuctL1_Friction_k_Adjustment[3]=1 -CircularDuctL1_Friction_k_Adjustment[4]=1 -CircularDuctL1_Friction_k_Adjustment[5]=1 -CircularDuctL1_Friction_k_Adjustment[6]=1 -CircularDuctL1_Friction_k_Adjustment[7]=1 -CircularDuctL1_Friction_k_Adjustment[8]=1 -CircularDuctL1_Contraction_Notes= -CircularDuctL1_Duct_Notes[0]= -CircularDuctL1_Duct_Notes[1]= -CircularDuctL1_Duct_Notes[2]= -CircularDuctL1_Duct_Notes[3]= -CircularDuctL1_Duct_Notes[4]= -CircularDuctL1_Duct_Notes[5]= -CircularDuctL1_Duct_Notes[6]= -CircularDuctL1_Duct_Notes[7]= -CircularDuctL1_Duct_Notes[8]= -CircularDuctL1_Expansion_Notes= -CircularDuctL1_Contraction_Notes_F= -CircularDuctL1_Duct_Notes_F= -CircularDuctL1_Expansion_Notes_F= -CircularDuctL1_Friction_k_Adjustment_R=1 -CircularDuctL1_Contraction_Notes_R= -CircularDuctL1_Duct_Notes_R= -CircularDuctL1_Expansion_Notes_R= -CircularDuctL2_Friction_k_Adjustment[0]=1 -CircularDuctL2_Friction_k_Adjustment[1]=1 -CircularDuctL2_Friction_k_Adjustment[2]=1 -CircularDuctL2_Friction_k_Adjustment[3]=1 -CircularDuctL2_Friction_k_Adjustment[4]=1 -CircularDuctL2_Friction_k_Adjustment[5]=1 -CircularDuctL2_Friction_k_Adjustment[6]=1 -CircularDuctL2_Friction_k_Adjustment[7]=1 -CircularDuctL2_Friction_k_Adjustment[8]=1 -CircularDuctL2_Contraction_Notes= -CircularDuctL2_Duct_Notes[0]= -CircularDuctL2_Duct_Notes[1]= -CircularDuctL2_Duct_Notes[2]= -CircularDuctL2_Duct_Notes[3]= -CircularDuctL2_Duct_Notes[4]= -CircularDuctL2_Duct_Notes[5]= -CircularDuctL2_Duct_Notes[6]= -CircularDuctL2_Duct_Notes[7]= -CircularDuctL2_Duct_Notes[8]= -CircularDuctL2_Expansion_Notes= -CircularDuctL3_Friction_k_Adjustment[0]=1 -CircularDuctL3_Friction_k_Adjustment[1]=1 -CircularDuctL3_Friction_k_Adjustment[2]=1 -CircularDuctL3_Friction_k_Adjustment[3]=1 -CircularDuctL3_Friction_k_Adjustment[4]=1 -CircularDuctL3_Friction_k_Adjustment[5]=1 -CircularDuctL3_Friction_k_Adjustment[6]=1 -CircularDuctL3_Friction_k_Adjustment[7]=1 -CircularDuctL3_Friction_k_Adjustment[8]=1 -CircularDuctL3_Contraction_Notes= -CircularDuctL3_Duct_Notes[0]= -CircularDuctL3_Duct_Notes[1]= -CircularDuctL3_Duct_Notes[2]= -CircularDuctL3_Duct_Notes[3]= -CircularDuctL3_Duct_Notes[4]= -CircularDuctL3_Duct_Notes[5]= -CircularDuctL3_Duct_Notes[6]= -CircularDuctL3_Duct_Notes[7]= -CircularDuctL3_Duct_Notes[8]= -CircularDuctL3_Expansion_Notes= -CircularDuctL4_Friction_k_Adjustment[0]=1 -CircularDuctL4_Friction_k_Adjustment[1]=1 -CircularDuctL4_Friction_k_Adjustment[2]=1 -CircularDuctL4_Friction_k_Adjustment[3]=1 -CircularDuctL4_Friction_k_Adjustment[4]=1 -CircularDuctL4_Friction_k_Adjustment[5]=1 -CircularDuctL4_Friction_k_Adjustment[6]=1 -CircularDuctL4_Friction_k_Adjustment[7]=1 -CircularDuctL4_Friction_k_Adjustment[8]=1 -CircularDuctL4_Contraction_Notes= -CircularDuctL4_Duct_Notes[0]= -CircularDuctL4_Duct_Notes[1]= -CircularDuctL4_Duct_Notes[2]= -CircularDuctL4_Duct_Notes[3]= -CircularDuctL4_Duct_Notes[4]= -CircularDuctL4_Duct_Notes[5]= -CircularDuctL4_Duct_Notes[6]= -CircularDuctL4_Duct_Notes[7]= -CircularDuctL4_Duct_Notes[8]= -CircularDuctL4_Expansion_Notes= -RotorCircularDuctLayers=2 -RotorCircularDuctLayer_RadialDiameter[0]=63.94 -RotorCircularDuctLayer_RadialDiameter[1]=124 -RotorCircularDuctLayer_RadialDiameter[2]=40 -RotorCircularDuctLayer_RadialDiameter[3]=70 -RotorCircularDuctLayer_Channels[0]=8 -RotorCircularDuctLayer_Channels[1]=8 -RotorCircularDuctLayer_Channels[2]=4 -RotorCircularDuctLayer_Channels[3]=8 -RotorCircularDuctLayer_ChannelDiameter[0]=9.88 -RotorCircularDuctLayer_ChannelDiameter[1]=5.1 -RotorCircularDuctLayer_ChannelDiameter[2]=4 -RotorCircularDuctLayer_ChannelDiameter[3]=4 -RotorCircularDuctLayer_OffsetAngle[0]=0 -RotorCircularDuctLayer_OffsetAngle[1]=22.5 -RotorCircularDuctLayer_OffsetAngle[2]=45 -RotorCircularDuctLayer_OffsetAngle[3]=22.5 -RotorCircularDuctLayer_ChannelHeight[0]=3 -RotorCircularDuctLayer_ChannelHeight[1]=3 -RotorCircularDuctLayer_ChannelHeight[2]=3 -RotorCircularDuctLayer_ChannelHeight[3]=3 -RotorCircularDuctLayer_ChannelWidth[0]=2 -RotorCircularDuctLayer_ChannelWidth[1]=2 -RotorCircularDuctLayer_ChannelWidth[2]=2 -RotorCircularDuctLayer_ChannelWidth[3]=2 -RotorRectangularDuctLayer_CornerRadius[0]=0 -RotorRectangularDuctLayer_CornerRadius[1]=0 -RotorRectangularDuctLayer_CornerRadius[2]=0 -RotorRectangularDuctLayer_CornerRadius[3]=0 -RotorArcDuctLayer_InnerDiameter[0]=30 -RotorArcDuctLayer_InnerDiameter[1]=30 -RotorArcDuctLayer_InnerDiameter[2]=30 -RotorArcDuctLayer_InnerDiameter[3]=30 -RotorArcDuctLayer_Depth[0]=5 -RotorArcDuctLayer_Depth[1]=5 -RotorArcDuctLayer_Depth[2]=5 -RotorArcDuctLayer_Depth[3]=5 -RotorArcDuctLayer_CornerRadius[0]=0 -RotorArcDuctLayer_CornerRadius[1]=0 -RotorArcDuctLayer_CornerRadius[2]=0 -RotorArcDuctLayer_CornerRadius[3]=0 -RotorArcDuctLayer_WebWidth[0]=1 -RotorArcDuctLayer_WebWidth[1]=1 -RotorArcDuctLayer_WebWidth[2]=1 -RotorArcDuctLayer_WebWidth[3]=1 -RotorCircularDuctL1_h_Input[0]=0 -RotorCircularDuctL1_h_Input[1]=0 -RotorCircularDuctL1_h_Input[2]=0 -RotorCircularDuctL1_h_Input[3]=0 -RotorCircularDuctL1_h_Input[4]=0 -RotorCircularDuctL1_h_Input[5]=0 -RotorCircularDuctL1_h_Input[6]=0 -RotorCircularDuctL1_h_Input[7]=0 -RotorCircularDuctL1_h_Input[8]=0 -RotorCircularDuctL1_h_Adjust[0]=1 -RotorCircularDuctL1_h_Adjust[1]=1 -RotorCircularDuctL1_h_Adjust[2]=1 -RotorCircularDuctL1_h_Adjust[3]=1 -RotorCircularDuctL1_h_Adjust[4]=1 -RotorCircularDuctL1_h_Adjust[5]=1 -RotorCircularDuctL1_h_Adjust[6]=1 -RotorCircularDuctL1_h_Adjust[7]=1 -RotorCircularDuctL1_h_Adjust[8]=1 -RotorCircularDuctL1_Velocity_Multiplier[0]=1 -RotorCircularDuctL1_Velocity_Multiplier[1]=1 -RotorCircularDuctL1_Velocity_Multiplier[2]=1 -RotorCircularDuctL1_Velocity_Multiplier[3]=1 -RotorCircularDuctL1_Velocity_Multiplier[4]=1 -RotorCircularDuctL1_Velocity_Multiplier[5]=1 -RotorCircularDuctL1_Velocity_Multiplier[6]=1 -RotorCircularDuctL1_Velocity_Multiplier[7]=1 -RotorCircularDuctL1_Velocity_Multiplier[8]=1 -RotorCircularDuctL1_HeatTransferNotes[0]= -RotorCircularDuctL1_HeatTransferNotes[1]= -RotorCircularDuctL1_HeatTransferNotes[2]= -RotorCircularDuctL1_HeatTransferNotes[3]= -RotorCircularDuctL1_HeatTransferNotes[4]= -RotorCircularDuctL1_HeatTransferNotes[5]= -RotorCircularDuctL1_HeatTransferNotes[6]= -RotorCircularDuctL1_HeatTransferNotes[7]= -RotorCircularDuctL1_HeatTransferNotes[8]= -RotorCircularDuctL1_Expansion_k_Adjustment=1 -RotorCircularDuctL1_Contraction_k_Adjustment=1 -RotorCircularDuctL2_h_Input[0]=0 -RotorCircularDuctL2_h_Input[1]=0 -RotorCircularDuctL2_h_Input[2]=0 -RotorCircularDuctL2_h_Input[3]=0 -RotorCircularDuctL2_h_Input[4]=0 -RotorCircularDuctL2_h_Input[5]=0 -RotorCircularDuctL2_h_Input[6]=0 -RotorCircularDuctL2_h_Input[7]=0 -RotorCircularDuctL2_h_Input[8]=0 -RotorCircularDuctL2_h_Adjust[0]=1 -RotorCircularDuctL2_h_Adjust[1]=1 -RotorCircularDuctL2_h_Adjust[2]=1 -RotorCircularDuctL2_h_Adjust[3]=1 -RotorCircularDuctL2_h_Adjust[4]=1 -RotorCircularDuctL2_h_Adjust[5]=1 -RotorCircularDuctL2_h_Adjust[6]=1 -RotorCircularDuctL2_h_Adjust[7]=1 -RotorCircularDuctL2_h_Adjust[8]=1 -RotorCircularDuctL2_Velocity_Multiplier[0]=1 -RotorCircularDuctL2_Velocity_Multiplier[1]=1 -RotorCircularDuctL2_Velocity_Multiplier[2]=1 -RotorCircularDuctL2_Velocity_Multiplier[3]=1 -RotorCircularDuctL2_Velocity_Multiplier[4]=1 -RotorCircularDuctL2_Velocity_Multiplier[5]=1 -RotorCircularDuctL2_Velocity_Multiplier[6]=1 -RotorCircularDuctL2_Velocity_Multiplier[7]=1 -RotorCircularDuctL2_Velocity_Multiplier[8]=1 -RotorCircularDuctL2_HeatTransferNotes[0]= -RotorCircularDuctL2_HeatTransferNotes[1]= -RotorCircularDuctL2_HeatTransferNotes[2]= -RotorCircularDuctL2_HeatTransferNotes[3]= -RotorCircularDuctL2_HeatTransferNotes[4]= -RotorCircularDuctL2_HeatTransferNotes[5]= -RotorCircularDuctL2_HeatTransferNotes[6]= -RotorCircularDuctL2_HeatTransferNotes[7]= -RotorCircularDuctL2_HeatTransferNotes[8]= -RotorCircularDuctL2_Expansion_k_Adjustment=1 -RotorCircularDuctL2_Contraction_k_Adjustment=1 -RotorCircularDuctL3_h_Input[0]=0 -RotorCircularDuctL3_h_Input[1]=0 -RotorCircularDuctL3_h_Input[2]=0 -RotorCircularDuctL3_h_Input[3]=0 -RotorCircularDuctL3_h_Input[4]=0 -RotorCircularDuctL3_h_Input[5]=0 -RotorCircularDuctL3_h_Input[6]=0 -RotorCircularDuctL3_h_Input[7]=0 -RotorCircularDuctL3_h_Input[8]=0 -RotorCircularDuctL3_h_Adjust[0]=1 -RotorCircularDuctL3_h_Adjust[1]=1 -RotorCircularDuctL3_h_Adjust[2]=1 -RotorCircularDuctL3_h_Adjust[3]=1 -RotorCircularDuctL3_h_Adjust[4]=1 -RotorCircularDuctL3_h_Adjust[5]=1 -RotorCircularDuctL3_h_Adjust[6]=1 -RotorCircularDuctL3_h_Adjust[7]=1 -RotorCircularDuctL3_h_Adjust[8]=1 -RotorCircularDuctL3_Velocity_Multiplier[0]=1 -RotorCircularDuctL3_Velocity_Multiplier[1]=1 -RotorCircularDuctL3_Velocity_Multiplier[2]=1 -RotorCircularDuctL3_Velocity_Multiplier[3]=1 -RotorCircularDuctL3_Velocity_Multiplier[4]=1 -RotorCircularDuctL3_Velocity_Multiplier[5]=1 -RotorCircularDuctL3_Velocity_Multiplier[6]=1 -RotorCircularDuctL3_Velocity_Multiplier[7]=1 -RotorCircularDuctL3_Velocity_Multiplier[8]=1 -RotorCircularDuctL3_HeatTransferNotes[0]= -RotorCircularDuctL3_HeatTransferNotes[1]= -RotorCircularDuctL3_HeatTransferNotes[2]= -RotorCircularDuctL3_HeatTransferNotes[3]= -RotorCircularDuctL3_HeatTransferNotes[4]= -RotorCircularDuctL3_HeatTransferNotes[5]= -RotorCircularDuctL3_HeatTransferNotes[6]= -RotorCircularDuctL3_HeatTransferNotes[7]= -RotorCircularDuctL3_HeatTransferNotes[8]= -RotorCircularDuctL3_Expansion_k_Adjustment=1 -RotorCircularDuctL3_Contraction_k_Adjustment=1 -RotorCircularDuctL4_h_Input[0]=0 -RotorCircularDuctL4_h_Input[1]=0 -RotorCircularDuctL4_h_Input[2]=0 -RotorCircularDuctL4_h_Input[3]=0 -RotorCircularDuctL4_h_Input[4]=0 -RotorCircularDuctL4_h_Input[5]=0 -RotorCircularDuctL4_h_Input[6]=0 -RotorCircularDuctL4_h_Input[7]=0 -RotorCircularDuctL4_h_Input[8]=0 -RotorCircularDuctL4_h_Adjust[0]=1 -RotorCircularDuctL4_h_Adjust[1]=1 -RotorCircularDuctL4_h_Adjust[2]=1 -RotorCircularDuctL4_h_Adjust[3]=1 -RotorCircularDuctL4_h_Adjust[4]=1 -RotorCircularDuctL4_h_Adjust[5]=1 -RotorCircularDuctL4_h_Adjust[6]=1 -RotorCircularDuctL4_h_Adjust[7]=1 -RotorCircularDuctL4_h_Adjust[8]=1 -RotorCircularDuctL4_Velocity_Multiplier[0]=1 -RotorCircularDuctL4_Velocity_Multiplier[1]=1 -RotorCircularDuctL4_Velocity_Multiplier[2]=1 -RotorCircularDuctL4_Velocity_Multiplier[3]=1 -RotorCircularDuctL4_Velocity_Multiplier[4]=1 -RotorCircularDuctL4_Velocity_Multiplier[5]=1 -RotorCircularDuctL4_Velocity_Multiplier[6]=1 -RotorCircularDuctL4_Velocity_Multiplier[7]=1 -RotorCircularDuctL4_Velocity_Multiplier[8]=1 -RotorCircularDuctL4_HeatTransferNotes[0]= -RotorCircularDuctL4_HeatTransferNotes[1]= -RotorCircularDuctL4_HeatTransferNotes[2]= -RotorCircularDuctL4_HeatTransferNotes[3]= -RotorCircularDuctL4_HeatTransferNotes[4]= -RotorCircularDuctL4_HeatTransferNotes[5]= -RotorCircularDuctL4_HeatTransferNotes[6]= -RotorCircularDuctL4_HeatTransferNotes[7]= -RotorCircularDuctL4_HeatTransferNotes[8]= -RotorCircularDuctL4_Expansion_k_Adjustment=1 -RotorCircularDuctL4_Contraction_k_Adjustment=1 -RotorCircularDuctL1_Friction_k_Adjustment[0]=1 -RotorCircularDuctL1_Friction_k_Adjustment[1]=1 -RotorCircularDuctL1_Friction_k_Adjustment[2]=1 -RotorCircularDuctL1_Friction_k_Adjustment[3]=1 -RotorCircularDuctL1_Friction_k_Adjustment[4]=1 -RotorCircularDuctL1_Friction_k_Adjustment[5]=1 -RotorCircularDuctL1_Friction_k_Adjustment[6]=1 -RotorCircularDuctL1_Friction_k_Adjustment[7]=1 -RotorCircularDuctL1_Friction_k_Adjustment[8]=1 -RotorCircularDuctL1_Contraction_Notes= -RotorCircularDuctL1_Duct_Notes[0]= -RotorCircularDuctL1_Duct_Notes[1]= -RotorCircularDuctL1_Duct_Notes[2]= -RotorCircularDuctL1_Duct_Notes[3]= -RotorCircularDuctL1_Duct_Notes[4]= -RotorCircularDuctL1_Duct_Notes[5]= -RotorCircularDuctL1_Duct_Notes[6]= -RotorCircularDuctL1_Duct_Notes[7]= -RotorCircularDuctL1_Duct_Notes[8]= -RotorCircularDuctL1_Expansion_Notes= -RotorCircularDuctL2_Friction_k_Adjustment[0]=1 -RotorCircularDuctL2_Friction_k_Adjustment[1]=1 -RotorCircularDuctL2_Friction_k_Adjustment[2]=1 -RotorCircularDuctL2_Friction_k_Adjustment[3]=1 -RotorCircularDuctL2_Friction_k_Adjustment[4]=1 -RotorCircularDuctL2_Friction_k_Adjustment[5]=1 -RotorCircularDuctL2_Friction_k_Adjustment[6]=1 -RotorCircularDuctL2_Friction_k_Adjustment[7]=1 -RotorCircularDuctL2_Friction_k_Adjustment[8]=1 -RotorCircularDuctL2_Contraction_Notes= -RotorCircularDuctL2_Duct_Notes[0]= -RotorCircularDuctL2_Duct_Notes[1]= -RotorCircularDuctL2_Duct_Notes[2]= -RotorCircularDuctL2_Duct_Notes[3]= -RotorCircularDuctL2_Duct_Notes[4]= -RotorCircularDuctL2_Duct_Notes[5]= -RotorCircularDuctL2_Duct_Notes[6]= -RotorCircularDuctL2_Duct_Notes[7]= -RotorCircularDuctL2_Duct_Notes[8]= -RotorCircularDuctL2_Expansion_Notes= -RotorCircularDuctL3_Friction_k_Adjustment[0]=1 -RotorCircularDuctL3_Friction_k_Adjustment[1]=1 -RotorCircularDuctL3_Friction_k_Adjustment[2]=1 -RotorCircularDuctL3_Friction_k_Adjustment[3]=1 -RotorCircularDuctL3_Friction_k_Adjustment[4]=1 -RotorCircularDuctL3_Friction_k_Adjustment[5]=1 -RotorCircularDuctL3_Friction_k_Adjustment[6]=1 -RotorCircularDuctL3_Friction_k_Adjustment[7]=1 -RotorCircularDuctL3_Friction_k_Adjustment[8]=1 -RotorCircularDuctL3_Contraction_Notes= -RotorCircularDuctL3_Duct_Notes[0]= -RotorCircularDuctL3_Duct_Notes[1]= -RotorCircularDuctL3_Duct_Notes[2]= -RotorCircularDuctL3_Duct_Notes[3]= -RotorCircularDuctL3_Duct_Notes[4]= -RotorCircularDuctL3_Duct_Notes[5]= -RotorCircularDuctL3_Duct_Notes[6]= -RotorCircularDuctL3_Duct_Notes[7]= -RotorCircularDuctL3_Duct_Notes[8]= -RotorCircularDuctL3_Expansion_Notes= -RotorCircularDuctL4_Friction_k_Adjustment[0]=1 -RotorCircularDuctL4_Friction_k_Adjustment[1]=1 -RotorCircularDuctL4_Friction_k_Adjustment[2]=1 -RotorCircularDuctL4_Friction_k_Adjustment[3]=1 -RotorCircularDuctL4_Friction_k_Adjustment[4]=1 -RotorCircularDuctL4_Friction_k_Adjustment[5]=1 -RotorCircularDuctL4_Friction_k_Adjustment[6]=1 -RotorCircularDuctL4_Friction_k_Adjustment[7]=1 -RotorCircularDuctL4_Friction_k_Adjustment[8]=1 -RotorCircularDuctL4_Contraction_Notes= -RotorCircularDuctL4_Duct_Notes[0]= -RotorCircularDuctL4_Duct_Notes[1]= -RotorCircularDuctL4_Duct_Notes[2]= -RotorCircularDuctL4_Duct_Notes[3]= -RotorCircularDuctL4_Duct_Notes[4]= -RotorCircularDuctL4_Duct_Notes[5]= -RotorCircularDuctL4_Duct_Notes[6]= -RotorCircularDuctL4_Duct_Notes[7]= -RotorCircularDuctL4_Duct_Notes[8]= -RotorCircularDuctL4_Expansion_Notes= -CircularDuctL1ChannelHeight=3 -CircularDuctL1ChannelWidth=2 -StatorRectangularDuctLayer_CornerRadius[0]=0 -StatorRectangularDuctLayer_CornerRadius[1]=0 -StatorRectangularDuctLayer_CornerRadius[2]=0 -StatorRectangularDuctLayer_CornerRadius[3]=0 -CircularDuctL2ChannelHeight=3 -CircularDuctL2ChannelWidth=2 -CircularDuctL3ChannelHeight=3 -CircularDuctL3ChannelWidth=2 -CircularDuctL4ChannelHeight=3 -CircularDuctL4ChannelWidth=2 -Axle_Hole_Diameter=0 -Stator_Ducts=0 -Stator_Duct_Ratio=0.7 -Stator_Duct_Gap=2.5 -Number_Shaft_Spokes=4 -Spoke_Radial_Depth=10 -Spoke_Thickness=5 -Vel_Mult_TVent_EndRing_Outer_F=1 -Notes_TVent_EndRing_Outer_F= -h_Input_TVent_EndRing_Outer_F=0 -h_Adjust_TVent_EndRing_Outer_F=1 -Calc_Input_h_TVent_EndRing_Outer_F=0 -Vel_Mult_TVent_EndRing_Bore_F=1 -Notes_TVent_EndRing_Bore_F= -h_Input_TVent_EndRing_Bore_F=0 -h_Adjust_TVent_EndRing_Bore_F=1 -Calc_Input_h_TVent_EndRing_Bore_F=0 -Vel_Mult_TVent_EndRing_End_F=1 -Notes_TVent_EndRing_End_F= -h_Input_TVent_EndRing_End_F=0 -h_Adjust_TVent_EndRing_End_F=1 -Calc_Input_h_TVent_EndRing_End_F=0 -Vel_Mult_TVent_EndRing_ExtBore_F=1 -Notes_TVent_EndRing_ExtBore_F= -h_Input_TVent_EndRing_ExtBore_F=0 -h_Adjust_TVent_EndRing_ExtBore_F=1 -Calc_Input_h_TVent_EndRing_ExtBore_F=0 -Vel_Mult_TVent_EndRing_ExtOuter_F=1 -Notes_TVent_EndRing_ExtOuter_F= -h_Input_TVent_EndRing_ExtOuter_F=0 -h_Adjust_TVent_EndRing_ExtOuter_F=1 -Calc_Input_h_TVent_EndRing_ExtOuter_F=0 -Vel_Mult_TVent_EndRing_ExtInter_F=1 -Notes_TVent_EndRing_ExtInter_F= -h_Input_TVent_EndRing_ExtInter_F=0 -h_Adjust_TVent_EndRing_ExtInter_F=1 -Calc_Input_h_TVent_EndRing_ExtInter_F=0 -Vel_Mult_TVent_EndRing_Outer_R=1 -Notes_TVent_EndRing_Outer_R= -h_Input_TVent_EndRing_Outer_R=0 -h_Adjust_TVent_EndRing_Outer_R=1 -Calc_Input_h_TVent_EndRing_Outer_R=0 -Vel_Mult_TVent_EndRing_Bore_R=1 -Notes_TVent_EndRing_Bore_R= -h_Input_TVent_EndRing_Bore_R=0 -h_Adjust_TVent_EndRing_Bore_R=1 -Calc_Input_h_TVent_EndRing_Bore_R=0 -Vel_Mult_TVent_EndRing_End_R=1 -Notes_TVent_EndRing_End_R= -h_Input_TVent_EndRing_End_R=0 -h_Adjust_TVent_EndRing_End_R=1 -Calc_Input_h_TVent_EndRing_End_R=0 -Vel_Mult_TVent_EndRing_ExtBore_R=1 -Notes_TVent_EndRing_ExtBore_R= -h_Input_TVent_EndRing_ExtBore_R=0 -h_Adjust_TVent_EndRing_ExtBore_R=1 -Calc_Input_h_TVent_EndRing_ExtBore_R=0 -Vel_Mult_TVent_EndRing_ExtOuter_R=1 -Notes_TVent_EndRing_ExtOuter_R= -h_Input_TVent_EndRing_ExtOuter_R=0 -h_Adjust_TVent_EndRing_ExtOuter_R=1 -Calc_Input_h_TVent_EndRing_ExtOuter_R=0 -Vel_Mult_TVent_EndRing_ExtInter_R=1 -Notes_TVent_EndRing_ExtInter_R= -h_Input_TVent_EndRing_ExtInter_R=0 -h_Adjust_TVent_EndRing_ExtInter_R=1 -Calc_Input_h_TVent_EndRing_ExtInter_R=0 -Shaft_Hole_Diameter=0 -StatorDuctType=0 -RotorDuctType=1 -StatorRadialDuct_Friction_k_Adjustment=1 -StatorRadialDuct_Duct_Notes= -StatorRadialDuct_h_Input=0 -StatorRadialDuct_h_Adjust=1 -StatorRadialDuct_Velocity_Multiplier=1 -StatorRadialDuct_HeatTransferNotes= -RotorRadialDuct_Friction_k_Adjustment=1 -RotorRadialDuct_Duct_Notes= -RotorRadialDuct_h_Input=0 -RotorRadialDuct_h_Adjust=1 -RotorRadialDuct_Velocity_Multiplier=1 -RotorRadialDuct_HeatTransferNotes= -Rotor_Duct_Wall_Roughness=0.0025 -Notes_Rotor_Duct_Layer_1= -Notes_Rotor_Duct_Layer_2= -Vel_Mult_TVent_RotorEwdg_Inner_F=1 -Notes_TVent_RotorEwdg_Inner_F= -h_Input_TVent_RotorEwdg_Inner_F=0 -h_Adjust_TVent_RotorEwdg_Inner_F=1 -Calc_Input_h_TVent_RotorEwdg_Inner_F=0 -Vel_Mult_TVent_RotorEwdg_Outer_F=1 -Notes_TVent_RotorEwdg_Outer_F= -h_Input_TVent_RotorEwdg_Outer_F=0 -h_Adjust_TVent_RotorEwdg_Outer_F=1 -Calc_Input_h_TVent_RotorEwdg_Outer_F=0 -Vel_Mult_TVent_RotorEwdg_End_F=1 -Notes_TVent_RotorEwdg_End_F= -h_Input_TVent_RotorEwdg_End_F=0 -h_Adjust_TVent_RotorEwdg_End_F=1 -Calc_Input_h_TVent_RotorEwdg_End_F=0 -Vel_Mult_TVent_RotorEwdg_Inner_R=1 -Notes_TVent_RotorEwdg_Inner_R= -h_Input_TVent_RotorEwdg_Inner_R=0 -h_Adjust_TVent_RotorEwdg_Inner_R=1 -Calc_Input_h_TVent_RotorEwdg_Inner_R=0 -Vel_Mult_TVent_RotorEwdg_Outer_R=1 -Notes_TVent_RotorEwdg_Outer_R= -h_Input_TVent_RotorEwdg_Outer_R=0 -h_Adjust_TVent_RotorEwdg_Outer_R=1 -Calc_Input_h_TVent_RotorEwdg_Outer_R=0 -Vel_Mult_TVent_RotorEwdg_End_R=1 -Notes_TVent_RotorEwdg_End_R= -h_Input_TVent_RotorEwdg_End_R=0 -h_Adjust_TVent_RotorEwdg_End_R=1 -Calc_Input_h_TVent_RotorEwdg_End_R=0 -Vel_Mult_TVent_RotorLam_F=1 -Notes_TVent_RotorLam_F= -h_Input_TVent_RotorLam_F=0 -h_Adjust_TVent_RotorLam_F=1 -Calc_Input_h_TVent_RotorLam_F=0 -Vel_Mult_TVent_RotorLam_R=0 -Notes_TVent_RotorLam_R= -h_Input_TVent_RotorLam_R=0 -h_Adjust_TVent_RotorLam_R=0 -Calc_Input_h_TVent_RotorLam_R=0 -Vel_Mult_TVent_Magnet_F=0 -Notes_TVent_Magnet_F= -h_Input_TVent_Magnet_F=0 -h_Adjust_TVent_Magnet_F=0 -Calc_Input_h_TVent_Magnet_F=0 -Vel_Mult_TVent_Magnet_R=0 -Notes_TVent_Magnet_R= -h_Input_TVent_Magnet_R=0 -h_Adjust_TVent_Magnet_R=0 -Calc_Input_h_TVent_Magnet_R=0 -IncludeEndspaceRotationEffects=True -TVent_StatorDuct_HTC_Calc=1 -TVent_HousingCircDucts=False -TVent_NoAirgapFlow=False -TVentRadialDuctFlowDirection=1 -RadialDuctType=1 -Area_Mult_TVent_Stator_Duct[0]=1 -Area_Mult_TVent_Stator_Duct[1]=1 -Area_Mult_TVent_Stator_Duct[2]=1 -Area_Mult_TVent_Stator_Duct[3]=1 -Area_Mult_TVent_Stator_Duct[4]=1 -Area_Mult_TVent_Stator_Duct[5]=1 -Area_Mult_TVent_Stator_Duct[6]=1 -Area_Mult_TVent_Stator_Duct[7]=1 -Area_Mult_TVent_Stator_Duct[8]=1 -Area_Mult_TVent_Rotor_Duct[0]=1 -Area_Mult_TVent_Rotor_Duct[1]=1 -Area_Mult_TVent_Rotor_Duct[2]=1 -Area_Mult_TVent_Rotor_Duct[3]=1 -Area_Mult_TVent_Rotor_Duct[4]=1 -Area_Mult_TVent_Rotor_Duct[5]=1 -Area_Mult_TVent_Rotor_Duct[6]=1 -Area_Mult_TVent_Rotor_Duct[7]=1 -Area_Mult_TVent_Rotor_Duct[8]=1 -Area_Mult_TVent_Airgap_Stator[0]=1 -Area_Mult_TVent_Airgap_Stator[1]=1 -Area_Mult_TVent_Airgap_Stator[2]=1 -Area_Mult_TVent_Airgap_Stator[3]=1 -Area_Mult_TVent_Airgap_Stator[4]=1 -Area_Mult_TVent_Airgap_Stator[5]=1 -Area_Mult_TVent_Airgap_Stator[6]=1 -Area_Mult_TVent_Airgap_Stator[7]=1 -Area_Mult_TVent_Airgap_Stator[8]=1 -Area_Mult_TVent_Airgap_Rotor[0]=1 -Area_Mult_TVent_Airgap_Rotor[1]=1 -Area_Mult_TVent_Airgap_Rotor[2]=1 -Area_Mult_TVent_Airgap_Rotor[3]=1 -Area_Mult_TVent_Airgap_Rotor[4]=1 -Area_Mult_TVent_Airgap_Rotor[5]=1 -Area_Mult_TVent_Airgap_Rotor[6]=1 -Area_Mult_TVent_Airgap_Rotor[7]=1 -Area_Mult_TVent_Airgap_Rotor[8]=1 -Area_Mult_TVent_Endcap_F=1 -Area_Mult_TVent_Endcap_R=1 -Area_Mult_TVent_Housing_OHang_F=1 -Area_Mult_TVent_Housing_OHang_R=1 -Area_Mult_TVent_Shaft_OHang_F=1 -Area_Mult_TVent_Shaft_OHang_R=1 -Area_Mult_TVent_Axle_OHang_F=1 -Area_Mult_TVent_Axle_OHang_R=1 -Area_Mult_TVent_RotorEwdg_Inner_F=1 -iArea_Mult_TVent_RotorEwdg_Inner_F=1 -Area_Mult_TVent_RotorEwdg_Outer_F=1 -iArea_Mult_TVent_RotorEwdg_Outer_F=1 -Area_Mult_TVent_RotorEwdg_End_F=1 -iArea_Mult_TVent_RotorEwdg_End_F=1 -Area_Mult_TVent_RotorEwdg_Inner_R=1 -iArea_Mult_TVent_RotorEwdg_Inner_R=1 -Area_Mult_TVent_RotorEwdg_Outer_R=1 -iArea_Mult_TVent_RotorEwdg_Outer_R=1 -Area_Mult_TVent_RotorEwdg_End_R=1 -iArea_Mult_TVent_RotorEwdg_End_R=1 -CircularDuctL1_Area_Mult_A[0]=1 -CircularDuctL1_Area_Mult_A[1]=1 -CircularDuctL1_Area_Mult_A[2]=1 -CircularDuctL1_Area_Mult_A[3]=1 -CircularDuctL1_Area_Mult_A[4]=1 -CircularDuctL1_Area_Mult_A[5]=1 -CircularDuctL1_Area_Mult_A[6]=1 -CircularDuctL1_Area_Mult_A[7]=1 -CircularDuctL1_Area_Mult_A[8]=1 -CircularDuctL2_Area_Mult_A[0]=1 -CircularDuctL2_Area_Mult_A[1]=1 -CircularDuctL2_Area_Mult_A[2]=1 -CircularDuctL2_Area_Mult_A[3]=1 -CircularDuctL2_Area_Mult_A[4]=1 -CircularDuctL2_Area_Mult_A[5]=1 -CircularDuctL2_Area_Mult_A[6]=1 -CircularDuctL2_Area_Mult_A[7]=1 -CircularDuctL2_Area_Mult_A[8]=1 -CircularDuctL3_Area_Mult_A[0]=1 -CircularDuctL3_Area_Mult_A[1]=1 -CircularDuctL3_Area_Mult_A[2]=1 -CircularDuctL3_Area_Mult_A[3]=1 -CircularDuctL3_Area_Mult_A[4]=1 -CircularDuctL3_Area_Mult_A[5]=1 -CircularDuctL3_Area_Mult_A[6]=1 -CircularDuctL3_Area_Mult_A[7]=1 -CircularDuctL3_Area_Mult_A[8]=1 -CircularDuctL4_Area_Mult_A[0]=1 -CircularDuctL4_Area_Mult_A[1]=1 -CircularDuctL4_Area_Mult_A[2]=1 -CircularDuctL4_Area_Mult_A[3]=1 -CircularDuctL4_Area_Mult_A[4]=1 -CircularDuctL4_Area_Mult_A[5]=1 -CircularDuctL4_Area_Mult_A[6]=1 -CircularDuctL4_Area_Mult_A[7]=1 -CircularDuctL4_Area_Mult_A[8]=1 -StatorRadialDuct_Area_Mult=1 -RotorRadial_Duct_Area_Mult=1 -Area_Mult_TVent_RotorLam_F=1 -Area_Mult_TVent_RotorLam_R=0 -Area_Mult_TVent_Magnet_F=0 -Area_Mult_TVent_Magnet_R=0 -Area_Mult_TVent_EndRing_Outer_F=1 -Area_Mult_TVent_EndRing_Bore_F=1 -Area_Mult_TVent_EndRing_End_F=1 -Area_Mult_TVent_EndRing_ExtBore_F=1 -Area_Mult_TVent_EndRing_ExtOuter_F=1 -Area_Mult_TVent_EndRing_ExtInter_F=1 -Area_Mult_TVent_EndRing_Outer_R=1 -Area_Mult_TVent_EndRing_Bore_R=1 -Area_Mult_TVent_EndRing_End_R=1 -Area_Mult_TVent_EndRing_ExtBore_R=1 -Area_Mult_TVent_EndRing_ExtOuter_R=1 -Area_Mult_TVent_EndRing_ExtInter_R=1 -SelfVentilation=False -TVent_SpokeDuct_k_Wall_Friction_Adjust[0]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[1]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[2]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[3]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[4]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[5]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[6]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[7]=1 -TVent_SpokeDuct_k_Wall_Friction_Adjust[8]=1 -TVentFluidTemperature=1 -VortexTransition=1 -ProportionTVentRadialFlow=1 -TVentInletAxialOffset_F=0 -TVentInletAxialOffset_R=0 -TVentRotorDuctBlockage=0 -Calc_Input_h_TVent_CupBase=0 -h_Input_TVent_CupBase=0 -h_Adjust_TVent_CupBase=1 -Vel_Mult_TVent_CupBase=1 -Area_Mult_TVent_CupBase=1 -Notes_TVent_CupBase= -Calc_Input_h_TVent_CupCylinderOH=0 -h_Input_TVent_CupCylinderOH=0 -h_Adjust_TVent_CupCylinderOH=1 -Vel_Mult_TVent_CupCylinderOH=1 -Area_Mult_TVent_CupCylinderOH=1 -Notes_TVent_CupCylinderOH= -TVent_Airgap_FrictionFactorCalc=1 -TVent_RadialFlowPathCalc=1 -TVent_UsingAverageAirgapTempCalc=1 -Calc_Input_h_TVent_EWdg_Inner_F[0]=0 -h_Input_TVent_EWdg_Inner_F[0]=10 -h_Adjust_TVent_EWdg_Inner_F[0]=1 -Velocity_Multiplier_TVent_EWdg_Inner_F[0]=1 -Area_Mult_TVent_EWdg_Inner_F[0]=1 -Notes_TVent_EWdg_Inner_F[0]= -Calc_Input_h_TVent_EW_Outer_F[0]=0 -h_Input_TVent_EW_Outer_F[0]=10 -h_Adjust_TVent_EW_Outer_F[0]=1 -Velocity_Multiplier_TVent_EW_Outer_F[0]=1 -Area_Mult_TVent_EW_Outer_F[0]=1 -Notes_TVent_EW_Outer_F[0]= -Calc_Input_h_TVent_EWdg_Front_F[0]=0 -h_Input_TVent_EWdg_Front_F[0]=10 -h_Adjust_TVent_EWdg_Front_F[0]=1 -Velocity_Multiplier_TVent_EWdg_Front_F[0]=1 -Area_Mult_TVent_EWdg_Front_F[0]=1 -Notes_TVent_EWdg_Front_F[0]= -Calc_Input_h_TVent_EWdg_Rear_F[0]=0 -h_Input_TVent_EWdg_Rear_F[0]=10 -h_Adjust_TVent_EWdg_Rear_F[0]=1 -Velocity_Multiplier_TVent_EWdg_Rear_F[0]=0 -Area_Mult_TVent_EWdg_Rear_F[0]=1 -Notes_TVent_EWdg_Rear_F[0]= -Calc_Input_h_TVent_EWdg_Inner_R[0]=0 -h_Input_TVent_EWdg_Inner_R[0]=10 -h_Adjust_TVent_EWdg_Inner_R[0]=1 -Velocity_Multiplier_TVent_EWdg_Inner_R[0]=1 -Area_Mult_TVent_EWdg_Inner_R[0]=1 -Notes_TVent_EWdg_Inner_R[0]= -Calc_Input_h_TVent_EW_Outer_R[0]=0 -h_Input_TVent_EW_Outer_R[0]=10 -h_Adjust_TVent_EW_Outer_R[0]=1 -Velocity_Multiplier_TVent_EW_Outer_R[0]=1 -Area_Mult_TVent_EW_Outer_R[0]=1 -Notes_TVent_EW_Outer_R[0]= -Calc_Input_h_TVent_EWdg_Front_R[0]=0 -h_Input_TVent_EWdg_Front_R[0]=10 -h_Adjust_TVent_EWdg_Front_R[0]=1 -Velocity_Multiplier_TVent_EWdg_Front_R[0]=0 -Area_Mult_TVent_EWdg_Front_R[0]=1 -Notes_TVent_EWdg_Front_R[0]= -Calc_Input_h_TVent_EWdg_Rear_R[0]=0 -h_Input_TVent_EWdg_Rear_R[0]=10 -h_Adjust_TVent_EWdg_Rear_R[0]=1 -Velocity_Multiplier_TVent_EWdg_Rear_R[0]=1 -Area_Mult_TVent_EWdg_Rear_R[0]=1 -Notes_TVent_EWdg_Rear_R[0]= -Velocity_Multiplier_TVent_Stator_Duct[0]=1 -Velocity_Multiplier_TVent_Stator_Duct[1]=1 -Velocity_Multiplier_TVent_Stator_Duct[2]=1 -Velocity_Multiplier_TVent_Stator_Duct[3]=1 -Velocity_Multiplier_TVent_Stator_Duct[4]=1 -Velocity_Multiplier_TVent_Stator_Duct[5]=1 -Velocity_Multiplier_TVent_Stator_Duct[6]=1 -Velocity_Multiplier_TVent_Stator_Duct[7]=1 -Velocity_Multiplier_TVent_Stator_Duct[8]=1 -Calc_Input_h_TVent_Stator_Duct[0]=0 -Calc_Input_h_TVent_Stator_Duct[1]=0 -Calc_Input_h_TVent_Stator_Duct[2]=0 -Calc_Input_h_TVent_Stator_Duct[3]=0 -Calc_Input_h_TVent_Stator_Duct[4]=0 -Calc_Input_h_TVent_Stator_Duct[5]=0 -Calc_Input_h_TVent_Stator_Duct[6]=0 -Calc_Input_h_TVent_Stator_Duct[7]=0 -Calc_Input_h_TVent_Stator_Duct[8]=0 -h_Input_TVent_Stator_Duct[0]=0 -h_Input_TVent_Stator_Duct[1]=0 -h_Input_TVent_Stator_Duct[2]=0 -h_Input_TVent_Stator_Duct[3]=0 -h_Input_TVent_Stator_Duct[4]=0 -h_Input_TVent_Stator_Duct[5]=0 -h_Input_TVent_Stator_Duct[6]=0 -h_Input_TVent_Stator_Duct[7]=0 -h_Input_TVent_Stator_Duct[8]=0 -h_Adjust_TVent_Stator_Duct[0]=1 -h_Adjust_TVent_Stator_Duct[1]=1 -h_Adjust_TVent_Stator_Duct[2]=1 -h_Adjust_TVent_Stator_Duct[3]=1 -h_Adjust_TVent_Stator_Duct[4]=1 -h_Adjust_TVent_Stator_Duct[5]=1 -h_Adjust_TVent_Stator_Duct[6]=1 -h_Adjust_TVent_Stator_Duct[7]=1 -h_Adjust_TVent_Stator_Duct[8]=1 -Notes_TVent_Stator_Duct[0]= -Notes_TVent_Stator_Duct[1]= -Notes_TVent_Stator_Duct[2]= -Notes_TVent_Stator_Duct[3]= -Notes_TVent_Stator_Duct[4]= -Notes_TVent_Stator_Duct[5]= -Notes_TVent_Stator_Duct[6]= -Notes_TVent_Stator_Duct[7]= -Notes_TVent_Stator_Duct[8]= -CircularDuctL1_Calc_Input_h_A[0]=0 -CircularDuctL1_Calc_Input_h_A[1]=0 -CircularDuctL1_Calc_Input_h_A[2]=0 -CircularDuctL1_Calc_Input_h_A[3]=0 -CircularDuctL1_Calc_Input_h_A[4]=0 -CircularDuctL1_Calc_Input_h_A[5]=0 -CircularDuctL1_Calc_Input_h_A[6]=0 -CircularDuctL1_Calc_Input_h_A[7]=0 -CircularDuctL1_Calc_Input_h_A[8]=0 -CircularDuctL2_Calc_Input_h[0]=0 -CircularDuctL2_Calc_Input_h[1]=0 -CircularDuctL2_Calc_Input_h[2]=0 -CircularDuctL2_Calc_Input_h[3]=0 -CircularDuctL2_Calc_Input_h[4]=0 -CircularDuctL2_Calc_Input_h[5]=0 -CircularDuctL2_Calc_Input_h[6]=0 -CircularDuctL2_Calc_Input_h[7]=0 -CircularDuctL2_Calc_Input_h[8]=0 -CircularDuctL3_Calc_Input_h[0]=0 -CircularDuctL3_Calc_Input_h[1]=0 -CircularDuctL3_Calc_Input_h[2]=0 -CircularDuctL3_Calc_Input_h[3]=0 -CircularDuctL3_Calc_Input_h[4]=0 -CircularDuctL3_Calc_Input_h[5]=0 -CircularDuctL3_Calc_Input_h[6]=0 -CircularDuctL3_Calc_Input_h[7]=0 -CircularDuctL3_Calc_Input_h[8]=0 -CircularDuctL4_Calc_Input_h[0]=0 -CircularDuctL4_Calc_Input_h[1]=0 -CircularDuctL4_Calc_Input_h[2]=0 -CircularDuctL4_Calc_Input_h[3]=0 -CircularDuctL4_Calc_Input_h[4]=0 -CircularDuctL4_Calc_Input_h[5]=0 -CircularDuctL4_Calc_Input_h[6]=0 -CircularDuctL4_Calc_Input_h[7]=0 -CircularDuctL4_Calc_Input_h[8]=0 -Velocity_Multiplier_TVent_Airgap_Stator[0]=1 -Velocity_Multiplier_TVent_Airgap_Stator[1]=1 -Velocity_Multiplier_TVent_Airgap_Stator[2]=1 -Velocity_Multiplier_TVent_Airgap_Stator[3]=1 -Velocity_Multiplier_TVent_Airgap_Stator[4]=1 -Velocity_Multiplier_TVent_Airgap_Stator[5]=1 -Velocity_Multiplier_TVent_Airgap_Stator[6]=1 -Velocity_Multiplier_TVent_Airgap_Stator[7]=1 -Velocity_Multiplier_TVent_Airgap_Stator[8]=1 -Calc_Input_h_TVent_Airgap_Stator[0]=0 -Calc_Input_h_TVent_Airgap_Stator[1]=0 -Calc_Input_h_TVent_Airgap_Stator[2]=0 -Calc_Input_h_TVent_Airgap_Stator[3]=0 -Calc_Input_h_TVent_Airgap_Stator[4]=0 -Calc_Input_h_TVent_Airgap_Stator[5]=0 -Calc_Input_h_TVent_Airgap_Stator[6]=0 -Calc_Input_h_TVent_Airgap_Stator[7]=0 -Calc_Input_h_TVent_Airgap_Stator[8]=0 -h_Input_TVent_Airgap_Stator[0]=0 -h_Input_TVent_Airgap_Stator[1]=0 -h_Input_TVent_Airgap_Stator[2]=0 -h_Input_TVent_Airgap_Stator[3]=0 -h_Input_TVent_Airgap_Stator[4]=0 -h_Input_TVent_Airgap_Stator[5]=0 -h_Input_TVent_Airgap_Stator[6]=0 -h_Input_TVent_Airgap_Stator[7]=0 -h_Input_TVent_Airgap_Stator[8]=0 -h_Adjust_TVent_Airgap_Stator[0]=1 -h_Adjust_TVent_Airgap_Stator[1]=1 -h_Adjust_TVent_Airgap_Stator[2]=1 -h_Adjust_TVent_Airgap_Stator[3]=1 -h_Adjust_TVent_Airgap_Stator[4]=1 -h_Adjust_TVent_Airgap_Stator[5]=1 -h_Adjust_TVent_Airgap_Stator[6]=1 -h_Adjust_TVent_Airgap_Stator[7]=1 -h_Adjust_TVent_Airgap_Stator[8]=1 -Notes_TVent_Airgap_Stator[0]= -Notes_TVent_Airgap_Stator[1]= -Notes_TVent_Airgap_Stator[2]= -Notes_TVent_Airgap_Stator[3]= -Notes_TVent_Airgap_Stator[4]= -Notes_TVent_Airgap_Stator[5]= -Notes_TVent_Airgap_Stator[6]= -Notes_TVent_Airgap_Stator[7]= -Notes_TVent_Airgap_Stator[8]= -Velocity_Multiplier_TVent_Airgap_Rotor[0]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[1]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[2]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[3]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[4]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[5]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[6]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[7]=1 -Velocity_Multiplier_TVent_Airgap_Rotor[8]=1 -Calc_Input_h_TVent_Airgap_Rotor[0]=0 -Calc_Input_h_TVent_Airgap_Rotor[1]=0 -Calc_Input_h_TVent_Airgap_Rotor[2]=0 -Calc_Input_h_TVent_Airgap_Rotor[3]=0 -Calc_Input_h_TVent_Airgap_Rotor[4]=0 -Calc_Input_h_TVent_Airgap_Rotor[5]=0 -Calc_Input_h_TVent_Airgap_Rotor[6]=0 -Calc_Input_h_TVent_Airgap_Rotor[7]=0 -Calc_Input_h_TVent_Airgap_Rotor[8]=0 -h_Input_TVent_Airgap_Rotor[0]=0 -h_Input_TVent_Airgap_Rotor[1]=0 -h_Input_TVent_Airgap_Rotor[2]=0 -h_Input_TVent_Airgap_Rotor[3]=0 -h_Input_TVent_Airgap_Rotor[4]=0 -h_Input_TVent_Airgap_Rotor[5]=0 -h_Input_TVent_Airgap_Rotor[6]=0 -h_Input_TVent_Airgap_Rotor[7]=0 -h_Input_TVent_Airgap_Rotor[8]=0 -h_Adjust_TVent_Airgap_Rotor[0]=1 -h_Adjust_TVent_Airgap_Rotor[1]=1 -h_Adjust_TVent_Airgap_Rotor[2]=1 -h_Adjust_TVent_Airgap_Rotor[3]=1 -h_Adjust_TVent_Airgap_Rotor[4]=1 -h_Adjust_TVent_Airgap_Rotor[5]=1 -h_Adjust_TVent_Airgap_Rotor[6]=1 -h_Adjust_TVent_Airgap_Rotor[7]=1 -h_Adjust_TVent_Airgap_Rotor[8]=1 -Notes_TVent_Airgap_Rotor[0]= -Notes_TVent_Airgap_Rotor[1]= -Notes_TVent_Airgap_Rotor[2]= -Notes_TVent_Airgap_Rotor[3]= -Notes_TVent_Airgap_Rotor[4]= -Notes_TVent_Airgap_Rotor[5]= -Notes_TVent_Airgap_Rotor[6]= -Notes_TVent_Airgap_Rotor[7]= -Notes_TVent_Airgap_Rotor[8]= -Velocity_Multiplier_TVent_Rotor_Duct[0]=1 -Velocity_Multiplier_TVent_Rotor_Duct[1]=1 -Velocity_Multiplier_TVent_Rotor_Duct[2]=1 -Velocity_Multiplier_TVent_Rotor_Duct[3]=1 -Velocity_Multiplier_TVent_Rotor_Duct[4]=1 -Velocity_Multiplier_TVent_Rotor_Duct[5]=1 -Velocity_Multiplier_TVent_Rotor_Duct[6]=1 -Velocity_Multiplier_TVent_Rotor_Duct[7]=1 -Velocity_Multiplier_TVent_Rotor_Duct[8]=1 -Calc_Input_h_TVent_Rotor_Duct[0]=0 -Calc_Input_h_TVent_Rotor_Duct[1]=0 -Calc_Input_h_TVent_Rotor_Duct[2]=0 -Calc_Input_h_TVent_Rotor_Duct[3]=0 -Calc_Input_h_TVent_Rotor_Duct[4]=0 -Calc_Input_h_TVent_Rotor_Duct[5]=0 -Calc_Input_h_TVent_Rotor_Duct[6]=0 -Calc_Input_h_TVent_Rotor_Duct[7]=0 -Calc_Input_h_TVent_Rotor_Duct[8]=0 -h_Input_TVent_Rotor_Duct[0]=10 -h_Input_TVent_Rotor_Duct[1]=10 -h_Input_TVent_Rotor_Duct[2]=10 -h_Input_TVent_Rotor_Duct[3]=10 -h_Input_TVent_Rotor_Duct[4]=10 -h_Input_TVent_Rotor_Duct[5]=10 -h_Input_TVent_Rotor_Duct[6]=10 -h_Input_TVent_Rotor_Duct[7]=10 -h_Input_TVent_Rotor_Duct[8]=10 -h_Adjust_TVent_Rotor_Duct[0]=1 -h_Adjust_TVent_Rotor_Duct[1]=1 -h_Adjust_TVent_Rotor_Duct[2]=1 -h_Adjust_TVent_Rotor_Duct[3]=1 -h_Adjust_TVent_Rotor_Duct[4]=1 -h_Adjust_TVent_Rotor_Duct[5]=1 -h_Adjust_TVent_Rotor_Duct[6]=1 -h_Adjust_TVent_Rotor_Duct[7]=1 -h_Adjust_TVent_Rotor_Duct[8]=1 -Notes_TVent_Rotor_Duct[0]= -Notes_TVent_Rotor_Duct[1]= -Notes_TVent_Rotor_Duct[2]= -Notes_TVent_Rotor_Duct[3]= -Notes_TVent_Rotor_Duct[4]= -Notes_TVent_Rotor_Duct[5]= -Notes_TVent_Rotor_Duct[6]= -Notes_TVent_Rotor_Duct[7]= -Notes_TVent_Rotor_Duct[8]= -RotorCircularDuctL1_Calc_Input_h[0]=0 -RotorCircularDuctL1_Calc_Input_h[1]=0 -RotorCircularDuctL1_Calc_Input_h[2]=0 -RotorCircularDuctL1_Calc_Input_h[3]=0 -RotorCircularDuctL1_Calc_Input_h[4]=0 -RotorCircularDuctL1_Calc_Input_h[5]=0 -RotorCircularDuctL1_Calc_Input_h[6]=0 -RotorCircularDuctL1_Calc_Input_h[7]=0 -RotorCircularDuctL1_Calc_Input_h[8]=0 -RotorCircularDuctL2_Calc_Input_h[0]=0 -RotorCircularDuctL2_Calc_Input_h[1]=0 -RotorCircularDuctL2_Calc_Input_h[2]=0 -RotorCircularDuctL2_Calc_Input_h[3]=0 -RotorCircularDuctL2_Calc_Input_h[4]=0 -RotorCircularDuctL2_Calc_Input_h[5]=0 -RotorCircularDuctL2_Calc_Input_h[6]=0 -RotorCircularDuctL2_Calc_Input_h[7]=0 -RotorCircularDuctL2_Calc_Input_h[8]=0 -RotorCircularDuctL3_Calc_Input_h[0]=0 -RotorCircularDuctL3_Calc_Input_h[1]=0 -RotorCircularDuctL3_Calc_Input_h[2]=0 -RotorCircularDuctL3_Calc_Input_h[3]=0 -RotorCircularDuctL3_Calc_Input_h[4]=0 -RotorCircularDuctL3_Calc_Input_h[5]=0 -RotorCircularDuctL3_Calc_Input_h[6]=0 -RotorCircularDuctL3_Calc_Input_h[7]=0 -RotorCircularDuctL3_Calc_Input_h[8]=0 -RotorCircularDuctL4_Calc_Input_h[0]=0 -RotorCircularDuctL4_Calc_Input_h[1]=0 -RotorCircularDuctL4_Calc_Input_h[2]=0 -RotorCircularDuctL4_Calc_Input_h[3]=0 -RotorCircularDuctL4_Calc_Input_h[4]=0 -RotorCircularDuctL4_Calc_Input_h[5]=0 -RotorCircularDuctL4_Calc_Input_h[6]=0 -RotorCircularDuctL4_Calc_Input_h[7]=0 -RotorCircularDuctL4_Calc_Input_h[8]=0 -Calc_Input_h_TVent_StatorRadialDuct=0 -Calc_Input_h_TVent_RotorRadialDuct=0 -Area_Mult_TVent_Rotor_Spacer[0]=1 -Area_Mult_TVent_Rotor_Spacer[1]=1 -Area_Mult_TVent_Rotor_Spacer[2]=1 -Area_Mult_TVent_Rotor_Spacer[3]=1 -Area_Mult_TVent_Rotor_Spacer[4]=1 -Area_Mult_TVent_Rotor_Spacer[5]=1 -Area_Mult_TVent_Rotor_Spacer[6]=1 -Area_Mult_TVent_Rotor_Spacer[7]=1 -Area_Mult_TVent_Rotor_Spacer[8]=1 -Area_Mult_Tvent_Rotor_Coil_Base[0]=1 -Area_Mult_Tvent_Rotor_Coil_Base[1]=1 -Area_Mult_Tvent_Rotor_Coil_Base[2]=1 -Area_Mult_Tvent_Rotor_Coil_Base[3]=1 -Area_Mult_Tvent_Rotor_Coil_Base[4]=1 -Area_Mult_Tvent_Rotor_Coil_Base[5]=1 -Area_Mult_Tvent_Rotor_Coil_Base[6]=1 -Area_Mult_Tvent_Rotor_Coil_Base[7]=1 -Area_Mult_Tvent_Rotor_Coil_Base[8]=1 -Area_Mult_Tvent_Rotor_Back_Iron[0]=1 -Area_Mult_Tvent_Rotor_Back_Iron[1]=1 -Area_Mult_Tvent_Rotor_Back_Iron[2]=1 -Area_Mult_Tvent_Rotor_Back_Iron[3]=1 -Area_Mult_Tvent_Rotor_Back_Iron[4]=1 -Area_Mult_Tvent_Rotor_Back_Iron[5]=1 -Area_Mult_Tvent_Rotor_Back_Iron[6]=1 -Area_Mult_Tvent_Rotor_Back_Iron[7]=1 -Area_Mult_Tvent_Rotor_Back_Iron[8]=1 -Calc_Input_h_TVent_Rotor_Spacer[0]=0 -Calc_Input_h_TVent_Rotor_Spacer[1]=0 -Calc_Input_h_TVent_Rotor_Spacer[2]=0 -Calc_Input_h_TVent_Rotor_Spacer[3]=0 -Calc_Input_h_TVent_Rotor_Spacer[4]=0 -Calc_Input_h_TVent_Rotor_Spacer[5]=0 -Calc_Input_h_TVent_Rotor_Spacer[6]=0 -Calc_Input_h_TVent_Rotor_Spacer[7]=0 -Calc_Input_h_TVent_Rotor_Spacer[8]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[0]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[1]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[2]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[3]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[4]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[5]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[6]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[7]=0 -Calc_Input_h_TVent_Rotor_Coil_Base[8]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[0]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[1]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[2]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[3]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[4]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[5]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[6]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[7]=0 -Calc_Input_h_TVent_Rotor_Back_Iron[8]=0 -h_Input_TVent_Rotor_Spacer[0]=0 -h_Input_TVent_Rotor_Spacer[1]=0 -h_Input_TVent_Rotor_Spacer[2]=0 -h_Input_TVent_Rotor_Spacer[3]=0 -h_Input_TVent_Rotor_Spacer[4]=0 -h_Input_TVent_Rotor_Spacer[5]=0 -h_Input_TVent_Rotor_Spacer[6]=0 -h_Input_TVent_Rotor_Spacer[7]=0 -h_Input_TVent_Rotor_Spacer[8]=0 -h_Input_TVent_Rotor_Coil_Base[0]=0 -h_Input_TVent_Rotor_Coil_Base[1]=0 -h_Input_TVent_Rotor_Coil_Base[2]=0 -h_Input_TVent_Rotor_Coil_Base[3]=0 -h_Input_TVent_Rotor_Coil_Base[4]=0 -h_Input_TVent_Rotor_Coil_Base[5]=0 -h_Input_TVent_Rotor_Coil_Base[6]=0 -h_Input_TVent_Rotor_Coil_Base[7]=0 -h_Input_TVent_Rotor_Coil_Base[8]=0 -h_Input_TVent_Rotor_Back_Iron[0]=0 -h_Input_TVent_Rotor_Back_Iron[1]=0 -h_Input_TVent_Rotor_Back_Iron[2]=0 -h_Input_TVent_Rotor_Back_Iron[3]=0 -h_Input_TVent_Rotor_Back_Iron[4]=0 -h_Input_TVent_Rotor_Back_Iron[5]=0 -h_Input_TVent_Rotor_Back_Iron[6]=0 -h_Input_TVent_Rotor_Back_Iron[7]=0 -h_Input_TVent_Rotor_Back_Iron[8]=0 -h_Adjust_TVent_Rotor_Spacer[0]=1 -h_Adjust_TVent_Rotor_Spacer[1]=1 -h_Adjust_TVent_Rotor_Spacer[2]=1 -h_Adjust_TVent_Rotor_Spacer[3]=1 -h_Adjust_TVent_Rotor_Spacer[4]=1 -h_Adjust_TVent_Rotor_Spacer[5]=1 -h_Adjust_TVent_Rotor_Spacer[6]=1 -h_Adjust_TVent_Rotor_Spacer[7]=1 -h_Adjust_TVent_Rotor_Spacer[8]=1 -h_Adjust_TVent_Rotor_Coil_Base[0]=1 -h_Adjust_TVent_Rotor_Coil_Base[1]=1 -h_Adjust_TVent_Rotor_Coil_Base[2]=1 -h_Adjust_TVent_Rotor_Coil_Base[3]=1 -h_Adjust_TVent_Rotor_Coil_Base[4]=1 -h_Adjust_TVent_Rotor_Coil_Base[5]=1 -h_Adjust_TVent_Rotor_Coil_Base[6]=1 -h_Adjust_TVent_Rotor_Coil_Base[7]=1 -h_Adjust_TVent_Rotor_Coil_Base[8]=1 -h_Adjust_TVent_Rotor_Back_Iron[0]=1 -h_Adjust_TVent_Rotor_Back_Iron[1]=1 -h_Adjust_TVent_Rotor_Back_Iron[2]=1 -h_Adjust_TVent_Rotor_Back_Iron[3]=1 -h_Adjust_TVent_Rotor_Back_Iron[4]=1 -h_Adjust_TVent_Rotor_Back_Iron[5]=1 -h_Adjust_TVent_Rotor_Back_Iron[6]=1 -h_Adjust_TVent_Rotor_Back_Iron[7]=1 -h_Adjust_TVent_Rotor_Back_Iron[8]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[0]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[1]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[2]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[3]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[4]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[5]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[6]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[7]=1 -Velocity_Multiplier_TVent_Rotor_Spacer[8]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[0]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[1]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[2]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[3]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[4]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[5]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[6]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[7]=1 -Velocity_Multiplier_Tvent_Rotor_Coil_Base[8]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[0]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[1]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[2]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[3]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[4]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[5]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[6]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[7]=1 -Velocity_Multiplier_Tvent_Rotor_Back_Iron[8]=1 -Notes_TVent_Rotor_Spacer[0]= -Notes_TVent_Rotor_Spacer[1]= -Notes_TVent_Rotor_Spacer[2]= -Notes_TVent_Rotor_Spacer[3]= -Notes_TVent_Rotor_Spacer[4]= -Notes_TVent_Rotor_Spacer[5]= -Notes_TVent_Rotor_Spacer[6]= -Notes_TVent_Rotor_Spacer[7]= -Notes_TVent_Rotor_Spacer[8]= -Notes_TVent_Rotor_Coil_Base[0]= -Notes_TVent_Rotor_Coil_Base[1]= -Notes_TVent_Rotor_Coil_Base[2]= -Notes_TVent_Rotor_Coil_Base[3]= -Notes_TVent_Rotor_Coil_Base[4]= -Notes_TVent_Rotor_Coil_Base[5]= -Notes_TVent_Rotor_Coil_Base[6]= -Notes_TVent_Rotor_Coil_Base[7]= -Notes_TVent_Rotor_Coil_Base[8]= -Notes_TVent_Rotor_Back_Iron[0]= -Notes_TVent_Rotor_Back_Iron[1]= -Notes_TVent_Rotor_Back_Iron[2]= -Notes_TVent_Rotor_Back_Iron[3]= -Notes_TVent_Rotor_Back_Iron[4]= -Notes_TVent_Rotor_Back_Iron[5]= -Notes_TVent_Rotor_Back_Iron[6]= -Notes_TVent_Rotor_Back_Iron[7]= -Notes_TVent_Rotor_Back_Iron[8]= -RotorCircularDuctL1_Area_Mult[0]=1 -RotorCircularDuctL1_Area_Mult[1]=1 -RotorCircularDuctL1_Area_Mult[2]=1 -RotorCircularDuctL1_Area_Mult[3]=1 -RotorCircularDuctL1_Area_Mult[4]=1 -RotorCircularDuctL1_Area_Mult[5]=1 -RotorCircularDuctL1_Area_Mult[6]=1 -RotorCircularDuctL1_Area_Mult[7]=1 -RotorCircularDuctL1_Area_Mult[8]=1 -RotorCircularDuctL2_Area_Mult[0]=1 -RotorCircularDuctL2_Area_Mult[1]=1 -RotorCircularDuctL2_Area_Mult[2]=1 -RotorCircularDuctL2_Area_Mult[3]=1 -RotorCircularDuctL2_Area_Mult[4]=1 -RotorCircularDuctL2_Area_Mult[5]=1 -RotorCircularDuctL2_Area_Mult[6]=1 -RotorCircularDuctL2_Area_Mult[7]=1 -RotorCircularDuctL2_Area_Mult[8]=1 -RotorCircularDuctL3_Area_Mult[0]=1 -RotorCircularDuctL3_Area_Mult[1]=1 -RotorCircularDuctL3_Area_Mult[2]=1 -RotorCircularDuctL3_Area_Mult[3]=1 -RotorCircularDuctL3_Area_Mult[4]=1 -RotorCircularDuctL3_Area_Mult[5]=1 -RotorCircularDuctL3_Area_Mult[6]=1 -RotorCircularDuctL3_Area_Mult[7]=1 -RotorCircularDuctL3_Area_Mult[8]=1 -RotorCircularDuctL4_Area_Mult[0]=1 -RotorCircularDuctL4_Area_Mult[1]=1 -RotorCircularDuctL4_Area_Mult[2]=1 -RotorCircularDuctL4_Area_Mult[3]=1 -RotorCircularDuctL4_Area_Mult[4]=1 -RotorCircularDuctL4_Area_Mult[5]=1 -RotorCircularDuctL4_Area_Mult[6]=1 -RotorCircularDuctL4_Area_Mult[7]=1 -RotorCircularDuctL4_Area_Mult[8]=1 -Stator_Duct_Type=No_Stator_Ducts -Rotor_Duct_Type=Rotor_Circ_Ducts -Calc_Input_h_TVent_EWdg_Bore_F=Calc_h_conv -h_Input_TVent_EWdg_Bore_F=10 -h_Adjust_TVent_EWdg_Bore_F=1 -Velocity_Multiplier_TVent_EWdg_Bore_F=1 -Area_Mult_TVent_EWdg_Bore_F=1 -Notes_TVent_EWdg_Bore_F= -Calc_Input_h_TVent_EWdg_Outer_F=Calc_h_conv -h_Input_TVent_EWdg_Outer_F=10 -h_Adjust_TVent_EWdg_Outer_F=1 -Velocity_Multiplier_TVent_EWdg_Outer_F=1 -Area_Mult_TVent_EWdg_Outer_F=1 -Notes_TVent_EWdg_Outer_F= -Calc_Input_h_TVent_EWdg_End_F=Calc_h_conv -h_Input_TVent_EWdg_End_F=10 -h_Adjust_TVent_EWdg_End_F=1 -Velocity_Multiplier_TVent_EWdg_End_F=1 -Area_Mult_TVent_EWdg_End_F=1 -Notes_TVent_EWdg_End_F= -Calc_Input_h_TVent_EWdg_Bore_R=Calc_h_conv -h_Input_TVent_EWdg_Bore_R=10 -h_Adjust_TVent_EWdg_Bore_R=1 -Velocity_Multiplier_TVent_EWdg_Bore_R=1 -Area_Mult_TVent_EWdg_Bore_R=1 -Notes_TVent_EWdg_Bore_R= -Calc_Input_h_TVent_EWdg_Outer_R=Calc_h_conv -h_Input_TVent_EWdg_Outer_R=10 -h_Adjust_TVent_EWdg_Outer_R=1 -Velocity_Multiplier_TVent_EWdg_Outer_R=1 -Area_Mult_TVent_EWdg_Outer_R=1 -Notes_TVent_EWdg_Outer_R= -Calc_Input_h_TVent_EWdg_End_R=Calc_h_conv -h_Input_TVent_EWdg_End_R=10 -h_Adjust_TVent_EWdg_End_R=1 -Velocity_Multiplier_TVent_EWdg_End_R=1 -Area_Mult_TVent_EWdg_End_R=1 -Notes_TVent_EWdg_End_R= - -[Speed_Program] -Allowable_Import_Convergence_Error=1 -Maximum_Number_Iterations=20 -Import_Export_Calculation_Options=Single_Shot -Import_SPEED_Losses=True -Import_SPEED_Geometry=True -Import_SPEED_Radial_Cross_Section=True -Import_SPEED_Axial_Cross_Section=True -Import_SPEED_End_Winding_Overhang=True -Import_SPEED_Winding_Design=True -Import_SPEED_Duty_Cycle=False -Import_SPEED_Cooling=False -Import_SPEED_Material_Data=False -Export_MOTORCAD_Temperatures=False -Export_SteadyState_or_Transient_Temperatures=SteadyState -External_Application_File= -Speed_Program_Xfe=1 -Speed_Program_Wwf=0 -Windage_Friction_Ratio=0.5 -Friction_Front_Rear_Ratio=0.5 -Import_SPEED_WindageFrictionLosses=False -Import_SPEED_AmbientTemperature=False - -[Fan_Char] -Fan_Char_Points=2 -Fan_Char_Volume_Flow_Rate[1]=0 -Fan_Char_Pressure[1]=100 -Fan_Char_Volume_Flow_Rate[2]=0.025 -Fan_Char_Pressure[2]=0 -HousingWJ_Fan_Char_Points=2 -HousingWJ_Fan_Char_Volume_Flow_Rate[1]=0 -HousingWJ_Fan_Char_Pressure[1]=0 -HousingWJ_Fan_Char_Volume_Flow_Rate[2]=0 -HousingWJ_Fan_Char_Pressure[2]=0 -Fan_Definition=0 -Fan_Blades=8 - -[Flow_Rate] -Flow_Rate_Points=0 -HousingWJ_Flow_Rate_Points=0 - -[Material_Properties] -Fluid_Database=c:\ANSYS_Motor-CAD\15_1_6\Motor-CAD Data\materials\fluids.mdb -Solid_Database=c:\ANSYS_Motor-CAD\15_1_6\Motor-CAD Data\materials\solids.mdb - -[Termination] -Include_Termination_F=False -Include_Termination_R=False -Termination_Wires_F=3 -Termination_Wires_R=3 -Termination_Wire_Diameter_F=2 -Termination_Wire_Diameter_R=2 -Termination_Wire_Length_F=200 -Termination_Wire_Length_R=200 - -[Single_Phase] -Stator_Slot_To_Use_For_Calculation=1 -Stator_Slot_To_Use_For_Winding_View=1 - -[Temperature Validation] -Number_of_Validation_Temperatures=67 -Temperature_Validation_Node[0]=0 -Temperature_Validation_Legend[0]=Ambient -Temperature_Validation_Temperature[0]=25 -Temperature_Validation_Graphed[0]=True -Temperature_Validation_Notes[0]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[1]=1 -Temperature_Validation_Legend[1]=Housing [Active] -Temperature_Validation_Temperature[1]=26.624 -Temperature_Validation_Graphed[1]=True -Temperature_Validation_Notes[1]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[2]=2 -Temperature_Validation_Legend[2]=Housing OH [Front] -Temperature_Validation_Temperature[2]=26.709 -Temperature_Validation_Graphed[2]=True -Temperature_Validation_Notes[2]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[3]=3 -Temperature_Validation_Legend[3]=Housing [Front] -Temperature_Validation_Temperature[3]=26.782 -Temperature_Validation_Graphed[3]=True -Temperature_Validation_Notes[3]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[4]=4 -Temperature_Validation_Legend[4]=Endcap [Front] -Temperature_Validation_Temperature[4]=27.122 -Temperature_Validation_Graphed[4]=True -Temperature_Validation_Notes[4]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[5]=6 -Temperature_Validation_Legend[5]=Housing OH [Rear] -Temperature_Validation_Temperature[5]=26.709 -Temperature_Validation_Graphed[5]=True -Temperature_Validation_Notes[5]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[6]=7 -Temperature_Validation_Legend[6]=Housing [Rear] -Temperature_Validation_Temperature[6]=26.783 -Temperature_Validation_Graphed[6]=True -Temperature_Validation_Notes[6]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[7]=8 -Temperature_Validation_Legend[7]=Endcap [Rear] -Temperature_Validation_Temperature[7]=27.126 -Temperature_Validation_Graphed[7]=True -Temperature_Validation_Notes[7]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[8]=9 -Temperature_Validation_Legend[8]=Stator Back Iron -Temperature_Validation_Temperature[8]=33.116 -Temperature_Validation_Graphed[8]=True -Temperature_Validation_Notes[8]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[9]=11 -Temperature_Validation_Legend[9]=Stator Surface -Temperature_Validation_Temperature[9]=43.72 -Temperature_Validation_Graphed[9]=True -Temperature_Validation_Notes[9]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[10]=12 -Temperature_Validation_Legend[10]=Rotor Surface -Temperature_Validation_Temperature[10]=46.991 -Temperature_Validation_Graphed[10]=True -Temperature_Validation_Notes[10]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[11]=13 -Temperature_Validation_Legend[11]=Magnet -Temperature_Validation_Temperature[11]=46.606 -Temperature_Validation_Graphed[11]=True -Temperature_Validation_Notes[11]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[12]=15 -Temperature_Validation_Legend[12]=Rotor Back Iron -Temperature_Validation_Temperature[12]=46.297 -Temperature_Validation_Graphed[12]=True -Temperature_Validation_Notes[12]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[13]=16 -Temperature_Validation_Legend[13]=Shaft [Active] -Temperature_Validation_Temperature[13]=45.94 -Temperature_Validation_Graphed[13]=True -Temperature_Validation_Notes[13]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[14]=17 -Temperature_Validation_Legend[14]=Shaft [Front] -Temperature_Validation_Temperature[14]=39.423 -Temperature_Validation_Graphed[14]=True -Temperature_Validation_Notes[14]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[15]=18 -Temperature_Validation_Legend[15]=Shaft [Rear] -Temperature_Validation_Temperature[15]=40.982 -Temperature_Validation_Graphed[15]=True -Temperature_Validation_Notes[15]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[16]=23 -Temperature_Validation_Legend[16]=Shaft OHang [F] -Temperature_Validation_Temperature[16]=42.357 -Temperature_Validation_Graphed[16]=True -Temperature_Validation_Notes[16]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[17]=24 -Temperature_Validation_Legend[17]=Shaft OHang [R] -Temperature_Validation_Temperature[17]=43.085 -Temperature_Validation_Graphed[17]=True -Temperature_Validation_Notes[17]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[18]=26 -Temperature_Validation_Legend[18]=End Space [F] -Temperature_Validation_Temperature[18]=37.861 -Temperature_Validation_Graphed[18]=True -Temperature_Validation_Notes[18]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[19]=27 -Temperature_Validation_Legend[19]=End Space [R] -Temperature_Validation_Temperature[19]=37.886 -Temperature_Validation_Graphed[19]=True -Temperature_Validation_Notes[19]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[20]=29 -Temperature_Validation_Legend[20]=Housing Water Jacket [A] -Temperature_Validation_Temperature[20]=24.277 -Temperature_Validation_Graphed[20]=True -Temperature_Validation_Notes[20]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[21]=62 -Temperature_Validation_Legend[21]=Embedded Magnet Pole -Temperature_Validation_Temperature[21]=47.058 -Temperature_Validation_Graphed[21]=True -Temperature_Validation_Notes[21]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[22]=65 -Temperature_Validation_Legend[22]=Bearing [Front] -Temperature_Validation_Temperature[22]=34.013 -Temperature_Validation_Graphed[22]=True -Temperature_Validation_Notes[22]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[23]=66 -Temperature_Validation_Legend[23]=Bearing [Rear] -Temperature_Validation_Temperature[23]=34.644 -Temperature_Validation_Graphed[23]=True -Temperature_Validation_Notes[23]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[24]=124 -Temperature_Validation_Legend[24]=Rotor Lam [F] -Temperature_Validation_Temperature[24]=45.725 -Temperature_Validation_Graphed[24]=True -Temperature_Validation_Notes[24]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[25]=125 -Temperature_Validation_Legend[25]=Rotor Lam [R] -Temperature_Validation_Temperature[25]=45.727 -Temperature_Validation_Graphed[25]=True -Temperature_Validation_Notes[25]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[26]=126 -Temperature_Validation_Legend[26]=Magnet [F] -Temperature_Validation_Temperature[26]=46.574 -Temperature_Validation_Graphed[26]=True -Temperature_Validation_Notes[26]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[27]=127 -Temperature_Validation_Legend[27]=Magnet [R] -Temperature_Validation_Temperature[27]=46.574 -Temperature_Validation_Graphed[27]=True -Temperature_Validation_Notes[27]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[28]=132 -Temperature_Validation_Legend[28]=Housing WJ Inlet [F] -Temperature_Validation_Temperature[28]=20 -Temperature_Validation_Graphed[28]=True -Temperature_Validation_Notes[28]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[29]=330 -Temperature_Validation_Legend[29]=EWdg_Outer_F (C1) -Temperature_Validation_Temperature[29]=46.984 -Temperature_Validation_Graphed[29]=True -Temperature_Validation_Notes[29]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[30]=332 -Temperature_Validation_Legend[30]=EWdg_End_F (C1) -Temperature_Validation_Temperature[30]=49.636 -Temperature_Validation_Graphed[30]=True -Temperature_Validation_Notes[30]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[31]=333 -Temperature_Validation_Legend[31]=EWdg_Front_F (C1) -Temperature_Validation_Temperature[31]=48.787 -Temperature_Validation_Graphed[31]=True -Temperature_Validation_Notes[31]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[32]=334 -Temperature_Validation_Legend[32]=EWdg_Rear_F (C1) -Temperature_Validation_Temperature[32]=48.923 -Temperature_Validation_Graphed[32]=True -Temperature_Validation_Notes[32]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[33]=335 -Temperature_Validation_Legend[33]=EWdg_F (Average) (C1) -Temperature_Validation_Temperature[33]=48.878 -Temperature_Validation_Graphed[33]=True -Temperature_Validation_Notes[33]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[34]=336 -Temperature_Validation_Legend[34]=EWdg_Outer_R (C1) -Temperature_Validation_Temperature[34]=46.989 -Temperature_Validation_Graphed[34]=True -Temperature_Validation_Notes[34]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[35]=338 -Temperature_Validation_Legend[35]=EWdg_End_R (C1) -Temperature_Validation_Temperature[35]=49.639 -Temperature_Validation_Graphed[35]=True -Temperature_Validation_Notes[35]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[36]=339 -Temperature_Validation_Legend[36]=EWdg_Front_R (C1) -Temperature_Validation_Temperature[36]=48.925 -Temperature_Validation_Graphed[36]=True -Temperature_Validation_Notes[36]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[37]=340 -Temperature_Validation_Legend[37]=EWdg_Rear_R (C1) -Temperature_Validation_Temperature[37]=48.789 -Temperature_Validation_Graphed[37]=True -Temperature_Validation_Notes[37]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[38]=341 -Temperature_Validation_Legend[38]=EWdg_R (Average) (C1) -Temperature_Validation_Temperature[38]=48.88 -Temperature_Validation_Graphed[38]=True -Temperature_Validation_Notes[38]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[39]=342 -Temperature_Validation_Legend[39]=Wedge (C1) -Temperature_Validation_Temperature[39]=46.551 -Temperature_Validation_Graphed[39]=True -Temperature_Validation_Notes[39]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[40]=343 -Temperature_Validation_Legend[40]=SlotCentre (C1) -Temperature_Validation_Temperature[40]=46.062 -Temperature_Validation_Graphed[40]=True -Temperature_Validation_Notes[40]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[41]=344 -Temperature_Validation_Legend[41]=Liner (C1) -Temperature_Validation_Temperature[41]=41.821 -Temperature_Validation_Graphed[41]=True -Temperature_Validation_Notes[41]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[42]=345 -Temperature_Validation_Legend[42]=Liner_Yoke (C1) -Temperature_Validation_Temperature[42]=36.024 -Temperature_Validation_Graphed[42]=True -Temperature_Validation_Notes[42]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[43]=348 -Temperature_Validation_Legend[43]=Wdg_F (C1) -Temperature_Validation_Temperature[43]=47.361 -Temperature_Validation_Graphed[43]=True -Temperature_Validation_Notes[43]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[44]=349 -Temperature_Validation_Legend[44]=Wdg_R (C1) -Temperature_Validation_Temperature[44]=47.363 -Temperature_Validation_Graphed[44]=True -Temperature_Validation_Notes[44]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[45]=350 -Temperature_Validation_Legend[45]=Wdg (Average) (C1) -Temperature_Validation_Temperature[45]=44.649 -Temperature_Validation_Graphed[45]=True -Temperature_Validation_Notes[45]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[46]=351 -Temperature_Validation_Legend[46]=Stator Tooth (C1) -Temperature_Validation_Temperature[46]=39.446 -Temperature_Validation_Graphed[46]=True -Temperature_Validation_Notes[46]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[47]=353 -Temperature_Validation_Legend[47]=EWdg_Outer_F (C2) -Temperature_Validation_Temperature[47]=50.801 -Temperature_Validation_Graphed[47]=True -Temperature_Validation_Notes[47]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[48]=354 -Temperature_Validation_Legend[48]=EWdg_Inner_F (C2) -Temperature_Validation_Temperature[48]=48.275 -Temperature_Validation_Graphed[48]=True -Temperature_Validation_Notes[48]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[49]=355 -Temperature_Validation_Legend[49]=EWdg_End_F (C2) -Temperature_Validation_Temperature[49]=51.377 -Temperature_Validation_Graphed[49]=True -Temperature_Validation_Notes[49]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[50]=356 -Temperature_Validation_Legend[50]=EWdg_Front_F (C2) -Temperature_Validation_Temperature[50]=50.747 -Temperature_Validation_Graphed[50]=True -Temperature_Validation_Notes[50]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[51]=357 -Temperature_Validation_Legend[51]=EWdg_Rear_F (C2) -Temperature_Validation_Temperature[51]=50.867 -Temperature_Validation_Graphed[51]=True -Temperature_Validation_Notes[51]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[52]=358 -Temperature_Validation_Legend[52]=EWdg_F (Average) (C2) -Temperature_Validation_Temperature[52]=50.827 -Temperature_Validation_Graphed[52]=True -Temperature_Validation_Notes[52]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[53]=359 -Temperature_Validation_Legend[53]=EWdg_Outer_R (C2) -Temperature_Validation_Temperature[53]=50.802 -Temperature_Validation_Graphed[53]=True -Temperature_Validation_Notes[53]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[54]=360 -Temperature_Validation_Legend[54]=EWdg_Inner_R (C2) -Temperature_Validation_Temperature[54]=48.284 -Temperature_Validation_Graphed[54]=True -Temperature_Validation_Notes[54]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[55]=361 -Temperature_Validation_Legend[55]=EWdg_End_R (C2) -Temperature_Validation_Temperature[55]=51.38 -Temperature_Validation_Graphed[55]=True -Temperature_Validation_Notes[55]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[56]=362 -Temperature_Validation_Legend[56]=EWdg_Front_R (C2) -Temperature_Validation_Temperature[56]=50.87 -Temperature_Validation_Graphed[56]=True -Temperature_Validation_Notes[56]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[57]=363 -Temperature_Validation_Legend[57]=EWdg_Rear_R (C2) -Temperature_Validation_Temperature[57]=50.75 -Temperature_Validation_Graphed[57]=True -Temperature_Validation_Notes[57]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[58]=364 -Temperature_Validation_Legend[58]=EWdg_R (Average) (C2) -Temperature_Validation_Temperature[58]=50.83 -Temperature_Validation_Graphed[58]=True -Temperature_Validation_Notes[58]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[59]=366 -Temperature_Validation_Legend[59]=SlotCentre (C2) -Temperature_Validation_Temperature[59]=48.741 -Temperature_Validation_Graphed[59]=True -Temperature_Validation_Notes[59]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[60]=367 -Temperature_Validation_Legend[60]=Liner (C2) -Temperature_Validation_Temperature[60]=45.804 -Temperature_Validation_Graphed[60]=True -Temperature_Validation_Notes[60]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[61]=370 -Temperature_Validation_Legend[61]=Wdg_Inner_C (C2) -Temperature_Validation_Temperature[61]=48.707 -Temperature_Validation_Graphed[61]=True -Temperature_Validation_Notes[61]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[62]=371 -Temperature_Validation_Legend[62]=Wdg_F (C2) -Temperature_Validation_Temperature[62]=49.728 -Temperature_Validation_Graphed[62]=True -Temperature_Validation_Notes[62]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[63]=372 -Temperature_Validation_Legend[63]=Wdg_R (C2) -Temperature_Validation_Temperature[63]=49.73 -Temperature_Validation_Graphed[63]=True -Temperature_Validation_Notes[63]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[64]=373 -Temperature_Validation_Legend[64]=Wdg (Average) (C2) -Temperature_Validation_Temperature[64]=47.762 -Temperature_Validation_Graphed[64]=True -Temperature_Validation_Notes[64]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[65]=374 -Temperature_Validation_Legend[65]=Stator Tooth (C2) -Temperature_Validation_Temperature[65]=43.611 -Temperature_Validation_Graphed[65]=True -Temperature_Validation_Notes[65]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 -Temperature_Validation_Node[66]=101 -Temperature_Validation_Legend[66]=Winding (Avg) -Temperature_Validation_Temperature[66]=47.514 -Temperature_Validation_Graphed[66]=True -Temperature_Validation_Notes[66]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 - -[Ratio_Tree] -RatioTreeCount=18 -Node0=Ratio_Bore -Node0Scaling=True -Node0ArrayIndex=-1992 -Node1=Ratio_SlotDepth_ParallelTooth -Node1Scaling=True -Node1ArrayIndex=-1992 -Node2=Ratio_SlotOpening_ParallelTooth -Node2Scaling=True -Node2ArrayIndex=-1992 -Node3=Ratio_ToothWidth -Node3Scaling=True -Node3ArrayIndex=-1992 -Node4=Ratio_SleeveThickness -Node4Scaling=True -Node4ArrayIndex=-1992 -Node5=Ratio_RotorD -Node5Scaling=True -Node5ArrayIndex=-1992 -Node6=Ratio_BandingThickness -Node6Scaling=True -Node6ArrayIndex=-1992 -Node7=Ratio_ShaftD -Node7Scaling=True -Node7ArrayIndex=-1992 -Node8=Ratio_ShaftHole -Node8Scaling=True -Node8ArrayIndex=-1992 -Node9=RatioArray_WebLength -Node9Scaling=True -Node9ArrayIndex=0 -Node10=RatioArray_WebLength -Node10Scaling=True -Node10ArrayIndex=1 -Node11=RatioArray_VWebBarWidth -Node11Scaling=True -Node11ArrayIndex=0 -Node12=RatioArray_VWebBarWidth -Node12Scaling=True -Node12ArrayIndex=1 -Node13=RatioArray_WebThickness -Node13Scaling=True -Node13ArrayIndex=0 -Node14=RatioArray_WebThickness -Node14Scaling=True -Node14ArrayIndex=1 -Node15=RatioArray_PoleArc -Node15Scaling=True -Node15ArrayIndex=0 -Node16=RatioArray_PoleArc -Node16Scaling=True -Node16ArrayIndex=1 -Node17=Stator_Lam_Dia -Node17Scaling=True -Node17ArrayIndex=-1992 - -[Scripting_Options] -ScriptAutoRun=0 -ScriptFileName=No File Selected -ScriptFileName_Python=No File Selected -Scripting_Engine=1 - -[Loss_Current_Values] -StatorCopperLossesbyCurrent=False -MainWindingCurrentAtRefTemp=10 -MainWindingResistanceAtRefTemp=3 -AuxWindingCurrentAtRefTemp=5 -AuxWindingResistanceAtRefTemp=1 -RefTempForWindingResistances=20 - -[Mat_Conductivity] -Conductivity_Stator_Lam_Outer=28 -Thermal_Conductivity_Coil_Insulation=0.2 -Thermal_Conductivity_Phase_Separator=0.2 -Thermal_Conductivity_Spacer=0.2 -Thermal_Conductivity_Seal=0.2 -Conductivity_Plate_Front_Outer=100 -Conductivity_Plate_Front_Middle=100 -Conductivity_Plate_Front_Inner=100 -Conductivity_Plate_Rear_Outer=100 -Conductivity_Plate_Rear_Middle=100 -Conductivity_Plate_Rear_Inner=100 -Conductivity_Mount_Centre=100 -Conductivity_Mount_Rear=100 -Conductivity_Endcap_OH=100 -Conductivity_Endcap_Centre=100 -Thermal_Conductivity_CoilDivider=0.2 -Thermal_Conductivity_SlotWedge=0.2 -Thermal_Conductivity_RotorWedge=0.2 -Thermal_Conductivity_SyncRotorWindingSeparator=0.2 -Thermal_Conductivity_HeatEx_Duct=168 -Thermal_Conductivity_HeatEx_Insulation=0.2 -Thermal_Conductivity_StatorBackIronInterLamination=0.02723 -Thermal_Conductivity_StatorToothInterLamination=0.02723 -Thermal_Conductivity_StatorToothTipInterLamination=0.02723 -Thermal_Conductivity_StatorOuterInterLamination=0.02723 -Thermal_Conductivity_RotorToothInterLamination=0.02723 -Thermal_Conductivity_RotorBackIronInterLamination=0.02723 -Conductivity_Rotor_Cage_Top_Opening=180 -Conductivity_Rotor_Cage_Top=180 -Conductivity_Rotor_Cage_Bottom_Opening=180 -Conductivity_Rotor_Cage_Bottom=180 -Conductivity_Rotor_Cage_End_F=180 -Conductivity_Rotor_Cage_End_R=180 -Thermal_Conductivity_RotorPlate_F=52 -Thermal_Conductivity_RotorPlate_R=52 -Thermal_Conductivity_Wafter_F=52 -Thermal_Conductivity_Wafter_R=52 -Thermal_Conductivity_StatorClampPlate_F=52 -Thermal_Conductivity_StatorClampPlate_R=52 -Thermal_Conductivity_Fan=52 -Thermal_Conductivity_HousingWJ_Wall=0.2 -Thermal_Conductivity_ShaftSG_Wall=0.2 -Conductivity_LitzImpreg_A=0.21 -Conductivity_LitzImpreg_F=0.21 -Conductivity_LitzImpreg_R=0.21 -Conductivity_LitzIns_A=0.21 -Conductivity_LitzIns_F=0.21 -Conductivity_LitzIns_R=0.21 -Conductivity_Copper_Active_Aux=401 -Conductivity_Copper_EW_Front_Aux=401 -Conductivity_Copper_EW_Rear_Aux=401 -Conductivity_Housing_Active=168 -Thermal_Conductivity_Housing_[A]=168 -Conductivity_Housing_Front=168 -Thermal_Conductivity_Housing_[F]=168 -Conductivity_Housing_Rear=168 -Thermal_Conductivity_Housing_[R]=168 -Conductivity_Endcap_Front=168 -Thermal_Conductivity_Endcap_[F]=168 -Conductivity_Endcap_Rear=168 -Thermal_Conductivity_Endcap_[R]=168 -Conductivity_Stator_Lam_Back_Iron=30 -Thermal_Conductivity_Stator_Lam_[Back_Iron]=30 -Conductivity_Stator_Lam_Tooth=30 -Thermal_Conductivity_Stator_Lam_[Tooth]=30 -Conductivity_Stator_Lam_Tooth_Tip=30 -Thermal_Conductivity_Stator_Lam_[Tooth_Tip]=30 -Conductivity_Copper_Active=401 -Thermal_Conductivity_Copper_-_Active=401 -Conductivity_Copper_EW_Front=401 -Thermal_Conductivity_Copper_-_EndWdg_[F]=401 -Conductivity_Copper_EW_Rear=401 -Thermal_Conductivity_Copper_-_EndWdg_[R]=401 -Conductivity_End_Winding_Insulation_F=0.2 -Thermal_Conductivity_EWdg_Ins_[F]=0.2 -Conductivity_End_Winding_Insulation_R=0.2 -Thermal_Conductivity_EWdg_Ins_[R]=0.2 -Conductivity_Insulation_Active=0.21 -Thermal_Conductivity_Wire_Insulation=0.21 -Conductivity_Insulation_EW_Front=0.21 -Thermal_Conductivity_Wire_Insulation_-_EndWdg_[F]=0.21 -Conductivity_Insulation_EW_Rear=0.21 -Thermal_Conductivity_Wire_Insulation_-_EndWdg_[R]=0.21 -Conductivity_Impreg_Active=0.2 -Thermal_Conductivity_Impreg_-_Active=0.2 -Conductivity_Impreg_EW_Front=0.2 -Thermal_Conductivity_Impreg_-_EndWdg_[F]=0.2 -Conductivity_Impreg_EW_Rear=0.2 -Thermal_Conductivity_Impreg_-_EndWdg_[R]=0.2 -Conductivity_Potting_EndCap_Front=0.3 -Thermal_Conductivity_Potting_-_Endcap_[F]=0.3 -Conductivity_Potting_EndCap_Rear=0.3 -Thermal_Conductivity_Potting_-_EndWdg_[R]=0.3 -Conductivity_Slot_Liner=0.21 -Thermal_Conductivity_Slot_Liner=0.21 -Conductivity_Ins_Slot_Base=0.2 -Thermal_Conductivity_Ins_Slot_Base=0.2 -Conductivity_Ins_Tooth_Side=0.2 -Thermal_Conductivity_Ins_Tooth_Side=0.2 -Thermal_Conductivity_Magnet=7.6 -Conductivity_Embedded_Magnet_Pole=30 -Thermal_Conductivity_Rotor_Lam_[Embedded_Magnet_Pole]=30 -Conductivity_Inter_Magnet_Gap=30 -Thermal_Conductivity_Rotor_Lam_[Inter_Magnet_Gap]=30 -Conductivity_Rotor_Lam_Back_Iron=30 -Thermal_Conductivity_Rotor_Lam_[Back_Iron]=30 -Conductivity_Rotor_Lam_Tooth=30 -Thermal_Conductivity_Rotor_Lam_[Tooth]=30 -Conductivity_Banding=0.2 -Thermal_Conductivity_Magnet_Banding=0.2 -Conductivity_Sleeve=0.2 -Thermal_Conductivity_Stator_Bore_Sleeve=0.2 -Conductivity_Shaft_Active=52 -Thermal_Conductivity_Shaft_[A]=52 -Conductivity_Shaft_Front=52 -Thermal_Conductivity_Shaft_[F]=52 -Conductivity_Shaft_Rear=52 -Thermal_Conductivity_Shaft_[R]=52 -Conductivity_Axle_Active=52 -Thermal_Conductivity_Axle_[A]=52 -Conductivity_Axle_Front=52 -Thermal_Conductivity_Axle_[F]=52 -Conductivity_Axle_Rear=52 -Thermal_Conductivity_Axle_[R]=52 -Conductivity_Rotor_Cup_OH=52 -Thermal_Conductivity_Rotor_Cup_OH=52 -Conductivity_Rotor_Cup_Base=52 -Thermal_Conductivity_Rotor_Cup_Base=52 -Conductivity_Bearing_Front=30 -Thermal_Conductivity_Bearing_[F]=30 -Conductivity_Bearing_Rear=30 -Thermal_Conductivity_Bearing_[R]=30 -Conductivity_Plate=100 -Thermal_Conductivity_Flange_Plate=100 -Conductivity_Axle_Plate_F=100 -Thermal_Conductivity_Axle_Plate_[F]=100 -Conductivity_Axle_Plate_R=100 -Thermal_Conductivity_Axle_Plate_[R]=100 -Conductivity_Base=100 -Thermal_Conductivity_Base_Plate=100 -Conductivity_Feet=100 -Thermal_Conductivity_Feet=100 -Conductivity_Encoder=2 -Thermal_Conductivity_Encoder=2 -Conductivity_EncCase=100 -Thermal_Conductivity_Encoder_Case=100 -Conductivity_Rotor_Copper=401 -Thermal_Conductivity_Rotor_Copper=401 -Conductivity_Rotor_Liner=0.2 -Thermal_Conductivity_Rotor_Liner=0.2 -Conductivity_Rotor_Impreg=0.2 -Thermal_Conductivity_Rotor_Impreg=0.2 -Conductivity_Rotor_Ins=0.21 -Thermal_Conductivity_Rotor_Insulation=0.21 -Conductivity_Damper_Bars=180 -Conductivity_Damper_End_F=180 -Conductivity_Damper_End_R=180 -Conductivity_Damper_Opening=180 -Conductivity_Enc_Barrier=1 -Thermal_Conductivity_Encoder_Barrier=1 -Conductivity_Comm_Bars=401 -Thermal_Conductivity_Comm_Bars=401 -Conductivity_Comm_Insulation=0.2 -Thermal_Conductivity_Comm_Insulation=0.2 -Conductivity_Brushes=200 -Thermal_Conductivity_Brushes=200 -Conductivity_Brush_Holder=401 -Thermal_Conductivity_Brush_Holder_-_metatic_part=401 -Conductivity_Brush_Holder_Insulation=0.2 -Thermal_Conductivity_Brush_Holder_Insulation=0.2 -Conductivity_Housing_Cover=0.2 -Thermal_Conductivity_Housing_Cover=0.2 -Conductivity_Slot_Water_Jacket_Wall=0.2 -Thermal_Conductivity_Slot_WJ_Wall=0.2 -Conductivity_Slot_Water_Jacket_Insulation=0.2 -Thermal_Conductivity_Slot_WJ_Insulation=0.2 - -[Mat_Cp] -Cp_Stator_Lam_Outer=460 -Specific_Heat_Coil_Insulation=1000 -Specific_Heat_Phase_Separator=1000 -Specific_Heat_Spacer=1000 -Specific_Heat_Seal=1200 -Cp_Plate_Front_Outer=900 -Cp_Plate_Front_Middle=900 -Cp_Plate_Front_Inner=900 -Cp_Plate_Rear_Outer=900 -Cp_Plate_Rear_Middle=900 -Cp_Plate_Rear_Inner=900 -Cp_Mount_Centre=900 -Cp_Mount_Rear=900 -Cp_Endcap_OH=900 -Cp_Endcap_Centre=900 -Specific_Heat_CoilDivider=1200 -Specific_Heat_SlotWedge=1200 -Specific_Heat_RotorWedge=1200 -Specific_Heat_SyncRotorWindingSeparator=1200 -Specific_Heat_HeatEx_Duct=833 -Specific_Heat_HeatEx_Insulation=1200 -Specific_Heat_RotorPocket=1011.09250484652 -Specific_Heat_StatorBackIronInterLamination=1007 -Specific_Heat_StatorToothInterLamination=1007 -Specific_Heat_StatorToothTipInterLamination=1007 -Specific_Heat_StatorOuterInterLamination=1007 -Specific_Heat_RotorToothInterLamination=1007 -Specific_Heat_RotorBackIronInterLamination=1007 -Cp_Rotor_Cage_Top_Opening=963 -Cp_Rotor_Cage_Top=963 -Cp_Rotor_Cage_Bottom_Opening=963 -Cp_Rotor_Cage_Bottom=963 -Cp_Rotor_Cage_End_F=963 -Cp_Rotor_Cage_End_R=963 -Specific_Heat_RotorPlate_F=460 -Specific_Heat_RotorPlate_R=460 -Specific_Heat_Wafter_F=460 -Specific_Heat_Wafter_R=460 -Specific_Heat_StatorClampPlate_F=460 -Specific_Heat_StatorClampPlate_R=460 -Specific_Heat_Fan=460 -Specific_Heat_HousingWJ_Wall=1700 -Specific_Heat_ShaftSG_Wall=1700 -Cp_LitzImpreg_A=1000 -Cp_LitzImpreg_F=1000 -Cp_LitzImpreg_R=1000 -Cp_LitzIns_A=1000 -Cp_LitzIns_F=1000 -Cp_LitzIns_R=1000 -Cp_Copper_Active_Aux=385 -Cp_Copper_EW_Front_Aux=385 -Cp_Copper_EW_Rear_Aux=385 -Cp_Housing_Active=833 -Specific_Heat_Housing_[A]=833 -Cp_Housing_Front=833 -Specific_Heat_Housing_[F]=833 -Cp_Housing_Rear=833 -Specific_Heat_Housing_[R]=833 -Cp_Endcap_Front=833 -Specific_Heat_Endcap_[F]=833 -Cp_Endcap_Rear=833 -Specific_Heat_Endcap_[R]=833 -Cp_Stator_Lam_Back_Iron=460 -Specific_Heat_Stator_Lam_[Back_Iron]=460 -Cp_Stator_Lam_Tooth=460 -Specific_Heat_Stator_Lam_[Tooth]=460 -Cp_Stator_Lam_Tooth_Tip=460 -Specific_Heat_Stator_Lam_[Tooth_Tip]=460 -Cp_Copper_Active=385 -Specific_Heat_Copper_-_Active=385 -Cp_Copper_EW_Front=385 -Specific_Heat_Copper_-_Endwdg_[F]=385 -Cp_Copper_EW_Rear=385 -Specific_Heat_Copper_-_Endwdg_[R]=385 -Cp_End_Winding_Insulation_F=1700 -Specific_Heat_EWdg_Ins_[F]=1700 -Cp_End_Winding_Insulation_R=1700 -Specific_Heat_EWdg_Ins_[R]=1700 -Cp_Insulation_Active=1000 -Specific_Heat_Wire_Insulation=1000 -Cp_Insulation_EW_Front=1000 -Specific_Heat_Wire_Insulation_-_EndWdg_[F]=1000 -Cp_Insulation_EW_Rear=1000 -Specific_Heat_Wire_Insulation_-_EndWdg_[R]=1000 -Cp_Impreg_Active=1700 -Specific_Heat_Impreg_-_Active=1700 -Cp_Impreg_EW_Front=1700 -Specific_Heat_Impreg_-_EndWdg_[F]=1700 -Cp_Impreg_EW_Rear=1700 -Specific_Heat_Impreg_-_EndWdg_[R]=1700 -Cp_Potting_EndCap_Front=1700 -Specific_Heat_Potting_-_Endcap_[F]=1700 -Cp_Potting_EndCap_Rear=1700 -Specific_Heat_Potting_-_EndWdg_[R]=1700 -Cp_Slot_Liner=1000 -Specific_Heat_Slot_Liner=1000 -Cp_Ins_Slot_Base=1700 -Specific_Heat_Ins_Slot_Base=1700 -Cp_Ins_Tooth_Side=1700 -Specific_Heat_Ins_Tooth_Side=1700 -Cp_Magnet=460 -Specific_Heat_Magnet=460 -Cp_Embedded_Magnet_Pole=460 -Specific_Heat_Rotor_Lam_[Embedded_Magnet_Pole]=460 -Cp_Inter_Magnet_Gap=460 -Specific_Heat_Rotor_Lam_[Inter_Magnet_Gap]=460 -Cp_Rotor_Lam_Back_Iron=460 -Specific_Heat_Rotor_Lam_[Back_Iron]=460 -Cp_Rotor_Lam_Tooth=460 -Specific_Heat_Rotor_Lam_[Tooth]=460 -Cp_Banding=1000 -Specific_Heat_Magnet_Banding=1000 -Cp_Sleeve=1000 -Specific_Heat_Stator_Bore_Sleeve=1000 -Cp_Shaft_Active=460 -Specific_Heat_Shaft_[A]=460 -Cp_Shaft_Front=460 -Specific_Heat_Shaft_[F]=460 -Cp_Shaft_Rear=460 -Specific_Heat_Shaft_[R]=460 -Cp_Axle_Active=460 -Specific_Heat_Axle_[A]=460 -Cp_Axle_Front=460 -Specific_Heat_Axle_[F]=460 -Cp_Axle_Rear=460 -Specific_Heat_Axle_[R]=460 -Cp_Rotor_Cup_OH=460 -Specific_Heat_Rotor_Cup_OH=460 -Cp_Rotor_Cup_Base=460 -Specific_Heat_Rotor_Cup_Base=460 -Cp_Bearing_Front=460 -Specific_Heat_Bearing_[F]=460 -Cp_Bearing_Rear=460 -Specific_Heat_Bearing_[R]=460 -Cp_Plate=900 -Specific_Heat_Flange_Plate=900 -Cp_Axle_Plate_F=900 -Specific_Heat_Axle_Plate_[F]=900 -Cp_Axle_Plate_R=900 -Specific_Heat_Axle_Plate_[R]=900 -Cp_Base=900 -Specific_Heat_Base_Plate=900 -Cp_Feet=900 -Specific_Heat_Feet=900 -Cp_Encoder=1000 -Specific_Heat_Encoder=1000 -Cp_EncCase=900 -Specific_Heat_Encoder_Case=900 -Cp_Rotor_Copper=385 -Specific_Heat_Rotor_Copper=385 -Cp_Rotor_Liner=1000 -Specific_Heat_Rotor_Liner=1000 -Cp_Rotor_Impreg=1700 -Specific_Heat_Rotor_Impreg=1700 -Cp_Rotor_Ins=1000 -Specific_Heat_Rotor_Insulation=1000 -Cp_Damper_Bars=963 -Cp_Damper_End_F=963 -Cp_Damper_End_R=963 -Cp_Damper_Opening=963 -Cp_Enc_Barrier=1000 -Specific_Heat_Encoder_Barrier=1000 -Cp_Comm_Bars=385 -Specific_Heat_Comm_Bars=385 -Cp_Comm_Insulation=1700 -Specific_Heat_Comm_Insulation=1700 -Cp_Brushes=700 -Specific_Heat_Brushes=700 -Cp_Brush_Holder=385 -Specific_Heat_Brush_Holder_-_metalic_part=385 -Cp_Brush_Holder_Insulation=1700 -Specific_Heat_Brush_Holder_Insulation=1700 -Cp_Housing_Cover=1700 -Specific_Heat_Housing_Cover=1700 -Cp_Slot_Water_Jacket_Wall=1700 -Specific_Heat_Slot_WJ_Wall=1700 -Cp_Slot_Water_Jacket_Insulation=1700 -Specific_Heat_Slot_WJ_Insulation=1700 - -[Mat_Density] -Density_Stator_Lam_Outer=7800 -Density_Coil_Insulation=700 -Density_Phase_Separator=700 -Density_Spacer=700 -Density_Seal=1000 -Density_Plate_Front_Outer=2700 -Density_Plate_Front_Middle=2700 -Density_Plate_Front_Inner=2700 -Density_Plate_Rear_Outer=2700 -Density_Plate_Rear_Middle=2700 -Density_Plate_Rear_Inner=2700 -Density_Mount_Centre=2700 -Density_Mount_Rear=2700 -Density_Endcap_OH=2700 -Density_Endcap_Centre=2700 -Density_CoilDivider=1000 -Density_SlotWedge=1000 -Density_RotorWedge=1000 -Density_SyncRotorWindingSeparator=1000 -Density_HeatEx_Duct=2790 -Density_HeatEx_Insulation=1000 -Density_RotorPocket=0.946130994205561 -Density_StatorBackIronInterLamination=1.127 -Density_StatorToothInterLamination=1.127 -Density_StatorToothTipInterLamination=1.127 -Density_StatorOuterInterLamination=1.127 -Density_RotorToothInterLamination=1.127 -Density_RotorBackIronInterLamination=1.127 -Density_Rotor_Cage_Top_Opening=2950 -Density_Rotor_Cage_Top=2950 -Density_Rotor_Cage_Bottom_Opening=2950 -Density_Rotor_Cage_Bottom=2950 -Density_Rotor_Cage_End_F=2950 -Density_Rotor_Cage_End_R=2950 -Density_RotorPlate_F=7800 -Density_RotorPlate_R=7800 -Density_Wafter_F=7800 -Density_Wafter_R=7800 -Density_StatorClampPlate_F=7800 -Density_StatorClampPlate_R=7800 -Density_Fan=7800 -Density_HousingWJ_Wall=1400 -Density_ShaftSG_Wall=1400 -Density_LitzImpreg_A=1400 -Density_LitzImpreg_F=1400 -Density_LitzImpreg_R=1400 -Density_LitzIns_A=1400 -Density_LitzIns_F=1400 -Density_LitzIns_R=1400 -Density_Copper_Active_Aux=8933 -Density_Copper_EW_Front_Aux=8933 -Density_Copper_EW_Rear_Aux=8933 -Density_Housing_Active=2790 -Density_Housing_[A]=2790 -Density_Housing_Front=2790 -Density_Housing_[F]=2790 -Density_Housing_Rear=2790 -Density_Housing_[R]=2790 -Density_Endcap_Front=2790 -Density_Endcap_[F]=2790 -Density_Endcap_Rear=2790 -Density_Endcap_[R]=2790 -Density_Stator_Lam_Back_Iron=7650 -Density_Stator_Lam_[Back_Iron]=7650 -Density_Stator_Lam_Tooth=7650 -Density_Stator_Lam_[Tooth]=7650 -Density_Stator_Lam_Tooth_Tip=7650 -Density_Stator_Lam_[Tooth_Tip]=7650 -Density_Copper_Active=8933 -Density_Copper_-_Active=8933 -Density_Copper_EW_Front=8933 -Density_Copper_-_Endwdg_[F]=8933 -Density_Copper_EW_Rear=8933 -Density_Copper_-_Endwdg_[R]=8933 -Density_End_Winding_Insulation_F=1400 -Density_EWdg_Ins_[F]=1400 -Density_End_Winding_Insulation_R=1400 -Density_EWdg_Ins_[R]=1400 -Density_Insulation_Active=1400 -Density_Wire_Insulation=1400 -Density_Insulation_EW_Front=1400 -Density_Wire_Insulation_-_EndWdg_[F]=1400 -Density_Insulation_EW_Rear=1400 -Density_Wire_Insulation_-_EndWdg_[R]=1400 -Density_Impreg_Active=1400 -Density_Impreg_-_Active=1400 -Density_Impreg_EW_Front=1400 -Density_Impreg_-_EndWdg_[F]=1400 -Density_Impreg_EW_Rear=1400 -Density_Impreg_-_EndWdg_[R]=1400 -Density_Potting_Endcap_Front=1400 -Density_Potting_-_Endcap_[F]=1400 -Density_Potting_Endcap_Rear=1400 -Density_Potting_-_EndWdg_[R]=1400 -Density_Slot_Liner=700 -Density_Ins_Slot_Base=1400 -Density_Ins_Tooth_Side=1400 -Density_Magnet=7500 -Density_Embedded_Magnet_Pole=7650 -Density_Rotor_Lam_[Embedded_Magnet_Pole]=7650 -Density_Inter_Magnet_Gap=7650 -Density_Rotor_Lam_[Inter_Magnet_Gap]=7650 -Density_Rotor_Lam_Back_Iron=7650 -Density_Rotor_Lam_[Back_Iron]=7650 -Density_Rotor_Lam_Tooth=7650 -Density_Rotor_Lam_[Tooth]=7650 -Density_Banding=4000 -Density_Magnet_Banding=4000 -Density_Sleeve=4000 -Density_Stator_Bore_Sleeve=4000 -Density_Shaft_Active=7800 -Density_Shaft_[A]=7800 -Density_Shaft_Front=7800 -Density_Shaft_[F]=7800 -Density_Shaft_Rear=7800 -Density_Shaft_[R]=7800 -Density_Axle_Active=7800 -Density_Axle_[A]=7800 -Density_Axle_Front=7800 -Density_Axle_[F]=7800 -Density_Axle_Rear=7800 -Density_Axle_[R]=7800 -Density_Rotor_Cup_OH=7800 -Density_Rotor_Cup_Base=7800 -Density_Bearing_Front=7800 -Density_Bearing_[F]=7800 -Density_Bearing_Rear=7800 -Density_Bearing_[R]=7800 -Density_Plate=2700 -Density_Flange_Plate=2700 -Density_Axle_Plate_F=2700 -Density_Axle_Plate_[F]=2700 -Density_Axle_Plate_R=2700 -Density_Axle_Plate_[R]=2700 -Density_Base=2700 -Density_Base_Plate=2700 -Density_Feet=7800 -Density_Encoder=1000 -Density_EncCase=2700 -Density_Encoder_Case=2700 -Density_Rotor_Copper=8933 -Density_Rotor_Liner=1400 -Density_Rotor_Impreg=1400 -Density_Rotor_Ins=1400 -Density_Rotor_Insulation=1400 -Density_Damper_Bars=2950 -Density_Damper_End_F=2950 -Density_Damper_End_R=2950 -Density_Damper_Opening=2950 -Density_Enc_Barrier=3000 -Density_Encoder_Barrier=3000 -Density_Comm_Bars=8933 -Density_Comm_Insulation=1400 -Density_Brushes=1600 -Density_Brush_Holder=8933 -Density_Brush_Holder_-_metalic_part=8933 -Density_Brush_Holder_Insulation=1400 -Density_Housing_Cover=1400 -Density_Slot_Water_Jacket_Wall=1400 -Density_Slot_WJ_Wall=1400 -Density_Slot_Water_Jacket_Insulation=1400 -Density_Slot_WJ_Insulation=1400 - -[Weight_Multiplier] -Weight_Multiplier_Stator_Lam_Outer=1 -Weight_Multiplier_Coil_Insulation=1 -Weight_Multiplier_Phase_Separator=1 -Weight_Multiplier_Spacer=1 -Weight_Multiplier_Seal=1 -Weight_Multiplier_Plate_Front_Outer=1 -Weight_Multiplier_Plate_Front_Middle=1 -Weight_Multiplier_Plate_Front_Inner=1 -Weight_Multiplier_Plate_Rear_Outer=1 -Weight_Multiplier_Plate_Rear_Middle=1 -Weight_Multiplier_Plate_Rear_Inner=1 -Weight_Multiplier_Mount_Centre=1 -Weight_Multiplier_Mount_Rear=1 -Weight_Multiplier_Endcap_OH=1 -Weight_Multiplier_Endcap_Centre=1 -Weight_Multiplier_CoilDivider=1 -Weight_Multiplier_SlotWedge=1 -Weight_Multiplier_RotorWedge=1 -Weight_Multiplier_SyncRotorWindingSeparator=1 -Weight_Multiplier_HeatEx_Duct=1 -Weight_Multiplier_HeatEx_Insulation=1 -Weight_Multiplier_RotorPocket=1 -Weight_Multiplier_StatorBackIronInterLamination=1 -Weight_Multiplier_StatorToothInterLamination=1 -Weight_Multiplier_StatorToothTipInterLamination=1 -Weight_Multiplier_StatorOuterInterLamination=1 -Weight_Multiplier_RotorToothInterLamination=1 -Weight_Multiplier_RotorBackIronInterLamination=1 -Weight_Multiplier_Rotor_Cage_Top_Opening=1 -Weight_Multiplier_Rotor_Cage_Top=1 -Weight_Multiplier_Rotor_Cage_Bottom_Opening=1 -Weight_Multiplier_Rotor_Cage_Bottom=1 -Weight_Multiplier_Rotor_Cage_End_F=1 -Weight_Multiplier_Rotor_Cage_End_R=1 -Weight_Multiplier_RotorPlate_F=1 -Weight_Multiplier_RotorPlate_R=1 -Weight_Multiplier_Wafter_F=1 -Weight_Multiplier_Wafter_R=1 -Weight_Multiplier_StatorClampPlate_F=1 -Weight_Multiplier_StatorClampPlate_R=1 -Weight_Multiplier_Fan=1 -Weight_Multiplier_HousingWJ_Wall=1 -Weight_Multiplier_ShaftSG_Wall=1 -Weight_Multiplier_LitzImpreg_A=1 -Weight_Multiplier_LitzImpreg_F=1 -Weight_Multiplier_LitzImpreg_R=1 -Weight_Multiplier_LitzImpreg_T=1 -Weight_Multiplier_LitzIns_A=1 -Weight_Multiplier_LitzIns_F=1 -Weight_Multiplier_LitzIns_R=1 -Weight_Multiplier_LitzIns_T=1 -Weight_Multiplier_Copper_Active_Aux=1 -Weight_Multiplier_Copper_EW_Front_Aux=1 -Weight_Multiplier_Copper_EW_Rear_Aux=1 -Weight_Multiplier_Housing_Active=1 -Weight_Multiplier_Housing_[A]=1 -Weight_Multiplier_Housing_Front=1 -Weight_Multiplier_Housing_[F]=1 -Weight_Multiplier_Housing_Rear=1 -Weight_Multiplier_Housing_[R]=1 -Weight_Multiplier_Endcap_Front=1 -Weight_Multiplier_Endcap_[F]=1 -Weight_Multiplier_Endcap_Rear=1 -Weight_Multiplier_Endcap_[R]=1 -Weight_Multiplier_Stator_Lam_Back_Iron=1 -Weight_Multiplier_Stator_Lam_Yoke=1 -Weight_Multiplier_Stator_Lam_Tooth=1 -Weight_Multiplier_Stator_Lam_Tooth_Tip=1 -Weight_Multiplier_Copper_Active=1 -Weight_Multiplier_Copper_-_Active=1 -Weight_Multiplier_Copper_EW_Front=1 -Weight_Multiplier_Copper_-_EndWdg_[F]=1 -Weight_Multiplier_Copper_EW_Rear=1 -Weight_Multiplier_Copper_-_EndWdg_[R]=1 -Weight_Multiplier_End_Winding_Insulation_F=1 -Weight_Multiplier_EWdg_Ins_[F]=1 -Weight_Multiplier_End_Winding_Insulation_R=1 -Weight_Multiplier_EWdg_Ins_[R]=1 -Weight_Multiplier_Insulation_Active=1 -Weight_Multiplier_Wire_Insulation=1 -Weight_Multiplier_Insulation_EW_Front=1 -Weight_Multiplier_Wire_Insulation_-_EndWdg_[F]=1 -Weight_Multiplier_Insulation_EW_Rear=1 -Weight_Multiplier_Wire_Insulation_-_EndWdg_[R]=1 -Weight_Multiplier_Impreg_Active=1 -Weight_Multiplier_Impreg_-_Active=1 -Weight_Multiplier_Impreg_EW_Front=1 -Weight_Multiplier_Impreg_-_EndWdg_[F]=1 -Weight_Multiplier_Impreg_EW_Rear=1 -Weight_Multiplier_Impreg_-_EndWdg_[R]=1 -Weight_Multiplier_Potting_Endcap_Front=1 -Weight_Multiplier_Potting_-_Endcap_[F]=1 -Weight_Multiplier_Potting_Endcap_Rear=1 -Weight_Multiplier_Potting_-_EndWdg_[R]=1 -Weight_Multiplier_Slot_Liner=1 -Weight_Multiplier_Ins_Slot_Base=1 -Weight_Multiplier_Ins_Tooth_Side=1 -Weight_Multiplier_Magnet=1 -Weight_Multiplier_Embedded_Magnet_Pole=1 -Weight_Multiplier_Inter_Magnet_Gap=1 -Weight_Multiplier_Rotor_Lam_Back_Iron=1 -Weight_Multiplier_Rotor_Lam_Tooth=1 -Weight_Multiplier_Banding=1 -Weight_Multiplier_Magnet_Banding=1 -Weight_Multiplier_Sleeve=1 -Weight_Multiplier_Stator_Bore_Sleeve=1 -Weight_Multiplier_Shaft_Active=1 -Weight_Multiplier_Shaft_[A]=1 -Weight_Multiplier_Shaft_Front=1 -Weight_Multiplier_Shaft_[F]=1 -Weight_Multiplier_Shaft_Rear=1 -Weight_Multiplier_Shaft_[R]=1 -Weight_Multiplier_Axle_Active=1 -Weight_Multiplier_Axle_[A]=1 -Weight_Multiplier_Axle_Front=1 -Weight_Multiplier_Axle_[F]=1 -Weight_Multiplier_Axle_Rear=1 -Weight_Multiplier_Axle_[R]=1 -Weight_Multiplier_Rotor_Cup_OH=1 -Weight_Multiplier_Rotor_Cup_Base=1 -Weight_Multiplier_Bearing_Front=1 -Weight_Multiplier_Bearing_[F]=1 -Weight_Multiplier_Bearing_Rear=1 -Weight_Multiplier_Bearing_[R]=1 -Weight_Multiplier_Plate=1 -Weight_Multiplier_Flange_Plate=1 -Weight_Multiplier_Axle_Plate_F=1 -Weight_Multiplier_Axle_Plate_[F]=1 -Weight_Multiplier_Axle_Plate_R=1 -Weight_Multiplier_Axle_Plate_[R]=1 -Weight_Multiplier_Base=1 -Weight_Multiplier_Base_Plate=1 -Weight_Multiplier_Feet=1 -Weight_Multiplier_Encoder=1 -Weight_Multiplier_EncCase=1 -Weight_Multiplier_Encoder_Case=1 -Weight_Multiplier_Rotor_Copper=1 -Weight_Multiplier_Rotor_Liner=1 -Weight_Multiplier_Rotor_Impreg=1 -Weight_Multiplier_Rotor_Ins=1 -Weight_Multiplier_Damper_Bars=1 -Weight_Multiplier_Damper_End_F=1 -Weight_Multiplier_Damper_End_R=1 -Weight_Multiplier_Damper_Opening=1 -Weight_Multiplier_Enc_Barrier=1 -Weight_Multiplier_Encoder_Barrier=1 -Weight_Multiplier_Comm_Bars=1 -Weight_Multiplier_Comm_Insulation=1 -Weight_Multiplier_Brushes=1 -Weight_Multiplier_Brush_Holder=1 -Weight_Multiplier_Brush_Holder_-_metalic_part=1 -Weight_Multiplier_Brush_Holder_Insulation=1 -Weight_Multiplier_Housing_Cover=1 -Weight_Multiplier_Slot_Water_Jacket_Wall=1 -Weight_Multiplier_Slot_WJ_Wall=1 -Weight_Multiplier_Slot_Water_Jacket_Insulation=1 -Weight_Multiplier_Slot_WJ_Insulation=1 - -[Weight_Addition] -Weight_addition_Stator_Lam_Outer=0 -Weight_Addition_Coil_Insulation=0 -Weight_Addition_Phase_Separator=0 -Weight_Addition_Spacer=0 -Weight_Addition_Seal=0 -Weight_Addition_Plate_Front_Outer=0 -Weight_Addition_Plate_Front_Middle=0 -Weight_Addition_Plate_Front_Inner=0 -Weight_Addition_Plate_Rear_Outer=0 -Weight_Addition_Plate_Rear_Middle=0 -Weight_Addition_Plate_Rear_Inner=0 -Weight_Addition_Mount_Centre=0 -Weight_Addition_Mount_Rear=0 -Weight_Addition_Endcap_OH=0 -Weight_Addition_Endcap_Centre=0 -Weight_Addition_CoilDivider=0 -Weight_Addition_SlotWedge=0 -Weight_Addition_RotorWedge=0 -Weight_Addition_SyncRotorWindingSeparator=0 -Weight_Addition_HeatEx_Duct=0 -Weight_Addition_HeatEx_Insulation=0 -Weight_Addition_RotorPocket=0 -Weight_Addition_StatorBackIronInterLamination=0 -Weight_Addition_StatorToothInterLamination=0 -Weight_Addition_StatorToothTipInterLamination=0 -Weight_Addition_StatorOuterInterLamination=0 -Weight_Addition_RotorToothInterLamination=0 -Weight_Addition_RotorBackIronInterLamination=0 -Weight_Addition_Rotor_Cage_Top_Opening=0 -Weight_Addition_Rotor_Cage_Top=0 -Weight_Addition_Rotor_Cage_Bottom_Opening=0 -Weight_Addition_Rotor_Cage_Bottom=0 -Weight_Addition_Rotor_Cage_End_F=0 -Weight_Addition_Rotor_Cage_End_R=0 -Weight_Addition_RotorPlate_F=0 -Weight_Addition_RotorPlate_R=0 -Weight_Addition_Wafter_F=0 -Weight_Addition_Wafter_R=0 -Weight_Addition_StatorClampPlate_F=0 -Weight_Addition_StatorClampPlate_R=0 -Weight_Addition_Fan=0 -Weight_Addition_HousingWJ_Wall=0 -Weight_Addition_ShaftSG_Wall=0 -Weight_Addition_LitzImpreg_A=0 -Weight_Addition_LitzImpreg_F=0 -Weight_Addition_LitzImpreg_R=0 -Weight_Addition_LitzImpreg_T=0 -Weight_Addition_LitzIns_A=0 -Weight_Addition_LitzIns_F=0 -Weight_Addition_LitzIns_R=0 -Weight_Addition_LitzIns_T=0 -Weight_Addition_Copper_Active_Aux=0 -Weight_Addition_Copper_EW_Front_Aux=0 -Weight_Addition_Copper_EW_Rear_Aux=0 -Weight_Addition_Housing_Active=0 -Weight_Addition_Housing_[A]=0 -Weight_Addition_Housing_Front=0 -Weight_Addition_Housing_[F]=0 -Weight_Addition_Housing_Rear=0 -Weight_Addition_Housing_[R]=0 -Weight_Addition_Endcap_Front=0 -Weight_Addition_Endcap_[F]=0 -Weight_Addition_Endcap_Rear=0 -Weight_Addition_Endcap_[R]=0 -Weight_Addition_Stator_Lam_Back_Iron=0 -Weight_Addition_Stator_Lam_Yoke=0 -Weight_Addition_Stator_Lam_Tooth=0 -Weight_Addition_Stator_Lam_Tooth_Tip=0 -Weight_Addition_Copper_Active=0 -Weight_Addition_Copper_-_Active=0 -Weight_Addition_Copper_EW_Front=0 -Weight_Addition_Copper_-_EndWdg_[F]=0 -Weight_Addition_Copper_EW_Rear=0 -Weight_Addition_Copper_-_EndWdg_[R]=0 -Weight_Addition_End_Winding_Insulation_F=0 -Weight_Addition_EWdg_Ins_[F]=0 -Weight_Addition_End_Winding_Insulation_R=0 -Weight_Addition_EWdg_Ins_[R]=0 -Weight_addition_Insulation_Active=0 -Weight_Addition_Wire_Insulation=0 -Weight_addition_Insulation_EW_Front=0 -Weight_Addition_Wire_Insulation_-_EndWdg_[F]=0 -Weight_addition_Insulation_EW_Rear=0 -Weight_Addition_Wire_Insulation_-_EndWdg_[R]=0 -Weight_Addition_Impreg_Active=0 -Weight_Addition_Impreg_-_Active=0 -Weight_Addition_Impreg_EW_Front=0 -Weight_Addition_Impreg_-_EndWdg_[F]=0 -Weight_Addition_Impreg_EW_Rear=0 -Weight_Addition_Impreg_-_EndWdg_[R]=0 -Weight_Addition_Potting_Endcap_Front=0 -Weight_Addition_Potting_-_Endcap_[F]=0 -Weight_Addition_Potting_Endcap_Rear=0 -Weight_Addition_Potting_-_EndWdg_[R]=0 -Weight_Addition_Slot_Liner=0 -Weight_Addition_Ins_Slot_Base=0 -Weight_Addition_Ins_Tooth_Side=0 -Weight_Addition_Magnet=0 -Weight_Addition_Embedded_Magnet_Pole=0 -Weight_Addition_Inter_Magnet_Gap=0 -Weight_Addition_Rotor_Lam_Back_Iron=0 -Weight_Addition_Rotor_Lam_Tooth=0 -Weight_Addition_Banding=0 -Weight_Addition_Magnet_Banding=0 -Weight_Addition_Sleeve=0 -Weight_Addition_Stator_Bore_Sleeve=0 -Weight_Addition_Shaft_Active=0 -Weight_Addition_Shaft_[A]=0 -Weight_Addition_Shaft_Front=0 -Weight_Addition_Shaft_[F]=0 -Weight_Addition_Shaft_Rear=0 -Weight_Addition_Shaft_[R]=0 -Weight_Addition_Axle_Active=0 -Weight_Addition_Axle_[A]=0 -Weight_Addition_Axle_Front=0 -Weight_Addition_Axle_[F]=0 -Weight_Addition_Axle_Rear=0 -Weight_Addition_Axle_[R]=0 -Weight_Addition_Rotor_Cup_OH=0 -Weight_Addition_Rotor_Cup_Base=0 -Weight_Addition_Bearing_Front=0 -Weight_Addition_Bearing_[F]=0 -Weight_Addition_Bearing_Rear=0 -Weight_Addition_Bearing_[R]=0 -Weight_Addition_Plate=0 -Weight_Addition_Flange_Plate=0 -Weight_Addition_Axle_Plate_F=0 -Weight_Addition_Axle_Plate_[F]=0 -Weight_Addition_Axle_Plate_R=0 -Weight_Addition_Axle_Plate_[R]=0 -Weight_Addition_Base=0 -Weight_Addition_Base_Plate=0 -Weight_Addition_Feet=0 -Weight_Addition_Encoder=0 -Weight_Addition_EncCase=0 -Weight_Addition_Encoder_Case=0 -Weight_Addition_Rotor_Copper=0 -Weight_Addition_Rotor_Liner=0 -Weight_Addition_Rotor_Impreg=0 -Weight_addition_Rotor_Ins=0 -Weight_Addition_Rotor_Insulation=0 -Weight_Addition_Damper_Bars=0 -Weight_Addition_Damper_End_F=0 -Weight_Addition_Damper_End_R=0 -Weight_Addition_Damper_Opening=0 -Weight_Addition_Enc_Barrier=0 -Weight_Addition_Encoder_Barrier=0 -Weight_Addition_Comm_Bars=0 -Weight_Addition_Comm_Insulation=0 -Weight_Addition_Brushes=0 -Weight_Addition_Brush_Holder=0 -Weight_Addition_Brush_Holder_-_matalic_part=0 -Weight_Addition_Brush_Holder_Insulation=0 -Weight_Addition_Housing_Cover=0 -Weight_Addition_Slot_Water_Jacket_Wall=0 -Weight_Addition_Slot_WJ_Wall=0 -Weight_Addition_Slot_Water_Jacket_Insulation=0 -Weight_Addition_Slot_WJ_Insulation=0 - -[Material] -Material_Stator_Lam_Outer= -Material_Coil_Insulation= -Material_Phase_Separator= -Material_Spacer= -Material_Seal= -Material_Plate_Front_Outer= -Material_Plate_Front_Middle= -Material_Plate_Front_Inner= -Material_Plate_Rear_Outer= -Material_Plate_Rear_Middle= -Material_Plate_Rear_Inner= -Material_Mount_Centre= -Material_Mount_Rear= -Material_Endcap_OH= -Material_Endcap_Centre= -Material_CoilDivider= -Material_SlotWedge= -Material_RotorWedge= -Material_SyncRotorWindingSeparator= -Material_HeatEx_Duct= -Material_HeatEx_Insulation= -Material_StatorBackIronInterLamination= -Material_StatorToothInterLamination= -Material_StatorToothTipInterLamination= -Material_StatorOuterInterLamination= -Material_RotorToothInterLamination= -Material_RotorBackIronInterLamination= -Material_Rotor_Cage_Top_Opening=Aluminium (Cast) -Material_Rotor_Cage_Top=Aluminium (Cast) -Material_Rotor_Cage_Bottom_Opening=Aluminium (Cast) -Material_Rotor_Cage_Bottom=Aluminium (Cast) -Material_Rotor_Cage_End_F=Aluminium (Cast) -Material_Rotor_Cage_End_R=Aluminium (Cast) -Material_RotorPlate_F= -Material_RotorPlate_R= -Material_Wafter_F= -Material_Wafter_R= -Material_StatorClampPlate_F= -Material_StatorClampPlate_R= -Material_Fan= -Material_HousingWJ_Wall= -Material_ShaftSG_Wall= -Material_LitzImpreg_A= -Material_LitzImpreg_F= -Material_LitzImpreg_R= -Material_LitzImpreg_T= -Material_LitzIns_A= -Material_LitzIns_F= -Material_LitzIns_R= -Material_LitzIns_T= -Material_Copper_Active_Aux=Copper (Annealed) -Material_Copper_EW_Front_Aux=Copper (Annealed) -Material_Copper_EW_Rear_Aux=Copper (Annealed) -YieldStress_RotorLam=305 -YieldStress_Magnet=0 -YieldStress_Pocket=0 -YieldStress_TopBar=0 -YieldStress_BottomBar=0 -YieldStress_TopBarOpening=0 -YieldStress_BottomBarOpening=0 -DensityAdjustment_FieldWdg_User=1 -Material_Housing_Active=Aluminium (Alloy 195 Cast) -Material_Housing_[A]=Aluminium (Alloy 195 Cast) -Material_Housing_Front=Aluminium (Alloy 195 Cast) -Material_Housing_[F]=Aluminium (Alloy 195 Cast) -Material_Housing_Rear=Aluminium (Alloy 195 Cast) -Material_Housing_[R]=Aluminium (Alloy 195 Cast) -Material_Endcap_Front=Aluminium (Alloy 195 Cast) -Material_Endcap_[F]=Aluminium (Alloy 195 Cast) -Material_Endcap_Rear=Aluminium (Alloy 195 Cast) -Material_Endcap_[R]=Aluminium (Alloy 195 Cast) -Material_Stator_Lam_Back_Iron=M350-50A -Material_Stator_Lam_Yoke=M350-50A -Material_Stator_Lam_Tooth=M350-50A -Material_Stator_Lam_Tooth_Tip=M350-50A -Material_Copper_Active=Copper (Pure)_e8_IPMSM_HWJandVent -Material_Copper_-_Active=Copper (Pure)_e8_IPMSM_HWJandVent -Material_Copper_EW_Front=Copper (Pure)_e8_IPMSM_HWJandVent -Material_Copper_-_EndWdg_[F]=Copper (Pure)_e8_IPMSM_HWJandVent -Material_Copper_EW_Rear=Copper (Pure)_e8_IPMSM_HWJandVent -Material_Copper_-_EndWdg_[R]=Copper (Pure)_e8_IPMSM_HWJandVent -Material_End_Winding_Insulation_F= -Material_EWdg_Ins_[F]= -Material_End_Winding_Insulation_R= -Material_EWdg_Ins_[R]= -Material_Insulation_Active= -Material_Wire_Insulation= -Material_Insulation_EW_Front= -Material_Wire_Insulation_-_EndWdg_[F]= -Material_Insulation_EW_Rear= -Material_Wire_Insulation_-_EndWdg_[R]= -Material_Impreg_Active= -Material_Impreg_-_Active= -Material_Impreg_EW_Front= -Material_Impreg_-_EndWdg_[F]= -Material_Impreg_EW_Rear= -Material_Impreg_-_EndWdg_[R]= -Material_Potting_Endcap_Front= -Material_Potting_-_Endcap_[F]= -Material_Potting_Endcap_Rear= -Material_Potting_-_EndWdg_[R]= -Material_Airgap= -Material_End_Space_Front= -Material_End-Space_[F]= -Material_End_Space_Rear= -Material_End-Space_[R]= -Material_Slot_Liner= -Material_Ins_Slot_Base= -Material_Insulation_Slot_Liner_Base= -Material_Ins_Tooth_Side= -Material_Insulation_Tooth_Side= -Material_Magnet=N30UH -Material_Embedded_Magnet_Pole=M350-50A -Material_Inter_Magnet_Gap= -Material_Rotor_Lam_Back_Iron=M350-50A -Material_Rotor_Lam_Tooth=M350-50A -Material_Banding= -Material_Magnet_Banding= -Material_Sleeve= -Material_Stator_Bore_Sleeve= -Material_Shaft_Active= -Material_Shaft_[A]= -Material_Shaft_Front= -Material_Shaft_[F]= -Material_Shaft_Rear= -Material_Shaft_[R]= -Material_Axle_Active= -Material_Axle_[A]= -Material_Axle_Front= -Material_Axle_[F]= -Material_Axle_Rear= -Material_Axle_[R]= -Material_Rotor_Cup_OH= -Material_Rotor_Cup_Base= -Material_Bearing_Front= -Material_Bearing_[F]= -Material_Bearing_Rear= -Material_Bearing_[R]= -Material_Axle_Plate_F= -Material_Axle_Plate_[F]= -Material_Plate= -Material_Axle_Plate_R= -Material_Axle_Plate_[R]= -Material_Base= -Material_Base_Plate= -Material_Feet= -Material_Encoder= -Material_EncCase= -Material_Encoder_Case= -Material_Rotor_Copper=Copper (Annealed) -Material_Rotor_Liner= -Material_Rotor_Impreg= -Material_Rotor_Ins= -Material_Rotor_Insulation= -Material_Damper_Bars=Aluminium (Cast) -Material_Damper_End_F=Aluminium (Cast) -Material_Damper_End_R=Aluminium (Cast) -Material_Damper_Opening=Aluminium (Cast) -Material_Enc_Barrier= -Material_Encoder_Barrier= -Material_Comm_Bars=Copper (Pure)_e8_IPMSM_HWJandVent -Material_Comm_Insulation= -Material_Brushes=Electrographitic EG362 -Material_Brush_Holder= -Material_Brush_Holder_Insulation= -Material_Housing_Cover= -Material_Slot_Water_Jacket_Wall= -Material_Slot_WJ_Wall= -Material_Slot_Water_Jacket_Insulation= -Material_Slot_WJ_Insulation= - -[Mat_Weight_Notes] -Material_Weight_Notes_Stator_Lam_Outer= -Material_Weight_Notes_Coil_Insulation= -Material_Weight_Notes_Phase_Separator= -Material_Weight_Notes_Spacer= -Material_Weight_Notes_Seal= -Material_Weight_Notes_Plate_Front_Outer= -Material_Weight_Notes_Plate_Front_Middle= -Material_Weight_Notes_Plate_Front_Inner= -Material_Weight_Notes_Plate_Rear_Outer= -Material_Weight_Notes_Plate_Rear_Middle= -Material_Weight_Notes_Plate_Rear_Inner= -Material_Weight_Notes_Mount_Centre= -Material_Weight_Notes_Mount_Rear= -Material_Weight_Notes_Endcap_OH= -Material_Weight_Notes_Endcap_Centre= -Material_Weight_Notes_CoilDivider= -Material_Weight_Notes_SlotWedge= -Material_Weight_Notes_RotorWedge= -Material_Weight_Notes_SyncRotorWindingSeparator= -Material_Weight_Notes_HeatEx_Duct= -Material_Weight_Notes_HeatEx_Insulation= -Material_Weight_Notes_RotorPocket= -Material_Weight_Notes_StatorBackIronInterLamination= -Material_Weight_Notes_StatorToothInterLamination= -Material_Weight_Notes_StatorToothTipInterLamination= -Material_Weight_Notes_StatorOuterInterLamination= -Material_Weight_Notes_RotorToothInterLamination= -Material_Weight_Notes_RotorBackIronInterLamination= -Material_Weight_Notes_Rotor_Cage_Top_Opening= -Material_Weight_Notes_Rotor_Cage_Top= -Material_Weight_Notes_Rotor_Cage_Bottom_Opening= -Material_Weight_Notes_Rotor_Cage_Bottom= -Material_Weight_Notes_Rotor_Cage_End_F= -Material_Weight_Notes_Rotor_Cage_End_R= -Material_Weight_Notes_RotorPlate_F= -Material_Weight_Notes_RotorPlate_R= -Material_Weight_Notes_Wafter_F= -Material_Weight_Notes_Wafter_R= -Material_Weight_Notes_StatorClampPlate_F= -Material_Weight_Notes_StatorClampPlate_R= -Material_Weight_Notes_Fan= -Material_Weight_Notes_HousingWJ_Wall= -Material_Weight_Notes_ShaftSG_Wall= -Material_Weight_Notes_LitzImpreg_A= -Material_Weight_Notes_LitzImpreg_F= -Material_Weight_Notes_LitzImpreg_R= -Material_Weight_Notes_LitzImpreg_T= -Material_Weight_Notes_LitzIns_A= -Material_Weight_Notes_LitzIns_F= -Material_Weight_Notes_LitzIns_R= -Material_Weight_Notes_LitzIns_T= -Material_Weight_Notes_Copper_Active_Aux= -Material_Weight_Notes_Copper_EW_Front_Aux= -Material_Weight_Notes_Copper_EW_Rear_Aux= -Material_Weight_Notes_Housing_Active= -Notes_Mat&Weight_Housing_[A]= -Material_Weight_Notes_Housing_Front= -Notes_Mat&Weight_Housing_[F]= -Material_Weight_Notes_Housing_Rear= -Notes_Mat&Weight_Housing_[R]= -Material_Weight_Notes_Housing_Total= -Notes_Mat&Weight_Housing_[T]= -Material_Weight_Notes_Endcap_Front= -Notes_Mat&Weight_Endcap_[F]= -Material_Weight_Notes_Endcap_Rear= -Notes_Mat&Weight_Endcap_[R]= -Material_Weight_Notes_Stator_Lam_Back_Iron= -Notes_Mat&Weight_Stator_Lam_Yoke= -Material_Weight_Notes_Stator_Lam_Tooth= -Notes_Mat&Weight_Stator_Lam_Tooth= -Material_Weight_Notes_Stator_Lam_Tooth_Tip= -Notes_Mat&Weight_Stator_Lam_Tooth_Tip= -Material_Weight_Notes_Stator_Lam= -Notes_Mat&Weight_Stator_Lam= -Material_Weight_Notes_Copper_Active= -Notes_Mat&Weight_Copper_-_Active= -Material_Weight_Notes_Copper_EW_Front= -Notes_Mat&Weight_Copper_-_Endwdg_[F]= -Material_Weight_Notes_Copper_EW_Rear= -Notes_Mat&Weight_Copper_-_Endwdg_[R]= -Material_Weight_Notes_End_Winding_Insulation_F= -Notes_Mat&Weight_EWdg_Ins_[F]= -Material_Weight_Notes_End_Winding_Insulation_R= -Notes_Mat&Weight_EWdg_Ins_[R]= -Material_Weight_Notes_Copper_Total= -Notes_Mat&Weight_Copper_-_Total= -Material_Weight_Notes_Insulation_Active= -Notes_Mat&Weight_Wire_Insulation= -Material_Weight_Notes_Insulation_EW_Front= -Notes_Mat&Weight_Wire_Insulation_-_EndWdg_[F]= -Material_Weight_Notes_Insulation_EW_Rear= -Notes_Mat&Weight_Wire_Insulation_-_EndWdg_[R]= -Material_Weight_Notes_Insulation_Total= -Notes_Mat&Weight_Wire_Insulation_-_Total= -Material_Weight_Notes_Impreg_Active= -Notes_Mat&Weight_Impreg_-_Active= -Material_Weight_Notes_Impreg_EW_Front= -Notes_Mat&Weight_Impreg_-_EndWdg_[F]= -Material_Weight_Notes_Impreg_EW_Rear= -Notes_Mat&Weight_Impreg_-_EndWdg_[R]= -Material_Weight_Notes_Impreg_Total= -Notes_Mat&Weight_Impreg_-_Total= -Material_Weight_Notes_Potting_Endcap_Front= -Notes_Mat&Weight_Potting_-_Endcap_[F]= -Material_Weight_Notes_Potting_Endcap_Rear= -Notes_Mat&Weight_Potting_-_Endcap_[R]= -Material_Weight_Notes_Airgap= -Notes_Mat&Weight_Airgap= -Material_Weight_Notes_End_Space_Front= -Notes_Mat&Weight_End-Space_[F]= -Material_Weight_Notes_End_Space_Rear= -Notes_Mat&Weight_End-Space_[R]= -Material_Weight_Notes_Slot_Liner= -Notes_Mat&Weight_Slot_Liner= -Material_Weight_Notes_Ins_Slot_Base= -Notes_Mat&Weight_Ins_Slot_Base= -Material_Weight_Notes_Ins_Tooth_Side= -Notes_Mat&Weight_Ins_Tooth_Side= -Material_Weight_Notes_Magnet= -Notes_Mat&Weight_Magnet= -Material_Weight_Notes_Embedded_Magnet_Pole= -Notes_Mat&Weight_Embedded_Magnet_Pole= -Material_Weight_Notes_Inter_Magnet_Gap= -Notes_Mat&Weight_Inter_Magnet_Gap= -Material_Weight_Notes_Rotor_Lam_Back_Iron= -Notes_Mat&Weight_Rotor_Lam_Back_Iron= -Material_Weight_Notes_Rotor_Lam_Tooth= -Notes_Mat&Weight_Rotor_Lam_Tooth= -Material_Weight_Notes_Rotor_Lam= -Notes_Mat&Weight_Rotor_Lam= -Material_Weight_Notes_Banding= -Notes_Mat&Weight_Magnet_Banding= -Material_Weight_Notes_Sleeve= -Notes_Mat&Weight_Stator_Bore_Sleeve= -Material_Weight_Notes_Shaft_Active= -Notes_Mat&Weight_Shaft_[A]= -Material_Weight_Notes_Shaft_Front= -Notes_Mat&Weight_Shaft_[F]= -Material_Weight_Notes_Shaft_Rear= -Notes_Mat&Weight_Shaft_[R]= -Material_Weight_Notes_Shaft_Total= -Notes_Mat&Weight_Shaft_[T]= -Material_Weight_Notes_Axle_Active= -Notes_Mat&Weight_Axle_[A]= -Material_Weight_Notes_Axle_Front= -Notes_Mat&Weight_Axle_[F]= -Material_Weight_Notes_Axle_Rear= -Notes_Mat&Weight_Axle_[R]= -Material_Weight_Notes_Rotor_Cup_OH= -Notes_Mat&Weight_Rotor_Cup_OH= -Material_Weight_Notes_Rotor_Cup_Base= -Notes_Mat&Weight_Rotor_Cup_Base= -Material_Weight_Notes_Axle_Total= -Notes_Mat&Weight_Axle_[T]= -Material_Weight_Notes_Bearing_Front= -Notes_Mat&Weight_Bearing_[F]= -Material_Weight_Notes_Bearing_Rear= -Notes_Mat&Weight_Bearing_[R]= -Material_Weight_Notes_Plate= -Notes_Mat&Weight_Flange_Plate= -Material_Weight_Notes_Axle_Plate_F= -Notes_Mat&Weight_Axle_Plate_[F]= -Material_Weight_Notes_Axle_Plate_R= -Notes_Mat&Weight_Axle_Plate_[R]= -Material_Weight_Notes_Base= -Notes_Mat&Weight_Base_Plate= -Material_Weight_Notes_Feet= -Notes_Mat&Weight_Feet= -Material_Weight_Notes_Encoder= -Notes_Mat&Weight_Encoder= -Material_Weight_Notes_EncCase= -Notes_Mat&Weight_Encoder_Case= -Material_Weight_Notes_Enc_Barrier= -Notes_Mat&Weight_Encoder_Barrier= -Material_Weight_Notes_Rotor_Cage= -Notes_Mat&Weight_Rotor_Cage= -Material_Weight_Notes_Rotor_Copper= -Notes_Mat&Weight_Rotor_Copper= -Material_Weight_Notes_Rotor_Liner= -Notes_Mat&Weight_Rotor_Liner= -Material_Weight_Notes_Rotor_Impreg= -Notes_Mat&Weight_Rotor_Impreg= -Material_Weight_Notes_Rotor_Ins= -Notes_Mat&Weight_Rotor_Insulation= -Material_Weight_Notes_Damper_Bars= -Material_Weight_Notes_Damper_End_F= -Material_Weight_Notes_Damper_End_R= -Material_Weight_Notes_Damper_Opening= -Material_Weight_Notes_Damper_Cage= -Material_Weight_Notes_Comm_Bars= -Notes_Mat&Weight_Comm_Bars= -Material_Weight_Notes_Comm_Insulation= -Notes_Mat&Weight_Comm_Insulation= -Material_Weight_Notes_Brushes= -Notes_Mat&Weight_Brushes= -Material_Weight_Notes_Brush_Holder= -Notes_Mat&Weight_Brush_Holder= -Material_Weight_Notes_Brush_Holder_Insulation= -Notes_Mat&Weight_Brush_Holder_Insulation= -Material_Weight_Notes_Housing_Cover= -Notes_Mat&Weight_Housing_Cover= -Material_Weight_Notes_Weight_Total=Weight [Total] -Notes_Mat_&_Weight_Total=Weight [Total] -Material_Weight_Notes_Slot_Water_Jacket_Wall= -Notes_Mat&Weight_Slot_WJ_Wall= -Material_Weight_Notes_Slot_Water_Jacket_Insulation= -Notes_Mat&Weight_Slot_WJ_Insulation= - -[User_Options] -SteadyStateResultsEnabled=False -TransientResultsEnabled=False -TestDataFile=No File Selected -SteadyStateResultsDecimalSeparator= -TransientResultsDecimalSeparator= -ShowOptimisationTab=False -OptimisationResultsEnabled=False -ThermalCalcType=0 -ThermalModelType=0 -ThermalModelSize=0 -Rotation3D_X=-430 -Rotation3D_Y=8 -TVentFluidTempCheck=False -AutomaticFileBackup=False -HintDisplayTime=2.5 -PreviewFolderLocation=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified\Preview\ -AxialCuboidTempDisplay=0 -FreqDomain_MinAmplitude_ForceDensity=1000 - -[Shaft_Jacket_Data] -SGManualFrictionFactor=0 -SGFrictionFactor_F=1E-7 -SGFrictionFactor_R=1E-7 -SGFrictionFactor_A=1E-7 - -[Blown_Over] -SubmersibleCooling=False -FloodedCooling=False -BlownOverDirection=0 -BlownOverGraphSelection=0 -BlownOverLeakageDefinition=0 -BlownOverCurvatureX=0.1 -BlownOverCurvatureY=0.1 -BlownOverEndLeakage=0.2 -BlownOver_FluidFlowNotes_Housing_Active_No_Fins= -BlownOver_FluidFlowNotes_Housing_Active_Fin_Base= -BlownOver_FluidFlowNotes_Housing_Active_Fin_Sides= -BlownOver_FluidFlowNotes_Housing_Active_Fin_Tips= -BlownOver_FluidFlowNotes_Housing_Active_Fin_Channel= -BlownOver_FluidFlowNotes_Housing_Active_Corner_Cutout= -BlownOver_FluidFlowNotes_Housing_Front_No_Fins= -BlownOver_FluidFlowNotes_Housing_Front_Fin_Base= -BlownOver_FluidFlowNotes_Housing_Front_Fin_Sides= -BlownOver_FluidFlowNotes_Housing_Front_Fin_Tips= -BlownOver_FluidFlowNotes_Housing_Front_Fin_Channel= -BlownOver_FluidFlowNotes_Housing_Front_Corner_Cutout= -BlownOver_FluidFlowNotes_Housing_Rear_No_Fins= -BlownOver_FluidFlowNotes_Housing_Rear_Fin_Base= -BlownOver_FluidFlowNotes_Housing_Rear_Fin_Sides= -BlownOver_FluidFlowNotes_Housing_Rear_Fin_Tips= -BlownOver_FluidFlowNotes_Housing_Rear_Fin_Channel= -BlownOver_FluidFlowNotes_Housing_Rear_Corner_Cutout= -BlownOver_FluidFlowNotes_Endcap_Front_Radial= -BlownOver_FluidFlowNotes_Endcap_Front_Axial= -BlownOver_FluidFlowNotes_Endcap_Rear_Radial= -BlownOver_FluidFlowNotes_Endcap_Rear_Axial= -BlownOver_FluidFlowNotes_Plate= -BlownOver_FluidFlowNotes_Axle_Plate_F= -BlownOver_FluidFlowNotes_Axle_Plate_R= -BlownOver_FluidFlowNotes_Base= -BlownOver_FluidFlowNotes_EncCase_Radial= -BlownOver_FluidFlowNotes_EncCase_Axial= -BlownOver4Kw=False -BlownOver75Kw=False -iBlownOver75Kw=False -BlownOver15Kw=False -BlownOver30Kw=False -BlownOver55Kw=False -BlownOverDiGerlando2Pole=False -BlownOverDiGerlando4Pole=False -BlownOverKovalev=False -BlownOverTurbulenceFactorSetting=0 -Grill_Pattern=0 - -[Magnetics] -NumLoadPoints=0 -MultiForceExportFile= -RomaxFile= -NumForcePointsPerNode_Stator=10 -NumForcePointsPerNode_Rotor=40 -MultiForceLoadPointDefinition=0 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-Envelope_Torque_Array[36]=180.7176037 -Envelope_Torque_Array[37]=175.825143296 -Envelope_Torque_Array[38]=171.135539505 -MultiForceThreading=0 -RomaxThreading=0 -MultiForce_LoadPointToAnalyse=0 -SupplyDefinition=0 -VoltageDefinition=0 -OperatingMode=0 -IMDriveMode=0 -IMSpeedDefinition=2 -IMTorqueSpeedNumPoints=501 -IMSlipRangeDefinition=0 -IMSlipMin=0 -IMSlipMax=1 -IMShaftSpeedMin=0 -IMShaftSpeedMax=3000 -IMSlip=0.03 -IMOnLoadTorque_User=0.5 -IMOnLoadPower_User=40 -IMDriveFrequency=50 -IMRmsSupplyVoltage=0 -IMPeakSupplyVoltage=100 -IMPeakSupplyCurrent=5 -IMRmsSupplyCurrent=5 -IMDoubleRotorCageCalcMethod=2 -MagnetizingInductance_Multiplier=1 -StatorLeakageInductance_Multiplier=1 -RotorLeakageInductance_Multiplier=1 -IMLookup_ExtensionFactor=2 -IMSaturationConvergenceTolerance=0.001 -IMSaturationRelaxationFactor=0.15 -IMInitialSaturationFactor=1.6 -IMSaturationCalcMethod=0 -LastIMSaturationCalcMethod=-1 -LastIMSupplyDefinition_SaturationCalc=-1 -IMMaxPeakCurrent_SaturationCalc=5 -LastIMMaxPeakCurrent_SaturationCalc=-1 -IMMaxRMSCurrent_SaturationCalc=5 -LastIMMaxRMSCurrent_SaturationCalc=-1 -IMMaxPeakVoltage_SaturationCalc=100 -LastIMMaxPeakVoltage_SaturationCalc=-1 -IMMaxRMSVoltage_SaturationCalc=0 -LastIMMaxRMSVoltage_SaturationCalc=-1 -LastIMNoLoadMagnetizingCurrent=0 -IMLookup_LastExtensionFactor=-1 -IMRecalculateSaturationModel=False -IMEquivalentCircuitTolerance=0.01 -IMEquivalentCircuitMaxIterations=100 -IMEquivalentCircuitAveragingMethod=0 -IMCircuitIterationsBeforeAverage=30 -IMCircuitCyclesAtEachAverage=5 -IMCircuitMaxIterationsInAverage=10 -IMLookup_Imag[0]=0 -IMLookup_Imag[1]=0 -IMLookup_Imag[2]=0 -IMLookup_Imag[3]=0 -IMLookup_Imag[4]=0 -IMLookup_Imag[5]=0 -IMLookup_Imag[6]=0 -IMLookup_Imag[7]=0 -IMLookup_Imag[8]=0 -IMLookup_Imag[9]=0 -IMLookup_Imag[10]=0 -IMLookup_Imag[11]=0 -IMLookup_Imag[12]=0 -IMLookup_Imag[13]=0 -IMLookup_Imag[14]=0 -IMLookup_Imag[15]=0 -IMLookup_Imag[16]=0 -IMLookup_Imag[17]=0 -IMLookup_Imag[18]=0 -IMLookup_Imag[19]=0 -IMLookup_SaturationFactor[0]=0 -IMLookup_SaturationFactor[1]=0 -IMLookup_SaturationFactor[2]=0 -IMLookup_SaturationFactor[3]=0 -IMLookup_SaturationFactor[4]=0 -IMLookup_SaturationFactor[5]=0 -IMLookup_SaturationFactor[6]=0 -IMLookup_SaturationFactor[7]=0 -IMLookup_SaturationFactor[8]=0 -IMLookup_SaturationFactor[9]=0 -IMLookup_SaturationFactor[10]=0 -IMLookup_SaturationFactor[11]=0 -IMLookup_SaturationFactor[12]=0 -IMLookup_SaturationFactor[13]=0 -IMLookup_SaturationFactor[14]=0 -IMLookup_SaturationFactor[15]=0 -IMLookup_SaturationFactor[16]=0 -IMLookup_SaturationFactor[17]=0 -IMLookup_SaturationFactor[18]=0 -IMLookup_SaturationFactor[19]=0 -IMLookup_MagnetizingInductance[0]=0 -IMLookup_MagnetizingInductance[1]=0 -IMLookup_MagnetizingInductance[2]=0 -IMLookup_MagnetizingInductance[3]=0 -IMLookup_MagnetizingInductance[4]=0 -IMLookup_MagnetizingInductance[5]=0 -IMLookup_MagnetizingInductance[6]=0 -IMLookup_MagnetizingInductance[7]=0 -IMLookup_MagnetizingInductance[8]=0 -IMLookup_MagnetizingInductance[9]=0 -IMLookup_MagnetizingInductance[10]=0 -IMLookup_MagnetizingInductance[11]=0 -IMLookup_MagnetizingInductance[12]=0 -IMLookup_MagnetizingInductance[13]=0 -IMLookup_MagnetizingInductance[14]=0 -IMLookup_MagnetizingInductance[15]=0 -IMLookup_MagnetizingInductance[16]=0 -IMLookup_MagnetizingInductance[17]=0 -IMLookup_MagnetizingInductance[18]=0 -IMLookup_MagnetizingInductance[19]=0 -Date_Calculated_IMLookupCurves= -Time_Calculated_IMLookupCurves= -LastIMSaturationCalcMethod_Backup=-1 -LastIMSupplyDefinition_SaturationCalc_Backup=-1 -LastIMMaxPeakCurrent_SaturationCalc_Backup=-1 -LastIMMaxRMSCurrent_SaturationCalc_Backup=-1 -LastIMMaxPeakVoltage_SaturationCalc_Backup=-1 -LastIMMaxRMSVoltage_SaturationCalc_Backup=-1 -IMInductance_Points=5 -IMInductance_CurrentProp[0]=0.1 -IMInductance_CurrentProp[1]=0.2 -IMInductance_CurrentProp[2]=0.5 -IMInductance_CurrentProp[3]=0.8 -IMInductance_CurrentProp[4]=1 -IMCoreLoss_Points=5 -IMCoreLoss_CurrentProp[0]=0.1 -IMCoreLoss_CurrentProp[1]=0.2 -IMCoreLoss_CurrentProp[2]=0.5 -IMCoreLoss_CurrentProp[3]=0.8 -IMCoreLoss_CurrentProp[4]=1 -IMRotorFluxDensityCalc=1 -IMRotorEddyLossMethod=0 -IMReferredRotorParametersMethod=1 -IMEquivCircMultipliersDefinition=0 -IMMaxPeakVoltage_Calibration=100 -IMMaxRMSVoltage_Calibration=70.71 -IMCalibratedLookupDataEnabled=True -IMCalibrationFactor_Lm_Points=0 -IMUserData_Lm_Points=0 -IMCalibrationFactor_Rfe_Points=0 -IMCalibrationFactor_L1_Points=0 -IMCalibrationFactor_L2_Points=0 -IMCalibrationFactor_R2_Points=0 -IMUserData_Rfe_Points=0 -IMUserData_Load_Points=0 -ParallelPaths_Aux=1 -IM1PH_Starting_ControlStrategy=0 -IM1PH_Starting_CutoffSpeed=1125 -IM1PH_Motor_Type=0 -IM1PH_Start_Capacitance=8E-5 -IM1PH_Start_Resistance=25 -IM1PH_Run_Capacitance=2E-5 -IM1PH_Run_Resistance=25 -MagnetizingInductance_Aux_Multiplier=1 -StatorLeakageInductance_Aux_Multiplier=1 -ArmatureEWdgMLT_Aux_Multiplier=1 -ArmatureEWdgInductance_Aux_Multiplier=1 -IM1PHEquivalentCircuitSolverMethod=1 -IMEquivalentCircuitHarmonicOrders=3 -IM1PH_NumHarmonicOrders=1 -PeakCurrent=200 -DCCurrent=5 -RMSCurrent=141.421356237309 -ConverterLosses=0 -DCFieldCurrent=10 -DCRotorCurrent=10 -RMSCurrentDensity=7.03372121997739 -DCCurrentDensity=0 -FieldCurrentDensity=0 -RotorCurrentDensity=0 -CurrentDefinition=0 -DCDriveDefinition=0 -DCCurrentDefinition=0 -FieldCurrentDefinition=0 -RotorCurrentDefinition=0 -PhaseAdvance=50 -DCBusVoltage=500 -DriveModulation=0 -DriveSwitchResistance=0 -DriveSwitchVoltage=0.8 -DriveDiodeVoltage=0.6 -DriveEffectiveSwitchingFrequency=100000 -DriveDutyCycle=1 -DriveChoppingMode=0 -DriveSwitchingFrequencyDefinition=0 -PassiveGeneratorLoadType=0 -DCLoadType=0 -DCLoadResistance=100 -DCLoadVoltage=100 -DCFilterInductance=0.001 -DCFilterCapacitance=1E-6 -RectifierOutputResistance=1 -ACLoadWindingConnection=0 -ACLoadResistance=100 -ACLoadInductance=0.001 -ACLoadAdjustmentPhase2=1 -ACLoadAdjustmentPhase3=1 -WindingConnection=0 -CustomDriveCyclePointReduction=1 -CustomDriveDefinition=1 -NumHarmonicDataPoints=1 -HarmonicOrder_Array[0]=1 -HarmonicAmplitude_Array[0]=1 -HarmonicAngle_Array[0]=0 -UseSpecifiedRefTemp=False -MagnetRefTempItem=0 -MagnetRefTemp_Defined=20 -HalbachDefinition=2 -ExternalLine_Definition=0 -ExternalLine_Resistance=0 -ExternalLine_Area=1 -ExternalLine_Length=100 -InputCircuit=0 -SineFilter_Capacitance=0 -SineFilter_Inductance=0 -MagneticContextVisible=False -PhysicalModelType=2 -BPMDriveMode=0 -DriveType_BPM=0 -ContinuousSkewMethod=1 -FluxSkewFactor=1 -SkewAngle_FluxSkewFactor=0 -DemagCurveMethod=1 -DemagCondition=1 -SinglePointDemagCalcMethod=1 -NumDemagCurveTemperatures=8 -DemagCurveTemperatures[0]=-40 -DemagCurveTemperatures[1]=0 -DemagCurveTemperatures[2]=20 -DemagCurveTemperatures[3]=60 -DemagCurveTemperatures[4]=100 -DemagCurveTemperatures[5]=140 -DemagCurveTemperatures[6]=180 -DemagCurveTemperatures[7]=220 -Magnet_Br_at_RefTemp=1.125 -Magnet_Br_at_20=1.125 -Magnet_ur=1.05 -Magnet_HcJ_at_RefTemp=1990000 -Magnet_RefTemp=20 -Magnet_THcJ_Coeff=-0.465 -Magnet_SquarenessFactor=6E-5 -Magnetization=0 -SkewType=0 -StatorSkew=0 -RotorSkewSlices=1 -RotorSkewAngle_Array[0]=0 -RotorSkewAngle_Array[1]=0 -RotorSkewAngle_Array[2]=0 -RotorSkewAngle_Array[3]=0 -RotorSkewAngle_Array[4]=0 -RotorSkewAngle_Array[5]=0 -RotorSkewAngle_Array[6]=0 -RotorSkewAngle_Array[7]=0 -RotorSkewAngle_Array[8]=0 -RotorSkewAngle_Array[9]=0 -RotorSkewAngle_Array[10]=0 -RotorSkewAngle_Array[11]=0 -RotorSkewAngle_Array[12]=0 -RotorSkewAngle_Array[13]=0 -RotorSkewAngle_Array[14]=0 -RotorSkewLengthProp_Array[0]=1 -RotorSkewLengthProp_Array[1]=1 -RotorSkewLengthProp_Array[2]=1 -RotorSkewLengthProp_Array[3]=1 -RotorSkewLengthProp_Array[4]=1 -RotorSkewLengthProp_Array[5]=1 -RotorSkewLengthProp_Array[6]=1 -RotorSkewLengthProp_Array[7]=1 -RotorSkewLengthProp_Array[8]=1 -RotorSkewLengthProp_Array[9]=1 -RotorSkewLengthProp_Array[10]=1 -RotorSkewLengthProp_Array[11]=1 -RotorSkewLengthProp_Array[12]=1 -RotorSkewLengthProp_Array[13]=1 -RotorSkewLengthProp_Array[14]=1 -WindingLayers=1 -WindingSchematic_Style=0 -ParallelPathView=0 -HarmonicView=0 -MMFPhaseView=0 -ACConductorLossUserValues[0]=0 -ACConductorLossUserValues[1]=0 -ACConductorLossUserValues[2]=0 -ACConductorLossUserValues[3]=0 -ACConductorLossUserValues[4]=0 -ACConductorLossUserValues[5]=0 -ACConductorLossUserValues[6]=0 -ACConductorLossUserValues[7]=0 -ACConductorLossUserValues[8]=0 -ACConductorLossUserValues[9]=0 -ACConductorLossUserValues[10]=0 -ACConductorLossUserValues[11]=0 -ACConductorLossUserValues[12]=0 -ACConductorLossUserValues[13]=0 -ACConductorLossUserValues[14]=0 -ACConductorLossUserValues[15]=0 -ACConductorLossUserValues[16]=0 -ACConductorLossUserValues[17]=0 -ACConductorLossUserValues[18]=0 -ACConductorLossUserValues[19]=0 -ACConductorLossUserValues[20]=0 -ACConductorLossUserValues[21]=0 -ACConductorLossUserValues[22]=0 -ACConductorLossUserValues[23]=0 -ACConductorLossUserValues[24]=0 -ACConductorLossUserRatio[0]=0 -ACConductorLossUserRatio[1]=0 -ACConductorLossUserRatio[2]=0 -ACConductorLossUserRatio[3]=0 -ACConductorLossUserRatio[4]=0 -ACConductorLossUserRatio[5]=0 -ACConductorLossUserRatio[6]=0 -ACConductorLossUserRatio[7]=0 -ACConductorLossUserRatio[8]=0 -ACConductorLossUserRatio[9]=0 -ACConductorLossUserRatio[10]=0 -ACConductorLossUserRatio[11]=0 -ACConductorLossUserRatio[12]=0 -ACConductorLossUserRatio[13]=0 -ACConductorLossUserRatio[14]=0 -ACConductorLossUserRatio[15]=0 -ACConductorLossUserRatio[16]=0 -ACConductorLossUserRatio[17]=0 -ACConductorLossUserRatio[18]=0 -ACConductorLossUserRatio[19]=0 -ACConductorLossUserRatio[20]=0 -ACConductorLossUserRatio[21]=0 -ACConductorLossUserRatio[22]=0 -ACConductorLossUserRatio[23]=0 -ACConductorLossUserRatio[24]=0 -MagneticWindingType=0 -MagPhaseDistribution=0 -MagTurnsConductor=6 -MagThrow=5 -MagWindingOffset=16 -MultiplexOffset=0 -MagPathType=0 -NumberOfCoils=8 -CoilsPerPath_Array[0]=4 -CoilsPerPath_Array[1]=4 -CoilsPerPath_Array[2]=4 -CoilsPerPath_Array[3]=4 -CoilsPerPath_Array[4]=0 -CoilsPerPath_Array[5]=0 -CoilsPerPath_Array[6]=0 -CoilsPerPath_Array[7]=0 -CoilsPerPath_Array[8]=0 -CoilsPerPath_Array[9]=0 -CoilsPerPath_Array[10]=0 -CoilsPerPath_Array[11]=0 -CoilsPerPath_Array[12]=0 -CoilsPerPath_Array[13]=0 -CoilsPerPath_Array[14]=0 -ParallelPaths=2 -NumberStrandsHand=20 -NumberStrandsHand_2=1 -NumberStrandsHand_3=1 -NumberStrandsHand_Aux=20 -MagPhases=3 -MagTurnsConductorField=-1 -MagTurnsConductorRotor=-1 -ParallelPaths_Field=1 -ParallelPaths_Rotor=1 -NumberStrandsHand_Field=1 -NumberStrandsHand_Rotor=1 -IronLossCalculationType=0 -Magnet2D3DCalculation=1 -Magnet2D3DWidth_Calc=2 -RotorHysterisisCalculation=0 -RotorHysterisisCalculation_SRM=1 -MagneticShaft=False -GeometryMeshEnabled=True -OpenCircuitCalculation=False -OnLoadCalculation=True -QAxisCurrentCalculation=True -TorqueCalculation=True -BackEMFCalculation=False -CoggingTorqueCalculation=False -TorqueSpeedCalculation=False -DemagnetizationCalc=False -ElectromagneticForcesCalc_OC=False -ElectromagneticForcesCalc_Load=False -InductanceCalc=False -CentrifugalForceCalc=False -BPMShortCircuitCalc=False -FluxSkewFactorCalc=False -OnLoadLossCalculation=False -BackEMFLossCalculation=False -IMCoreLossCalc=False -IMSingleLoadPointFEACalc_Full=False -IMSingleLoadPointFEACalc=False -IMTorqueSpeedCalc=True -IMLockedRotorCalc=False -IMLockedRotorAnalyticCalc=True -IMNoLoadAnalyticCalc=True -IMBreakdownPointAnalyticCalc=False -ArmatureEWdgMLT_Multiplier=1 -StatorEWdgMLT_Multiplier=1 -ArmatureEWdgInductance_Multiplier=1 -StatorEWdgInductance_Multiplier=1 -FieldEWdgMLT_Multiplier=1 -RotorEWdgMLT_Multiplier=1 -StrayLoadLossPercentage_OutputPower=0 -StrayLoadLossPercentage_Resistance=0 -IronLossBuildFactorDefinition=0 -StatorIronLossBuildFactor=1 -RotorIronLossBuildFactor=1 -HysteresisLossBuildFactor=1 -EddyLossBuildFactor=1 -ShaftLossBuildFactor=1 -MagnetLossBuildFactor=1 -Magnet_Br_Multiplier=1 -FluxLinkageMultiplier_D=1 -FluxLinkageMultiplier_Q=1 -StatorSaturationMultiplier=1 -RotorSaturationMultiplier=1 -MagneticAxialLengthMultiplier=1 -SleeveAxialLengthMultiplier=1 -ArmatureConductor_Temperature=47.53 -StatorConductor_Temperature=47.53 -ArmatureConductor_ResistivityAt20C=1.724E-8 -StatorConductor_ResistivityAt20C=1.724E-8 -ArmatureConductor_ResistivityAt20C_Aux=1.724E-8 -FieldConductor_Temperature=40 -RotorConductor_Temperature=40 -FieldConductor_ResistivityAt20C=0 -RotorConductor_ResistivityAt20C=0 -RotorBar_Temperature=140 -RotorBar_ResistivityAt20=1.724E-8 -EndRing_Temperature=140 -EndRing_ResistivityAt20=1.724E-8 -DamperBar_Temperature=40 -DamperEnd_Temperature=40 -DamperBar_ResistivityAt20=1.724E-8 -DamperEnd_ResistivityAt20=1.724E-8 -DamperEnd_F_ResistivityAt20=1.724E-8 -DamperEnd_R_ResistivityAt20=1.724E-8 -DamperOpening_ResistivityAt20=1.724E-8 -Magnet_Temperature=46.62 -Magnet_ResistivityAt20C=1.8E-6 -StatorLam_Temperature=33.13 -StatorLam_ResistivityAt20C=4.4E-7 -RotorLam_Temperature=46.31 -RotorLam_ResistivityAt20C=4.4E-7 -Shaft_Temperature=45.96 -Shaft_ResistivityAt20C=0 -Brush_Temperature=20 -Brush_ResistivityAt20C=0.0025 -Sleeve_Temperature=20 -Sleeve_ResistivityAt20C=1.724E-8 -Banding_Temperature=20 -Banding_ResistivityAt20C=1.724E-8 -Wedge_Temperature=46.57 -Wedge_ResistivityAt20C=1E20 -Housing_Temperature=20 -Housing_ResistivityAt20C=1.724E-8 -Bearing_Temperature_F=20 -Bearing_Temperature_R=20 -Airgap_Temperature=20 -MagneticThermalMaxIterations=5 -MagneticThermalMaxError=1 -MagneticThermalCoupling=1 -TemperaturesInEmagThermCoupling=1 -MagnetTempLinkMethod=1 -MagneticSymmetry=0 -MagneticSymmetryFactor=8 -MagnetisationCurveSymmetry=0 -RotorLaminations=0 -StatorLaminations=0 -StackingFactor_Magnetics=2 -IMRotorBarRegionType=0 -IronLossCoefficientDataPoints=0 -CustomDriveCycle_PeakRMS_Method=1 -CustomDriveCyclePoints=46 -CustomDriveCycleFile=No File Selected -SinglePointRotorAngle=0 -HousingOverhangFactor=1 -IMAccelerationCalc=True -IMAccelerationDuration=1 -IMAccelerationPoints=25000 -IMAccelerationLoadTorqueAt0rpm=0 -IMAccelerationLoadTorqueAtRpm=0 -IMAccelerationLoadTorqueRpmRef=3000 -IMAccelerationLoadTorqueCoef=1 -IMAccelerationLoadInertia=0 -IMAccelerationFanInertia=0 -FluxLinkageLookupCalc=False -AnalyticTorqueCalc_SRM=True -FEATorqueCalc_SRM=False -TurnOnAngle_SRM=30 -TurnOffAngle_SRM=150 -ZeroVoltageAngle_SRM=150 -DwellAngle_SRM=120 -SwitchingAngleDefinition_SRM=0 -ZeroVoltageLoop_SRM=0 -MaxCurrent_Calculated_MagnetisationCurves=0 -CurrentPoints_Calculated_MagnetisationCurves=0 -PositionPoints_Calculated_MagnetisationCurves=0 -TotalPoints_Calculated_MagnetisationCurves=0 -Date_Calculated_MagnetisationCurves= -MagnetisationCurves_File= -MagnetisationCurvesPlotSelect=0 -CoilSidesPerLayer=1 -Multiplicity=1 -DCArmatureWindingStyle=0 -DCArmatureWindingSense=0 -BrushContactVoltageDrop=1.5 -TotalExternalResistance=0 -MagThreads_Option=0 -MagThreads_AutoNumber=True -MagThreads_Number=8 -Lab_Threads_Enabled=True -Multimodel_Threads_MaxNumber=14 -ACLosses_BundleAspectRatio=1 -FEAMeasurePath_NumPaths=0 -PhasorDiagram_PhaseAdvanceSetting=0 -PhasorDiagram_PhaseAdvanceAngle=50 -RotorEccentricityType=0 -RotorCentreOffset_R=0 -RotorCentreOffset_T=0 -ShaftCentreOffset_R=0 -ShaftCentreOffset_T=0 -TopRotorBar_ResistivityAt20=1.724E-8 -TopRotorBarOpening_ResistivityAt20=1.724E-8 -BottomRotorBar_ResistivityAt20=1.724E-8 -BottomRotorBarOpening_ResistivityAt20=1.724E-8 -IMSkinEffectApplication=0 -BPMShortCircuitPoints=10000 -BPMShortCircuitDuration=0.1 -BPMShortCircuitLoadInertia=0 -Winding_Layers=0 -MagWindingType=0 - -[Airgap] -InnerAirgapBoundary_Drawing=1 -TurbulentUpperLimit=5000 -VortexUpperLimitMult=1.2 - -[Cowling] -Grill_Diameter_Outer=140 -Grill_Diameter_Inner=20 -Grill_HoleSize=8 -Grill_HoleSeparation=2 -Grill_Swirl=5 -Grill_SlotsPerLayer=6 -Cowling_Length=70 -Cowling_Thickness=2 -Cowling_Axial_Gap=50 -Cowling_Radial_Gap=3 -CowlingType=0 -Cowling_Type=No_Cowling - -[Dimensions] -DamperBar_Number=0 -DamperBar_Depth=1 -DamperBar_Opening=0 -DamperBar_Diameter=3 -DamperBar_Pitch=90 -Damper_Thickness_F=6 -Damper_Thickness_R=6 -Damper_Extension_F=4 -Damper_Extension_R=4 -Damper_Inner_Add_F=2 -Damper_Inner_Add_R=2 -Damper_Outer_Add_F=2 -Damper_Outer_Add_R=2 -Housing_Dia=250 -Stator_Lam_Dia=198 -Ins_Tooth_Width=0 -Slot_Width_Bottom=6.97772857909982 -Slot_Width_Top=4.71154109035996 -EndRing_Thickness_F=10 -EndRing_Extension_F=0 -EndRing_Inner_Add_F=5 -EndRing_Outer_Add_F=0 -EndRing_Thickness_R=10 -EndRing_Extension_R=0 -EndRing_Inner_Add_R=5 -EndRing_Outer_Add_R=0 -RotorPlate_Thickness_F=0 -RotorPlate_Thickness_R=0 -Wafter_Inner_Add_F=0 -Wafter_Inner_Add_R=0 -Wafter_Outer_Add_F=0 -Wafter_Outer_Add_R=0 -Wafter_Number_F=0 -Wafter_Number_R=0 -Wafter_Length_F=10 -Wafter_Length_R=10 -Wafter_Depth_Reduct_F=4 -Wafter_Depth_Reduct_R=4 -Wafter_Thickness_F=2 -Wafter_Thickness_R=2 -CoilDividerOffset=0 -StatorClampPlateThickness_F=0 -StatorClampPlateThickness_R=0 -SyncRotorSlot_Width=15 -SyncRotorSlot_Depth=18.5 -PoleTipAngle=0 -PoleSideAngle=30 -Pole_Tip_Angle=30 -RotorPoleTaper=0 -RotorSlotFilletRadius=0 -PoleTipRadialDepth=2 -AxleOHang_F=0 -AxleOHang_R=0 -Potting-Housing_[F]=0 -Potting-Housing_[R]=0 -Gap_Potting-Axle_[F]=0 -Gap_Potting-Axle_[R]=0 -BarT_Opening_Radius=1 -Bar_Opening_[T]=1.5 -Bar_Opening_Depth_[T]=1.5 -Bar_Depth_[T]=10 -Bar_Width_[T]=4 -Rotor_Tooth_Width_T=4 -Rotor_Tooth_Width=4 -Bar_Corner_Radius[T]=1.33 -Bar_Corner_Radius=1.33 -Bar_Tip_Angle_[T]=20 -BarB_Opening_Radius=1 -Bar_Opening_[B]=2 -Bar_Opening_Depth_[B]=2 -Bar_Depth_[B]=4 -Bar_Width_[B]=4 -Rotor_Tooth_Width_B=3 -BarB_Corner_Radius=1 -BarB_Tip_Angle=20 -Slot_WJ_Duct_Height=3 -Slot_WJ_Wall_Thickness=0.2 -Slot_WJ_Insulation_Thickness=0.2 -Slot_WJ_Duct_Parallel_Paths=1 -Slot_WJ_Duct_Width=3 -CalculateInputWJFlowChannels=0 -MinBackIronThickness=0.1 -MinMagnetSeparation=0.1 -MinShaftSeparation=0.1 -MinVMagnetAspectRatio=1 -MinUMagnetAspectRatio_Outer=0 -MinUMagnetAspectRatio_Inner=1 -MinRotorBarSeparation=0.1 -MinRotorBarWidth=1 -MinBottomRotorBarOpening=0.1 -Fan_AxialPosition=188 -Fan_Diameter=125 -Fan_Blade_Axial_Offset=0 -Fan_Blade_Width=10 -Fan_BackPlate_Width=12 -Fan_BackPlate_Dia=90 -Fan_Blade_Thickness=2 -Fan_Hub_Diameter=35 -Fan_Hub_Extension=5 -FormWound_WedgeDepth=1 -FormWound_WedgeInset=1 -FormWound_WedgeThickness=1 -FormWound_GapLinerSlotWall=0.1 -FormWound_GapSlotBaseSpacerSlotBase=0.1 -FormWound_GapSlotTopSpacerSlotTop=0.1 -FormWound_ThicknessSlotBaseSpacer=0.5 -FormWound_ThicknessSlotTopSpacer=0.5 -FormWound_ThicknessSlotLinerOuterLayer=0.2 -FormWound_ThicknessCoilInsulation=0.2 -FormWound_ThicknessPhaseSeparator=0.5 -FormWound_CopperInsulationThickness=0.1 -FormWound_CoilHeight=6.7 -FormWound_CoilWidth=6.2 -FormWound_ConductorHeight=0.95 -FormWound_ConductorWidth=2.5 -FormWound_RowsConductors=5 -FormWound_ColumnsConductors=2 -NumStatorVarSlotDepths=1 -ShaftType=0 -SpiderRadialThickness=4 -SpiderArmLength=15 -SpiderArmWidth=10 -SlotDepth_Outer=10 -SquareStatorLam_Width=200 -SquareStatorLam_Height=170 -ToothWidth_Outer=20 -ToothTipAngle_Outer=-5 -ToothTipDepth_Outer=10 -BackIronThickness_Outer=10 -PoleNumber_Outer=4 -CoilDividerWidth_Outer=20 -BackIronShape_WFC=0 -ToothArc_Outer=80 -WindingFill_Outer=80 -RoundStatorDiameter_WFC_Outer=200 -SquareStatorLam_CornerRadius=30 -StepHouseInner_F=0 -Housing_Step_[F]=0 -StepHouseInner_R=0 -Housing_Step_[R]=0 -StepHouseOuter_F=0 -StepHouseOuter_R=0 -RadialDuctType=0 -StatorGridNumber=6 -StatorGridInnerDiameter=90 -StatorGridHeight=5 -StatorGridDepth=1 -RotorGridNumber=6 -RotorGridOuterDiameter=50 -RotorGridHeight=5 -RotorGridDepth=1 -CoilDivider_DepthReduction_Stator=0 -CoilDivider_DepthReduction_Rotor=0 -RotorDiameter=130 -PoleNotchDepth=0 -PoleNotchArc_Outer=20 -PoleNotchArc_Inner=20 -RotorSlots=4 -RotorLaminationInset=0 -SyncPoleArc=100 -StatorPole_TaperAngle=0 -Shaft_Dia=44.45 -Pole_Width=20 -Rotor_Lam_Length=150 -Stator_Bore=132 -Tooth_Width=4.15 -Slot_Depth=21.1 -Slot_Corner_Radius=2 -Tooth_Tip_Depth=1.2 -Slot_Opening=2.814 -Tooth_Tip_Angle=27 -Sleeve_Thickness=0 -Pole_Number=8 -Airgap=1 -Banding_Thickness=0 -Motor_Length=260 -Slot_Number=48 -Stator_Poles=48 -Fin_Extension=10 -Fin_Thickness=2 -Slot_Width=7 -Corner_Cutout_Add=0 -Plate_Height=350 -Plate_Width=350 -Flange_Dia=96 -Flange_Extension=0 -Stator_Pole_Angle=30 -Housing_Thickness=5 -Magnet_Arc_[ED]=140 -Corner_Cutout_[%]=40 -Fin_Pitch/Thick=5 -Fin_Number_[Quadrant]=0 -Fin_Number_[Total]=1 -Fin_Spacing_[Fin_Base]=0 -Shaft_Dia_[F]=20 -Shaft_Dia_[R]=20 -Axle_Dia_[F]=35 -Axle_Dia_[R]=35 -Axle_Plate_Height_[F]=350 -Axle_Plate_Height_[R]=350 -Axle_Plate_Width_[R]=350 -EWdg-Housing_[F]=8.90000000000001 -EWdg-Housing_[R]=8.90000000000001 -EWdg-Bore_[F]=1.66842369326234 -EWdg-Bore_[R]=1.66842369326234 -EWdg_Insulation_[F]=0 -EWdg_Insulation_[R]=0 -Bearing_Dia_[F]=45 -Bearing_Dia_[R]=45 -Enc_Shaft_Dia=10 -Enc_Case_Dia=100 -Enc_Case_Thick=5 -Enc_Radial_Gap=5 -Shaft_Height=80 -Feet_Width_[Motor]=20 -Feet_Width_[Base]=30 -Feet_Length=100 -Base_Width=150 -Base_Thickness=10 -Base_Length=300 -Shaft_Extension_[F]=30 -Shaft_Extension_[R]=0 -Axle_Extension_[F]=30 -Axle_Extension_[R]=30 -Stator_Axial_Offset=0 -Magnet_Axial_Offset=0 -Rotor_Axial_Offset=0 -EWdg_Overhang_[F]=30 -EWdg_Overhang_[R]=30 -EWdg_Overhang_Mult_[F]=1 -EWdg_Overhang_Mult_[R]=1 -Wdg_Extension_[F]=5 -Wdg_Extension_[R]=5 -Endcap_Length_[F]=30 -Endcap_Length_[R]=30 -EWdg-Endcap_[F]=10 -EWdg-Endcap_[R]=10 -Flange_Depth=3 -Bearing_Width_[F]=12 -Bearing_Width_[R]=12 -Bearing_Offset_[F]=0 -Bearing_Offset_[R]=0 -Plate_Thickness=23 -Axle_Plate_Thickness_[F]=20 -Axle_Plate_Thickness_[R=20 -Enc_Length=30 -Enc_Case_Length=50 -Enc_Barrier_Length=5 -Enc_Axial_Gap=2 -Magnet_Embed_Depth=2 -Axle_Plate_Width_[F]=350 -Stator_Lam_Length=160 -Rotor_Bars=26 -Wdg_Add_[Outer_F]=3 -Wdg_Add_[Inner_F]=0 -Wdg_Add_[Outer_R]=3 -Wdg_Add_[Inner_R]=0 -Endcap_Thickness_[F]=10 -Endcap_Thickness_[R]=10 -Gap_[Endcap-Comm]=10 -Gap_[Comm-Winding]=5 -Comm_Length=15 -Comm_Dia=50 -Comm_Cu_Thickness=2 -Comm_Connections=30 -Comm_Connection_Lmult=1 -Brush_Number=2 -Brush_Length=10 -Brush_Width=10 -Brush_Height=20 -Br_Holder_Comm_Gap=5 -Br_Holder_Outer_Dia=20 -Br_Holder_Ins_Thick=3 -Br_Holder_Height=35 -Rotor_Pole_Angle=30 -Stator_Pole_Depth=15 -Rotor_Slot_Depth=10 -Stator_Pole_Radius=2 -Pole_Depth=12 -Pole_Tip_Width=10 -Pole_Tip_Depth=8 -Pole_Tip_Radius=0 -Pole_Base_Radius=0 -Pole_Surface_Radius=39 -Pole_Surface_Offset=0 -Liner_Pole_Side=2 -Liner_Pole_Tip=1 -Liner_Coil_Base=1 -Rotor_Coil_Width=7.5 -Rotor_Coil_Depth=10 -Wdg_Separator_Low_[%]=10 -Wdg_Separator_Up_[%]=90 -Winding_Separators=3 -Wdg_Separator_Length=10 -Liner_Rotor_EWdg=1 -Rotor_EWdg_Ohang=10 -Claw_Pole_Pairs=8 -Claw_Pole_Length=50 -Claw_Pole_Depth=10 -Claw_Tooth_Depth=5 -Claw_Coil_Length=60 -Claw_Coil_Depth=10 -Claw_Liner_Base=0.5 -Claw_Liner_Side=0.5 -Claw_Back_Iron=5 -Claw_Pole_Spacing=10 -Claw_Tooth_Width=3 -Armature_Diameter=110 -Back_Iron_Thickness=5 -Fin_Base_Thickness=1.5 -Fin_Cover_Thickness=1.5 -WJ_Channel-Lam=10 -WJ_Channel_Height=5 -WJ_Channel_Width=30 -WJ_Channel_Spacing=35 -WJ_Parallel_Paths=1 -WJ_Channel_Number=1 -Shaft_Groove_Wall=1.5 -Shaft_Groove_Height=4 -Shaft_Groove_Width=10 -Shaft_Groove_Spacing=10 -Rotor_WJ_Duct_Diameter=7.49 -Cover_Ins_Length=90 -Cover_Ins_Thickness=10 -Cup_Axial_Thickness=5 -Cup_Radial_Thickness=5 -Cup_Axial_Length=140 -Gap_H-Cup_[Radial]=1 -Gap_H-Cup_[Axial]=10 -Gap_Shaft-Axle=2 -Gap_Shaft-Axle_[F]=2 -Gap_Shaft-Axle_[R]=2 -Axle_Dia=35 -CornerRoundingRadius_Rotor=0.1 -CornerRoundingRadius_Magnets=0.1 -StatorMidSlotTooth_Depth=0 -StatorMidSlotTooth_Width_Base=0 -StatorMidSlotTooth_Width_Top=0 -Potting-Endcap_[F]=0 -Potting-Endcap_[R]=0 -Magnet_Length=150 -Magnet_Thickness=4 -MagnetOpening=2 -MagnetDepth=10 -MagnetInset=3 -CircumferentialSegments=1 -FlatMagnetSegments=1 -SpokeMagnetSegments=1 -AxialSegments=18 -BandingAxialSegments=1 -SleeveAxialSegments=1 -Bridge_Thickness=2 -Magnet_Width_Reduction=0 -Web_Thickness=2 -Web_Length=2 -Pole_V_Angle=130 -Pole_Arc=150 -WebAngle=0 -Magnet_Separation=0 -Magnet_Width=45 -Magnet_Post=0 -Magnet_Layers=2 -UShape_OuterAngleOffset_Array[0]=0 -UShape_OuterAngleOffset_Array[1]=0 -UShape_OuterAngleOffset_Array[2]=0 -UShape_OuterAngleOffset_Array[3]=0 -UShape_OuterAngleOffset_Array[4]=0 -UShape_OuterAngleOffset_Array[5]=0 -UShape_Thickness_Inner_Array[0]=4 -UShape_Thickness_Inner_Array[1]=4 -UShape_Thickness_Inner_Array[2]=4 -UShape_Thickness_Inner_Array[3]=4 -UShape_Thickness_Inner_Array[4]=4 -UShape_Thickness_Inner_Array[5]=4 -UShape_Thickness_Outer_Array[0]=4 -UShape_Thickness_Outer_Array[1]=4 -UShape_Thickness_Outer_Array[2]=4 -UShape_Thickness_Outer_Array[3]=4 -UShape_Thickness_Outer_Array[4]=4 -UShape_Thickness_Outer_Array[5]=4 -UMagnet_Length_Inner_Array[0]=10 -UMagnet_Length_Inner_Array[1]=8 -UMagnet_Length_Inner_Array[2]=6 -UMagnet_Length_Inner_Array[3]=4 -UMagnet_Length_Inner_Array[4]=1 -UMagnet_Length_Inner_Array[5]=0 -UMagnet_Length_Outer_Array[0]=13 -UMagnet_Length_Outer_Array[1]=9 -UMagnet_Length_Outer_Array[2]=5 -UMagnet_Length_Outer_Array[3]=0 -UMagnet_Length_Outer_Array[4]=2 -UMagnet_Length_Outer_Array[5]=11 -UMagnet_Offset_Inner_Array[0]=0 -UMagnet_Offset_Inner_Array[1]=0 -UMagnet_Offset_Inner_Array[2]=0 -UMagnet_Offset_Inner_Array[3]=0 -UMagnet_Offset_Inner_Array[4]=0 -UMagnet_Offset_Inner_Array[5]=0 -UMagnet_Offset_Outer_Array[0]=0 -UMagnet_Offset_Outer_Array[1]=0 -UMagnet_Offset_Outer_Array[2]=0 -UMagnet_Offset_Outer_Array[3]=0 -UMagnet_Offset_Outer_Array[4]=0 -UMagnet_Offset_Outer_Array[5]=0 -UMagnetInner_ClearanceI_Array[0]=0 -UMagnet_Clearance_Inner_Array[0]=0 -UMagnetInner_ClearanceI_Array[1]=0 -UMagnet_Clearance_Inner_Array[1]=0 -UMagnetInner_ClearanceI_Array[2]=0 -UMagnet_Clearance_Inner_Array[2]=0 -UMagnetInner_ClearanceI_Array[3]=0 -UMagnet_Clearance_Inner_Array[3]=0 -UMagnetInner_ClearanceI_Array[4]=0 -UMagnet_Clearance_Inner_Array[4]=0 -UMagnetInner_ClearanceI_Array[5]=0 -UMagnet_Clearance_Inner_Array[5]=0 -UMagnetInner_ClearanceO_Array[0]=0 -UMagnetInner_ClearanceO_Array[1]=0 -UMagnetInner_ClearanceO_Array[2]=0 -UMagnetInner_ClearanceO_Array[3]=0 -UMagnetInner_ClearanceO_Array[4]=0 -UMagnetInner_ClearanceO_Array[5]=0 -UMagnetOuter_ClearanceI_Array[0]=0 -UMagnet_Clearance_Outer_Array[0]=0 -UMagnetOuter_ClearanceI_Array[1]=0 -UMagnet_Clearance_Outer_Array[1]=0 -UMagnetOuter_ClearanceI_Array[2]=0 -UMagnet_Clearance_Outer_Array[2]=0 -UMagnetOuter_ClearanceI_Array[3]=0 -UMagnet_Clearance_Outer_Array[3]=0 -UMagnetOuter_ClearanceI_Array[4]=0 -UMagnet_Clearance_Outer_Array[4]=0 -UMagnetOuter_ClearanceI_Array[5]=0 -UMagnet_Clearance_Outer_Array[5]=0 -UMagnetOuter_ClearanceO_Array[0]=0 -UMagnetOuter_ClearanceO_Array[1]=0 -UMagnetOuter_ClearanceO_Array[2]=0 -UMagnetOuter_ClearanceO_Array[3]=0 -UMagnetOuter_ClearanceO_Array[4]=0 -UMagnetOuter_ClearanceO_Array[5]=0 -UShape_CentrePost_Array[0]=0 -UShape_CentrePost_Array[1]=0 -UShape_CentrePost_Array[2]=0 -UShape_CentrePost_Array[3]=0 -UShape_CentrePost_Array[4]=0 -UShape_CentrePost_Array[5]=0 -UShape_InnerDiameter_Array[0]=30 -UShape_InnerDiameter_Array[1]=42 -UShape_InnerDiameter_Array[2]=54 -UShape_InnerDiameter_Array[3]=66 -UShape_InnerDiameter_Array[4]=78 -UShape_InnerDiameter_Array[5]=90 -UShape_WebThickness_Array[0]=2 -UShape_WebThickness_Array[1]=14 -UShape_WebThickness_Array[2]=26 -UShape_WebThickness_Array[3]=38 -UShape_WebThickness_Array[4]=50 -UShape_WebThickness_Array[5]=62 -UShape_BridgeThickness_Array[0]=2 -UShape_BridgeThickness_Array[1]=2 -UShape_BridgeThickness_Array[2]=2 -UShape_BridgeThickness_Array[3]=2 -UShape_BridgeThickness_Array[4]=2 -UShape_BridgeThickness_Array[5]=2 -UShape_MagnetSegments_Inner_Array[0]=1 -UShape_MagnetSegments_Inner_Array[1]=1 -UShape_MagnetSegments_Inner_Array[2]=1 -UShape_MagnetSegments_Inner_Array[3]=1 -UShape_MagnetSegments_Inner_Array[4]=1 -UShape_MagnetSegments_Inner_Array[5]=1 -UShape_MagnetSegments_Outer_Array[0]=1 -UShape_MagnetSegments_Outer_Array[1]=1 -UShape_MagnetSegments_Outer_Array[2]=1 -UShape_MagnetSegments_Outer_Array[3]=1 -UShape_MagnetSegments_Outer_Array[4]=1 -UShape_MagnetSegments_Outer_Array[5]=1 -UShape_Post_Inner_Array[0]=0 -UShape_Post_Inner_Array[1]=0 -UShape_Post_Inner_Array[2]=0 -UShape_Post_Inner_Array[3]=0 -UShape_Post_Inner_Array[4]=0 -UShape_Post_Inner_Array[5]=0 -UShape_Post_Outer_Array[0]=0 -UShape_Post_Outer_Array[1]=0 -UShape_Post_Outer_Array[2]=0 -UShape_Post_Outer_Array[3]=0 -UShape_Post_Outer_Array[4]=0 -UShape_Post_Outer_Array[5]=0 -UShape_Post_Inner_Offset[0]=0 -UShape_Post_Inner_Offset[1]=0 -UShape_Post_Inner_Offset[2]=0 -UShape_Post_Inner_Offset[3]=0 -UShape_Post_Inner_Offset[4]=0 -UShape_Post_Inner_Offset[5]=0 -UShape_Post_Outer_Offset[0]=0 -UShape_Post_Outer_Offset[1]=0 -UShape_Post_Outer_Offset[2]=0 -UShape_Post_Outer_Offset[3]=0 -UShape_Post_Outer_Offset[4]=0 -UShape_Post_Outer_Offset[5]=0 -VMagnet_Layers=2 -WebLength_Array[0]=0 -WebLength_Array[1]=0 -WebLength_Array[2]=0.32 -WebLength_Array[3]=1.2 -WebThickness_Array[0]=2.5 -WebThickness_Array[1]=21 -WebThickness_Array[2]=20.27 -WebThickness_Array[3]=29.47 -BridgeThickness_Array[0]=7.65 -BridgeThickness_Array[1]=0.6 -BridgeThickness_Array[2]=2.2 -BridgeThickness_Array[3]=2 -MagnetThickness_Array[0]=2.6 -MagnetThickness_Array[1]=3.862 -MagnetThickness_Array[2]=1.6 -MagnetThickness_Array[3]=1.2 -MagnetSeparation_Array[0]=0 -MagnetSeparation_Array[1]=0 -MagnetSeparation_Array[2]=0 -MagnetSeparation_Array[3]=0 -PoleVAngle_Array[0]=124 -PoleVAngle_Array[1]=180 -PoleVAngle_Array[2]=157.3 -PoleVAngle_Array[3]=180 -PoleArc_Array[0]=159 -PoleArc_Array[1]=150 -PoleArc_Array[2]=97.5 -PoleArc_Array[3]=73.13 -MagnetBarWidth_Array[0]=21.33 -MagnetBarWidth_Array[1]=13.9 -MagnetBarWidth_Array[2]=15.49 -MagnetBarWidth_Array[3]=11.61 -VSimpleMagnetPost_Array[0]=0.1 -VSimpleMagnetPost_Array[1]=0.5 -VSimpleMagnetPost_Array[2]=0.5 -VSimpleMagnetPost_Array[3]=0.5 -VShapeMagnetPost_Array[0]=0 -VShapeMagnetPost_Array[1]=0 -VShapeMagnetPost_Array[2]=0 -VShapeMagnetPost_Array[3]=0 -VSimpleWidth_Array[0]=21.33 -VSimpleWidth_Array[1]=20.85 -VSimpleWidth_Array[2]=15.49 -VSimpleWidth_Array[3]=11.61 -VSimpleMagShift_Array[0]=0 -VSimpleMagShift_Array[1]=0 -VSimpleMagShift_Array[2]=0 -VSimpleMagShift_Array[3]=0 -VSimpleEndRegion_Inner_Array[0]=2 -VSimpleEndRegion_Inner_Array[1]=1 -VSimpleEndRegion_Inner_Array[2]=0.8 -VSimpleEndRegion_Inner_Array[3]=0.6 -VSimpleEndRegion_Outer_Array[0]=2 -VSimpleEndRegion_Outer_Array[1]=1 -VSimpleEndRegion_Outer_Array[2]=0.8 -VSimpleEndRegion_Outer_Array[3]=0.6 -VSimpleOffsetT_Array[0]=0 -VSimpleOffsetT_Array[1]=0 -VSimpleOffsetT_Array[2]=0 -VSimpleOffsetT_Array[3]=0 -VShapeMagnetSegments_Array[0]=1 -VShapeMagnetSegments_Array[1]=1 -VShapeMagnetSegments_Array[2]=1 -VShapeMagnetSegments_Array[3]=1 -VShape_Magnet_ClearanceInner[0]=0.2 -VShapeMagnetClearance_Array[0]=0.2 -VShape_Magnet_ClearanceInner[1]=0.2 -VShapeMagnetClearance_Array[1]=0.2 -VShape_Magnet_ClearanceInner[2]=0 -VShapeMagnetClearance_Array[2]=0 -VShape_Magnet_ClearanceInner[3]=0 -VShapeMagnetClearance_Array[3]=0 -VShape_Magnet_ClearanceOuter[0]=0 -VShape_Magnet_ClearanceOuter[1]=0 -VShape_Magnet_ClearanceOuter[2]=0 -VShape_Magnet_ClearanceOuter[3]=0 -MagnetReduction=0 -MagnetCentralArc_HalbachRing=120 -MagnetClearance=0 -StatorRadialDuct_Width=5 -StatorRadialDuct_Number=4 -RotorRadialDuct_Width=5 -RotorRadialDuct_Number=4 -AxialWJFinNumberCalc=1 -BearingInner_Diameter=35 -BearingMount_Thickness=5 -BearingMount_Length=15 -BearingMount_Gap=1 -Gap_StatorPlateMount_F=20 -Gap_StatorPlateMount_R=0 -StatorPlateThickness_F=5 -StatorPlateThickness_R=5 -StatorPlateOffset_F=0 -StatorPlateOffset_R=0 -StatorPlateChannelWall_F=1 -StatorPlateChannelWall_R=1 -StatorPlateChannelWidth_F=4 -StatorPlateChannelWidth_R=4 -StatorPlateChannelHeight_F=10 -StatorPlateChannelHeight_R=10 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-Emissivity_Rotor_Endcap_F_Inner_Surface=0.9 -Emissivity_Rotor_Endcap_R_Outer_Surface=0.9 -Emissivity_Rotor_Endcap_R_Inner_Surface=0.9 -Emissivity_Magnet_Endcap_F_Outer_Surface=0.9 -Emissivity_Magnet_Endcap_F_Inner_Surface=0.9 -Emissivity_Magnet_Endcap_R_Outer_Surface=0.9 -Emissivity_Magnet_Endcap_R_Inner_Surface=0.9 -Emissivity_Housing_Active=0.9 -Emissivity_Housing_[A]=0.9 -Emissivity_Housing_Front=0.9 -Emissivity_Housing_[F]=0.9 -Emissivity_Housing_Rear=0.9 -Emissivity_Housing_[R]=0.9 -Emissivity_EndCap_Front=0.9 -Emissivity_Endcap_[F]=0.9 -Emissivity_EndCap_Rear=0.9 -Emissivity_Endcap_[R]=0.9 -Emissivity_Plate=0.9 -Emissivity_Flange_Plate=0.9 -Emissivity_Axle_Plate_F=0.9 -Emissivity_Axle_Plate_[F]=0.9 -Emissivity_Axle_Plate_R=0.9 -Emissivity_Axle_Plate_[R]=0.9 -Emissivity_Base=0.9 -Emissivity_Base_Plate=0.9 -Emissivity_EncCase=0.9 -Emissivity_Encoder_Case=0.9 -Emissivity_Airgap_Inner_Surface=0.9 -Emissivity_Airgap_Outer_Surface=0.9 -Emissivity_Airgap_Shaft_Axle_Active_Inner_Surface=0.9 -Emissivity_Shaft_[Active]=0.9 -Emissivity_Airgap_Shaft_Axle_Active_Outer_Surface=0.9 -Emissivity_Axle_[Active]=0.9 -Emissivity_Airgap_Shaft_Axle_Front_Inner_Surface=0.9 -Emissivity_Shaft_[Front]=0.9 -Emissivity_Airgap_Shaft_Axle_Front_Outer_Surface=0.9 -Emissivity_Axle_[Front]=0.9 -Emissivity_Airgap_Shaft_Axle_Rear_Inner_Surface=0.9 -Emissivity_Shaft_[Rear]=0.9 -Emissivity_Airgap_Shaft_Axle_Rear_Outer_Surface=0.9 -Emissivity_Axle_[Rear]=0.9 -Emissivity_Airgap_Cup_Housing_Active_Inner_Surface=0.9 -Emissivity_Cup_[Active]=0.9 -Emissivity_Airgap_Cup_Housing_Active_Outer_Surface=0.9 -Emissivity_Housing_Inner_Surface_[Active]=0.9 -Emissivity_Airgap_Cup_Housing_OH_Inner_Surface=0.9 -Emissivity_Cup_[Oh]=0.9 -Emissivity_Airgap_Cup_Housing_OH_Outer_Surface=0.9 -Emissivity_Housing_Inner_Surface_[Oh]=0.9 - -[View_Factor] -View_Factor_Airgap_Cup_Endcap=1 -View_Factor_EWdgF_Endcap=1 -View_Factor_EWdgR_Endcap=1 -View_Factor_EWdgR_Cup_Base=1 -View_Factor_EWdgF_Housing=1 -View_Factor_EWdgR_Housing=1 -View_Factor_EWdgR_Cup_OH=1 -View_Factor_Rotor_Endcap_F=1 -View_Factor_Rotor_Endcap_R=1 -View_Factor_Magnet_Endcap_F=1 -View_Factor_Magnet_Endcap_R=1 -View_Factor_Housing_Active_No_Fins=1 -View_Factor_Housing_[A]_-_No_Fins=1 -View_Factor_Housing_Active_Fin_Base=1 -View_Factor_Housing_[A]_-_Fin_Base=1 -View_Factor_Housing_Active_Fin_Sides=0 -View_Factor_Housing_[A]_-_Fin_Sides=0 -View_Factor_Housing_Active_Fin_Tips=1 -View_Factor_Housing_[A]_-_Fin_Tips=1 -View_Factor_Housing_Active_Fin_Channel=1 -View_Factor_Housing_[A]_-_Fin_Channel=1 -View_Factor_Housing_Active_Corner_Cutout=1 -View_Factor_Housing_[A]_-_Corner_Cutout=1 -View_Factor_Housing_Front_No_Fins=1 -View_Factor_Housing_[F]_-_No_Fins=1 -View_Factor_Housing_Front_Fin_Base=1 -View_Factor_Housing_[F]_-_Fin_Base=1 -View_Factor_Housing_Front_Fin_Sides=0 -View_Factor_Housing_[F]_-_Fin_Sides=0 -View_Factor_Housing_Front_Fin_Tips=1 -View_Factor_Housing_[F]_-_Fin_Tips=1 -View_Factor_Housing_Front_Fin_Channel=1 -View_Factor_Housing_[F]_-_Fin_Channel=1 -View_Factor_Housing_Front_Corner_Cutout=1 -View_Factor_Housing_[F]_-_Corner_Cutout=1 -View_Factor_Housing_Rear_No_Fins=1 -View_Factor_Housing_[R]_-_No_Fins=1 -View_Factor_Housing_Rear_Fin_Base=1 -View_Factor_Housing_[R]_-_Fin_Base=1 -View_Factor_Housing_Rear_Fin_Sides=0 -View_Factor_Housing_[R]_-_Fin_Sides=0 -View_Factor_Housing_Rear_Fin_Tips=1 -View_Factor_Housing_[R]_-_Fin_Tips=1 -View_Factor_Housing_Rear_Fin_Channel=1 -View_Factor_Housing_[R]_-_Fin_Channel=1 -View_Factor_Housing_Rear_Corner_Cutout=1 -View_Factor_Housing_[R]_-_Corner_Cutout=1 -View_Factor_Endcap_Front_Radial=1 -View_Factor_Endcap_[F]_-_Radial=1 -View_Factor_Endcap_Front_Axial=1 -View_Factor_Endcap_[F]_-_Axial=1 -View_Factor_Endcap_Rear_Radial=1 -View_Factor_Endcap_[R]_-_Radial=1 -View_Factor_Endcap_Rear_Axial=1 -View_Factor_Endcap_[R]_-_Axial=1 -View_Factor_Plate=1 -View_Factor_Flange_Plate=1 -View_Factor_Axle_Plate_F=1 -View_Factor_Axle_Plate_[F]=1 -View_Factor_Axle_Plate_R=1 -View_Factor_Axle_Plate_[R]=1 -View_Factor_Base=1 -View_Factor_Base_Plate=1 -View_Factor_EncCase_Radial=1 -View_Factor_Encoder_Case_-_Radial=1 -View_Factor_EncCase_Axial=1 -View_Factor_Encoder_Case_-_Axial=1 -View_Factor_Airgap=1 -View_Factor_-_Airgap=1 -View_Factor_Airgap_Shaft_Axle_Active=1 -View_Factor_-_Shaft_Axle_[Active]=1 -View_Factor_Airgap_Shaft_Axle_Front=1 -View_Factor_-_Shaft_Axle_[Front]=1 -View_Factor_Airgap_Shaft_Axle_Rear=1 -View_Factor_-_Shaft_Axle_[Rear]=1 -View_Factor_Airgap_Cup_Housing_Active=1 -View_Factor_-_Cup_Housing_[Active]=1 -View_Factor_Airgap_Cup_Housing_OH=1 -View_Factor_-_Cup_Housing_[OH]=1 - -[Radiation_Notes] -Radiation_Notes_Airgap_Cup_Endcap_Inner_Surface= -Radiation_Notes_Airgap_Cup_Endcap_Outer_Surface= -Radiation_Notes_EWdgF_Endcap_Inner_Surface= -Radiation_Notes_EWdgF_Endcap_Outer_Surface= -Radiation_Notes_EWdgR_Endcap_Inner_Surface= -Radiation_Notes_EWdgR_Endcap_Outer_Surface= -Radiation_Notes_EWdgR_Cup_Base_Inner_Surface= -Radiation_Notes_EWdgR_Cup_Base_Outer_Surface= -Radiation_Notes_EWdgF_Housing_Inner_Surface= -Radiation_Notes_EWdgF_Housing_Outer_Surface= -Radiation_Notes_EWdgR_Housing_Inner_Surface= -Radiation_Notes_EWdgR_Housing_Outer_Surface= -Radiation_Notes_EWdgR_Cup_OH_Inner_Surface= -Radiation_Notes_EWdgR_Cup_OH_Outer_Surface= -Radiation_Notes_Rotor_Endcap_F_Inner_Surface= -Radiation_Notes_Rotor_Endcap_F_Outer_Surface= -Radiation_Notes_Rotor_Endcap_R_Inner_Surface= -Radiation_Notes_Rotor_Endcap_R_Outer_Surface= -Radiation_Notes_Magnet_Endcap_F_Inner_Surface= -Radiation_Notes_Magnet_Endcap_F_Outer_Surface= -Radiation_Notes_Magnet_Endcap_R_Inner_Surface= -Radiation_Notes_Magnet_Endcap_R_Outer_Surface= -Radiation_Notes_Housing_Active_No_Fins= -Notes_Radiation_Housing_[A]_-_No_Fins= -Radiation_Notes_Housing_Active_Fin_Base= -Notes_Radiation_Housing_[A]_-_Fin_Base= -Radiation_Notes_Housing_Active_Fin_Sides= -Notes_Radiation_Housing_[A]_-_Fin_Sides= -Radiation_Notes_Housing_Active_Fin_Tips= -Notes_Radiation_Housing_[A]_-_Fin_Tips= -Radiation_Notes_Housing_Active_Fin_Channel= -Notes_Radiation_Housing_[A]_-_Fin_Channel= -Radiation_Notes_Housing_Active_Corner_Cutout= -Notes_Radiation_Housing_[A]_-_Corner_Cutout= -Radiation_Notes_Housing_Front_No_Fins= -Notes_Radiation_Housing_[F]_-_No_Fins= -Radiation_Notes_Housing_Front_Fin_Base= -Notes_Radiation_Housing_[F]_-_Fin_Base= -Radiation_Notes_Housing_Front_Fin_Sides= -Notes_Radiation_Housing_[F]_-_Fin_Sides= -Radiation_Notes_Housing_Front_Fin_Tips= -Notes_Radiation_Housing_[F]_-_Fin_Tips= -Radiation_Notes_Housing_Front_Fin_Channel= -Notes_Radiation_Housing_[F]_-_Fin_Channel= -Radiation_Notes_Housing_Front_Corner_Cutout= -Notes_Radiation_Housing_[F]_-_Corner_Cutout= -Radiation_Notes_Housing_Rear_No_Fins= -Notes_Radiation_Housing_[R]_-_No_Fins= -Radiation_Notes_Housing_Rear_Fin_Base= -Notes_Radiation_Housing_[R]_-_Fin_Base= -Radiation_Notes_Housing_Rear_Fin_Sides= -Notes_Radiation_Housing_[R]_-_Fin_Sides= -Radiation_Notes_Housing_Rear_Fin_Tips= -Notes_Radiation_Housing_[R]_-_Fin_Tips= -Radiation_Notes_Housing_Rear_Fin_Channel= -Notes_Radiation_Housing_[R]_-_Fin_Channel= -Radiation_Notes_Housing_Rear_Corner_Cutout= -Notes_Radiation_Housing_[R]_-_Corner_Cutout= -Radiation_Notes_Endcap_Front_Radial= -Notes_Radiation_Endcap_[F]_-_Radial= -Radiation_Notes_Endcap_Front_Axial= -Notes_Radiation_Endcap_[F]_-_Axial= -Radiation_Notes_Endcap_Rear_Radial= -Notes_Radiation_Endcap_[R]_-_Radial= -Radiation_Notes_Endcap_Rear_Axial= -Notes_Radiation_Endcap_[R]_-_Axial= -Radiation_Notes_Plate= -Notes_Radiation_Flange_Plate= -Radiation_Notes_Axle_Plate_F= -Notes_Radiation_Axle_Plate_[F]= -Radiation_Notes_Axle_Plate_R= -Notes_Radiation_Axle_Plate_[R]= -Radiation_Notes_Base= -Notes_Radiation_Base_Plate= -Radiation_Notes_EncCase_Radial= -Notes_Radiation_Encoder_Case_-_Radial= -Radiation_Notes_EncCase_Axial= -Notes_Radiation_Encoder_Case_-_Axial= -Radiation_Notes_Airgap_Inner_Surface= -Notes_Radiation_Airgap_Inner_Surface= -Radiation_Notes_Airgap_Outer_Surface= -Notes_Radiation_Airgap_Outer_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Active_Inner_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Active_Outer_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Front_Inner_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Front_Outer_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Rear_Inner_Surface= -Radiation_Notes_Airgap_Shaft_Axle_Rear_Outer_Surface= -Radiation_Notes_Airgap_Cup_Housing_Active_Inner_Surface= -Radiation_Notes_Airgap_Cup_Housing_Active_Outer_Surface= -Radiation_Notes_Airgap_Cup_Housing_OH_Inner_Surface= -Radiation_Notes_Airgap_Cup_Housing_OH_Outer_Surface= - -[Surface_Area] -Airgap_Cup_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 -Airgap_Cup_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgF_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgF_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgR_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgR_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgR_Cup_Base_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgR_Cup_Base_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgF_Housing_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgF_Housing_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgR_Housing_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgR_Housing_Radiation_Exchange_Factor_Outer_Inner=0 -EWdgR_Cup_OH_Radiation_Exchange_Factor_Inner_Outer=0 -EWdgR_Cup_OH_Radiation_Exchange_Factor_Outer_Inner=0 -Rotor_Endcap_F_Radiation_Exchange_Factor_Inner_Outer=0 -Rotor_Endcap_F_Radiation_Exchange_Factor_Outer_Inner=0 -Rotor_Endcap_R_Radiation_Exchange_Factor_Inner_Outer=0 -Rotor_Endcap_R_Radiation_Exchange_Factor_Outer_Inner=0 -Magnet_Endcap_F_Radiation_Exchange_Factor_Inner_Outer=0 -Magnet_Endcap_F_Radiation_Exchange_Factor_Outer_Inner=0 -Magnet_Endcap_R_Radiation_Exchange_Factor_Inner_Outer=0 -Magnet_Endcap_R_Radiation_Exchange_Factor_Outer_Inner=0 - -[End_Space] -K1_ES_EndRing_Bore_F=15 -K2_ES_EndRing_Bore_F=0.4 -K3_ES_EndRing_Bore_F=0.9 -Vel_Mult_ES_EndRing_Bore_F=1 -Notes_ES_EndRing_Bore_F= -K1_ES_EndRing_Outer_F=15 -K2_ES_EndRing_Outer_F=0.4 -K3_ES_EndRing_Outer_F=0.9 -Vel_Mult_ES_EndRing_Outer_F=1 -Notes_ES_EndRing_Outer_F= -K1_ES_EndRing_End_F=15 -K2_ES_EndRing_End_F=0.4 -K3_ES_EndRing_End_F=0.9 -Vel_Mult_ES_EndRing_End_F=1 -Notes_ES_EndRing_End_F= -K1_ES_EndRing_ExtBore_F=15 -K2_ES_EndRing_ExtBore_F=0.4 -K3_ES_EndRing_ExtBore_F=0.9 -Vel_Mult_ES_EndRing_ExtBore_F=1 -Notes_ES_EndRing_ExtBore_F= -K1_ES_EndRing_ExtOuter_F=15 -K2_ES_EndRing_ExtOuter_F=0.4 -K3_ES_EndRing_ExtOuter_F=0.9 -Vel_Mult_ES_EndRing_ExtOuter_F=1 -Notes_ES_EndRing_ExtOuter_F= -K1_ES_EndRing_ExtInter_F=0 -K2_ES_EndRing_ExtInter_F=0.4 -K3_ES_EndRing_ExtInter_F=0.9 -Vel_Mult_ES_EndRing_ExtInter_F=1 -Notes_ES_EndRing_ExtInter_F=default = blocked channel (k1 = 0) -K1_ES_EndRing_Bore_R=15 -K2_ES_EndRing_Bore_R=0.4 -K3_ES_EndRing_Bore_R=0.9 -Vel_Mult_ES_EndRing_Bore_R=1 -Notes_ES_EndRing_Bore_R= -K1_ES_EndRing_Outer_R=15 -K2_ES_EndRing_Outer_R=0.4 -K3_ES_EndRing_Outer_R=0.9 -Vel_Mult_ES_EndRing_Outer_R=1 -Notes_ES_EndRing_Outer_R= -K1_ES_EndRing_End_R=15 -K2_ES_EndRing_End_R=0.4 -K3_ES_EndRing_End_R=0.9 -Vel_Mult_ES_EndRing_End_R=1 -Notes_ES_EndRing_End_R= -K1_ES_EndRing_ExtBore_R=15 -K2_ES_EndRing_ExtBore_R=0.4 -K3_ES_EndRing_ExtBore_R=0.9 -Vel_Mult_ES_EndRing_ExtBore_R=1 -Notes_ES_EndRing_ExtBore_R= -K1_ES_EndRing_ExtOuter_R=15 -K2_ES_EndRing_ExtOuter_R=0.4 -K3_ES_EndRing_ExtOuter_R=0.9 -Vel_Mult_ES_EndRing_ExtOuter_R=1 -Notes_ES_EndRing_ExtOuter_R= -K1_ES_EndRing_ExtInter_R=0 -K2_ES_EndRing_ExtInter_R=0.4 -K3_ES_EndRing_ExtInter_R=0.9 -Vel_Mult_ES_EndRing_ExtInter_R=1 -Notes_ES_EndRing_ExtInter_R=default = blocked channel (k1 = 0) -K1_ES_Rotor_EWdg_F=15 -K2_ES_Rotor_EWdg_F=0.4 -K3_ES_Rotor_EWdg_F=0.9 -Vel_Mult_ES_Rotor_EWdg_F=1 -Notes_ES_Rotor_EWdg_F= -K1_ES_Rotor_EWdg_R=15 -K2_ES_Rotor_EWdg_R=0.4 -K3_ES_Rotor_EWdg_R=0.9 -Vel_Mult_ES_Rotor_EWdg_R=1 -Notes_ES_Rotor_EWdg_R= -EndcapVentInletTempSettingFront=0 -EndcapVentInletTempSettingRear=0 -EndcapVentInletTempFront=40 -EndcapVentInletTempRear=40 -EndcapVentFlowDefinition_F=0 -EndcapVentFlowDefinition_R=0 -EndcapVentRefFlowVel_F=10 -EndcapVentRefFlowVel_R=10 -K1_ES_DividerWedge_F=15 -K2_ES_DividerWedge_F=0.4 -K3_ES_DividerWedge_F=0.9 -Vel_Mult_ES_DividerWedge_F=0.1 -Notes_ES_DividerWedge_F= -K1_ES_DividerWedge_R=15 -K2_ES_DividerWedge_R=0.4 -K3_ES_DividerWedge_R=0.9 -Vel_Mult_ES_DividerWedge_R=0.1 -Notes_ES_DividerWedge_R= -ESpaceVelocityMultSetting_F=1 -ESpaceVelocityMultSetting_R=1 -K1_ES_ExtShaftOuter_F=15 -K2_ES_ExtShaftOuter_F=0.4 -K3_ES_ExtShaftOuter_F=0.9 -Vel_Mult_ES_ExtShaftOuter_F=1 -Notes_ES_ExtShaftOuter_F= -K1_ES_ExtShaftEnd_F=0 -K2_ES_ExtShaftEnd_F=0.4 -K3_ES_ExtShaftEnd_F=0.9 -Vel_Mult_ES_ExtShaftEnd_F=1 -Notes_ES_ExtShaftEnd_F=default = shaft end not exposed (k1 = 0) -K1_ES_ExtShaftOuter_R=15 -K2_ES_ExtShaftOuter_R=0.4 -K3_ES_ExtShaftOuter_R=0.9 -Vel_Mult_ES_ExtShaftOuter_R=1 -Notes_ES_ExtShaftOuter_R= -K1_ES_ExtShaftEnd_R=15 -K2_ES_ExtShaftEnd_R=0.4 -K3_ES_ExtShaftEnd_R=0.9 -Vel_Mult_ES_ExtShaftEnd_R=1 -Notes_ES_ExtShaftEnd_R= -K1_ES_ExtFan=15 -K2_ES_ExtFan=0.4 -K3_ES_ExtFan=0.9 -Vel_Mult_ES_ExtFan=1 -Notes_ES_ExtFan= -K1_ES_StatorClampPlate_F=15 -K2_ES_StatorClampPlate_F=0.4 -K3_ES_StatorClampPlate_F=0.9 -Vel_Mult_ES_StatorClampPlate_F=0.5 -Notes_ES_StatorClampPlate_F= -K1_ES_StatorClampPlate_R=15 -K2_ES_StatorClampPlate_R=0.4 -K3_ES_StatorClampPlate_R=0.9 -Vel_Mult_ES_StatorClampPlate_R=0.5 -Notes_ES_StatorClampPlate_R= -K1_ES_EWdg_Inner_F[0]=15 -K2_ES_EWdg_Inner_F[0]=0.4 -K3_ES_EWdg_Inner_F[0]=0.9 -Vel_Mult_ES_EWdg_Inner_F[0]=1 -Notes_ES_EWdg_Inner_F[0]= -K1_ES_EWdg_Outer_F[0]=15 -K2_ES_EWdg_Outer_F[0]=0.4 -K3_ES_EWdg_Outer_F[0]=0.9 -Vel_Mult_ES_EWdg_Outer_F[0]=0.2 -Notes_ES_EWdg_Outer_F[0]= -K1_ES_EWdg_Front_F[0]=15 -K2_ES_EWdg_Front_F[0]=0.4 -K3_ES_EWdg_Front_F[0]=0.9 -Vel_Mult_ES_EWdg_Front_F[0]=0.5 -Notes_ES_EWdg_Front_F[0]= -K1_ES_EWdg_Rear_F[0]=15 -K2_ES_EWdg_Rear_F[0]=0.4 -K3_ES_EWdg_Rear_F[0]=0.9 -Vel_Mult_ES_EWdg_Rear_F[0]=0.2 -Notes_ES_EWdg_Rear_F[0]= -K1_ES_EWdg_Inner_R[0]=15 -K2_ES_EWdg_Inner_R[0]=0.4 -K3_ES_EWdg_Inner_R[0]=0.9 -Vel_Mult_ES_EWdg_Inner_R[0]=1 -Notes_ES_EWdg_Inner_R[0]= -K1_ES_EWdg_Outer_R[0]=15 -K2_ES_EWdg_Outer_R[0]=0.4 -K3_ES_EWdg_Outer_R[0]=0.9 -Vel_Mult_ES_EWdg_Outer_R[0]=0.2 -Notes_ES_EWdg_Outer_R[0]= -K1_ES_EWdg_Front_R[0]=15 -K2_ES_EWdg_Front_R[0]=0.4 -K3_ES_EWdg_Front_R[0]=0.9 -Vel_Mult_ES_EWdg_Front_R[0]=0.2 -Notes_ES_EWdg_Front_R[0]= -K1_ES_EWdg_Rear_R[0]=15 -K2_ES_EWdg_Rear_R[0]=0.4 -K3_ES_EWdg_Rear_R[0]=0.9 -Vel_Mult_ES_EWdg_Rear_R[0]=0.5 -Notes_ES_EWdg_Rear_R[0]= -ESpaceFluidWeightCalc=1 -CombineSprayAndConvectionCooling=1 -Area_Mult_ES_EWdg_Inner_F[0]=1 -Area_Mult_ES_EWdg_Inner_R[0]=1 -Area_Mult_ES_EWdg_Outer_F[0]=1 -Area_Mult_ES_EWdg_Outer_R[0]=1 -Area_Mult_ES_EWdg_Front_F[0]=1 -Area_Mult_ES_EWdg_Front_R[0]=1 -Area_Mult_ES_EWdg_Rear_F[0]=1 -Area_Mult_ES_EWdg_Rear_R[0]=1 -Area_Mult_ES_Housing_F=1 -Area_Mult_ES_Housing_R=1 -Area_Mult_ES_Endcap_F=1 -Area_Mult_ES_Endcap_R=1 -Area_Mult_ES_Bearing_F=1 -Area_Mult_ES_Bearing_R=1 -Area_Mult_ES_Axle_F=1 -Area_Mult_ES_Axle_R=1 -Area_Mult_ES_Cup_Base=1 -Area_Mult_ES_Cup_OH=1 -Area_Mult_ES_Shaft_F=1 -Area_Mult_ES_Shaft_R=1 -Area_Mult_ES_Rotor_F=1 -Area_Mult_ES_Rotor_R=1 -Area_Mult_ES_Stator_F=1 -Area_Mult_ES_Stator_R=1 -Area_Mult_ES_Magnet_F=1 -Area_Mult_ES_Magnet_R=1 -Area_Mult_ES_EndRing_Bore_F=1 -Area_Mult_ES_EndRing_Bore_R=1 -Area_Mult_ES_EndRing_Outer_F=1 -Area_Mult_ES_EndRing_Outer_R=1 -Area_Mult_ES_EndRing_End_F=1 -Area_Mult_ES_EndRing_End_R=1 -Area_Mult_ES_EndRing_ExtBore_F=1 -Area_Mult_ES_EndRing_ExtBore_R=1 -Area_Mult_ES_EndRing_ExtOuter_F=1 -Area_Mult_ES_EndRing_ExtOuter_R=1 -Area_Mult_ES_EndRing_ExtInter_F=1 -Area_Mult_ES_EndRing_ExtInter_R=1 -Area_Mult_ES_EW_Ext_F=1 -Area_Mult_ES_EW_Ext_R=1 -Area_Mult_ES_StatorClampPlate_F=1 -Area_Mult_ES_StatorClampPlate_R=1 -Area_Mult_ES_Comm=1 -Area_Mult_ES_Brushes=1 -Area_Mult_ES_StatorPlate_F=1 -Area_Mult_ES_StatorPlate_R=1 -Area_Mult_ES_ExtShaftOuter_F=1 -Area_Mult_ES_ExtShaftEnd_F=1 -Area_Mult_ES_ExtShaftOuter_R=1 -Area_Mult_ES_ExtShaftEnd_R=1 -Area_Mult_ES_ExtFan=1 -Area_Mult_ES_DividerWedge_F=1 -Area_Mult_ES_DividerWedge_R=1 -Area_Mult_ES_Rotor_EWdg_F=1 -Area_Mult_ES_Rotor_EWdg_R=1 -Area_Mult_ES_RotorEwdg_Outer_F=1 -Area_Mult_ES_RotorEwdg_Inner_F=1 -Area_Mult_ES_RotorEwdg_End_F=1 -Area_Mult_ES_RotorEwdg_internal_F=1 -Area_Mult_ES_RotorEwdg_Outer_R=1 -Area_Mult_ES_RotorEwdg_Inner_R=1 -Area_Mult_ES_RotorEwdg_End_R=1 -Area_Mult_ES_RotorEwdg_internal_R=1 -Include_EndSpace_Altitude_Effects=True -ESpaceFluidHTCScaling=2 -ImprovedShaftExtResistance=True -FluidHTCScalingTempVariation=0 -FluidHTCScalingTemp=100 -EndcapAreaCalc=1 -K1_ES_StatorPlate_F=15 -K2_ES_StatorPlate_F=0.4 -K3_ES_StatorPlate_F=0.9 -Vel_Mult_ES_StatorPlate_F=1 -Notes_ES_StatorPlate_F= -K1_ES_StatorPlate_R=15 -K2_ES_StatorPlate_R=0.4 -K3_ES_StatorPlate_R=0.9 -Vel_Mult_ES_StatorPlate_R=1 -Notes_ES_StatorPlate_R= -GapEndW_Plate_F=0 -GapEndW_Plate_R=0 -K1_ES_RotorEwdg_Outer_F=15 -K2_ES_RotorEwdg_Outer_F=0.4 -K3_ES_RotorEwdg_Outer_F=0.9 -Vel_Mult_ES_RotorEwdg_Outer_F=1 -Notes_ES_RotorEwdg_Outer_F= -K1_ES_RotorEwdg_inner_F=15 -K2_ES_RotorEwdg_inner_F=0.4 -K3_ES_RotorEwdg_inner_F=0.9 -Vel_Mult_ES_RotorEwdg_inner_F=1 -Notes_ES_RotorEwdg_inner_F= -K1_ES_RotorEwdg_end_F=15 -K2_ES_RotorEwdg_end_F=0.4 -K3_ES_RotorEwdg_end_F=0.9 -Vel_Mult_ES_RotorEwdg_end_F=1 -Notes_ES_RotorEwdg_end_F= -K1_ES_RotorEwdg_internal_F=15 -K2_ES_RotorEwdg_internal_F=0.4 -K3_ES_RotorEwdg_internal_F=0.9 -Vel_Mult_ES_RotorEwdg_internal_F=1 -Notes_ES_RotorEwdg_internal_F= -K1_ES_RotorEwdg_Outer_R=15 -K2_ES_RotorEwdg_Outer_R=0.4 -K3_ES_RotorEwdg_Outer_R=0.9 -Vel_Mult_ES_RotorEwdg_Outer_R=1 -Notes_ES_RotorEwdg_Outer_R= -K1_ES_RotorEwdg_inner_R=15 -K2_ES_RotorEwdg_inner_R=0.4 -K3_ES_RotorEwdg_inner_R=0.9 -Vel_Mult_ES_RotorEwdg_inner_R=1 -Notes_ES_RotorEwdg_inner_R= -K1_ES_RotorEwdg_end_R=15 -K2_ES_RotorEwdg_end_R=0.4 -K3_ES_RotorEwdg_end_R=0.9 -Vel_Mult_ES_RotorEwdg_end_R=1 -Notes_ES_RotorEwdg_end_R= -K1_ES_RotorEwdg_internal_R=15 -K2_ES_RotorEwdg_internal_R=0.4 -K3_ES_RotorEwdg_internal_R=0.9 -Vel_Mult_ES_RotorEwdg_internal_R=1 -Notes_ES_RotorEwdg_internal_R= -End_Space_Velocity_Multiplier_F=0.5 -End_Space_Velocity_Multiplier_[Front]=0.5 -End_Space_Velocity_Multiplier_R=0.5 -End_Space_Velocity_Multiplier_[Rear]=0.5 -Volume_Flow_Rate_ESpace_Fluid_Front=0.0200066 -Volume_Flow_Rate_ESpace_Fluid_Rear=0.0200066 -Endwinding_Roughness_F=1 -End_Winding_Area_Adjustment_Factor_[Front]=1 -Endwinding_Roughness_R=1 -End_winding_area_adjustment_factor_[Rear]=1 -K1_ES_Housing_F=15 -ESpace_K1_-_Housing_[Front]=15 -K1_ES_Housing_R=15 -ESpace_K1_-_Housing_[Rear]=15 -K1_ES_Endcap_F=15 -ESpace_K1_-_Endcap_[Front]=15 -K1_ES_Endcap_R=15 -ESpace_K1_-_Endcap_[Rear]=15 -K1_ES_Bearing_F=15 -ESpace_K1_-_Bearing_[Front]=15 -K1_ES_Bearing_R=15 -ESpace_K1_-_Bearing_[Rear]=15 -K1_ES_Shaft_F=15 -ESpace_K1_-_Shaft_[Front]=15 -K1_ES_Shaft_R=15 -ESpace_K1_-_Shaft_[Rear]=15 -K1_ES_Axle_F=15 -ESpace_K1_-_Axle_[Front]=15 -K1_ES_Axle_R=15 -ESpace_K1_-_Axle_[Rear]=15 -K1_ES_Cup_Base=15 -ESpace_K1_-_Cup_Base=15 -K1_ES_Cup_OH=15 -ESpace_K1_-_Cup_OH=15 -K1_ES_Rotor_F=15 -ESpace_K1_-_Rotor_[Front]=15 -K1_ES_Rotor_R=15 -ESpace_K1_-_Rotor_[Rear]=15 -K1_ES_Rotor_Coil=15 -ESpace_K1_-_Rotor_Coil=15 -K1_ES_Stator_F=15 -ESpace_K1_-_Stator_[Front]=15 -K1_ES_Stator_R=15 -ESpace_K1_-_Stator_[Rear]=15 -K1_ES_Magnet_F=15 -ESpace_K1_-_Magnet_[Front]=15 -K1_ES_Magnet_R=15 -ESpace_K1_-_Magnet_[Rear]=15 -K1_ES_EW_Ext_F=0 -ESpace_K1_-_EW_Ext_[Front]=0 -K1_ES_EW_Ext_R=0 -ESpace_K1_-_EW_Ext_[Rear]=0 -K1_ES_Comm=15 -ESpace_K1_-_Comm_[Rear]=15 -K1_ES_Brushes=15 -ESpace_K1_-_Brushes=15 -K2_ES_Housing_F=0.4 -ESpace_K2_-_Housing_[Front]=0.4 -K2_ES_Housing_R=0.4 -ESpace_K2_-_Housing_[Rear]=0.4 -K2_ES_Endcap_F=0.4 -ESpace_K2_-_Endcap_[Front]=0.4 -K2_ES_Endcap_R=0.4 -ESpace_K2_-_Endcap_[Rear]=0.4 -K2_ES_Bearing_F=0.4 -ESpace_K2_-_Bearing_[Front]=0.4 -K2_ES_Bearing_R=0.4 -ESpace_K2_-_Bearing_[Rear]=0.4 -K2_ES_Shaft_F=0.4 -ESpace_K2_-_Shaft_[Front]=0.4 -K2_ES_Shaft_R=0.4 -ESpace_K2_-_Shaft_[Rear]=0.4 -K2_ES_Axle_F=0.4 -ESpace_K2_-_Axle_[Front]=0.4 -K2_ES_Axle_R=0.4 -ESpace_K2_-_Axle_[Rear]=0.4 -K2_ES_Cup_Base=0.4 -ESpace_K2_-_Cup_Base=0.4 -K2_ES_Cup_OH=0.4 -ESpace_K2_-_Cup_OH=0.4 -K2_ES_Rotor_F=0.4 -ESpace_K2_-_Rotor_[Front]=0.4 -K2_ES_Rotor_R=0.4 -ESpace_K2_-_Rotor_[Rear]=0.4 -K2_ES_Rotor_Coil=0.4 -ESpace_K2_-_Rotor_Coil=0.4 -K2_ES_Stator_F=0.4 -ESpace_K2_-_Stator_[Front]=0.4 -K2_ES_Stator_R=0.4 -ESpace_K2_-_Stator_[Rear]=0.4 -K2_ES_Magnet_F=0.4 -ESpace_K2_-_Magnet_[Front]=0.4 -K2_ES_Magnet_R=0.4 -ESpace_K2_-_Magnet_[Rear]=0.4 -K2_ES_EW_Ext_F=0.4 -ESpace_K2_-_EW_Ext_[Front]=0.4 -K2_ES_EW_EXt_R=0.4 -ESpace_K2_-_EW_Ext_[Rear]=0.4 -K2_ES_Comm=0.4 -ESpace_K2_-_Comm_[Rear]=0.4 -K2_ES_Brushes=0.4 -ESpace_K2_-_Brushes=0.4 -K3_ES_Housing_F=0.9 -ESpace_K3_-_Housing_[Front]=0.9 -K3_ES_Housing_R=0.9 -ESpace_K3_-_Housing_[Rear]=0.9 -K3_ES_Endcap_F=0.9 -ESpace_K3_-_Endcap_[Front]=0.9 -K3_ES_Endcap_R=0.9 -ESpace_K3_-_Endcap_[Rear]=0.9 -K3_ES_Bearing_F=0.9 -ESpace_K3_-_Bearing_[Front]=0.9 -K3_ES_Bearing_R=0.9 -ESpace_K3_-_Bearing_[Rear]=0.9 -K3_ES_Shaft_F=0.9 -ESpace_K3_-_Shaft_[Front]=0.9 -K3_ES_Shaft_R=0.9 -ESpace_K3_-_Shaft_[Rear]=0.9 -K3_ES_Axle_F=0.9 -ESpace_K3_-_Axle_[Front]=0.9 -K3_ES_Axle_R=0.9 -ESpace_K3_-_Axle_[Rear]=0.9 -K3_ES_Cup_Base=0.9 -ESpace_K3_-_Cup_Base=0.9 -K3_ES_Cup_OH=0.9 -ESpace_K3_-_Cup_OH=0.9 -K3_ES_Rotor_F=0.9 -ESpace_K3_-_Rotor_[Front]=0.9 -K3_ES_Rotor_R=0.9 -ESpace_K3_-_Rotor_[Rear]=0.9 -K3_ES_Rotor_Coil=0.9 -ESpace_K3_-_Rotor_Coil=0.9 -K3_ES_Stator_F=0.9 -ESpace_K3_-_Stator_[Front]=0.9 -K3_ES_Stator_R=0.9 -ESpace_K3_-_Stator_[Rear]=0.9 -K3_ES_Magnet_F=0.9 -ESpace_K3_-_Magnet_[Front]=0.9 -K3_ES_Magnet_R=0.9 -ESpace_K3_-_Magnet_[Rear]=0.9 -K3_ES_EW_Ext_F=0.9 -ESpace_K3_-_EW_Ext_[Front]=0.9 -K3_ES_EW_Ext_R=0.9 -ESpace_K3_-_EW_Ext_[Rear]=0.9 -K3_ES_Comm=0.9 -ESpace_K3_-_Comm_[Rear]=0.9 -K3_ES_Brushes=0.9 -ESpace_K3_-_Brushes=0.9 -Vel_Mult_ES_Housing_F=0.2 -ESpace_Vel_Mult_-_Housing_[Front]=0.2 -Vel_Mult_ES_Housing_R=0.2 -ESpace_Vel_Mult_-_Housing_[Rear]=0.2 -Vel_Mult_ES_Endcap_F=0.7 -ESpace_Vel_Mult_-_Endcap_[Front]=0.7 -Vel_Mult_ES_Endcap_R=0.7 -ESpace_Vel_Mult_-_Endcap_[Rear]=0.7 -Vel_Mult_ES_Bearing_F=1 -ESpace_Vel_Mult_-_Bearing_[Front]=1 -Vel_Mult_ES_Bearing_R=1 -ESpace_Vel_Mult_-_Bearing_[Rear]=1 -Vel_Mult_ES_Shaft_F=1 -ESpace_Vel_Mult_-_Shaft_[Front]=1 -Vel_Mult_ES_Shaft_R=1 -ESpace_Vel_Mult_-_Shaft_[Rear]=1 -Vel_Mult_ES_Axle_F=1 -ESpace_Vel_Mult_-_Axle_[Front]=1 -Vel_Mult_ES_Axle_R=1 -ESpace_Vel_Mult_-_Axle_[Rear]=1 -Vel_Mult_ES_Cup_Base=1 -ESpace_Vel_Mult_-_Cup_Base=1 -Vel_Mult_ES_Cup_OH=1 -ESpace_Vel_Mult_-_Cup_OH=1 -Vel_Mult_ES_Rotor_F=1 -ESpace_Vel_Mult_-_Rotor_[Front]=1 -Vel_Mult_ES_Rotor_R=1 -ESpace_Vel_Mult_-_Rotor_[Rear]=1 -Vel_Mult_ES_Rotor_Coil=1 -ESpace_Vel_Mult_-_Rotor_Coil=1 -Vel_Mult_ES_Stator_F=1 -ESpace_Vel_Mult_-_Stator_[Front]=1 -Vel_Mult_ES_Stator_R=1 -ESpace_Vel_Mult_-_Stator_[Rear]=1 -Vel_Mult_ES_Magnet_F=1 -ESpace_Vel_Mult_-_Magnet_[Front]=1 -Vel_Mult_ES_Magnet_R=1 -ESpace_Vel_Mult_-_Magnet_[Rear]=1 -Vel_Mult_ES_EW_Ext_F=0.5 -ESpace_Vel_Mult_-_EW_Ext_[Front]=0.5 -Vel_Mult_ES_EW_Ext_R=0.5 -ESpace_Vel_Mult_-_EW_Ext_[Rear]=0.5 -Vel_Mult_ES_Comm=1 -ESpace_Vel_Mult_-_Comm_[Rear]=1 -Vel_Mult_ES_Brushes=1 -ESpace_Vel_Mult_-_Brushes=1 -Notes_ES_Housing_F= -ESpace_Notes_-_Housing_[Front]= -Notes_ES_Housing_R= -ESpace_Notes_-_Housing_[Rear]= -Notes_ES_Endcap_F= -ESpace_Notes_-_Endcap_[Front]= -Notes_ES_Endcap_R= -ESpace_Notes_-_Endcap_[Rear]= -Notes_ES_Bearing_F= -ESpace_Notes_-_Bearing_[Front]= -Notes_ES_Bearing_R= -ESpace_Notes_-_Bearing_[Rear]= -Notes_ES_Shaft_F= -ESpace_Notes_-_Shaft_[Front]= -Notes_ES_Shaft_R= -ESpace_Notes_-_Shaft_[Rear]= -Notes_ES_Axle_F= -ESpace_Notes_-_Axle_[Front]= -Notes_ES_Axle_R= -ESpace_Notes_-_Axle_[Rear]= -Notes_ES_Cup_Base= -ESpace_Notes_-_Cup_Base= -Notes_ES_Cup_OH= -ESpace_Notes_-_Cup_OH= -Notes_ES_Rotor_F= -ESpace_Notes_-_Rotor_[Front]= -Notes_ES_Rotor_R= -ESpace_Notes_-_Rotor_[Rear]= -Notes_ES_Rotor_Coil= -ESpace_Notes_-_Rotor_Coil= -Notes_ES_Stator_F= -ESpace_Notes_-_Stator_[Front]= -Notes_ES_Stator_R= -ESpace_Notes_-_Stator_[Rear]= -Notes_ES_Magnet_F= -ESpace_Notes_-_Magnet_[Front]= -Notes_ES_Magnet_R= -ESpace_Notes_-_Magnet_[Rear]= -Notes_ES_EW_Ext_F=default = blocked channel (k1 = 0) -ESpace_Notes_-_EW_Ext_[Front]=default = blocked channel (k1 = 0) -Notes_ES_EW_Ext_R=default = blocked channel (k1 = 0) -ESpace_Notes_-_EW_Ext_[Rear]=default = blocked channel (k1 = 0) -Notes_ES_Comm= -ESpace_Notes_-_Comm_[Rear]= -Notes_ES_Brushes= -ESpace_Notes_-_Brushes= -Area_Mult_ES_EW_Bore_F=1 -Area_Mult_ES_EW_Bore_R=1 -Area_Mult_ES_EW_Outer_F=1 -Area_Mult_ES_EW_Outer_R=1 -Area_Mult_ES_EW_End_F=1 -Area_Mult_ES_EW_End_R=1 -ESpace_K1_-_EW_Bore_[Front]=15 -ESpace_K2_-_EW_Bore_[Front]=0.4 -ESpace_K3_-_EW_Bore_[Front]=0.9 -ESpace_Vel_Mult_-_EW_Bore_[Front]=1 -ESpace_Notes_-_EW_Bore_[Front]= -ESpace_K1_-_EW_Outer_[Front]=15 -ESpace_K2_-_EW_Outer_[Front]=0.4 -ESpace_K3_-_EW_Outer_[Front]=0.9 -ESpace_Vel_Mult_-_EW_Outer_[Front]=0.2 -ESpace_Notes_-_EW_Outer_[Front]= -ESpace_K1_-_EW_End_[Front]=15 -ESpace_K2_-_EW_End_[Front]=0.4 -ESpace_K3_-_EW_End_[Front]=0.9 -ESpace_Vel_Mult_-_EW_End_[Front]=0.5 -ESpace_Notes_-_EW_End_[Front]= -ESpace_K1_-_EW_Bore_[Rear]=15 -ESpace_K2_-_EW_Bore_[Rear]=0.4 -ESpace_K3_-_EW_Bore_[Rear]=0.9 -ESpace_Vel_Mult_-_EW_Bore_[Rear]=1 -ESpace_Notes_-_EW_Bore_[Rear]= -ESpace_K1_-_EW_Outer_[Rear]=15 -ESpace_K2_-_EW_Outer_[Rear]=0.4 -ESpace_K3_-_EW_Outer_[Rear]=0.9 -ESpace_Vel_Mult_-_EW_Outer_[Rear]=0.2 -ESpace_Notes_-_EW_Outer_[Rear]= -ESpace_K1_-_EW_End_[Rear]=15 -ESpace_K2_-_EW_End_[Rear]=0.4 -ESpace_K3_-_EW_End_[Rear]=0.9 -ESpace_Vel_Mult_-_EW_End_[Rear]=0.5 -ESpace_Notes_-_EW_End_[Rear]= - -[FEA_Settings] -FEAMaxValue_Thermal=180 -FEAMinValue_Thermal=40 -FEAAutoShading_Thermal=True -FEAHighlightMin_Thermal=True -FEAHighlightMax_Thermal=True -FEAMaxValue_Magnetic=2.2 -FEAMinValue_Magnetic=0 -FEAAutoShading_Magnetic=True -FEAHighlightMin_Magnetic=True -FEAHighlightMax_Magnetic=True -FEAMaxValue_Mechanical=0.05 -FEAMinValue_Mechanical=0 -FEAAutoShading_Mechanical=True -FEAHighlightMin_Mechanical=True -FEAHighlightMax_Mechanical=True -FEAAreaSelect=0 -FEANumEquipotentialLines_EMag=20 -FEANumEquipotentialLines_Therm=20 -FEANumEquipotentialLines_Mechanical=0 -FEALengthVectors_EMag=0 -FEALengthVectors_Therm=0 -FEALengthVectors_Mechanical=0 -UseDXFImportForFEA_Magnetic=False -UseDXFImportForFEA=False -DXFImportType=1 -CustomFEARegions_Magnetic= -CustomRegionMagNames_Method=1 -UseCustomFEARegions_Magnetic=False -CustomFEARegions_ThermalSlot= -UseCustomFEARegions_ThermalSlot=False -CustomFEARegions_ThermalPole= -UseCustomFEARegions_ThermalPole=False -UseDXFImportForFEA_Mechanical=False -CustomFEARegions_Mechanical= -UseCustomFEARegions_Mechanical=False -ShowModelAirgap=True -GeometryTestMode=0 -UseDXFImportForFEA_Thermal=False -CustomFEARegions_ThermalDXF= -VerboseFEAOutput=False -VerboseFEAMessageOutput=False -VerboseMessageOutput=False -VerboseFlag_TimedInfo=False -VerboseFlag_Info=False -VerboseFlag_IOInfo=False -VerboseFlag_ScriptInfo=False -VerboseFlag_Results=False -VerboseFlag_Warning=True -VerboseFlag_Error=True -FEASchematicNodeRadius=0.2 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ngths=1:PhaseAdvance=130.0:PeakCurrent=200.0:DCRotorCurrent=0.0/ModelType=Transient:Slices=1:SkewAngles=0:SkewLengths=1:PhaseAdvance=140.0:PeakCurrent=200.0:DCRotorCurrent=0.0/ModelType=Transient:Slices=1:SkewAngles=0:SkewLengths=1:PhaseAdvance=150.0:PeakCurrent=200.0:DCRotorCurrent=0.0/ModelType=Transient:Slices=1:SkewAngles=0:SkewLengths=1:PhaseAdvance=160.0:PeakCurrent=200.0:DCRotorCurrent=0.0/ModelType=Transient:Slices=1:SkewAngles=0:SkewLengths=1:PhaseAdvance=170.0:PeakCurrent=200.0:DCRotorCurrent=0.0/ModelType=Transient:Slices=1:SkewAngles=0:SkewLengths=1:PhaseAdvance=180.0:PeakCurrent=200.0:DCRotorCurrent=0.0 -FeaSys_Suffix= -FEABndFactor=1.8 -FEAMaxAngle=95 -MechanicalMeshLength_RotorLam=0 -MechanicalMeshLength_Magnets=0 -MechanicalMeshLength_RotorBars=0 -MechanicalMeshLength_RotorVoids=0.1 -MechanicalMeshLength_DamperBars=1 -MechanicalOption_Magnets=0 -AdhesionFactor_Magnets=0.2 -EnableMechanicalMesh_RotorBars=0 -RotorBarAdhesionFactor=0.2 -EnableMechanicalMesh_FieldWdg=0 -FieldWdgAdhesionFactor=0.2 -EnableMechanicalMesh_DamperBars=0 -AdhesionFactor_DamperBars=0.2 -MechanicalOption_InnerBoundaryCondition=0 -MechanicalOption_OuterBoundaryCondition=0 -MechanicalInnerBoundaryStress=0 -MechanicalOuterBoundaryStress=0 -AirgapMeshPoints_layers=432 -AirgapMeshPoints_mesh=432 -AirgapLayersMethod=1 -AirgapMesh_NumLayers=4 -MagnetMeshLength=0 -RotorBarMeshLength=0 -RotorLamMeshLength=0 -ShaftMeshLength=0 -StatorLamMeshLength=0 -StatorSlotMeshLength=0 -FEAMinPointSeparation=0.005 -FEAEddyCurrentCalcMethod=1 -FEASmallAngleMethod=2 -FEASmallAngleSize=2 - -[h_Forced_Con_Input] -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[0]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[1]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[2]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[3]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[4]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[5]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[6]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[7]=1 -Velocity_Forced_Conv_Housing_Active_Fin_Channel_Multiplier[8]=1 -h_Forced_Conv_Housing_Active_No_Fins_Input[0]=0 -h_Forced_Conv_Housing_Active_No_Fins_Input[1]=0 -h_Forced_Conv_Housing_Active_No_Fins_Input[2]=0 -h_Forced_Conv_Housing_Active_No_Fins_Input[3]=0 -h_Forced_Conv_Housing_Active_No_Fins_Input[4]=0 -h_Forced_Conv_Housing_Active_No_Fins_Input[5]=0 -h_Forced_Conv_Housing_Active_No_Fins_Input[6]=0 -h_Forced_Conv_Housing_Active_No_Fins_Input[7]=0 -h_Forced_Conv_Housing_Active_No_Fins_Input[8]=0 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[0]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[1]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[2]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[3]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[4]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[5]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[6]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[7]=1 -h_Forced_Conv_Housing_Active_No_Fins_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_No_Fins[8]=0 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[0]=0.448064 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[1]=0.316736 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[2]=0.249536 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[3]=0 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[4]=0 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[5]=0 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[6]=0 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[7]=0 -Velocity_Forced_Conv_Housing_Active_No_Fins_Multiplier[8]=0 -Forced_Conv_Notes_Housing_Active_No_Fins[0]= -Forced_Conv_Notes_Housing_Active_No_Fins[1]= -Forced_Conv_Notes_Housing_Active_No_Fins[2]= -Forced_Conv_Notes_Housing_Active_No_Fins[3]= -Forced_Conv_Notes_Housing_Active_No_Fins[4]= -Forced_Conv_Notes_Housing_Active_No_Fins[5]= -Forced_Conv_Notes_Housing_Active_No_Fins[6]= -Forced_Conv_Notes_Housing_Active_No_Fins[7]= -Forced_Conv_Notes_Housing_Active_No_Fins[8]= -h_Forced_Conv_Housing_Active_Fin_Base_Input[0]=0 -h_Forced_Conv_Housing_Active_Fin_Base_Input[1]=0 -h_Forced_Conv_Housing_Active_Fin_Base_Input[2]=0 -h_Forced_Conv_Housing_Active_Fin_Base_Input[3]=0 -h_Forced_Conv_Housing_Active_Fin_Base_Input[4]=0 -h_Forced_Conv_Housing_Active_Fin_Base_Input[5]=0 -h_Forced_Conv_Housing_Active_Fin_Base_Input[6]=0 -h_Forced_Conv_Housing_Active_Fin_Base_Input[7]=0 -h_Forced_Conv_Housing_Active_Fin_Base_Input[8]=0 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Fin_Base_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Base[8]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[0]=0.316736 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[1]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[2]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[3]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[4]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[5]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[6]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[7]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Base_Multiplier[8]=0 -Forced_Conv_Notes_Housing_Active_Fin_Base[0]= -Forced_Conv_Notes_Housing_Active_Fin_Base[1]= -Forced_Conv_Notes_Housing_Active_Fin_Base[2]= -Forced_Conv_Notes_Housing_Active_Fin_Base[3]= -Forced_Conv_Notes_Housing_Active_Fin_Base[4]= -Forced_Conv_Notes_Housing_Active_Fin_Base[5]= -Forced_Conv_Notes_Housing_Active_Fin_Base[6]= -Forced_Conv_Notes_Housing_Active_Fin_Base[7]= -Forced_Conv_Notes_Housing_Active_Fin_Base[8]= -h_Forced_Conv_Housing_Active_Fin_Sides_Input[0]=0 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[1]=0 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[2]=0 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[3]=0 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[4]=0 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[5]=0 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[6]=0 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[7]=0 -h_Forced_Conv_Housing_Active_Fin_Sides_Input[8]=0 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Fin_Sides_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Sides[8]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[0]=0.316736 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[1]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[2]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[3]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[4]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[5]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[6]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[7]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Sides_Multiplier[8]=0 -Forced_Conv_Notes_Housing_Active_Fin_Sides[0]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[1]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[2]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[3]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[4]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[5]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[6]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[7]= -Forced_Conv_Notes_Housing_Active_Fin_Sides[8]= -h_Forced_Conv_Housing_Active_Fin_Tips_Input[0]=0 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[1]=0 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[2]=0 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[3]=0 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[4]=0 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[5]=0 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[6]=0 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[7]=0 -h_Forced_Conv_Housing_Active_Fin_Tips_Input[8]=0 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Fin_Tips_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Tips[8]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[0]=0.316736 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[1]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[2]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[3]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[4]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[5]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[6]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[7]=0 -Velocity_Forced_Conv_Housing_Active_Fin_Tips_Multiplier[8]=0 -Forced_Conv_Notes_Housing_Active_Fin_Tips[0]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[1]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[2]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[3]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[4]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[5]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[6]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[7]= -Forced_Conv_Notes_Housing_Active_Fin_Tips[8]= -h_Forced_Conv_Housing_Active_Fin_Channel_Input[0]=0 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[1]=0 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[2]=0 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[3]=0 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[4]=0 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[5]=0 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[6]=0 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[7]=0 -h_Forced_Conv_Housing_Active_Fin_Channel_Input[8]=0 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Fin_Channel_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Fin_Channel[8]=0 -Forced_Conv_Notes_Housing_Active_Fin_Channel[0]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[1]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[2]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[3]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[4]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[5]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[6]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[7]= -Forced_Conv_Notes_Housing_Active_Fin_Channel[8]= -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[0]=0 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[1]=0 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[2]=0 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[3]=0 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[4]=0 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[5]=0 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[6]=0 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[7]=0 -h_Forced_Conv_Housing_Active_Corner_Cutout_Input[8]=0 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[0]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[1]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[2]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[3]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[4]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[5]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[6]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[7]=1 -h_Forced_Conv_Housing_Active_Corner_Cutout_Adjust[8]=1 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[0]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[1]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[2]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[3]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[4]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[5]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[6]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[7]=0 -Calc_Input_h_Forced_Conv_Housing_Active_Corner_Cutout[8]=0 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[0]=0.316736 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[1]=0 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[2]=0 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[3]=0 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[4]=0 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[5]=0 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[6]=0 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[7]=0 -Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[8]=0 -Forced_Conv_Notes_Housing_Active_Corner_Cutout[0]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[1]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[2]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[3]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[4]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[5]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[6]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[7]= -Forced_Conv_Notes_Housing_Active_Corner_Cutout[8]= -h_Forced_Conv_Housing_Front_No_Fins_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_No_Fins=30 -h_Forced_Conv_Housing_Front_Fin_Base_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Fin_Base=30 -h_Forced_Conv_Housing_Front_Fin_Sides_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Fin_Sides=30 -h_Forced_Conv_Housing_Front_Fin_Tips_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Fin_Tips=30 -h_Forced_Conv_Housing_Front_Fin_Channel_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Fin_Channel=30 -h_Forced_Conv_Housing_Front_Corner_Cutout_Input=30 -Input_Value_H[Fc]_Housing_[F]_-_Corner_Cutout=30 -h_Forced_Conv_Housing_Rear_No_Fins_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_No_Fins=30 -h_Forced_Conv_Housing_Rear_Fin_Base_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Fin_Base=30 -h_Forced_Conv_Housing_Rear_Fin_Sides_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Fin_Sides=30 -h_Forced_Conv_Housing_Rear_Fin_Tips_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Fin_Tips=30 -h_Forced_Conv_Housing_Rear_Fin_Channel_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Fin_Channel=30 -h_Forced_Conv_Housing_Rear_Corner_Cutout_Input=30 -Input_Value_H[Fc]_Housing_[R]_-_Corner_Cutout=30 -h_Forced_Conv_Endcap_Front_Radial_Input=30 -Input_Value_H[Fc]_Endcap_[F]_-_Radial=30 -h_Forced_Conv_Endcap_Front_Axial_Input=30 -Input_Value_H[Fc]_Endcap_[F]_-_Axial=30 -h_Forced_Conv_Endcap_Rear_Radial_Input=30 -Input_Value_H[Fc]_Endcap_[R]_-_Radial=30 -h_Forced_Conv_Endcap_Rear_Axial_Input=30 -Input_Value_H[Fc]_Endcap_[R]_-_Axial=30 -h_Forced_Conv_Plate_Input=30 -Input_Value_H[Fc]_Flange_Plate=30 -h_Forced_Conv_Axle_Plate_F_Input=30 -Input_Value_H[Fc]_Axle_Plate_[F]=30 -h_Forced_Conv_Axle_Plate_R_Input=30 -Input_Value_H[Fc]_Axle_Plate_[R]=30 -h_Forced_Conv_Base_Input=30 -Input_Value_H[Fc]_Base_Plate=30 -h_Forced_Conv_EncCase_Radial_Input=30 -Input_Value_H[Fc]_Encoder_Case_-_Radial=30 -h_Forced_Conv_EncCase_Axial_Input=30 -Input_Value_H[Fc]_Encoder_Case_-_Axial=30 - -[Interface_Gaps] -FeedbackType=0 -Gap_Plate_RotorLam_F=0 -Gap_Plate_RotorLam_R=0 -Gap_Plate_Magnet_F=0 -Gap_Plate_Magnet_R=0 -Gap_Magnet_Magnet=0.005 -Gap_StatorClampPlate_StatorLam_F=0.005 -Gap_StatorClampPlate_Housing_F=0.005 -Gap_StatorClampPlate_StatorLam_R=0.005 -Gap_StatorClampPlate_Housing_R=0.005 -ShaftFan_Gap_R=0.005 -Stator_Lam_-_Housing=0.01 -Stator_Lam_-_Axle=0.03 -HOUSING_-_OHANG_[F]=0 -HOUSING_-_OHANG_[R]=0 -HOUSING_-_ENDCAP_[F]=0.005 -HOUSING_-_ENDCAP_[R]=0.005 -ENDCAP_-_PLATE=0.005 -Axle_-_Plate_[F]=0.005 -Axlep_-_Plate_[F]=0.005 -Axle_-_Plate_[R]=0.005 -Axlep_-_Plate_[R]=0.005 -Endcap_-_Encoder=0.005 -Housing_-_Feet=0.005 -Feet_-_Base=0.005 -Banding_-_Rotor=0.005 -Sleeve_-_Stator=0.005 -Magnet_-_Rotor_Lam=0.005 -Rotor_Lam_-_Shaft=0.005 -Shaft_-_Rotor_Cup=0.005 -Bearing_-_Endcap_[F]=0.0073 -Bearing_-_Endcap_[R]=0.0073 -Bearing_-_Shaft_[F]=0.0112 -Bearing_-_Shaft_[R]=0.0112 -Bearing_-_Axle_[F]=0.0112 -Bearing_-_Axle_[R]=0.0112 -Bearing_Effective_Gap_[F]=0.4 -Bearing_Effective_Gap_[R]=0.4 -Endcap_-_Axle_[F]=0.005 -Shaft_-_Enc_Shaft=0.005 -Cage_-_Rotor_Lam=0.01 -Comm_-_Shaft=0.005 -Comm_-_Brush=0.005 -Brush_Holder_-_Brush=0.1 -Brush_Holder_-_Housing=0.005 -Sleeve_-_Rotor=0.005 -Banding_-_Stator=0.005 -Magnet_-_Stator=0.005 -Rotor_-_Housing=0.005 -Housing_-_Cover=0.005 -Gap_Stator_H_Comment=Lamination-Metal - Good surface Contact -Gap_Stator_Axle_Comment=Lamination-Metal - Average surface Contact -Gap_H_HOH_Front_Comment=No Gap - Perfect surface Contact -Gap_H_HOH_Rear_Comment=No Gap - Perfect surface Contact -Gap_H_EndCap_Front_Comment=Metal-Metal - Average surface Contact -Gap_H_EndCap_Rear_Comment=Metal-Metal - Average surface Contact -Gap_EndCap_Plate_Comment=Metal-Metal - Average surface Contact -Gap_Axle_Plate_F_Comment=Metal-Metal - Average surface Contact -Gap_Axle_Plate_R_Comment=Metal-Metal - Average surface Contact -Gap_EndCap_EncCase_Comment=Metal-Metal - Average surface Contact -Gap_H_Feet_Comment=Metal-Metal - Average surface Contact -Gap_Feet_Base_Comment=Metal-Metal - Average surface Contact -Gap_Banding_Rotor_Comment=Metal-Metal - Average surface Contact -Gap_Sleeve_Stator_Comment=Metal-Metal - Average surface Contact -Gap_Magnet_Rotor_Comment=Metal-Metal - Average surface Contact -Gap_Rotor_Shaft_Comment=Metal-Metal - Average surface Contact -Gap_Shaft_Cup_Comment=Metal-Metal - Average surface Contact -Gap_Bearing_EndCap_Front_Comment=Stainless-Aluminium - Medium surface Contact -Gap_Bearing_EndCap_Rear_Comment=Stainless-Aluminium - Medium surface Contact -Gap_Bearing_Shaft_Front_Comment=Stainless-Stainless - Medium surface Contact -Gap_Bearing_Shaft_Rear_Comment=Stainless-Stainless - Medium surface Contact -Gap_Bearing_Axle_Front_Comment=Stainless-Stainless - Medium surface Contact -Gap_Bearing_Axle_Rear_Comment=Stainless-Stainless - Medium surface Contact -Bearing_Effective_Gap_Front_Comment=High Effective Gap [Torino Testing] -Bearing_Effective_Gap_Rear_Comment=High Effective Gap [Torino Testing] -Gap_Endcap_Axle_Front_Comment=Metal-Metal - Average surface Contact -Gap_Shaft_Enc_Comment=Metal-Metal - Average surface Contact -Gap_Cage_Rotor_Comment= -Gap_Comm_Shaft_Comment=Metal-Metal - Average surface Contact -Gap_Comm_Brush_Comment=Metal-Metal - Average surface Contact -Gap_Brush_Holder_Brush_Comment= -Gap_Brush_Holder_Housing_Comment=Metal-Metal - Average surface Contact -Gap_Sleeve_Rotor_Comment=Metal-Metal - Average surface Contact -Gap_Banding_Stator_Comment=Metal-Metal - Average surface Contact -Gap_Magnet_Stator_Comment=Metal-Metal - Average surface Contact -Gap_Rotor_Housing_Comment=Metal-Metal - Average surface Contact -Gap_Housing_Cover_Comment=Metal-Metal - Average surface Contact -Gap_Bearing_Mount_Comment=Stainless-Aluminium - Medium surface Contact -Gap_StatorPlateMount_F_Comment= -Gap_StatorPlateMount_R_Comment= -Front_Potting_Housing_Gap_Comment=No Gap - Perfect surface Contact -Rear_Potting_Housing_Gap_Comment=No Gap - Perfect surface Contact -Front_Potting_Axle_Gap_Comment=No Gap - Perfect surface Contact -Rear_Potting_Axle_Gap_Comment=No Gap - Perfect surface Contact -Front_Potting_Endcap_Gap_Comment=No Gap - Perfect surface Contact -Rear_Potting_Endcap_Gap_Comment=No Gap - Perfect surface Contact -Comment_Plate_RotorLam_F=No Gap - Perfect surface Contact -Comment_Plate_RotorLam_R=No Gap - Perfect surface Contact -Comment_Plate_Magnet_F=No Gap - Perfect surface Contact -Comment_Plate_Magnet_R=No Gap - Perfect surface Contact -Comment_Magnet_Magnet=Metal-Metal - Average surface Contact -Comment_Gap_StatorClampPlate_StatorLam_F=Metal-Metal - Average surface Contact -Comment_StatorClampPlate_Housing_F=Metal-Metal - Average surface Contact -Comment_Gap_StatorClampPlate_StatorLam_R=Metal-Metal - Average surface Contact -Comment_Gap_StatorClampPlate_Housing_R=Metal-Metal - Average surface Contact -ShaftFan_Gap_Comments_R=Metal-Metal - Average surface Contact -Notes_Plate_RotorLam_F= -Notes_Plate_RotorLam_R= -Notes_Plate_Magnet_F= -Notes_Plate_Magnet_R= -Notes_Magnet_Magnet= -Notes_Gap_StatorClampPlate_StatorLam_F= -Notes_StatorClampPlate_Housing_F= -Notes_Gap_StatorClampPlate_StatorLam_R= -Notes_Gap_StatorClampPlate_Housing_R= -ShaftFan_Gap_Notes_R= -Notes_Front_Potting_Endcap_Gap= -Notes_Rear_Potting_Endcap_Gap= -Notes_Front_Potting_Housing_Gap= -Rear_Potting_Housing_Gap_Notes= -Notes_Front_Potting_Axle_Gap= -Notes_Rear_Potting_Axle_Gap= -Notes_(Stator_Lam_-_Housing)= -Notes_(Stator_Lam_-_Axle)= -Notes_(Housing_-_OHang_[F])= -Notes_(Housing_-_OHang_[R])= -Notes_(Housing_-_Endcap_[F])= -Notes_(Housing_-_Endcap_[R])= -Notes_(Endcap_-_Plate)= -Notes_(Axle_-_Plate_[F])= -Notes_(Axle_-_Plate_[R])= -Notes_(Endcap_-_Encoder)= -Notes_(Housing_-_Feet)= -Notes_(Feet_-_Base)= -Notes_(Banding_-_Rotor)= -Notes_(Sleeve_-_Stator)= -Notes_(Magnet_-_Rotor_Lam)= -Notes_(Rotor_Lam_-_Shaft)= -Notes_(Shaft_-_Rotor_Cup)= -Notes_(Bearing_-_Endcap_[F])= -Notes_(Bearing_-_Endcap_[R])= -Notes_(Bearing_-_Shaft_[F])= -Notes_(Bearing_-_Shaft_[R])= -Notes_(Bearing_-_Axle_[F])= -Notes_(Bearing_-_Axle_[R])= -Notes_Bearing_Effective_Gap_[F]= -Notes_Bearing_Effective_Gap_[R]= -Notes_(Endcap_-_Axle_[F])= -Notes_(Shaft_-_Enc_Shaft)= -Notes_(Cage_-_Rotor_Lam)= -Notes_(Comm_-_Shaft)= -Notes_(Comm_-_Brush)= -Notes_(Brush_Holder_-_Brush)= -Notes_(Brush_Holder_-_Housing)= -Notes_(Sleeve_-_Rotor)= -Notes_(Banding_-_Stator)= -Notes_(Magnet_-_Stator)= -Notes_(Rotor_-_Housing)= -Notes_(Housing_-_Cover)= -Gap_Material_H_HOH_Front=Air (Motor-CAD model) -Gap_Material_H_HOH_Rear=Air (Motor-CAD model) -Gap_Material_H_EndCap_Front=Air (Motor-CAD model) -Gap_Material_H_EndCap_Rear=Air (Motor-CAD model) -Gap_Material_EndCap_Plate=Air (Motor-CAD model) -Gap_Material_Axle_Plate_F=Air (Motor-CAD model) -Gap_Material_Axle_Plate_R=Air (Motor-CAD model) -Gap_Material_EndCap_EncCase=Air (Motor-CAD model) -Gap_Material_H_Feet=Air (Motor-CAD model) -Gap_Material_Feet_Base=Air (Motor-CAD model) -Gap_Material_Banding_Rotor=Air (Motor-CAD model) -Gap_Material_Sleeve_Stator=Air (Motor-CAD model) -Gap_Material_Magnet_Rotor=Air (Motor-CAD model) -Gap_Material_Magnet_Magnet=Air (Motor-CAD model) -Gap_Material_Shaft_Cup=Air (Motor-CAD model) -Gap_Material_Endcap_Axle_Front=Air (Motor-CAD model) -Gap_Material_Shaft_Enc=Air (Motor-CAD model) -Gap_Material_Cage_Rotor=Air (Motor-CAD model) -Gap_Material_Comm_Shaft=Air (Motor-CAD model) -Gap_Material_Comm_Brush=Air (Motor-CAD model) -Gap_Material_Brush_Holder_Brush=Air (Motor-CAD model) -Gap_Material_Brush_Holder_Housing=Air (Motor-CAD model) -Gap_Material_Sleeve_Rotor=Air (Motor-CAD model) -Gap_Material_Banding_Stator=Air (Motor-CAD model) -Gap_Material_Magnet_Stator=Air (Motor-CAD model) -Gap_Material_Rotor_Housing=Air (Motor-CAD model) -Gap_Material_Housing_Cover=Air (Motor-CAD model) -Gap_Material_Bearing_EndCap_Front=Air (Motor-CAD model) -Gap_Material_Bearing_EndCap_Rear=Air (Motor-CAD model) -Gap_Material_Bearing_Shaft_Front=Air (Motor-CAD model) -Gap_Material_Bearing_Shaft_Rear=Air (Motor-CAD model) -Gap_Material_Bearing_Axle_Front=Air (Motor-CAD model) -Gap_Material_Bearing_Axle_Rear=Air (Motor-CAD model) -Gap_Material_Front_Potting_Housing=Air (Motor-CAD model) -Gap_Material_Rear_Potting_Housing=Air (Motor-CAD model) -Gap_Material_Front_Potting_Endcap=Air (Motor-CAD model) -Gap_Material_Rear_Potting_Endcap=Air (Motor-CAD model) -Gap_Material_Front_Potting_Axle=Air (Motor-CAD model) -Gap_Material_Rear_Potting_Axle=Air (Motor-CAD model) -Gap_Material_StatorPlateMount_F=Air (Motor-CAD model) -Gap_Material_StatorPlateMount_R=Air (Motor-CAD model) -Gap_Material_Plate_RotorLam_F=Air (Motor-CAD model) -Gap_Material_Plate_RotorLam_R=Air (Motor-CAD model) -Gap_Material_Plate_Magnet_F=Air (Motor-CAD model) -Gap_Material_Plate_Magnet_R=Air (Motor-CAD model) -Gap_Material_Bearing_Mount=Air (Motor-CAD model) -Gap_Material_StatorClampPlate_StatorLam_F=Air (Motor-CAD model) -Gap_Material_StatorClampPlate_StatorLam_R=Air (Motor-CAD model) -Gap_Material_StatorClampPlate_Housing_F=Air (Motor-CAD model) -Gap_Material_StatorClampPlate_Housing_R=Air (Motor-CAD model) -Gap_Material_ShaftFan_R=Air (Motor-CAD model) -Gap_Material_Stator_H=Air (Motor-CAD model) -Gap_Material_Stator_Axle=Air (Motor-CAD model) -Gap_Material_Rotor_Shaft=Air (Motor-CAD model) -Gap_Material_Bearing_Effective_Front=Air (Motor-CAD model) -Gap_Material_Bearing_Effective_Rear=Air (Motor-CAD model) -Gap_MaterialConductivity_Magnet_Rotor=0.03171454723964 -Gap_Bearing_Mount=0 -Notes_Gap_Bearing_Mount= -Notes_Gap_Plate_Mount_F= -Notes_Gap_Plate_Mount_R= -EWdg_Cavity=Not_Potted - -[Ratios] -GeometryParameterisation=0 -Ratio_Bore=0.666666666666667 -Ratio_SlotDepth_ParallelTooth=0.641337386018237 -Ratio_SlotDepth_ParallelSlot=0.6 -Ratio_SlotWidth=0.6 -Ratio_SlotOpening_ParallelSlot=0.6 -Ratio_SlotOpening_ParallelTooth=0.605862583679674 -Ratio_ToothTip=0.6 -Ratio_ToothWidth=0.472117719044017 -Ratio_SleeveThickness=0 -Ratio_RotorD=0.656565656565657 -Ratio_BandingThickness=0 -Ratio_ShaftD=0.341923076923077 -Ratio_ShaftHole=0 -Ratio_MagnetThickness=0.6 -Ratio_MagnetArc=1 -Ratio_MagnetReduction=0.6 -Ratio_BarT_Depth=0.6 -Ratio_BarT_Opening_Depth=0.6 -Ratio_BarT_Opening_Depth_Round=0.6 -Ratio_Rotor_Tooth_Width_T=0.6 -Ratio_BarT_Width_Round=0.6 -Ratio_BarT_Width_Rectangular=0.6 -Ratio_BarT_Opening_ParallelTooth=0.6 -Ratio_BarT_Opening_Round=0.6 -Ratio_BarT_Opening_Rectangular=0.6 -Ratio_BarT_Opening_PearCircular=0.6 -Ratio_BarT_Corner_Radius_Pear=0.6 -Ratio_BarT_Corner_Radius_ParallelTooth=0.6 -Ratio_BarT_Corner_Radius_PearCircular=0.6 -Ratio_BarT_Opening_Radius=0.6 -Ratio_BarT_Opening_Radius_PearCircular=0.6 -Ratio_BarT_Tip_Angle=0.6 -Ratio_BarB_Tip_Angle=0.6 -Ratio_BarB_Depth=0.6 -Ratio_BarB_Opening_Depth=0.6 -Ratio_BarB_Opening_Depth_Round=0.6 -Ratio_Rotor_Tooth_Width_B=0.6 -Ratio_BarB_Width_Round=0.6 -Ratio_BarB_Width_Rectangular=0.6 -Ratio_BarB_Opening_ParallelTooth=0.6 -Ratio_BarB_Opening_Round=0.6 -Ratio_BarB_Opening_Rectangular=0.6 -Ratio_BarB_Opening_PearCircular=0.6 -Ratio_BarB_Corner_Radius_Pear=0.6 -Ratio_BarB_Corner_Radius_ParallelTooth=0.6 -Ratio_BarB_Corner_Radius_PearCircular=0.6 -Ratio_BarB_Opening_Radius=0.6 -Ratio_BarB_Opening_Radius_PearCircular=0.6 -RatioArray_MagnetBarWidth[0]=0.6 -RatioArray_MagnetBarWidth[1]=0.6 -RatioArray_MagnetVWidth[0]=0.6 -RatioArray_MagnetVWidth[1]=0.6 -RatioArray_MagnetShift[0]=0.6 -RatioArray_MagnetShift[1]=0.6 -RatioArray_WebLength[0]=0 -RatioArray_WebLength[1]=0 -RatioArray_VWebBarWidth[0]=0.961400984931715 -RatioArray_VWebBarWidth[1]=0.596126723960255 -RatioArray_WebThickness[0]=0.465736354891007 -RatioArray_WebThickness[1]=2.51083532216817 -RatioArray_PoleArc[0]=0.872243758467679 -RatioArray_PoleArc[1]=0.805152174671001 -RatioArray_UMagnetOuterOffset[0]=0.6 -RatioArray_UMagnetOuterOffset[1]=0.6 -RatioArray_UMagnetInnerOffset[0]=0.6 -RatioArray_UMagnetInnerOffset[1]=0.6 -RatioArray_UMagnetOuterLength[0]=0.6 -RatioArray_UMagnetOuterLength[1]=0.6 -RatioArray_UMagnetInnerLength[0]=0.6 -RatioArray_UMagnetInnerLength[1]=0.6 -RatioArray_UMagnetDiameter[0]=0.6 -RatioArray_UMagnetDiameter[1]=0.6 -RatioArray_UMagnetWebThickness[0]=0.6 -RatioArray_UMagnetWebThickness[1]=0.6 - -[Loss_RPM_Ref] -RPM_ref_1ph_Main_Armature_Copper_Loss=3000 -Ref_Speed_-_Main_Winding_Copper_Loss=3000 -RPM_ref_1ph_Aux_Armature_Copper_Loss=3000 -Ref_Speed_-_Aux_Winding_Copper_Loss=3000 -RPM_ref_Armature_Copper_Loss=3000 -Ref_Speed_-_Armature_Copper_Loss=3000 -RPM_ref_Armature_Copper_Freq_Comp_Loss=3000 -Ref_Speed_-_Stator_Copper_Freq_Component_Loss=3000 -Ref_Speed_-_Rotor_Iron_Loss_[Back_Iron]=3000 -RPM_ref_RotorIronLoss_EmbeddedMagnetPole=3000 -Ref_Speed_-_Rotor_Iron_Loss_[Tooth]=3000 -Ref_Speed_-_Rotor_Copper_Loss=3000 -Ref_Speed_-_Stator_Iron_Loss_[Back_Iron]=3000 -Ref_Speed_-_Stator_Iron_Loss_[Tooth]=3000 -Ref_Speed_-_Stator_Iron_Loss_[Tooth_Tip]=3000 -Ref_Speed_-_Windage_Loss=1000 -Ref_Speed_-_Windage_Loss_(Ext_Fan)=3000 -Ref_Speed_-_Friction_Loss_[F]=10000 -Ref_Speed_-_Friction_Loss_[R]=10000 -Ref_Speed_-_Magnet_Iron_Loss=3000 -Ref_Speed_-_Magnet_Banding_Iron_Loss=3000 -Ref_Speed_-_Stator_Bore_Sleeve_Iron_Loss=3000 -Ref_Speed_-_Encoder_Loss=3000 -Ref_Speed_-_Stator_iron_stray_load_Loss=3000 -Ref_Speed_-_Rotor_iron_stray_load_Loss=3000 -Ref_Speed_-_Stator_copper_stray_load_Loss=3000 -Ref_Speed_-_Rotor_copper_stray_load_Loss=3000 -Ref_Speed_-_Brush_Friction_Loss=3000 -Ref_Speed_-_Brush_VI_Loss=3000 - -[Loss_RPM_Coeff] -RPM_Coef_1ph_Main_Armature_Copper_Loss=0 -Speed_Coeff_-_Main_Winding_Copper_Loss=0 -RPM_Coef_1ph_Aux_Armature_Copper_Loss=0 -Speed_Coeff_-_Aux_Winding_Copper_Loss=0 -RPM_Coef_Armature_Copper_Loss=0 -Speed_Coeff_-_Stator_Copper_Loss=0 -RPM_Coef_Armature_Copper_Freq_Comp_Loss=2 -Speed_Coeff_-_Stator_Copper_Freq_Component_Loss=2 -Speed_Coeff_-_Rotor_Iron_Loss_[Back_iron]=1.5 -Speed_Coeff_-_Rotor_Iron_Loss_[Embedded_Magnet_Pole]=1.5 -Speed_Coeff_-_Rotor_Iron_Loss_[Tooth]=1.5 -Speed_Coeff_-_Rotor_Copper_Loss=0 -Speed_Coeff_-_Stator_Iron_Loss_[Back_Iron]=1.5 -Speed_Coeff_-_Stator_Iron_Loss_[Tooth]=1.5 -Speed_Coeff_-_Stator_Iron_Loss_[Tooth_Tip]=1.5 -Speed_Coeff_-_Windage_Loss=3 -Speed_Coeff_-_Windage_Loss_(Ext_Fan)=3 -Speed_Coeff_-_Friction_Loss_[F]=1 -Speed_Coeff_-_Friction_Loss_[R]=1 -Speed_Coeff_-_Magnet_Iron_Loss=2 -Speed_Coeff_-_Magnet_Banding_Iron_Loss=0 -Speed_Coeff_-_Stator_Bore_Sleeve_Iron_Loss=2 -Speed_Coeff_-_Encoder_Loss=1 -Speed_Coeff_-_Stator_iron_stray_load_Loss=0 -Speed_Coeff_-_Rotor_iron_stray_load_Loss=0 -Speed_Coeff_-_Stator_copper_stray_load_Loss=0 -Speed_Coeff_-_Rotor_copper_stray_load_Loss=0 -Speed_Coeff_-_Brush_Friction_Loss=1 -Speed_Coeff_-_Brush_VI_Loss=0 - -[Copper_Loss_Distribution] -NumberSlotsPhaseBelt=3 - -[Loss_Distribution] -Normal_Loss_Distribution[0]=0.333333333333333 -Normal_Loss_Distribution[1]=0.333333333333333 -Normal_Loss_Distribution[2]=0.333333333333333 -Fault_Loss_Distribution[0]=0.333333333333333 -Fault_Loss_Distribution[1]=0.333333333333333 -Fault_Loss_Distribution[2]=0.333333333333333 -Stall_Loss_Distribution[0]=0.333333333333333 -Stall_Loss_Distribution[1]=0.333333333333333 -Stall_Loss_Distribution[2]=0.333333333333333 -Aux_Loss_Distribution[0]=0.333333333333333 -Aux_Loss_Distribution[1]=0.333333333333333 -Aux_Loss_Distribution[2]=0.333333333333333 - -[CycleParameters_MotorLAB] -WheelInertia=0 -DCExtDataType_Lab=0 -DCExtDataType_MotorLAB=0 -DrivCycle_MotorLAB=3 -Mass_MotorLAB=1521 -A_f_MotorLAB=2.29 -R_w_MotorLAB=0.3 -K_r_MotorLAB=0.007 -C_d_MotorLAB=0.28 -M_o_MotorLAB=1.04 -rho_MotorLAB=1.225 -N_d_MotorLAB=7.938 -T_cont_MotorLAB=1 -B_cont_MotorLAB=1 -TorqueCapTrue_MotorLAB=False -SpeedCapTrue_MotorLAB=False -TorqueCap_MotorLAB=500 -SpeedCap_MotorLAB=20000 -DutyCycleType_Lab=1 -DriveCycleCalcComplete_MotorLAB=False -IncludeMotorInertiaInVehicleModel=True -DutyCycleCalcStatus_MotorLAB= - -[Rotor_Winding] -FieldConductorsPerSlot=100 -Rotor_Conductors_Slot=100 -Field_EWdg_MLT_Used=0 -Rotor_EWdg_MLT_Used=0 -Field_EWdg_Fill=0.3 -Rotor_EWdg_Fill=0.3 -Field_Slot_Fill=0.4 -Rotor_Slot_Fill=0.4 -Field_Impreg_Goodness_Active=0.8 -Rotor_Impreg_Goodness_[Active]=0.8 -Field_Impreg_Goodness_EWdg=0.8 -Rotor_Impreg_Goodness_[EWdg]=0.8 -Field_Impreg_Goodness_Liner_Lam=0.8 -Rotor_Impreg_Goodness_[Liner-Lam]=0.8 -Field_Gap_Liner_Lam=0 -Rotor_Gap_Liner_Lam=0 -Field_WindingType=1 -Field_Winding_Definition=0 -Field_Ewdg_Definition=0 -Field_Wire_Diameter=0.714 -ROTOR_WIRE_DIAMETER=0.714 -Field_Copper_Diameter=0.65 -ROTOR_COPPER_DIAMETER=0.65 -Field_Liner_Thickness=0 -ROTOR_LINER_THICKNESS=0 -Field_Copper_Depth_Perc=100 -Rotor_Copper_Depth_[%]=100 -Field_Coil_Divider=2 -Rotor_Coil_Divider_Width=2 -FieldCoilDivider_Validation=1 -Wire_Type_Rotor=0 -AWG_WireGaugeIndex_Rotor=44 -Rotor_Last_AWG_Wire_Table_Entry_Number=44 -SWG_WireGaugeIndex_Rotor=48 -Rotor_Last_SWG_Wire_Table_Entry_Number=48 -Metric_WireGaugeIndex_Rotor=20 -Rotor_Last_Metric_Wire_Table_Entry_Number=20 -Rotor_Wire_Type=AWG_Table -Rotor_Winding_Type=Solid_Divider -Rotor_Wdg_Definition=Slot_Fill -Rotor_EWdg_Definition=EWdg_Fill - -[Fluids] -VolumetricExpansionCoefCalc=1 -ExternalFluid_Volumetric_Expansion_Coef=0.00335401643468053 -RetainFluidPowerValues_Transient=1 - -[Mechanical] -YoungsCoefficient_RotorLam=200000 -PoissonsRatio_RotorLam=0.3 -YoungsCoefficient_Magnet=160000 -PoissonsRatio_Magnet=0.24 -YoungsCoefficient_Pocket=0 -PoissonsRatio_Pocket=0 -YoungsCoefficient_TopBar=0 -PoissonsRatio_TopBar=0 -YoungsCoefficient_BottomBar=0 -PoissonsRatio_BottomBar=0 -YoungsCoefficient_TopBarOpening=0 -PoissonsRatio_TopBarOpening=0 -YoungsCoefficient_BottomBarOpening=0 -PoissonsRatio_BottomBarOpening=0 - -[FileParameters_MotorLAB] -BPM_FilePath_MotorLAB= -BPM_FileDir_MotorLAB= -SpeedLoad_MotorLAB=True -ElectroLink_MotorLAB=Motor-CAD EMag -CurrentSpec_MotorLAB=0 -MotorType_MotorLAB=BPM -CurrentMotFilePath_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\e8_IPMSM_HWJandVent.mot -CurrentMotFileDir_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ - -[CalibrationParameters_MotorLAB] -TestType_MotorLAB=0 -TestSpeedMin_MotorLAB=10 -TestSpeedInc_MotorLAB=10 -TestSpeedMax_MotorLAB=1000 -ExpData_MotorLAB=False -ExpDataType_MotorLAB=0 -ExpDataPath_MotorLAB= - -[ModelParameters_MotorLAB] -PsiQ_coeff_MotorLAB[0]=-1.35705114447E-5 -PsiQ_coeff_MotorLAB[1]=3.14044102732E-6 -PsiQ_coeff_MotorLAB[2]=0.000735607893007 -PsiQ_coeff_MotorLAB[3]=7.2555931638E-9 -PsiQ_coeff_MotorLAB[4]=-3.02667070414E-7 -PsiQ_coeff_MotorLAB[5]=-1.56716010427E-6 -PsiQ_coeff_MotorLAB[6]=-8.33955324897E-10 -PsiQ_coeff_MotorLAB[7]=1.63814860265E-10 -PsiQ_coeff_MotorLAB[8]=9.38896541684E-10 -PsiQ_coeff_MotorLAB[9]=1.57745154548E-12 -PsiQ_coeff_MotorLAB[10]=5.87308738917E-13 -PsiQ_coeff_MotorLAB[11]=6.21351610235E-13 -PsiD_coeff_MotorLAB[0]=0.0884143909073 -PsiD_coeff_MotorLAB[1]=0.000225514377704 -PsiD_coeff_MotorLAB[2]=1.32302630387E-5 -PsiD_coeff_MotorLAB[3]=1.6039164694E-8 -PsiD_coeff_MotorLAB[4]=-8.7350415763E-8 -PsiD_coeff_MotorLAB[5]=-3.47046056812E-7 -PsiD_coeff_MotorLAB[6]=-2.55069294152E-10 -PsiD_coeff_MotorLAB[7]=-1.10491063951E-9 -PsiD_coeff_MotorLAB[8]=6.32511390752E-10 -PsiD_coeff_MotorLAB[9]=6.25784977752E-14 -PsiD_coeff_MotorLAB[10]=1.78407882341E-12 -PsiD_coeff_MotorLAB[11]=-3.22210192301E-13 -Ld_MotorLAB=0.000159832034166 -Lq_MotorLAB=0.00036193440445 -LamM_MotorLAB=0.0733804280563 -Isc_MotorLAB=403.644480493 -ModulationIndex_MotorLAB=1 -ModelType_MotorLAB=2 -Pole_MotorLAB=8 -XEndLeak_MotorLAB=1 -Vdrop_MotorLAB=True -SatModelPoints_MotorLAB=1 -Sync_ModelPoints_Lab=0 -ModelBuildGammaDistribution_Lab=1 -ModelBuildPoints_Current_Lab=6 -ModelBuildPoints_RotorCurrent_Lab=5 -ModelBuildPoints_Gamma_Lab=5 -SatModelBuildPoints_Lab=30 -Sync_SatModelBuildPoints_Lab=30 -SaturationModelMethod_Lab=0 -SaturationModelInterpolation_Lab=0 -SatModel_Is_Lab[0]=0 -Sync_IsSatModel_Lab[0]=0 -SatModel_Is_Lab[1]=0 -Sync_IsSatModel_Lab[1]=0 -SatModel_Is_Lab[2]=0 -Sync_IsSatModel_Lab[2]=0 -SatModel_Is_Lab[3]=0 -Sync_IsSatModel_Lab[3]=0 -SatModel_Is_Lab[4]=0 -Sync_IsSatModel_Lab[4]=0 -SatModel_Is_Lab[5]=96 -Sync_IsSatModel_Lab[5]=96 -SatModel_Is_Lab[6]=96 -Sync_IsSatModel_Lab[6]=96 -SatModel_Is_Lab[7]=96 -Sync_IsSatModel_Lab[7]=96 -SatModel_Is_Lab[8]=96 -Sync_IsSatModel_Lab[8]=96 -SatModel_Is_Lab[9]=96 -Sync_IsSatModel_Lab[9]=96 -SatModel_Is_Lab[10]=192 -Sync_IsSatModel_Lab[10]=192 -SatModel_Is_Lab[11]=192 -Sync_IsSatModel_Lab[11]=192 -SatModel_Is_Lab[12]=192 -Sync_IsSatModel_Lab[12]=192 -SatModel_Is_Lab[13]=192 -Sync_IsSatModel_Lab[13]=192 -SatModel_Is_Lab[14]=192 -Sync_IsSatModel_Lab[14]=192 -SatModel_Is_Lab[15]=288 -Sync_IsSatModel_Lab[15]=288 -SatModel_Is_Lab[16]=288 -Sync_IsSatModel_Lab[16]=288 -SatModel_Is_Lab[17]=288 -Sync_IsSatModel_Lab[17]=288 -SatModel_Is_Lab[18]=288 -Sync_IsSatModel_Lab[18]=288 -SatModel_Is_Lab[19]=288 -Sync_IsSatModel_Lab[19]=288 -SatModel_Is_Lab[20]=384 -Sync_IsSatModel_Lab[20]=384 -SatModel_Is_Lab[21]=384 -Sync_IsSatModel_Lab[21]=384 -SatModel_Is_Lab[22]=384 -Sync_IsSatModel_Lab[22]=384 -SatModel_Is_Lab[23]=384 -Sync_IsSatModel_Lab[23]=384 -SatModel_Is_Lab[24]=384 -Sync_IsSatModel_Lab[24]=384 -SatModel_Is_Lab[25]=480 -Sync_IsSatModel_Lab[25]=480 -SatModel_Is_Lab[26]=480 -Sync_IsSatModel_Lab[26]=480 -SatModel_Is_Lab[27]=480 -Sync_IsSatModel_Lab[27]=480 -SatModel_Is_Lab[28]=480 -Sync_IsSatModel_Lab[28]=480 -SatModel_Is_Lab[29]=480 -Sync_IsSatModel_Lab[29]=480 -Sync_IrSatModel_Lab[0]=0 -Sync_IrSatModel_Lab[1]=0 -Sync_IrSatModel_Lab[2]=0 -Sync_IrSatModel_Lab[3]=0 -Sync_IrSatModel_Lab[4]=0 -Sync_IrSatModel_Lab[5]=0 -Sync_IrSatModel_Lab[6]=0 -Sync_IrSatModel_Lab[7]=0 -Sync_IrSatModel_Lab[8]=0 -Sync_IrSatModel_Lab[9]=0 -Sync_IrSatModel_Lab[10]=0 -Sync_IrSatModel_Lab[11]=0 -Sync_IrSatModel_Lab[12]=0 -Sync_IrSatModel_Lab[13]=0 -Sync_IrSatModel_Lab[14]=0 -Sync_IrSatModel_Lab[15]=0 -Sync_IrSatModel_Lab[16]=0 -Sync_IrSatModel_Lab[17]=0 -Sync_IrSatModel_Lab[18]=0 -Sync_IrSatModel_Lab[19]=0 -Sync_IrSatModel_Lab[20]=0 -Sync_IrSatModel_Lab[21]=0 -Sync_IrSatModel_Lab[22]=0 -Sync_IrSatModel_Lab[23]=0 -Sync_IrSatModel_Lab[24]=0 -Sync_IrSatModel_Lab[25]=0 -Sync_IrSatModel_Lab[26]=0 -Sync_IrSatModel_Lab[27]=0 -Sync_IrSatModel_Lab[28]=0 -Sync_IrSatModel_Lab[29]=0 -SatModel_Gamma_Lab[0]=0 -Sync_GammaSatModel_Lab[0]=0 -SatModel_Gamma_Lab[1]=22.5 -Sync_GammaSatModel_Lab[1]=22.5 -SatModel_Gamma_Lab[2]=45 -Sync_GammaSatModel_Lab[2]=45 -SatModel_Gamma_Lab[3]=67.5 -Sync_GammaSatModel_Lab[3]=67.5 -SatModel_Gamma_Lab[4]=90 -Sync_GammaSatModel_Lab[4]=90 -SatModel_Gamma_Lab[5]=0 -Sync_GammaSatModel_Lab[5]=0 -SatModel_Gamma_Lab[6]=22.5 -Sync_GammaSatModel_Lab[6]=22.5 -SatModel_Gamma_Lab[7]=45 -Sync_GammaSatModel_Lab[7]=45 -SatModel_Gamma_Lab[8]=67.5 -Sync_GammaSatModel_Lab[8]=67.5 -SatModel_Gamma_Lab[9]=90 -Sync_GammaSatModel_Lab[9]=90 -SatModel_Gamma_Lab[10]=0 -Sync_GammaSatModel_Lab[10]=0 -SatModel_Gamma_Lab[11]=22.5 -Sync_GammaSatModel_Lab[11]=22.5 -SatModel_Gamma_Lab[12]=45 -Sync_GammaSatModel_Lab[12]=45 -SatModel_Gamma_Lab[13]=67.5 -Sync_GammaSatModel_Lab[13]=67.5 -SatModel_Gamma_Lab[14]=90 -Sync_GammaSatModel_Lab[14]=90 -SatModel_Gamma_Lab[15]=0 -Sync_GammaSatModel_Lab[15]=0 -SatModel_Gamma_Lab[16]=22.5 -Sync_GammaSatModel_Lab[16]=22.5 -SatModel_Gamma_Lab[17]=45 -Sync_GammaSatModel_Lab[17]=45 -SatModel_Gamma_Lab[18]=67.5 -Sync_GammaSatModel_Lab[18]=67.5 -SatModel_Gamma_Lab[19]=90 -Sync_GammaSatModel_Lab[19]=90 -SatModel_Gamma_Lab[20]=0 -Sync_GammaSatModel_Lab[20]=0 -SatModel_Gamma_Lab[21]=22.5 -Sync_GammaSatModel_Lab[21]=22.5 -SatModel_Gamma_Lab[22]=45 -Sync_GammaSatModel_Lab[22]=45 -SatModel_Gamma_Lab[23]=67.5 -Sync_GammaSatModel_Lab[23]=67.5 -SatModel_Gamma_Lab[24]=90 -Sync_GammaSatModel_Lab[24]=90 -SatModel_Gamma_Lab[25]=0 -Sync_GammaSatModel_Lab[25]=0 -SatModel_Gamma_Lab[26]=22.5 -Sync_GammaSatModel_Lab[26]=22.5 -SatModel_Gamma_Lab[27]=45 -Sync_GammaSatModel_Lab[27]=45 -SatModel_Gamma_Lab[28]=67.5 -Sync_GammaSatModel_Lab[28]=67.5 -SatModel_Gamma_Lab[29]=90 -Sync_GammaSatModel_Lab[29]=90 -PsiDModel_Lab[0]=0.0883696488944 -Sync_psiDModel_Lab[0]=0.0883696488944 -PsiDModel_Lab[1]=0.0883696488944 -Sync_psiDModel_Lab[1]=0.0883696488944 -PsiDModel_Lab[2]=0.0883696488944 -Sync_psiDModel_Lab[2]=0.0883696488944 -PsiDModel_Lab[3]=0.0883696488944 -Sync_psiDModel_Lab[3]=0.0883696488944 -PsiDModel_Lab[4]=0.0883696488944 -Sync_psiDModel_Lab[4]=0.0883696488944 -PsiDModel_Lab[5]=0.0868813702584 -Sync_psiDModel_Lab[5]=0.0868813702584 -PsiDModel_Lab[6]=0.0798106614459 -Sync_psiDModel_Lab[6]=0.0798106614459 -PsiDModel_Lab[7]=0.0734927662237 -Sync_psiDModel_Lab[7]=0.0734927662237 -PsiDModel_Lab[8]=0.0688818659743 -Sync_psiDModel_Lab[8]=0.0688818659743 -PsiDModel_Lab[9]=0.0671767588736 -Sync_psiDModel_Lab[9]=0.0671767588736 -PsiDModel_Lab[10]=0.0816737949829 -Sync_psiDModel_Lab[10]=0.0816737949829 -PsiDModel_Lab[11]=0.0696831162765 -Sync_psiDModel_Lab[11]=0.0696831162765 -PsiDModel_Lab[12]=0.0585791989918 -Sync_psiDModel_Lab[12]=0.0585791989918 -PsiDModel_Lab[13]=0.0494387987742 -Sync_psiDModel_Lab[13]=0.0494387987742 -PsiDModel_Lab[14]=0.0457528511476 -Sync_psiDModel_Lab[14]=0.0457528511476 -PsiDModel_Lab[15]=0.0761564160744 -Sync_psiDModel_Lab[15]=0.0761564160744 -PsiDModel_Lab[16]=0.0597755178349 -Sync_psiDModel_Lab[16]=0.0597755178349 -PsiDModel_Lab[17]=0.0444261459815 -Sync_psiDModel_Lab[17]=0.0444261459815 -PsiDModel_Lab[18]=0.0306666196923 -Sync_psiDModel_Lab[18]=0.0306666196923 -PsiDModel_Lab[19]=0.0247432855991 -Sync_psiDModel_Lab[19]=0.0247432855991 -PsiDModel_Lab[20]=0.0715163520208 -Sync_psiDModel_Lab[20]=0.0715163520208 -PsiDModel_Lab[21]=0.0509370392037 -Sync_psiDModel_Lab[21]=0.0509370392037 -PsiDModel_Lab[22]=0.0312541166881 -Sync_psiDModel_Lab[22]=0.0312541166881 -PsiDModel_Lab[23]=0.0129153405085 -Sync_psiDModel_Lab[23]=0.0129153405085 -PsiDModel_Lab[24]=0.00411579235347 -Sync_psiDModel_Lab[24]=0.00411579235347 -PsiDModel_Lab[25]=0.0675124757111 -Sync_psiDModel_Lab[25]=0.0675124757111 -PsiDModel_Lab[26]=0.0430655646716 -Sync_psiDModel_Lab[26]=0.0430655646716 -PsiDModel_Lab[27]=0.0190400425282 -Sync_psiDModel_Lab[27]=0.0190400425282 -PsiDModel_Lab[28]=-0.00391346845314 -Sync_psiDModel_Lab[28]=-0.00391346845314 -PsiDModel_Lab[29]=-0.0160337161597 -Sync_psiDModel_Lab[29]=-0.0160337161597 -PsiQModel_Lab[0]=0 -Sync_psiQModel_Lab[0]=0 -PsiQModel_Lab[1]=0 -Sync_psiQModel_Lab[1]=0 -PsiQModel_Lab[2]=0 -Sync_psiQModel_Lab[2]=0 -PsiQModel_Lab[3]=0 -Sync_psiQModel_Lab[3]=0 -PsiQModel_Lab[4]=0 -Sync_psiQModel_Lab[4]=0 -PsiQModel_Lab[5]=0.0574200063312 -Sync_psiQModel_Lab[5]=0.0574200063312 -PsiQModel_Lab[6]=0.0549265299048 -Sync_psiQModel_Lab[6]=0.0549265299048 -PsiQModel_Lab[7]=0.0436513023716 -Sync_psiQModel_Lab[7]=0.0436513023716 -PsiQModel_Lab[8]=0.0242070599284 -Sync_psiQModel_Lab[8]=0.0242070599284 -PsiQModel_Lab[9]=0 -Sync_psiQModel_Lab[9]=0 -PsiQModel_Lab[10]=0.0902522464187 -Sync_psiQModel_Lab[10]=0.0902522464187 -PsiQModel_Lab[11]=0.0904889930409 -Sync_psiQModel_Lab[11]=0.0904889930409 -PsiQModel_Lab[12]=0.0783195517301 -Sync_psiQModel_Lab[12]=0.0783195517301 -PsiQModel_Lab[13]=0.0464412778594 -Sync_psiQModel_Lab[13]=0.0464412778594 -PsiQModel_Lab[14]=0 -Sync_psiQModel_Lab[14]=0 -PsiQModel_Lab[15]=0.107680494024 -Sync_psiQModel_Lab[15]=0.107680494024 -PsiQModel_Lab[16]=0.109385860761 -Sync_psiQModel_Lab[16]=0.109385860761 -PsiQModel_Lab[17]=0.100090784813 -Sync_psiQModel_Lab[17]=0.100090784813 -PsiQModel_Lab[18]=0.0655325922259 -Sync_psiQModel_Lab[18]=0.0655325922259 -PsiQModel_Lab[19]=0 -Sync_psiQModel_Lab[19]=0 -PsiQModel_Lab[20]=0.119257661472 -Sync_psiQModel_Lab[20]=0.119257661472 -PsiQModel_Lab[21]=0.121770866569 -Sync_psiQModel_Lab[21]=0.121770866569 -PsiQModel_Lab[22]=0.113461054888 -Sync_psiQModel_Lab[22]=0.113461054888 -PsiQModel_Lab[23]=0.0798668926801 -Sync_psiQModel_Lab[23]=0.0798668926801 -PsiQModel_Lab[24]=0 -Sync_psiQModel_Lab[24]=0 -PsiQModel_Lab[25]=0.128444377915 -Sync_psiQModel_Lab[25]=0.128444377915 -PsiQModel_Lab[26]=0.131121976712 -Sync_psiQModel_Lab[26]=0.131121976712 -PsiQModel_Lab[27]=0.122757616293 -Sync_psiQModel_Lab[27]=0.122757616293 -PsiQModel_Lab[28]=0.089981334881 -Sync_psiQModel_Lab[28]=0.089981334881 -PsiQModel_Lab[29]=0 -Sync_psiQModel_Lab[29]=0 -SyncRel_MotorLAB=False -LEndWdg_MotorLAB=0 -LossModelBuildPoints_Lab=30 -Sync_LossModelBuildPoints_Lab=30 -LossModel_Is_Lab[0]=0 -Sync_IsLossModel_Lab[0]=0 -LossModel_Is_Lab[1]=0 -Sync_IsLossModel_Lab[1]=0 -LossModel_Is_Lab[2]=0 -Sync_IsLossModel_Lab[2]=0 -LossModel_Is_Lab[3]=0 -Sync_IsLossModel_Lab[3]=0 -LossModel_Is_Lab[4]=0 -Sync_IsLossModel_Lab[4]=0 -LossModel_Is_Lab[5]=96 -Sync_IsLossModel_Lab[5]=96 -LossModel_Is_Lab[6]=96 -Sync_IsLossModel_Lab[6]=96 -LossModel_Is_Lab[7]=96 -Sync_IsLossModel_Lab[7]=96 -LossModel_Is_Lab[8]=96 -Sync_IsLossModel_Lab[8]=96 -LossModel_Is_Lab[9]=96 -Sync_IsLossModel_Lab[9]=96 -LossModel_Is_Lab[10]=192 -Sync_IsLossModel_Lab[10]=192 -LossModel_Is_Lab[11]=192 -Sync_IsLossModel_Lab[11]=192 -LossModel_Is_Lab[12]=192 -Sync_IsLossModel_Lab[12]=192 -LossModel_Is_Lab[13]=192 -Sync_IsLossModel_Lab[13]=192 -LossModel_Is_Lab[14]=192 -Sync_IsLossModel_Lab[14]=192 -LossModel_Is_Lab[15]=288 -Sync_IsLossModel_Lab[15]=288 -LossModel_Is_Lab[16]=288 -Sync_IsLossModel_Lab[16]=288 -LossModel_Is_Lab[17]=288 -Sync_IsLossModel_Lab[17]=288 -LossModel_Is_Lab[18]=288 -Sync_IsLossModel_Lab[18]=288 -LossModel_Is_Lab[19]=288 -Sync_IsLossModel_Lab[19]=288 -LossModel_Is_Lab[20]=384 -Sync_IsLossModel_Lab[20]=384 -LossModel_Is_Lab[21]=384 -Sync_IsLossModel_Lab[21]=384 -LossModel_Is_Lab[22]=384 -Sync_IsLossModel_Lab[22]=384 -LossModel_Is_Lab[23]=384 -Sync_IsLossModel_Lab[23]=384 -LossModel_Is_Lab[24]=384 -Sync_IsLossModel_Lab[24]=384 -LossModel_Is_Lab[25]=480 -Sync_IsLossModel_Lab[25]=480 -LossModel_Is_Lab[26]=480 -Sync_IsLossModel_Lab[26]=480 -LossModel_Is_Lab[27]=480 -Sync_IsLossModel_Lab[27]=480 -LossModel_Is_Lab[28]=480 -Sync_IsLossModel_Lab[28]=480 -LossModel_Is_Lab[29]=480 -Sync_IsLossModel_Lab[29]=480 -LossModel_Ir_Lab[0]=0 -Sync_IrLossModel_Lab[0]=0 -LossModel_Ir_Lab[1]=0 -Sync_IrLossModel_Lab[1]=0 -LossModel_Ir_Lab[2]=0 -Sync_IrLossModel_Lab[2]=0 -LossModel_Ir_Lab[3]=0 -Sync_IrLossModel_Lab[3]=0 -LossModel_Ir_Lab[4]=0 -Sync_IrLossModel_Lab[4]=0 -LossModel_Ir_Lab[5]=0 -Sync_IrLossModel_Lab[5]=0 -LossModel_Ir_Lab[6]=0 -Sync_IrLossModel_Lab[6]=0 -LossModel_Ir_Lab[7]=0 -Sync_IrLossModel_Lab[7]=0 -LossModel_Ir_Lab[8]=0 -Sync_IrLossModel_Lab[8]=0 -LossModel_Ir_Lab[9]=0 -Sync_IrLossModel_Lab[9]=0 -LossModel_Ir_Lab[10]=0 -Sync_IrLossModel_Lab[10]=0 -LossModel_Ir_Lab[11]=0 -Sync_IrLossModel_Lab[11]=0 -LossModel_Ir_Lab[12]=0 -Sync_IrLossModel_Lab[12]=0 -LossModel_Ir_Lab[13]=0 -Sync_IrLossModel_Lab[13]=0 -LossModel_Ir_Lab[14]=0 -Sync_IrLossModel_Lab[14]=0 -LossModel_Ir_Lab[15]=0 -Sync_IrLossModel_Lab[15]=0 -LossModel_Ir_Lab[16]=0 -Sync_IrLossModel_Lab[16]=0 -LossModel_Ir_Lab[17]=0 -Sync_IrLossModel_Lab[17]=0 -LossModel_Ir_Lab[18]=0 -Sync_IrLossModel_Lab[18]=0 -LossModel_Ir_Lab[19]=0 -Sync_IrLossModel_Lab[19]=0 -LossModel_Ir_Lab[20]=0 -Sync_IrLossModel_Lab[20]=0 -LossModel_Ir_Lab[21]=0 -Sync_IrLossModel_Lab[21]=0 -LossModel_Ir_Lab[22]=0 -Sync_IrLossModel_Lab[22]=0 -LossModel_Ir_Lab[23]=0 -Sync_IrLossModel_Lab[23]=0 -LossModel_Ir_Lab[24]=0 -Sync_IrLossModel_Lab[24]=0 -LossModel_Ir_Lab[25]=0 -Sync_IrLossModel_Lab[25]=0 -LossModel_Ir_Lab[26]=0 -Sync_IrLossModel_Lab[26]=0 -LossModel_Ir_Lab[27]=0 -Sync_IrLossModel_Lab[27]=0 -LossModel_Ir_Lab[28]=0 -Sync_IrLossModel_Lab[28]=0 -LossModel_Ir_Lab[29]=0 -Sync_IrLossModel_Lab[29]=0 -LossModel_Gamma_Lab[0]=0 -Sync_GammaLossModel_Lab[0]=0 -LossModel_Gamma_Lab[1]=22.5 -Sync_GammaLossModel_Lab[1]=22.5 -LossModel_Gamma_Lab[2]=45 -Sync_GammaLossModel_Lab[2]=45 -LossModel_Gamma_Lab[3]=67.5 -Sync_GammaLossModel_Lab[3]=67.5 -LossModel_Gamma_Lab[4]=90 -Sync_GammaLossModel_Lab[4]=90 -LossModel_Gamma_Lab[5]=0 -Sync_GammaLossModel_Lab[5]=0 -LossModel_Gamma_Lab[6]=22.5 -Sync_GammaLossModel_Lab[6]=22.5 -LossModel_Gamma_Lab[7]=45 -Sync_GammaLossModel_Lab[7]=45 -LossModel_Gamma_Lab[8]=67.5 -Sync_GammaLossModel_Lab[8]=67.5 -LossModel_Gamma_Lab[9]=90 -Sync_GammaLossModel_Lab[9]=90 -LossModel_Gamma_Lab[10]=0 -Sync_GammaLossModel_Lab[10]=0 -LossModel_Gamma_Lab[11]=22.5 -Sync_GammaLossModel_Lab[11]=22.5 -LossModel_Gamma_Lab[12]=45 -Sync_GammaLossModel_Lab[12]=45 -LossModel_Gamma_Lab[13]=67.5 -Sync_GammaLossModel_Lab[13]=67.5 -LossModel_Gamma_Lab[14]=90 -Sync_GammaLossModel_Lab[14]=90 -LossModel_Gamma_Lab[15]=0 -Sync_GammaLossModel_Lab[15]=0 -LossModel_Gamma_Lab[16]=22.5 -Sync_GammaLossModel_Lab[16]=22.5 -LossModel_Gamma_Lab[17]=45 -Sync_GammaLossModel_Lab[17]=45 -LossModel_Gamma_Lab[18]=67.5 -Sync_GammaLossModel_Lab[18]=67.5 -LossModel_Gamma_Lab[19]=90 -Sync_GammaLossModel_Lab[19]=90 -LossModel_Gamma_Lab[20]=0 -Sync_GammaLossModel_Lab[20]=0 -LossModel_Gamma_Lab[21]=22.5 -Sync_GammaLossModel_Lab[21]=22.5 -LossModel_Gamma_Lab[22]=45 -Sync_GammaLossModel_Lab[22]=45 -LossModel_Gamma_Lab[23]=67.5 -Sync_GammaLossModel_Lab[23]=67.5 -LossModel_Gamma_Lab[24]=90 -Sync_GammaLossModel_Lab[24]=90 -LossModel_Gamma_Lab[25]=0 -Sync_GammaLossModel_Lab[25]=0 -LossModel_Gamma_Lab[26]=22.5 -Sync_GammaLossModel_Lab[26]=22.5 -LossModel_Gamma_Lab[27]=45 -Sync_GammaLossModel_Lab[27]=45 -LossModel_Gamma_Lab[28]=67.5 -Sync_GammaLossModel_Lab[28]=67.5 -LossModel_Gamma_Lab[29]=90 -Sync_GammaLossModel_Lab[29]=90 -NumberOfCuboids_LossModel_Lab=2 -SleeveLossCoefficient_Lab=0 -SleeveLossCalc_Lab=0 -LossModel_Sleeve_Lab[0]=0 -LossModel_Sleeve_Lab[1]=0 -LossModel_Sleeve_Lab[2]=0 -LossModel_Sleeve_Lab[3]=0 -LossModel_Sleeve_Lab[4]=0 -LossModel_Sleeve_Lab[5]=0 -LossModel_Sleeve_Lab[6]=0 -LossModel_Sleeve_Lab[7]=0 -LossModel_Sleeve_Lab[8]=0 -LossModel_Sleeve_Lab[9]=0 -LossModel_Sleeve_Lab[10]=0 -LossModel_Sleeve_Lab[11]=0 -LossModel_Sleeve_Lab[12]=0 -LossModel_Sleeve_Lab[13]=0 -LossModel_Sleeve_Lab[14]=0 -LossModel_Sleeve_Lab[15]=0 -LossModel_Sleeve_Lab[16]=0 -LossModel_Sleeve_Lab[17]=0 -LossModel_Sleeve_Lab[18]=0 -LossModel_Sleeve_Lab[19]=0 -LossModel_Sleeve_Lab[20]=0 -LossModel_Sleeve_Lab[21]=0 -LossModel_Sleeve_Lab[22]=0 -LossModel_Sleeve_Lab[23]=0 -LossModel_Sleeve_Lab[24]=0 -LossModel_Sleeve_Lab[25]=0 -LossModel_Sleeve_Lab[26]=0 -LossModel_Sleeve_Lab[27]=0 -LossModel_Sleeve_Lab[28]=0 -LossModel_Sleeve_Lab[29]=0 -BandingLossCalc_Lab=0 -FEALossMap_RefSpeed_Lab=500 -LossModel_Banding_Lab[0]=0 -LossModel_Banding_Lab[1]=0 -LossModel_Banding_Lab[2]=0 -LossModel_Banding_Lab[3]=0 -LossModel_Banding_Lab[4]=0 -LossModel_Banding_Lab[5]=0 -LossModel_Banding_Lab[6]=0 -LossModel_Banding_Lab[7]=0 -LossModel_Banding_Lab[8]=0 -LossModel_Banding_Lab[9]=0 -LossModel_Banding_Lab[10]=0 -LossModel_Banding_Lab[11]=0 -LossModel_Banding_Lab[12]=0 -LossModel_Banding_Lab[13]=0 -LossModel_Banding_Lab[14]=0 -LossModel_Banding_Lab[15]=0 -LossModel_Banding_Lab[16]=0 -LossModel_Banding_Lab[17]=0 -LossModel_Banding_Lab[18]=0 -LossModel_Banding_Lab[19]=0 -LossModel_Banding_Lab[20]=0 -LossModel_Banding_Lab[21]=0 -LossModel_Banding_Lab[22]=0 -LossModel_Banding_Lab[23]=0 -LossModel_Banding_Lab[24]=0 -LossModel_Banding_Lab[25]=0 -LossModel_Banding_Lab[26]=0 -LossModel_Banding_Lab[27]=0 -LossModel_Banding_Lab[28]=0 -LossModel_Banding_Lab[29]=0 -BandingLossCoefficient_Lab=0 -IM_IphLmArray_MotorLAB[0]=0 -IM_IphLmArray_MotorLAB[1]=0 -IM_IphLmArray_MotorLAB[2]=0 -IM_IphLmArray_MotorLAB[3]=0 -IM_IphLmArray_MotorLAB[4]=0 -IM_IphLmArray_MotorLAB[5]=0 -IM_IphLmArray_MotorLAB[6]=0 -IM_IphLmArray_MotorLAB[7]=0 -IM_IphLmArray_MotorLAB[8]=0 -IM_IphLmArray_MotorLAB[9]=0 -IM_IphLmArray_MotorLAB[10]=0 -IM_IphLmArray_MotorLAB[11]=0 -IM_IphLmArray_MotorLAB[12]=0 -IM_IphLmArray_MotorLAB[13]=0 -IM_IphLmArray_MotorLAB[14]=0 -IM_IphLmArray_MotorLAB[15]=0 -IM_IphLmArray_MotorLAB[16]=0 -IM_IphLmArray_MotorLAB[17]=0 -IM_IphLmArray_MotorLAB[18]=0 -IM_IphLmArray_MotorLAB[19]=0 -IM_IphLmArray_MotorLAB[20]=0 -IronLossModelSplit_Lab=0 -IM_IronLossModelSplit_MotorLAB=0 -IronLossModelSplit_Stator_Lab=0 -IronLossModelSplit_Rotor_Lab=0 -IM_FeLossModelPoints_MotorLAB=10 -IM_IphFeArray_MotorLAB[0]=0 -IM_IphFeArray_MotorLAB[1]=0 -IM_IphFeArray_MotorLAB[2]=0 -IM_IphFeArray_MotorLAB[3]=0 -IM_IphFeArray_MotorLAB[4]=0 -IM_IphFeArray_MotorLAB[5]=0 -IM_IphFeArray_MotorLAB[6]=0 -IM_IphFeArray_MotorLAB[7]=0 -IM_IphFeArray_MotorLAB[8]=0 -IM_IphFeArray_MotorLAB[9]=0 -Slots_MotorLAB=48 -TwindingCalc_MotorLAB=47.53 -TmagnetCalc_MotorLAB=46.62 -WindingAlpha_MotorLAB=0.003862 -IM_R1_MotorLAB=0 -IM_R2_MotorLAB=0 -IM_L1_MotorLAB=0 -IM_L2_MotorLAB=0 -IM_RtrBarH_MotorLAB=0 -IM_RtrBarC_MotorLAB=0 -IM_LmCurve_MotorLAB=False -IM_SaturationModelType_Lab=1 -IMMagnetizingInductanceFEAMethod_Lab=1 -IMEndringCurrentMethod_Lab=1 -TurnsRef_MotorLAB=6 -TurnsCalc_MotorLAB=6 -MaxModelCurrent_MotorLAB=480 -MaxModelCurrent_RMS_MotorLAB=339.411254969543 -InitialImport_MotorLAB=False -BuildSatModel_MotorLAB=True -ModelBuildSpeed_MotorLAB=10000 -ResultsPath_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\e8_IPMSM_HWJandVent\Lab\ -AutoShowResults_MotorLAB=False -ComparisonPath_Lab= -IM_SlipRes_MotorLAB=1E-6 -FastRotorSkew_MotorLAB=True -SaturationModelGoodness_Lab=99.3020546425 -TimeoutMultiplier_Lab=1 -RotorWindingTemp_Ref_Lab=20 -RotorWindingTemp_Calc_Lab=20 -RotorWindingTempCoeffResistivity_Lab=0 -NumCustomLosses_Lab=0 -CustomLoss_AllowedValues_Lab=0 -LabModel_Saturation_Date=05-10-20 15:13 -LabModel_Saturation_Method=2 -LabModel_Saturation_NumPoints=1 -LabModel_Saturation_StatorCurrent_Peak=480 -LabModel_Saturation_StatorCurrent_RMS=339.41125497 -LabModel_Saturation_RotorCurrent=0 -LabModel_IronLoss_Date=05-10-20 15:13 -LabModel_IronLoss_Method=3 -LabModel_IronLoss_StatorCurrent_Peak=480 -LabModel_IronLoss_StatorCurrent_RMS=339.41125497 -LabModel_IronLoss_RotorCurrent=0 -LabModel_ACLoss_Date= -LabModel_ACLoss_Method=-1 -LabModel_ACLoss_StatorCurrent_Peak=0 -LabModel_ACLoss_StatorCurrent_RMS=0 -LabModel_ACLoss_RotorCurrent=0 -LabModel_MagnetLoss_Date=05-10-20 15:13 -LabModel_MagnetLoss_Method=3 -LabModel_MagnetLoss_StatorCurrent_Peak=480 -LabModel_MagnetLoss_StatorCurrent_RMS=339.41125497 -LabModel_MagnetLoss_RotorCurrent=0 -LabModel_SleeveLoss_Date= -LabModel_SleeveLoss_Method=-1 -LabModel_SleeveLoss_StatorCurrent_Peak=0 -LabModel_SleeveLoss_StatorCurrent_RMS=0 -LabModel_SleeveLoss_RotorCurrent=0 -LabModel_BandingLoss_Date= -LabModel_BandingLoss_Method=-1 -LabModel_BandingLoss_StatorCurrent_Peak=0 -LabModel_BandingLoss_StatorCurrent_RMS=0 -LabModel_BandingLoss_RotorCurrent=0 -MaxModelCurrent_Rotor_Lab=12 -Sync_MaxModelCurrent_Rotor_Lab=12 -Sync_SaturationModelType_Lab=0 -RotorCopperLossCalc_Lab=0 -Sync_RotorWindingLossCalc_Lab=0 -RotorWindingResistance_Lab=0 -Sync_RotorWindingResistance_Lab=0 -Sync_ModelSkewMethod_Lab=1 -Sync_NumIrPoints_Lab=0 - -[SimulationParameters_MotorLAB] -PrevCalcImax_MotorLAB=480 -PrevCalcImin_MotorLAB=1 -PrevCalcIinc_MotorLAB=30 -CalcComplete_MotorLAB=True -CalCalcComplete_MotorLAB=False -SpeedMax_MotorLAB=10000 -Speedinc_MotorLAB=250 -SpeedMin_MotorLAB=500 -Imax_MotorLAB=480 -Imax_RMS_MotorLAB=339.411254969543 -Iinc_MotorLAB=30 -Imin_MotorLAB=1 -Imin_RMS_MotorLAB=0.707106781186547 -NonSalient_MotorLAB=False -TorqueDemand_MotorLAB=160 -PhaseAdvanceDemand_Lab=0 -SlipDemand_Lab=0.01 -StatorCurrentDemand_Lab=150 -StatorCurrentDemand_RMS_Lab=106.066017177982 -SpeedDemand_MotorLAB=1000 -StatorTempDemand_Lab=160 -RotorTempDemand_Lab=140 -CancelCalc_MotorLAB=False -OperatingMode_Lab=2 -GenMode_MotorLAB=2 -SmoothMap_MotorLAB=True -ControlStrat_MotorLAB=0 -NumControlStrategyPoints_Lab=3 -ControlStrat_Speed_Lab[0]=0 -ControlStrat_Speed_Lab[1]=1000 -ControlStrat_Speed_Lab[2]=2000 -ControlStrat_PhaseAdvance_Lab[0]=0 -ControlStrat_PhaseAdvance_Lab[1]=15 -ControlStrat_PhaseAdvance_Lab[2]=30 -DCCurrentLimit_Lab=0 -MaxDCCurrent_Lab=80 -StatorCurrentLimit_Lab=1 -IM_StatorCurrentLimit_Lab=1 -InitialCurrentMethod_Lab=2 -PowerLimVal_MotorLAB=0 -PowerLim_MotorLAB=False -IM_InitialSlip_MotorLAB=0.01 -EMCalcStatus_MotorLAB=15-07-22 13:26:38: Electromagnetic calculation completed with Ismax =480.0A current steps = 30 Maximum speed = 10000.0rpm -CalCalcStatus_MotorLAB= -ResistanceTurnsRef_MotorLAB=6 -LabThermalCoupling=0 -LabThermalCoupling_DutyCycle=0 -LabMagneticCoupling=0 -OpPointSpec_MotorLAB=0 -MaxNumAltStartPoints_Lab=1 -MinTorque_MotorLAB=10 -TorqueInc_MotorLAB=10 -TorqueMax_MotorLAB=100 -EmagneticCalcType_Lab=1 -NumCustomLossVariables_Lab=51 -CustomLossVariables_Lab[0]=Speed -CustomLossVariables_Lab[1]=Stator_Current_Phase_Peak -CustomLossVariables_Lab[2]=Stator_Current_Phase_RMS -CustomLossVariables_Lab[3]=Stator_Current_Line_Peak -CustomLossVariables_Lab[4]=Stator_Current_Line_RMS -CustomLossVariables_Lab[5]=Voltage_Phase_Peak -CustomLossVariables_Lab[6]=Voltage_Phase_RMS -CustomLossVariables_Lab[7]=Voltage_Line_Peak -CustomLossVariables_Lab[8]=Voltage_Line_RMS -CustomLossVariables_Lab[9]=Id_Peak -CustomLossVariables_Lab[10]=Id_RMS -CustomLossVariables_Lab[11]=Iq_Peak -CustomLossVariables_Lab[12]=Iq_RMS -CustomLossVariables_Lab[13]=Vd_Peak -CustomLossVariables_Lab[14]=Vd_RMS -CustomLossVariables_Lab[15]=Vq_Peak -CustomLossVariables_Lab[16]=Vq_RMS -CustomLossVariables_Lab[17]=Flux_Linkage_D -CustomLossVariables_Lab[18]=Flux_Linkage_Q -CustomLossVariables_Lab[19]=Phase_Advance -CustomLossVariables_Lab[20]=Frequency -CustomLossVariables_Lab[21]=Stator_Copper_Loss -CustomLossVariables_Lab[22]=Stator_Copper_Loss_AC -CustomLossVariables_Lab[23]=Stator_Copper_Loss_DC -CustomLossVariables_Lab[24]=Iron_Loss -CustomLossVariables_Lab[25]=Iron_Loss_Stator -CustomLossVariables_Lab[26]=Iron_Loss_Stator_Back_Iron -CustomLossVariables_Lab[27]=Iron_Loss_Stator_Tooth -CustomLossVariables_Lab[28]=Iron_Loss_Rotor -CustomLossVariables_Lab[29]=Iron_Loss_Rotor_Back_Iron -CustomLossVariables_Lab[30]=Iron_Loss_Rotor_Pole -CustomLossVariables_Lab[31]=Iron_Loss_Hysteresis -CustomLossVariables_Lab[32]=Iron_Loss_Eddy -CustomLossVariables_Lab[33]=Magnet_Loss -CustomLossVariables_Lab[34]=Sleeve_Loss -CustomLossVariables_Lab[35]=Banding_Loss -CustomLossVariables_Lab[36]=Mechanical_Loss -CustomLossVariables_Lab[37]=Windage_Loss -CustomLossVariables_Lab[38]=Friction_Loss -CustomLossVariables_Lab[39]=External_Line_Loss -CustomLossVariables_Lab[40]=Electromagnetic_Power -CustomLossVariables_Lab[41]=Electromagnetic_Torque -CustomLossVariables_Lab[42]=Magnet_Torque -CustomLossVariables_Lab[43]=Reluctance_Torque -CustomLossVariables_Lab[44]=Terminal_Power -CustomLossVariables_Lab[45]=Ld -CustomLossVariables_Lab[46]=Lq -CustomLossVariables_Lab[47]=PM_Flux_Linkage -CustomLossVariables_Lab[48]=DC_Bus_Voltage -CustomLossVariables_Lab[49]=Stator_Winding_Temp_Average -CustomLossVariables_Lab[50]=Magnet_Temp -MaxRotorTemp_Lab=160 -Sync_RotorTempMax_Lab=160 -RotorCurrentEstimate_Lab=6 -Sync_RotorCurrentEstimate_Lab=6 -RotorCurrentDemand_Lab=6 -Sync_RotorCurrentDemand_Lab=6 -Sync_RotorCurrentMax_Lab=12 -Sync_StatorCurrentMax_Lab=150 -Sync_StatorCurrentMax_RMS_Lab=106.066017177982 -Sync_CurrentIncs_Lab=10 -Sync_MinTorqueLevel_Lab=2.5 -Sync_InitialGamma_Lab=10 -Sync_ControlStrategy_Lab=0 -Sync_StatorRotorLossBiasRatio_Lab=1 -Sync_ConvergenceMethod_Lab=1 -Sync_ConvergenceTolerance_Lab=1 -Sync_MaxIterations_Lab=40 -Sync_IterationsBeforeAverage_Lab=5 -Sync_IterationsInAverage_Lab=2 - -[LossParameters_MotorLAB] -IronLossCalc_Lab=3 -IronLossCalc_SPEED_Lab=3 -BPM_IronLossSpeedCalc_Lab=0 -CalcTypeCuLoss_MotorLAB=0 -MagnetLossCalc_Lab=3 -MagnetLossCalc_SPEED_Lab=3 -Resistance_MotorLAB=0.0113580414377214 -Ah_MotorLAB=0 -Ae_MotorLAB=0 -Bh_MotorLAB=0 -Be_MotorLAB=0 -n2ac_MotorLAB=3000 -Wmag_MotorLAB=0 -Imag_MotorLAB=0 -Nmag_MotorLAB=500 -WmagOC_MotorLAB=0 -MagLossCoeff_MotorLAB=1.94777115327 -RotorIronEddyLossExponent_Lab=2 -AcLossFreq_MotorLAB=2 -RacRdc_MotorLAB=2 -ACConductorLossSplit_Lab=0 -ACLossSpeedScalingMethod_Lab=1 -ACLossGeneratorMethod_Lab=1 -IM_IronLossCalc_MotorLAB=0 -FeHysLossArray_MotorLAB[0]=0.903802998001 -FeHysLossArray_MotorLAB[1]=0.903802998001 -FeHysLossArray_MotorLAB[2]=0.903802998001 -FeHysLossArray_MotorLAB[3]=0.903802998001 -FeHysLossArray_MotorLAB[4]=0.903802998001 -FeHysLossArray_MotorLAB[5]=1.41743973115 -FeHysLossArray_MotorLAB[6]=1.23759234016 -FeHysLossArray_MotorLAB[7]=1.00296235902 -FeHysLossArray_MotorLAB[8]=0.79087941197 -FeHysLossArray_MotorLAB[9]=0.615240467314 -FeHysLossArray_MotorLAB[10]=1.97659452931 -FeHysLossArray_MotorLAB[11]=1.73796838848 -FeHysLossArray_MotorLAB[12]=1.34683040249 -FeHysLossArray_MotorLAB[13]=0.875980483042 -FeHysLossArray_MotorLAB[14]=0.468393303176 -FeHysLossArray_MotorLAB[15]=2.38260214351 -FeHysLossArray_MotorLAB[16]=2.08156034303 -FeHysLossArray_MotorLAB[17]=1.66851063186 -FeHysLossArray_MotorLAB[18]=1.12965096367 -FeHysLossArray_MotorLAB[19]=0.382909483951 -FeHysLossArray_MotorLAB[20]=2.67968358813 -FeHysLossArray_MotorLAB[21]=2.39916642236 -FeHysLossArray_MotorLAB[22]=1.96867895773 -FeHysLossArray_MotorLAB[23]=1.22085022828 -FeHysLossArray_MotorLAB[24]=0.334961686206 -FeHysLossArray_MotorLAB[25]=2.97201298988 -FeHysLossArray_MotorLAB[26]=2.66067795303 -FeHysLossArray_MotorLAB[27]=2.22740296746 -FeHysLossArray_MotorLAB[28]=1.5333451379 -FeHysLossArray_MotorLAB[29]=0.498648872817 -FeHysLossArray_Stator_Lab[0]=0 -FeHysLossArray_Stator_Lab[1]=0 -FeHysLossArray_Stator_Lab[2]=0 -FeHysLossArray_Stator_Lab[3]=0 -FeHysLossArray_Stator_Lab[4]=0 -FeHysLossArray_Stator_Lab[5]=0 -FeHysLossArray_Stator_Lab[6]=0 -FeHysLossArray_Stator_Lab[7]=0 -FeHysLossArray_Stator_Lab[8]=0 -FeHysLossArray_Stator_Lab[9]=0 -FeHysLossArray_Stator_Lab[10]=0 -FeHysLossArray_Stator_Lab[11]=0 -FeHysLossArray_Stator_Lab[12]=0 -FeHysLossArray_Stator_Lab[13]=0 -FeHysLossArray_Stator_Lab[14]=0 -FeHysLossArray_Stator_Lab[15]=0 -FeHysLossArray_Stator_Lab[16]=0 -FeHysLossArray_Stator_Lab[17]=0 -FeHysLossArray_Stator_Lab[18]=0 -FeHysLossArray_Stator_Lab[19]=0 -FeHysLossArray_Stator_Lab[20]=0 -FeHysLossArray_Stator_Lab[21]=0 -FeHysLossArray_Stator_Lab[22]=0 -FeHysLossArray_Stator_Lab[23]=0 -FeHysLossArray_Stator_Lab[24]=0 -FeHysLossArray_Stator_Lab[25]=0 -FeHysLossArray_Stator_Lab[26]=0 -FeHysLossArray_Stator_Lab[27]=0 -FeHysLossArray_Stator_Lab[28]=0 -FeHysLossArray_Stator_Lab[29]=0 -FeHysLossArray_Rotor_Lab[0]=0 -FeHysLossArray_Rotor_Lab[1]=0 -FeHysLossArray_Rotor_Lab[2]=0 -FeHysLossArray_Rotor_Lab[3]=0 -FeHysLossArray_Rotor_Lab[4]=0 -FeHysLossArray_Rotor_Lab[5]=0 -FeHysLossArray_Rotor_Lab[6]=0 -FeHysLossArray_Rotor_Lab[7]=0 -FeHysLossArray_Rotor_Lab[8]=0 -FeHysLossArray_Rotor_Lab[9]=0 -FeHysLossArray_Rotor_Lab[10]=0 -FeHysLossArray_Rotor_Lab[11]=0 -FeHysLossArray_Rotor_Lab[12]=0 -FeHysLossArray_Rotor_Lab[13]=0 -FeHysLossArray_Rotor_Lab[14]=0 -FeHysLossArray_Rotor_Lab[15]=0 -FeHysLossArray_Rotor_Lab[16]=0 -FeHysLossArray_Rotor_Lab[17]=0 -FeHysLossArray_Rotor_Lab[18]=0 -FeHysLossArray_Rotor_Lab[19]=0 -FeHysLossArray_Rotor_Lab[20]=0 -FeHysLossArray_Rotor_Lab[21]=0 -FeHysLossArray_Rotor_Lab[22]=0 -FeHysLossArray_Rotor_Lab[23]=0 -FeHysLossArray_Rotor_Lab[24]=0 -FeHysLossArray_Rotor_Lab[25]=0 -FeHysLossArray_Rotor_Lab[26]=0 -FeHysLossArray_Rotor_Lab[27]=0 -FeHysLossArray_Rotor_Lab[28]=0 -FeHysLossArray_Rotor_Lab[29]=0 -FeEddyLossArray_MotorLAB[0]=0.00346104699405 -FeEddyLossArray_MotorLAB[1]=0.00346104699405 -FeEddyLossArray_MotorLAB[2]=0.00346104699405 -FeEddyLossArray_MotorLAB[3]=0.00346104699405 -FeEddyLossArray_MotorLAB[4]=0.00346104699405 -FeEddyLossArray_MotorLAB[5]=0.00462786406068 -FeEddyLossArray_MotorLAB[6]=0.0041734301227 -FeEddyLossArray_MotorLAB[7]=0.00361787962731 -FeEddyLossArray_MotorLAB[8]=0.00324631201275 -FeEddyLossArray_MotorLAB[9]=0.00312620921702 -FeEddyLossArray_MotorLAB[10]=0.00712888580664 -FeEddyLossArray_MotorLAB[11]=0.00624813367698 -FeEddyLossArray_MotorLAB[12]=0.00505189226718 -FeEddyLossArray_MotorLAB[13]=0.00401766413091 -FeEddyLossArray_MotorLAB[14]=0.00352882605064 -FeEddyLossArray_MotorLAB[15]=0.00909828678824 -FeEddyLossArray_MotorLAB[16]=0.00784910006758 -FeEddyLossArray_MotorLAB[17]=0.00635248770322 -FeEddyLossArray_MotorLAB[18]=0.00531136785243 -FeEddyLossArray_MotorLAB[19]=0.00461600779808 -FeEddyLossArray_MotorLAB[20]=0.0101532291048 -FeEddyLossArray_MotorLAB[21]=0.00880745396619 -FeEddyLossArray_MotorLAB[22]=0.00697739397584 -FeEddyLossArray_MotorLAB[23]=0.00620131649745 -FeEddyLossArray_MotorLAB[24]=0.00631205102944 -FeEddyLossArray_MotorLAB[25]=0.0109867469531 -FeEddyLossArray_MotorLAB[26]=0.00969186513018 -FeEddyLossArray_MotorLAB[27]=0.00766615899041 -FeEddyLossArray_MotorLAB[28]=0.00675668550564 -FeEddyLossArray_MotorLAB[29]=0.00839688032057 -FeEddyLossArray_Stator_Lab[0]=0 -FeEddyLossArray_Stator_Lab[1]=0 -FeEddyLossArray_Stator_Lab[2]=0 -FeEddyLossArray_Stator_Lab[3]=0 -FeEddyLossArray_Stator_Lab[4]=0 -FeEddyLossArray_Stator_Lab[5]=0 -FeEddyLossArray_Stator_Lab[6]=0 -FeEddyLossArray_Stator_Lab[7]=0 -FeEddyLossArray_Stator_Lab[8]=0 -FeEddyLossArray_Stator_Lab[9]=0 -FeEddyLossArray_Stator_Lab[10]=0 -FeEddyLossArray_Stator_Lab[11]=0 -FeEddyLossArray_Stator_Lab[12]=0 -FeEddyLossArray_Stator_Lab[13]=0 -FeEddyLossArray_Stator_Lab[14]=0 -FeEddyLossArray_Stator_Lab[15]=0 -FeEddyLossArray_Stator_Lab[16]=0 -FeEddyLossArray_Stator_Lab[17]=0 -FeEddyLossArray_Stator_Lab[18]=0 -FeEddyLossArray_Stator_Lab[19]=0 -FeEddyLossArray_Stator_Lab[20]=0 -FeEddyLossArray_Stator_Lab[21]=0 -FeEddyLossArray_Stator_Lab[22]=0 -FeEddyLossArray_Stator_Lab[23]=0 -FeEddyLossArray_Stator_Lab[24]=0 -FeEddyLossArray_Stator_Lab[25]=0 -FeEddyLossArray_Stator_Lab[26]=0 -FeEddyLossArray_Stator_Lab[27]=0 -FeEddyLossArray_Stator_Lab[28]=0 -FeEddyLossArray_Stator_Lab[29]=0 -FeEddyLossArray_Rotor_Lab[0]=0 -FeEddyLossArray_Rotor_Lab[1]=0 -FeEddyLossArray_Rotor_Lab[2]=0 -FeEddyLossArray_Rotor_Lab[3]=0 -FeEddyLossArray_Rotor_Lab[4]=0 -FeEddyLossArray_Rotor_Lab[5]=0 -FeEddyLossArray_Rotor_Lab[6]=0 -FeEddyLossArray_Rotor_Lab[7]=0 -FeEddyLossArray_Rotor_Lab[8]=0 -FeEddyLossArray_Rotor_Lab[9]=0 -FeEddyLossArray_Rotor_Lab[10]=0 -FeEddyLossArray_Rotor_Lab[11]=0 -FeEddyLossArray_Rotor_Lab[12]=0 -FeEddyLossArray_Rotor_Lab[13]=0 -FeEddyLossArray_Rotor_Lab[14]=0 -FeEddyLossArray_Rotor_Lab[15]=0 -FeEddyLossArray_Rotor_Lab[16]=0 -FeEddyLossArray_Rotor_Lab[17]=0 -FeEddyLossArray_Rotor_Lab[18]=0 -FeEddyLossArray_Rotor_Lab[19]=0 -FeEddyLossArray_Rotor_Lab[20]=0 -FeEddyLossArray_Rotor_Lab[21]=0 -FeEddyLossArray_Rotor_Lab[22]=0 -FeEddyLossArray_Rotor_Lab[23]=0 -FeEddyLossArray_Rotor_Lab[24]=0 -FeEddyLossArray_Rotor_Lab[25]=0 -FeEddyLossArray_Rotor_Lab[26]=0 -FeEddyLossArray_Rotor_Lab[27]=0 -FeEddyLossArray_Rotor_Lab[28]=0 -FeEddyLossArray_Rotor_Lab[29]=0 -FeLossRotorEd_MotorLAB[0]=1.46632483257E-7 -FeLossRotorEd_MotorLAB[1]=1.46632483257E-7 -FeLossRotorEd_MotorLAB[2]=1.46632483257E-7 -FeLossRotorEd_MotorLAB[3]=1.46632483257E-7 -FeLossRotorEd_MotorLAB[4]=1.46632483257E-7 -FeLossRotorEd_MotorLAB[5]=3.92119273035E-7 -FeLossRotorEd_MotorLAB[6]=3.22546731379E-7 -FeLossRotorEd_MotorLAB[7]=2.66489760876E-7 -FeLossRotorEd_MotorLAB[8]=2.0974277396E-7 -FeLossRotorEd_MotorLAB[9]=1.79728948856E-7 -FeLossRotorEd_MotorLAB[10]=1.06362682663E-6 -FeLossRotorEd_MotorLAB[11]=1.00268270772E-6 -FeLossRotorEd_MotorLAB[12]=5.59263265572E-7 -FeLossRotorEd_MotorLAB[13]=4.13259608237E-7 -FeLossRotorEd_MotorLAB[14]=3.70472001732E-7 -FeLossRotorEd_MotorLAB[15]=3.72195026097E-6 -FeLossRotorEd_MotorLAB[16]=2.74665519945E-6 -FeLossRotorEd_MotorLAB[17]=1.50266083837E-6 -FeLossRotorEd_MotorLAB[18]=4.48806243135E-7 -FeLossRotorEd_MotorLAB[19]=7.08957514693E-7 -FeLossRotorEd_MotorLAB[20]=4.30786969834E-6 -FeLossRotorEd_MotorLAB[21]=2.16207029956E-6 -FeLossRotorEd_MotorLAB[22]=1.66792843618E-6 -FeLossRotorEd_MotorLAB[23]=2.92733341303E-7 -FeLossRotorEd_MotorLAB[24]=1.2958969417E-6 -FeLossRotorEd_MotorLAB[25]=3.52859221961E-6 -FeLossRotorEd_MotorLAB[26]=1.66643915091E-6 -FeLossRotorEd_MotorLAB[27]=1.77335194455E-6 -FeLossRotorEd_MotorLAB[28]=8.55707277492E-7 -FeLossRotorEd_MotorLAB[29]=2.27393524618E-6 -FeLossBackIronEd_MotorLAB[0]=0.0012396942719 -FeLossBackIronEd_MotorLAB[1]=0.0012396942719 -FeLossBackIronEd_MotorLAB[2]=0.0012396942719 -FeLossBackIronEd_MotorLAB[3]=0.0012396942719 -FeLossBackIronEd_MotorLAB[4]=0.0012396942719 -FeLossBackIronEd_MotorLAB[5]=0.00178846991485 -FeLossBackIronEd_MotorLAB[6]=0.0015298090885 -FeLossBackIronEd_MotorLAB[7]=0.00119730463019 -FeLossBackIronEd_MotorLAB[8]=0.000919030800282 -FeLossBackIronEd_MotorLAB[9]=0.000812020953734 -FeLossBackIronEd_MotorLAB[10]=0.00281502879562 -FeLossBackIronEd_MotorLAB[11]=0.00237173717103 -FeLossBackIronEd_MotorLAB[12]=0.00167322551153 -FeLossBackIronEd_MotorLAB[13]=0.000916269243946 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-FeLossToothEd_MotorLAB[5]=0.00253568101694 -FeLossToothEd_MotorLAB[6]=0.00237597958098 -FeLossToothEd_MotorLAB[7]=0.00219410553418 -FeLossToothEd_MotorLAB[8]=0.00212927618999 -FeLossToothEd_MotorLAB[9]=0.00212189735982 -FeLossToothEd_MotorLAB[10]=0.00387132341802 -FeLossToothEd_MotorLAB[11]=0.0034732092135 -FeLossToothEd_MotorLAB[12]=0.00302867447614 -FeLossToothEd_MotorLAB[13]=0.00282332264959 -FeLossToothEd_MotorLAB[14]=0.00270549149907 -FeLossToothEd_MotorLAB[15]=0.00497295948149 -FeLossToothEd_MotorLAB[16]=0.0042680773954 -FeLossToothEd_MotorLAB[17]=0.00364416653512 -FeLossToothEd_MotorLAB[18]=0.00374002587394 -FeLossToothEd_MotorLAB[19]=0.0036901515162 -FeLossToothEd_MotorLAB[20]=0.00551346536458 -FeLossToothEd_MotorLAB[21]=0.00474385028257 -FeLossToothEd_MotorLAB[22]=0.00381576937063 -FeLossToothEd_MotorLAB[23]=0.00416902275286 -FeLossToothEd_MotorLAB[24]=0.0050175488728 -FeLossToothEd_MotorLAB[25]=0.00598454424112 -FeLossToothEd_MotorLAB[26]=0.00518429878676 -FeLossToothEd_MotorLAB[27]=0.00410342037395 -FeLossToothEd_MotorLAB[28]=0.00422221458044 -FeLossToothEd_MotorLAB[29]=0.00653233740251 -FeLossRotorHy_MotorLAB[0]=0.000180801447631 -FeLossRotorHy_MotorLAB[1]=0.000180801447631 -FeLossRotorHy_MotorLAB[2]=0.000180801447631 -FeLossRotorHy_MotorLAB[3]=0.000180801447631 -FeLossRotorHy_MotorLAB[4]=0.000180801447631 -FeLossRotorHy_MotorLAB[5]=0.000395700537094 -FeLossRotorHy_MotorLAB[6]=0.000309708773473 -FeLossRotorHy_MotorLAB[7]=0.000262612661893 -FeLossRotorHy_MotorLAB[8]=0.000404265184347 -FeLossRotorHy_MotorLAB[9]=0.000299350709073 -FeLossRotorHy_MotorLAB[10]=0.00070312642806 -FeLossRotorHy_MotorLAB[11]=0.000726896448246 -FeLossRotorHy_MotorLAB[12]=0.000291310654183 -FeLossRotorHy_MotorLAB[13]=0.000310672330116 -FeLossRotorHy_MotorLAB[14]=0.000400711373883 -FeLossRotorHy_MotorLAB[15]=0.000594419924178 -FeLossRotorHy_MotorLAB[16]=0.000332160019577 -FeLossRotorHy_MotorLAB[17]=0.000296234984512 -FeLossRotorHy_MotorLAB[18]=0.000294742405177 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-FeLossRotorPoleEd_MotorLAB[7]=0.000226202973176 -FeLossRotorPoleEd_MotorLAB[8]=0.000197795279699 -FeLossRotorPoleEd_MotorLAB[9]=0.000192111174522 -FeLossRotorPoleEd_MotorLAB[10]=0.000441469966177 -FeLossRotorPoleEd_MotorLAB[11]=0.000402184609742 -FeLossRotorPoleEd_MotorLAB[12]=0.000349433016246 -FeLossRotorPoleEd_MotorLAB[13]=0.000277658977767 -FeLossRotorPoleEd_MotorLAB[14]=0.000246944289669 -FeLossRotorPoleEd_MotorLAB[15]=0.000560422909224 -FeLossRotorPoleEd_MotorLAB[16]=0.000521987782431 -FeLossRotorPoleEd_MotorLAB[17]=0.00050282061938 -FeLossRotorPoleEd_MotorLAB[18]=0.000440242418781 -FeLossRotorPoleEd_MotorLAB[19]=0.00040367851643 -FeLossRotorPoleEd_MotorLAB[20]=0.000623676901721 -FeLossRotorPoleEd_MotorLAB[21]=0.000588290697649 -FeLossRotorPoleEd_MotorLAB[22]=0.000603194087166 -FeLossRotorPoleEd_MotorLAB[23]=0.000651532138016 -FeLossRotorPoleEd_MotorLAB[24]=0.000661782892941 -FeLossRotorPoleEd_MotorLAB[25]=0.000664901692408 -FeLossRotorPoleEd_MotorLAB[26]=0.000639859558641 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-IM_LmArray_MotorLAB[17]=0 -IM_LmArray_MotorLAB[18]=0 -IM_LmArray_MotorLAB[19]=0 -IM_LmArray_MotorLAB[20]=0 -IM_FeHysLossArray_MotorLAB[0]=0 -IM_FeHysLossArray_MotorLAB[1]=0 -IM_FeHysLossArray_MotorLAB[2]=0 -IM_FeHysLossArray_MotorLAB[3]=0 -IM_FeHysLossArray_MotorLAB[4]=0 -IM_FeHysLossArray_MotorLAB[5]=0 -IM_FeHysLossArray_MotorLAB[6]=0 -IM_FeHysLossArray_MotorLAB[7]=0 -IM_FeHysLossArray_MotorLAB[8]=0 -IM_FeHysLossArray_MotorLAB[9]=0 -IM_FeEddyLossArray_MotorLAB[0]=0 -IM_FeEddyLossArray_MotorLAB[1]=0 -IM_FeEddyLossArray_MotorLAB[2]=0 -IM_FeEddyLossArray_MotorLAB[3]=0 -IM_FeEddyLossArray_MotorLAB[4]=0 -IM_FeEddyLossArray_MotorLAB[5]=0 -IM_FeEddyLossArray_MotorLAB[6]=0 -IM_FeEddyLossArray_MotorLAB[7]=0 -IM_FeEddyLossArray_MotorLAB[8]=0 -IM_FeEddyLossArray_MotorLAB[9]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[0]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[1]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[2]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[3]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[4]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[5]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[6]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[7]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[8]=0 -IM_FeLoss_StatorBackIronHys_MotorLAB[9]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[0]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[1]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[2]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[3]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[4]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[5]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[6]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[7]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[8]=0 -IM_FeLoss_StatorBackIronEddy_MotorLAB[9]=0 -IM_FeLoss_StatorToothHys_MotorLAB[0]=0 -IM_FeLoss_StatorToothHys_MotorLAB[1]=0 -IM_FeLoss_StatorToothHys_MotorLAB[2]=0 -IM_FeLoss_StatorToothHys_MotorLAB[3]=0 -IM_FeLoss_StatorToothHys_MotorLAB[4]=0 -IM_FeLoss_StatorToothHys_MotorLAB[5]=0 -IM_FeLoss_StatorToothHys_MotorLAB[6]=0 -IM_FeLoss_StatorToothHys_MotorLAB[7]=0 -IM_FeLoss_StatorToothHys_MotorLAB[8]=0 -IM_FeLoss_StatorToothHys_MotorLAB[9]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[0]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[1]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[2]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[3]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[4]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[5]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[6]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[7]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[8]=0 -IM_FeLoss_StatorToothEddy_MotorLAB[9]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[0]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[1]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[2]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[3]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[4]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[5]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[6]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[7]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[8]=0 -IM_FeLoss_RotorBackIronHys_MotorLAB[9]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[0]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[1]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[2]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[3]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[4]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[5]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[6]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[7]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[8]=0 -IM_FeLoss_RotorBackIronEddy_MotorLAB[9]=0 -IM_FeLoss_RotorToothHys_MotorLAB[0]=0 -IM_FeLoss_RotorToothHys_MotorLAB[1]=0 -IM_FeLoss_RotorToothHys_MotorLAB[2]=0 -IM_FeLoss_RotorToothHys_MotorLAB[3]=0 -IM_FeLoss_RotorToothHys_MotorLAB[4]=0 -IM_FeLoss_RotorToothHys_MotorLAB[5]=0 -IM_FeLoss_RotorToothHys_MotorLAB[6]=0 -IM_FeLoss_RotorToothHys_MotorLAB[7]=0 -IM_FeLoss_RotorToothHys_MotorLAB[8]=0 -IM_FeLoss_RotorToothHys_MotorLAB[9]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[0]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[1]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[2]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[3]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[4]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[5]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[6]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[7]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[8]=0 -IM_FeLoss_RotorToothEddy_MotorLAB[9]=0 -BuildLossModel_MotorLAB=True -LossModel_Lab=1 -Sync_IronLossCalc_Lab=0 - -[ThermalParameters_MotorLAB] -ThermEnvBuilt_MotorLAB=False -ThermMapBuilt_MotorLAB=False -MaxSpeedTherm_MotorLAB=10000 -SpeedStepTherm_MotorLAB=500 -MinSpeedTherm_Lab=200 -MaxWindTemp_MotorLAB=160 -ThermCalcType_MotorLAB=0 -MaxWindingSpec_MotorLAB=0 -ThermalConvergenceMethod_Lab=1 -ThermalEnvelopeSensitivity_Lab=1 -ThermalStatorWindingTemperatureMethod_Lab=1 -Thermal_TemperaturesForEMag_Lab=1 -IncludeSpeedScaling_UserDefinedLoss_Lab=True -RotorTemperatureTolerance_Lab=1 -RotorTemperatureMaxIterations_Lab=20 -RotorTemperatureIterationsBeforeAverage_Lab=4 -RotorTemperatureIterationsInAverage_Lab=3 -RotorTemperatureMaxDivergingSteps_Lab=5 -BrTempCoeff_MotorLAB=-0.128641628169 -Iest_MotorLAB=240 -Iest_RMS_MotorLAB=169.705627484771 -Tmag_MotorLAB=20 -Twdg_MotorLAB=47.53 -WindingTemp_ACLoss_Ref_Lab=40 -LossProp_Stator_Lab=0.9 -LossProp_Rotor_Lab=0.1 -Rotor_MotorLAB=0.1 -LossProp_StatorBackIron_Lab=0.45 -LossProp_StatorTooth_Lab=0.55 -LossProp_RotorBackIron_Lab=1 -LossProp_RotorPole_Lab=0 -TempLimit_MotorLAB=1 -MaxMagnet_MotorLAB=140 -ThermMaxCurrentLim_MotorLAB=False -IM_SllStatorSplit_MotorLAB=0.95 -IM_SllRotorSplit_MotorLAB=0.05 -ThermalCalcStatus_MotorLAB= -ThermalMapType_Lab=0 -NumCustomThermalLimits_Lab=0 - -[GeneratorParameters_Lab] -Generator_CalcComplete_Lab=False -Generator_CalcStatus_Lab= -Gen_Load_Definition_Lab=0 -Gen_Load_Connection_Lab=0 -Gen_Speed_Fixed_Lab=False -Gen_Speed_Max_Lab=6000 -Gen_Speed_Min_Lab=0 -Gen_Speed_Step_Lab=500 -Gen_Impedance_Fixed_Lab=False -Gen_Impedance_Max_Lab=10 -Gen_Impedance_Min_Lab=1 -Gen_Impedance_Step_Lab=1 -Gen_PF_Fixed_Lab=True -Gen_PF_Max_Lab=1 -Gen_PF_Min_Lab=0.5 -Gen_PF_Step_Lab=0.1 -Gen_Resistance_Fixed_Lab=False -Gen_Resistance_Max_Lab=10 -Gen_Resistance_Min_Lab=1 -Gen_Resistance_Step_Lab=1 -Gen_Inductance_Fixed_Lab=True -Gen_Inductance_Max_Lab=0.01 -Gen_Inductance_Min_Lab=0.001 -Gen_Inductance_Step_Lab=0.001 -Gen_Sync_Rotor_Current_Lab=12 - -[OptimisationParameters] -OptimisationParticles=25 -OptimisationIterations=100 -OptimisationUseErrorCutoff=False -OptimisationErrorValue=1 -OptimisationErrorType=0 -OptimisationErrorTerm=0 -OptimisationGraphUpdateEnabled=True -OptimisationFileLocation= -OptimisationVerboseUpdateEnabled=False -OptislangExportDirectory= -OptislangSettingsOption=0 -OptislangPeakTemp=40 -OptislangDutyCycleTemp=40 -OptislangContinuousTemp_Rotor=140 -OptislangContinuousTemp_Winding=160 -OptislangSetting_SaveScreenshots=False -OptislangSetting_RestartMotorCAD=True -OptislangSetting_ScaleHousing=True - -[OutputSheets] -NumAxialSliceTempGraphs=0 -NumCuboidalTempGraphs=0 -NumAxialTempGraphs=111 -AxialTempGraphsName_Array[0]=Housing -AxialTempGraphsName_Array[1]=Housing_OH_F -AxialTempGraphsName_Array[2]=ECap_F -AxialTempGraphsName_Array[3]=Plate -AxialTempGraphsName_Array[4]=Housing_OH_R -AxialTempGraphsName_Array[5]=ECap_R -AxialTempGraphsName_Array[6]=Shaft_F -AxialTempGraphsName_Array[7]=Shaft_R -AxialTempGraphsName_Array[8]=Stator_Yoke -AxialTempGraphsName_Array[9]=Housing_F -AxialTempGraphsName_Array[10]=Rotor_ES_F -AxialTempGraphsName_Array[11]=Bearing_Front -AxialTempGraphsName_Array[12]=Housing_R -AxialTempGraphsName_Array[13]=Rotor_ES_R -AxialTempGraphsName_Array[14]=Bearing_Rear -AxialTempGraphsName_Array[15]=Tooth(C1) -AxialTempGraphsName_Array[16]=Stat_Surface -AxialTempGraphsName_Array[17]=Rot_Surface -AxialTempGraphsName_Array[18]=Wedge -AxialTempGraphsName_Array[19]=Tooth(C2) -AxialTempGraphsName_Array[20]=Magnet Pole -AxialTempGraphsName_Array[21]=Magnet -AxialTempGraphsName_Array[22]=Rot_Lam_Yoke -AxialTempGraphsName_Array[23]=Magnet_F -AxialTempGraphsName_Array[24]=Magnet_R -AxialTempGraphsName_Array[25]=Shaft_Centre -AxialTempGraphsName_Array[26]=Rotor_F -AxialTempGraphsName_Array[27]=Rotor_R -AxialTempGraphsName_Array[28]=Shaft_OH_F -AxialTempGraphsName_Array[29]=Shaft_OH_R -AxialTempGraphsName_Array[30]=EWdg_Outer_F(C1) -AxialTempGraphsName_Array[31]=EWdg_Front_F(C1) -AxialTempGraphsName_Array[32]=EWdg_Bore_F(C2) -AxialTempGraphsName_Array[33]=EWdg_Front_F(C2) -AxialTempGraphsName_Array[34]=EWdg_Outer_R(C1) -AxialTempGraphsName_Array[35]=EWdg_Rear_R(C1) -AxialTempGraphsName_Array[36]=EWdg_Bore_R(C2) -AxialTempGraphsName_Array[37]=EWdg_Rear_R(C2) -AxialTempGraphsName_Array[38]=EWdg_F (Average)(C1) -AxialTempGraphsName_Array[39]=EWdg_Rear_F(C1) -AxialTempGraphsName_Array[40]=EWdg_R (Average)(C1) -AxialTempGraphsName_Array[41]=EWdg_Front_R(C1) -AxialTempGraphsName_Array[42]=Winding (Average)(C2) -AxialTempGraphsName_Array[43]=Winding (Average)(C1) -AxialTempGraphsName_Array[44]=EWdg_F (Average)(C2) -AxialTempGraphsName_Array[45]=EWdg_Rear_F(C2) -AxialTempGraphsName_Array[46]=EWdg_R (Average)(C2) -AxialTempGraphsName_Array[47]=EWdg_Front_R(C2) -AxialTempGraphsName_Array[48]=HFl_WJ_A -AxialTempGraphsName_Array[49]=TVent_RotorEnd_F -AxialTempGraphsName_Array[50]=TVent_RotorEnd_R -AxialTempGraphsName_Array[51]=EWdg_Inner_F(C2) -AxialTempGraphsName_Array[52]=EWdg_Inner_R(C2) -AxialTempGraphsName_Array[53]=Winding (Avg)(C1) -AxialTempGraphsName_Array[54]=Winding (Avg)(C2) -AxialTempGraphsName_Array[55]=Endcap_F -AxialTempGraphsName_Array[56]=Endcap_R -AxialTempGraphsName_Array[57]=HousingWJ_A -AxialTempGraphsName_Array[58]=Stator_Surface -AxialTempGraphsName_Array[59]=Housing (1F) -AxialTempGraphsName_Array[60]=Housing (1R) -AxialTempGraphsName_Array[61]=Stator_Yoke (1F) -AxialTempGraphsName_Array[62]=Stator_Yoke (1R) -AxialTempGraphsName_Array[63]=Stator_Surface (1F) -AxialTempGraphsName_Array[64]=Stator_Surface (1R) -AxialTempGraphsName_Array[65]=Rot_Surface (1F) -AxialTempGraphsName_Array[66]=Rot_Surface (1R) -AxialTempGraphsName_Array[67]=Magnet (1F) -AxialTempGraphsName_Array[68]=Magnet (1R) -AxialTempGraphsName_Array[69]=Rot_Lam_Yoke (1F) -AxialTempGraphsName_Array[70]=Rot_Lam_Yoke (1R) -AxialTempGraphsName_Array[71]=Shaft_Centre (1F) -AxialTempGraphsName_Array[72]=Shaft_Centre (1R) -AxialTempGraphsName_Array[73]=HousingWJ_A (1F) -AxialTempGraphsName_Array[74]=HousingWJ_A (1R) -AxialTempGraphsName_Array[75]=Tooth(C1) (1F) -AxialTempGraphsName_Array[76]=Tooth(C1) (1R) -AxialTempGraphsName_Array[77]=Tooth(C2) (1F) -AxialTempGraphsName_Array[78]=Tooth(C2) (1R) -AxialTempGraphsName_Array[79]=Wedge (1F) -AxialTempGraphsName_Array[80]=Magnet Pole (1F) -AxialTempGraphsName_Array[81]=Wedge (1R) -AxialTempGraphsName_Array[82]=Magnet Pole (1R) -AxialTempGraphsName_Array[83]=Winding (Avg)(C1) (1F) -AxialTempGraphsName_Array[84]=Winding (Avg)(C1) (1R) -AxialTempGraphsName_Array[85]=Winding (Avg)(C2) (1F) -AxialTempGraphsName_Array[86]=Winding (Avg)(C2) (1R) -AxialTempGraphsName_Array[87]=Fluid_WR_A -AxialTempGraphsName_Array[88]=Fluid_Rotor_WJ -AxialTempGraphsName_Array[89]=Fluid_SG_A -AxialTempGraphsName_Array[90]=Fluid_WR_F -AxialTempGraphsName_Array[91]=Fluid_WR_R -AxialTempGraphsName_Array[92]=Fluid_WR_A (1F) -AxialTempGraphsName_Array[93]=Fluid_WR_A (1R) -AxialTempGraphsName_Array[94]=Fluid_SG_A (1F) -AxialTempGraphsName_Array[95]=Fluid_SG_A (1R) -AxialTempGraphsName_Array[96]=Fluid_Rotor_WJ (1F) -AxialTempGraphsName_Array[97]=Fluid_Rotor_WJ (1R) -AxialTempGraphsName_Array[98]=Fluid_Slot_WJ -AxialTempGraphsName_Array[99]=Fluid_Slot_WJ (1F) -AxialTempGraphsName_Array[100]=Fluid_Slot_WJ (1R) -AxialTempGraphsName_Array[101]=FluidSpray_Outer_F -AxialTempGraphsName_Array[102]=FluidSpray_End_F -AxialTempGraphsName_Array[103]=FluidSpray_Outer_R -AxialTempGraphsName_Array[104]=FluidSpray_End_R -AxialTempGraphsName_Array[105]=FluidSpray_Bore_F -AxialTempGraphsName_Array[106]=FluidSpray_Bore_R -AxialTempGraphsName_Array[107]=RotP_FluidSpray_F -AxialTempGraphsName_Array[108]=RotP_FluidSpray_R -AxialTempGraphsName_Array[109]=RotC_FluidSpray_F -AxialTempGraphsName_Array[110]=RotC_FluidSpray_R -AxialTempGraphsGraph_Array[0]=True -AxialTempGraphsGraph_Array[1]=True -AxialTempGraphsGraph_Array[2]=True -AxialTempGraphsGraph_Array[3]=True -AxialTempGraphsGraph_Array[4]=True -AxialTempGraphsGraph_Array[5]=True -AxialTempGraphsGraph_Array[6]=True -AxialTempGraphsGraph_Array[7]=True -AxialTempGraphsGraph_Array[8]=True -AxialTempGraphsGraph_Array[9]=True -AxialTempGraphsGraph_Array[10]=True -AxialTempGraphsGraph_Array[11]=True -AxialTempGraphsGraph_Array[12]=True -AxialTempGraphsGraph_Array[13]=True -AxialTempGraphsGraph_Array[14]=True -AxialTempGraphsGraph_Array[15]=True -AxialTempGraphsGraph_Array[16]=True -AxialTempGraphsGraph_Array[17]=True -AxialTempGraphsGraph_Array[18]=True -AxialTempGraphsGraph_Array[19]=True -AxialTempGraphsGraph_Array[20]=True -AxialTempGraphsGraph_Array[21]=True -AxialTempGraphsGraph_Array[22]=True -AxialTempGraphsGraph_Array[23]=True -AxialTempGraphsGraph_Array[24]=True -AxialTempGraphsGraph_Array[25]=True -AxialTempGraphsGraph_Array[26]=True -AxialTempGraphsGraph_Array[27]=True -AxialTempGraphsGraph_Array[28]=True -AxialTempGraphsGraph_Array[29]=True -AxialTempGraphsGraph_Array[30]=True -AxialTempGraphsGraph_Array[31]=True -AxialTempGraphsGraph_Array[32]=True -AxialTempGraphsGraph_Array[33]=True -AxialTempGraphsGraph_Array[34]=True -AxialTempGraphsGraph_Array[35]=True -AxialTempGraphsGraph_Array[36]=True -AxialTempGraphsGraph_Array[37]=True -AxialTempGraphsGraph_Array[38]=True -AxialTempGraphsGraph_Array[39]=True -AxialTempGraphsGraph_Array[40]=True -AxialTempGraphsGraph_Array[41]=True -AxialTempGraphsGraph_Array[42]=True -AxialTempGraphsGraph_Array[43]=True -AxialTempGraphsGraph_Array[44]=True -AxialTempGraphsGraph_Array[45]=True -AxialTempGraphsGraph_Array[46]=True -AxialTempGraphsGraph_Array[47]=True -AxialTempGraphsGraph_Array[48]=True -AxialTempGraphsGraph_Array[49]=True -AxialTempGraphsGraph_Array[50]=True -AxialTempGraphsGraph_Array[51]=True -AxialTempGraphsGraph_Array[52]=True -AxialTempGraphsGraph_Array[53]=True -AxialTempGraphsGraph_Array[54]=True -AxialTempGraphsGraph_Array[55]=True -AxialTempGraphsGraph_Array[56]=True -AxialTempGraphsGraph_Array[57]=True -AxialTempGraphsGraph_Array[58]=True -AxialTempGraphsGraph_Array[59]=True -AxialTempGraphsGraph_Array[60]=True -AxialTempGraphsGraph_Array[61]=True -AxialTempGraphsGraph_Array[62]=True -AxialTempGraphsGraph_Array[63]=True -AxialTempGraphsGraph_Array[64]=True -AxialTempGraphsGraph_Array[65]=True -AxialTempGraphsGraph_Array[66]=True -AxialTempGraphsGraph_Array[67]=True -AxialTempGraphsGraph_Array[68]=True -AxialTempGraphsGraph_Array[69]=True -AxialTempGraphsGraph_Array[70]=True -AxialTempGraphsGraph_Array[71]=True -AxialTempGraphsGraph_Array[72]=True -AxialTempGraphsGraph_Array[73]=True -AxialTempGraphsGraph_Array[74]=True -AxialTempGraphsGraph_Array[75]=True -AxialTempGraphsGraph_Array[76]=True -AxialTempGraphsGraph_Array[77]=True -AxialTempGraphsGraph_Array[78]=True -AxialTempGraphsGraph_Array[79]=True -AxialTempGraphsGraph_Array[80]=True -AxialTempGraphsGraph_Array[81]=True -AxialTempGraphsGraph_Array[82]=True -AxialTempGraphsGraph_Array[83]=True -AxialTempGraphsGraph_Array[84]=True -AxialTempGraphsGraph_Array[85]=True -AxialTempGraphsGraph_Array[86]=True -AxialTempGraphsGraph_Array[87]=True -AxialTempGraphsGraph_Array[88]=True -AxialTempGraphsGraph_Array[89]=True -AxialTempGraphsGraph_Array[90]=True -AxialTempGraphsGraph_Array[91]=True -AxialTempGraphsGraph_Array[92]=True -AxialTempGraphsGraph_Array[93]=True -AxialTempGraphsGraph_Array[94]=True -AxialTempGraphsGraph_Array[95]=True -AxialTempGraphsGraph_Array[96]=True -AxialTempGraphsGraph_Array[97]=True -AxialTempGraphsGraph_Array[98]=True -AxialTempGraphsGraph_Array[99]=True -AxialTempGraphsGraph_Array[100]=True -AxialTempGraphsGraph_Array[101]=True -AxialTempGraphsGraph_Array[102]=True -AxialTempGraphsGraph_Array[103]=True -AxialTempGraphsGraph_Array[104]=True -AxialTempGraphsGraph_Array[105]=True -AxialTempGraphsGraph_Array[106]=True -AxialTempGraphsGraph_Array[107]=True -AxialTempGraphsGraph_Array[108]=True -AxialTempGraphsGraph_Array[109]=True -AxialTempGraphsGraph_Array[110]=True -NumRadialTempGraphs=22 -RadialTempGraphsName_Array[0]=Winding (Max) -RadialTempGraphsName_Array[1]=Winding (Av) -RadialTempGraphsName_Array[2]=Winding (Min) -RadialTempGraphsName_Array[3]=Housing -RadialTempGraphsName_Array[4]=Stator_Yoke -RadialTempGraphsName_Array[5]=Tooth(C1) -RadialTempGraphsName_Array[6]=Stat_Surface -RadialTempGraphsName_Array[7]=Rot_Surface -RadialTempGraphsName_Array[8]=Tooth(C2) -RadialTempGraphsName_Array[9]=Magnet Pole -RadialTempGraphsName_Array[10]=Magnet -RadialTempGraphsName_Array[11]=Rot_Lam_Yoke -RadialTempGraphsName_Array[12]=Shaft_Centre -RadialTempGraphsName_Array[13]=Winding (Average)(C2) -RadialTempGraphsName_Array[14]=Winding (Average)(C1) -RadialTempGraphsName_Array[15]=Winding (Avg)(C2) -RadialTempGraphsName_Array[16]=Winding (Avg)(C1) -RadialTempGraphsName_Array[17]=Stator_Surface -RadialTempGraphsName_Array[18]=Fluid_WR_A -RadialTempGraphsName_Array[19]=Fluid_Rotor_WJ -RadialTempGraphsName_Array[20]=Fluid_SG_A -RadialTempGraphsName_Array[21]=Fluid_Slot_WJ -RadialTempGraphsGraph_Array[0]=True -RadialTempGraphsGraph_Array[1]=True -RadialTempGraphsGraph_Array[2]=True -RadialTempGraphsGraph_Array[3]=True -RadialTempGraphsGraph_Array[4]=True -RadialTempGraphsGraph_Array[5]=True -RadialTempGraphsGraph_Array[6]=True -RadialTempGraphsGraph_Array[7]=True -RadialTempGraphsGraph_Array[8]=True -RadialTempGraphsGraph_Array[9]=True -RadialTempGraphsGraph_Array[10]=True -RadialTempGraphsGraph_Array[11]=True -RadialTempGraphsGraph_Array[12]=True -RadialTempGraphsGraph_Array[13]=True -RadialTempGraphsGraph_Array[14]=True -RadialTempGraphsGraph_Array[15]=True -RadialTempGraphsGraph_Array[16]=True -RadialTempGraphsGraph_Array[17]=True -RadialTempGraphsGraph_Array[18]=True -RadialTempGraphsGraph_Array[19]=True -RadialTempGraphsGraph_Array[20]=True -RadialTempGraphsGraph_Array[21]=True - -[Radiation] -Emissivity_UseSingleValue=True -Emissivity_SingleValue=0.9 - -[SaturationMap] -SaturationMap_ExportFile=E:\ANSYS_Motor-CAD\14_1_17\Motor-CAD Data\templates\e8_eMobility_IPM\Lab\SaturationLossMap_import_fem_motorcad.mat -SaturationMap_Export=True -LossMap_Export=True -SaturationMap_ExportToCSV=False -SaturationMap_InputDefinition=0 -SaturationMap_CalculationMethod=1 -SaturationMap_FEACalculationType=1 -SaturationMap_ResultType=1 -SaturationMap_FieldCurrentDefinition=0 -SaturationMap_StatorCurrentMax=200 -SaturationMap_StatorCurrentStep=50 -SaturationMap_StatorCurrentMin=0 -SaturationMap_PhaseAdvanceMax=180 -SaturationMap_PhaseAdvanceStep=10 -SaturationMap_PhaseAdvanceMin=-180 -SaturationMap_Current_D_Max=0 -SaturationMap_Current_D_Step=30 -SaturationMap_Current_D_Min=-150 -SaturationMap_Current_Q_Max=150 -SaturationMap_Current_Q_Step=30 -SaturationMap_Current_Q_Min=0 -SaturationMap_FieldCurrentMax=12 -SaturationMap_FieldCurrentStep=4 -SaturationMap_FieldCurrentMin=0 -LossMap_Speed=2100 -SaturationMap_CalculationStatus=04-01-22 10:48:07: Saturation and Loss maps calculation completed with FEA calculation method maximum stator current = 200.00 A (peak) maximum phase advance = 180.00 elec deg speed = 2100.00 rpm -SaturationMap_CalculationComplete=True - -[Transient] -TransientEmbeddingSolver=0 -TransientCalculationType=0 -Duty_Cycle_Definition=3 -Duty_Cycle_Input_Type=1 -Duty_Cycle_Drive_Type=0 -Duty_Cycle_DC_Bus_Voltage_Definition=0 -Duty_Cycle_Gear_Ratio_Definition=0 -Simple_Transient_Definition=0 -Simple_Transient_Torque=200.2 -Simple_Transient_Period=4000 -TRANSIENT_TIME_PERIOD=4000 -Simple_Transient_Number_Points=100 -NUMBER_TRANSIENT_POINTS=100 -EndPoint_TimeBetweenPoints=40 -Transient_Number_Cycles=1 -Transient_Loss_Calculation=0 -External_Duty_Cycle_File= -SaveDutyCycleDataInMot=False -ExternalDutyCycleDataInMot=False -DutyCycle_LossValue_Used=1 -Transient_Fluid_Capacitance=1 -UseEndPointTempLimit_Magnet=False -EndPointTempLimit_Magnet=180 -UseEndPointTempLimit_Bearing=False -EndPointTempLimit_Bearing=180 -UseEndPointTempLimit_ArmatureWdg=True -EndPointTempLimit_ArmatureWdg=180 -UseEndPointTempLimit_FieldWdg=False -EndPointTempLimit_FieldWdg=180 -UseEndPointTempLimit_Commutator=False -EndPointTempLimit_Commutator=180 -UseEndPointTempLimit_Brushes=False -EndPointTempLimit_Brushes=180 -UseEndPointTempLimit_Cage=False -EndPointTempLimit_Cage=180 -UseEndPointTempLimit_Encoder=False -EndPointTempLimit_Encoder=180 -EndPoint_Definition=0 -EndPoint_SimplePoints=10 -EndPoint_StableSeconds=10 -EndPoint_StableConvergenceErrorTolerance=0.001 -Endpoint_DutyPoints=10 -Duty_Cycle_Num_Periods=596 -Transient_Calculation_Type=Simple_Transient -Duty_Cycle_Pcu_Value_or_pu_Input=Duty_Cycle_Pcu_Value_Input -Duty_Cycle_Data_Definition=Duty_Cycle_Torque_Speed -Transient_Speed_Increase_Factor=1 -dTambient_Over_Transient_Time_Period=0 -number_of_phases=3 -number_of_phases_with_an_open_circuit_fault=1 -Coil_Current_Fault_div_Coil_Current_Normal=1.5 - -[Cuboidal_Model] -Winding_Cuboid_Width[0]=3.13516061813385 -Winding_Cuboid_Width[1]=2.35137046360039 -Winding_Cuboid_Height[0]=0.4525 -Winding_Cuboid_Height[1]=0.4525 - -[Reduced_Node_Model] -ReducedNodeRecordPowerSpread=False -ReducedNodeSelection=1 -ReducedNodeAutoLoadSelection=False -ReducedNodeNumber=0 -ReducedNodeMaxResistance=10000000 -ReducedNodeCapacitanceScale=1 - -[Phasor_Diagram] -PhasorShowCurrents=True -PhasorShowFluxLinkages=True -PhasorShowVoltages=True -PhasorTextDisplay=1 -PhasorLabelSelection=0 - -[EquivalentCircuit_Diagram] -IMEquivalentTextDisplay=4 -IMEquivalentCircuitView=0 - -[Geometry_Export] -GeometryExportFormat=0 -DXFView_Export=0 -DXFComponent_Rotor=True -DXFComponent_Stator=False -DXFComponent_Housing=False -DXFOption_SegmentOutlines=True -DXFOption_SeparateCoils=True -DXFOption_ClosedSlotOpening=True -DXFOption_ClosedMagnetGap=True -DXFOption_Conductors=False -DXFOption_SlotLiner=False -DXFOption_WireInsulation=False -DXFOption_SlotDucts=True -DXFOption_CoilDivider=True -DXFWindingOption_SlotTeeth=True -STL_FormatOptions=0 - -[Ansys] -AnsysExportFormat=1 -AnsysModelType=0 -AnsysSolve=0 -AnsysReplaceArcEntities=False -AnsysReplaceArcEntities_MinimumSweep=0.1 -Ansys_ArcType=1 -Ansys_MergeEntities=0 -Ansys_NonStandardRegions_Number=1 -Ansys_NonStandardRegions_Names[0]= -Ansys_NonStandardRegions_Types[0]=Custom (Non Standard) -Ansys_NonStandardRegions_Temperatures[0]=20 - -[Winding] -EWdgEffectiveKCalc=1 -Kt_LitzBundle_Radial=0 -Kt_LitzBundle_Tangential=0 -Kt_LitzBundle_Axial=0 -RequestedGrossSlotFillFactor=0.519742384591195 -RequestedNetSlotFillFactor=0.4 -RequestedLitzFillFactor=0.85 -WindingView=1 -ConductiveWedge=0 -RequestedGrossSlotFillFactorField=0.4 -RequestedGrossSlotFillFactorRotor=0.4 -FieldConductorSeparation=0.1 -RotorConductorSeparation=0.1 -FieldConductorPlacement=0 -RotorConductorPlacement=0 -FormWoundVerticalGap=0.1 -FormWoundHorizontalGap=0.1 -FieldWindingView=1 -RotorWindingView=1 -SyncRotorCuboid_X=0 -SyncRotorCuboid_Y=0 -RotorInsSlotBaseThickness=0 -RotorInsToothSideThickness=0 -FieldConductorsSlotBase=0.1 -RotorConductorsSlotBase=0.1 -FieldConductorsSlotTooth=0.1 -RotorConductorsSlotTooth=0.1 -FieldConductorsVertical=0.1 -RotorConductorsVertical=0.1 -FieldConductorsHorizontal=0.1 -RotorConductorsHorizontal=0.1 -CuboidPositionSetting=0 - -[Region_Options] -Region_PointTolerance=0.0001 -Region_ArcSegments_Number=5 - -[Transient_Settings] -TransientResultsAnalysisEnabled=False -TransientResultsAnalysisFile= -TransientResultsAnalysisPeriod=1 -EnableTemperatureVariationWithinStep=True -TemperatureVariationWithinStep=2 -AllowableTemperatureVariation=0.1 -AllowableTimeVariation=0.1 -FluidTemperatureCalculation=2 -TransientResultsView=0 - -[h_Nat_Con_Adjust] -h_Nat_Conv_Housing_Active_No_Fins_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_No_Fins=1 -h_Nat_Conv_Housing_Active_Fin_Base_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Fin_Base=1 -h_Nat_Conv_Housing_Active_Fin_Sides_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Fin_Sides=1 -h_Nat_Conv_Housing_Active_Fin_Tips_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Fin_Tips=1 -h_Nat_Conv_Housing_Active_Fin_Channel_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Fin_Channel=1 -h_Nat_Conv_Housing_Active_Corner_Cutout_Adjust=1 -Adjustment_H[Nc]_Housing_[A]_-_Corner_Cutout=1 -h_Nat_Conv_Housing_Front_No_Fins_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_No_Fins=1 -h_Nat_Conv_Housing_Front_Fin_Base_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Fin_Base=1 -h_Nat_Conv_Housing_Front_Fin_Sides_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Fin_Sides=1 -h_Nat_Conv_Housing_Front_Fin_Tips_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Fin_Tips=1 -h_Nat_Conv_Housing_Front_Fin_Channel_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Fin_Channel=1 -h_Nat_Conv_Housing_Front_Corner_Cutout_Adjust=1 -Adjustment_H[Nc]_Housing_[F]_-_Corner_Cutout=1 -h_Nat_Conv_Housing_Rear_No_Fins_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_No_Fins=1 -h_Nat_Conv_Housing_Rear_Fin_Base_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Fin_Base=1 -h_Nat_Conv_Housing_Rear_Fin_Sides_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Fin_Sides=1 -h_Nat_Conv_Housing_Rear_Fin_Tips_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Fin_Tips=1 -h_Nat_Conv_Housing_Rear_Fin_Channel_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Fin_Channel=1 -h_Nat_Conv_Housing_Rear_Corner_Cutout_Adjust=1 -Adjustment_H[Nc]_Housing_[R]_-_Corner_Cutout=1 -h_Nat_Conv_Endcap_Front_Radial_Adjust=1 -Adjustment_H[Nc]_Endcap_[F]_-_Radial=1 -h_Nat_Conv_Endcap_Front_Axial_Adjust=1 -Adjustment_H[Nc]_Endcap_[F]_-_Axial=1 -h_Nat_Conv_Endcap_Rear_Radial_Adjust=1 -Adjustment_H[Nc]_Endcap_[R]_-_Radial=1 -h_Nat_Conv_Endcap_Rear_Axial_Adjust=1 -Adjustment_H[Nc]_Endcap_[R]_-_Axial=1 -h_Nat_Conv_Plate_Adjust=1 -Adjustment_H[Nc]_Flange_Plate=1 -h_Nat_Conv_Axle_Plate_F_Adjust=1 -Adjustment_H[Nc]_Axle_Plate_[F]=1 -h_Nat_Conv_Axle_Plate_R_Adjust=1 -Adjustment_H[Nc]_Axle_Plate_[R]=1 -h_Nat_Conv_Base_Adjust=1 -Adjustment_H[Nc]_Base_Plate=1 -h_Nat_Conv_EncCase_Radial_Adjust=1 -Adjustment_H[Nc]_Encoder_Case_-_Radial=1 -h_Nat_Conv_EncCase_Axial_Adjust=1 -Adjustment_H[Nc]_Encoder_Case_-_Axial=1 - -[h_Nat_Con_Input] -h_Nat_Conv_Housing_Active_No_Fins_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_No_Fins=6 -h_Nat_Conv_Housing_Active_Fin_Base_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Fin_Base=6 -h_Nat_Conv_Housing_Active_Fin_Sides_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Fin_Sides=6 -h_Nat_Conv_Housing_Active_Fin_Tips_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Fin_Tips=6 -h_Nat_Conv_Housing_Active_Fin_Channel_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Fin_Channel=6 -h_Nat_Conv_Housing_Active_Corner_Cutout_Input=6 -Input_Value_H[Nc]_Housing_[A]_-_Corner_Cutout=6 -h_Nat_Conv_Housing_Front_No_Fins_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_No_Fins=6 -h_Nat_Conv_Housing_Front_Fin_Base_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Fin_Base=6 -h_Nat_Conv_Housing_Front_Fin_Sides_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Fin_Sides=6 -h_Nat_Conv_Housing_Front_Fin_Tips_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Fin_Tips=6 -h_Nat_Conv_Housing_Front_Fin_Channel_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Fin_Channel=6 -h_Nat_Conv_Housing_Front_Corner_Cutout_Input=6 -Input_Value_H[Nc]_Housing_[F]_-_Corner_Cutout=6 -h_Nat_Conv_Housing_Rear_No_Fins_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_No_Fins=6 -h_Nat_Conv_Housing_Rear_Fin_Base_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Fin_Base=6 -h_Nat_Conv_Housing_Rear_Fin_Sides_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Fin_Sides=6 -h_Nat_Conv_Housing_Rear_Fin_Tips_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Fin_Tips=6 -h_Nat_Conv_Housing_Rear_Fin_Channel_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Fin_Channel=6 -h_Nat_Conv_Housing_Rear_Corner_Cutout_Input=6 -Input_Value_H[Nc]_Housing_[R]_-_Corner_Cutout=6 -h_Nat_Conv_Endcap_Front_Radial_Input=6 -Input_Value_H[Nc]_Endcap_[F]_-_Radial=6 -h_Nat_Conv_Endcap_Front_Axial_Input=6 -Input_Value_H[Nc]_Endcap_[F]_-_Axial=6 -h_Nat_Conv_Endcap_Rear_Radial_Input=6 -Input_Value_H[Nc]_Endcap_[R]_-_Radial=6 -h_Nat_Conv_Endcap_Rear_Axial_Input=6 -Input_Value_H[Nc]_Endcap_[R]_-_Axial=6 -h_Nat_Conv_Plate_Input=6 -Input_Value_H[Nc]_Flange_Plate=6 -h_Nat_Conv_Axle_Plate_F_Input=6 -Input_Value_H[Nc]_Axle_Plate_[F]=6 -h_Nat_Conv_Axle_Plate_R_Input=6 -Input_Value_H[Nc]_Axle_Plate_[R]=6 -h_Nat_Conv_Base_Input=6 -Input_Value_H[Nc]_Base_Plate=6 -h_Nat_Conv_EncCase_Radial_Input=6 -Input_Value_H[Nc]_Encoder_Case_-_Radial=6 -h_Nat_Conv_EncCase_Axial_Input=6 -Input_Value_H[Nc]_Encoder_Case_-_Axial=6 - -[Nat_Con_Notes] -Nat_Conv_Notes_Housing_Active_No_Fins= -Notes_H[Nc]_Housing_[A]_-_No_Fins= -Nat_Conv_Notes_Housing_Active_Fin_Base= -Notes_H[Nc]_Housing_[A]_-_Fin_Base= -Nat_Conv_Notes_Housing_Active_Fin_Sides= -Notes_H[Nc]_Housing_[A]_-_Fin_Sides= -Nat_Conv_Notes_Housing_Active_Fin_Tips= -Notes_H[Nc]_Housing_[A]_-_Fin_Tips= -Nat_Conv_Notes_Housing_Active_Fin_Channel= -Notes_H[Nc]_Housing_[A]_-_Fin_Channel= -Nat_Conv_Notes_Housing_Active_Corner_Cutout= -Notes_H[Nc]_Housing_[A]_-_Corner_Cutout= -Nat_Conv_Notes_Housing_Front_No_Fins= -Notes_H[Nc]_Housing_[F]_-_No_Fins= -Nat_Conv_Notes_Housing_Front_Fin_Base= -Notes_H[Nc]_Housing_[F]_-_Fin_Base= -Nat_Conv_Notes_Housing_Front_Fin_Sides= -Notes_H[Nc]_Housing_[F]_-_Fin_Sides= -Nat_Conv_Notes_Housing_Front_Fin_Tips= -Notes_H[Nc]_Housing_[F]_-_Fin_Tips= -Nat_Conv_Notes_Housing_Front_Fin_Channel= -Notes_H[Nc]_Housing_[F]_-_Fin_Channel= -Nat_Conv_Notes_Housing_Front_Corner_Cutout= -Notes_H[Nc]_Housing_[F]_-_Corner_Cutout= -Nat_Conv_Notes_Housing_Rear_No_Fins= -Notes_H[Nc]_Housing_[R]_-_No_Fins= -Nat_Conv_Notes_Housing_Rear_Fin_Base= -Notes_H[Nc]_Housing_[R]_-_Fin_Base= -Nat_Conv_Notes_Housing_Rear_Fin_Sides= -Notes_H[Nc]_Housing_[R]_-_Fin_Sides= -Nat_Conv_Notes_Housing_Rear_Fin_Tips= -Notes_H[Nc]_Housing_[R]_-_Fin_Tips= -Nat_Conv_Notes_Housing_Rear_Fin_Channel= -Notes_H[Nc]_Housing_[R]_-_Fin_Channel= -Nat_Conv_Notes_Housing_Rear_Corner_Cutout= -Notes_H[Nc]_Housing_[R]_-_Corner_Cutout= -Nat_Conv_Notes_Endcap_Front_Radial= -Notes_H[Nc]_Endcap_[F]_-_Radial= -Nat_Conv_Notes_Endcap_Front_Axial= -Notes_H[Nc]_Endcap_[F]_-_Axial= -Nat_Conv_Notes_Endcap_Rear_Radial= -Notes_H[Nc]_Endcap_[R]_-_Radial= -Nat_Conv_Notes_Endcap_Rear_Axial= -Notes_H[Nc]_Endcap_[R]_-_Axial= -Nat_Conv_Notes_Plate= -Notes_H[Nc]_Flange_Plate= -Nat_Conv_Notes_Axle_Plate_F= -Notes_H[Nc]_Axle_Plate_[F]= -Nat_Conv_Notes_Axle_Plate_R= -Notes_H[Nc]_Axle_Plate_[R]= -Nat_Conv_Notes_Base= -Notes_H[Nc]_Base_Plate= -Nat_Conv_Notes_EncCase_Radial= -Notes_H[Nc]_Encoder_Case_-_Radial= -Nat_Conv_Notes_EncCase_Axial= -Notes_H[Nc]_Encoder_Case_-_Axial= - -[h_Forced_Con_Vel_Mult] -Velocity_Forced_Conv_Housing_Front_No_Fins_Multiplier=0.219584 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_No_Fins=0.219584 -Velocity_Forced_Conv_Housing_Front_Fin_Base_Multiplier=0.214336 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Base=0.214336 -Velocity_Forced_Conv_Housing_Front_Fin_Sides_Multiplier=0.214336 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Sides=0.214336 -Velocity_Forced_Conv_Housing_Front_Fin_Tips_Multiplier=0.214336 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Tips=0.214336 -Velocity_Forced_Conv_Housing_Front_Fin_Channel_Multiplier=1 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Channel=1 -Velocity_Forced_Conv_Housing_Front_Corner_Cutout_Multiplier=0.214336 -Velocity_Multiplier_H[Fc]_Housing_[F]_-_Corner_Cutout=0.214336 -Velocity_Forced_Conv_Housing_Rear_No_Fins_Multiplier=0.594496 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_No_Fins=0.594496 -Velocity_Forced_Conv_Housing_Rear_Fin_Base_Multiplier=0.657856 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Base=0.657856 -Velocity_Forced_Conv_Housing_Rear_Fin_Sides_Multiplier=0.657856 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Sides=0.657856 -Velocity_Forced_Conv_Housing_Rear_Fin_Tips_Multiplier=0.657856 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Tips=0.657856 -Velocity_Forced_Conv_Housing_Rear_Fin_Channel_Multiplier=1 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Channel=1 -Velocity_Forced_Conv_Housing_Rear_Corner_Cutout_Multiplier=0.657856 -Velocity_Multiplier_H[Fc]_Housing_[R]_-_Corner_Cutout=0.657856 -Velocity_Forced_Conv_Endcap_Front_Radial_Multiplier=0.205376 -Velocity_Multiplier_H[Fc]_Endcap_[F]_-_Radial=0.205376 -Velocity_Forced_Conv_Endcap_Front_Axial_Multiplier=0.205376 -Velocity_Multiplier_H[Fc]_Endcap_[F]_-_Axial=0.205376 -Velocity_Forced_Conv_Endcap_Rear_Radial_Multiplier=0.773696 -Velocity_Multiplier_H[Fc]_Endcap_[R]_-_Radial=0.773696 -Velocity_Forced_Conv_Endcap_Rear_Axial_Multiplier=1 -Velocity_Multiplier_H[Fc]_Endcap_[R]_-_Axial=1 -Velocity_Forced_Conv_Plate_Multiplier=0.201664 -Velocity_Multiplier_H[Fc]_Flange_Plate=0.201664 -Velocity_Forced_Conv_Axle_Plate_F_Multiplier=0 -Velocity_Multiplier_H[Fc]_Axle_Plate_[F]=0 -Velocity_Forced_Conv_Axle_Plate_R_Multiplier=0 -Velocity_Multiplier_H[Fc]_Axle_Plate_[R]=0 -Velocity_Forced_Conv_Base_Multiplier=0.2 -Velocity_Multiplier_H[Fc]_Base_Plate=0.2 -Velocity_Forced_Conv_EncCase_Radial_Multiplier=0.7 -Velocity_Multiplier_H[Fc]_Encoder_Case_-_Radial=0.7 -Velocity_Forced_Conv_EncCase_Axial_Multiplier=0.7 -Velocity_Multiplier_H[Fc]_Encoder_Case_-_Axial=0.7 - -[h_Forced_Con_Adjust] -Forced_Conv_Turbulence_Factor=1.7 -Turbulence_Factor=1.7 -h_Forced_Conv_Housing_Front_No_Fins_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_No_Fins=1 -h_Forced_Conv_Housing_Front_Fin_Base_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Fin_Base=1 -h_Forced_Conv_Housing_Front_Fin_Sides_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Fin_Sides=1 -h_Forced_Conv_Housing_Front_Fin_Tips_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Fin_Tips=1 -h_Forced_Conv_Housing_Front_Fin_Channel_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Fin_Channel=1 -h_Forced_Conv_Housing_Front_Corner_Cutout_Adjust=1 -Adjustment_H[Fc]_Housing_[F]_-_Corner_Cutout=1 -h_Forced_Conv_Housing_Rear_No_Fins_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_No_Fins=1 -h_Forced_Conv_Housing_Rear_Fin_Base_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Fin_Base=1 -h_Forced_Conv_Housing_Rear_Fin_Sides_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Fin_Sides=1 -h_Forced_Conv_Housing_Rear_Fin_Tips_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Fin_Tips=1 -h_Forced_Conv_Housing_Rear_Fin_Channel_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Fin_Channel=1 -h_Forced_Conv_Housing_Rear_Corner_Cutout_Adjust=1 -Adjustment_H[Fc]_Housing_[R]_-_Corner_Cutout=1 -h_Forced_Conv_Endcap_Front_Radial_Adjust=1 -Adjustment_H[Fc]_Endcap_[F]_-_Radial=1 -h_Forced_Conv_Endcap_Front_Axial_Adjust=1 -Adjustment_H[Fc]_Endcap_[F]_-_Axial=1 -h_Forced_Conv_Endcap_Rear_Radial_Adjust=1 -Adjustment_H[Fc]_Endcap_[R]_-_Radial=1 -h_Forced_Conv_Endcap_Rear_Axial_Adjust=1 -Adjustment_H[Fc]_Endcap_[R]_-_Axial=1 -h_Forced_Conv_Plate_Adjust=1 -Adjustment_H[Fc]_Flange_Plate=1 -h_Forced_Conv_Axle_Plate_F_Adjust=1 -Adjustment_H[Fc]_Axle_Plate_[F]=1 -h_Forced_Conv_Axle_Plate_R_Adjust=1 -Adjustment_H[Fc]_Axle_Plate_[R]=1 -h_Forced_Conv_Base_Adjust=1 -Adjustment_H[Fc]_Base_Plate=1 -h_Forced_Conv_EncCase_Radial_Adjust=1 -Adjustment_H[Fc]_Encoder_Case_-_Radial=1 -h_Forced_Conv_EncCase_Axial_Adjust=1 -Adjustment_H[Fc]_Encoder_Case_-_Axial=1 - -[Forced_Con_Notes] -Forced_Conv_Notes_Housing_Front_No_Fins[0]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[0]= -Forced_Conv_Notes_Housing_Front_No_Fins[1]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[1]= -Forced_Conv_Notes_Housing_Front_No_Fins[2]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[2]= -Forced_Conv_Notes_Housing_Front_No_Fins[3]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[3]= -Forced_Conv_Notes_Housing_Front_No_Fins[4]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[4]= -Forced_Conv_Notes_Housing_Front_No_Fins[5]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[5]= -Forced_Conv_Notes_Housing_Front_No_Fins[6]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[6]= -Forced_Conv_Notes_Housing_Front_No_Fins[7]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[7]= -Forced_Conv_Notes_Housing_Front_No_Fins[8]= -Notes_H[Fc]_Housing_[F]_-_No_Fins[8]= -Forced_Conv_Notes_Housing_Front_Fin_Base[0]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[0]= -Forced_Conv_Notes_Housing_Front_Fin_Base[1]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[1]= -Forced_Conv_Notes_Housing_Front_Fin_Base[2]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[2]= -Forced_Conv_Notes_Housing_Front_Fin_Base[3]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[3]= -Forced_Conv_Notes_Housing_Front_Fin_Base[4]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[4]= -Forced_Conv_Notes_Housing_Front_Fin_Base[5]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[5]= -Forced_Conv_Notes_Housing_Front_Fin_Base[6]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[6]= -Forced_Conv_Notes_Housing_Front_Fin_Base[7]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[7]= -Forced_Conv_Notes_Housing_Front_Fin_Base[8]= -Notes_H[Fc]_Housing_[F]_-_Fin_Base[8]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[0]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[0]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[1]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[1]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[2]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[2]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[3]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[3]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[4]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[4]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[5]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[5]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[6]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[6]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[7]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[7]= -Forced_Conv_Notes_Housing_Front_Fin_Sides[8]= -Notes_H[Fc]_Housing_[F]_-_Fin_Sides[8]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[0]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[0]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[1]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[1]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[2]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[2]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[3]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[3]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[4]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[4]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[5]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[5]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[6]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[6]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[7]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[7]= -Forced_Conv_Notes_Housing_Front_Fin_Tips[8]= -Notes_H[Fc]_Housing_[F]_-_Fin_Tips[8]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[0]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[0]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[1]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[1]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[2]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[2]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[3]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[3]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[4]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[4]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[5]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[5]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[6]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[6]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[7]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[7]= -Forced_Conv_Notes_Housing_Front_Fin_Channel[8]= -Notes_H[Fc]_Housing_[F]_-_Fin_Channel[8]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[0]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[0]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[1]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[1]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[2]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[2]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[3]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[3]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[4]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[4]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[5]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[5]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[6]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[6]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[7]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[7]= -Forced_Conv_Notes_Housing_Front_Corner_Cutout[8]= -Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[8]= -Forced_Conv_Notes_Housing_Rear_No_Fins[0]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[0]= -Forced_Conv_Notes_Housing_Rear_No_Fins[1]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[1]= -Forced_Conv_Notes_Housing_Rear_No_Fins[2]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[2]= -Forced_Conv_Notes_Housing_Rear_No_Fins[3]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[3]= -Forced_Conv_Notes_Housing_Rear_No_Fins[4]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[4]= -Forced_Conv_Notes_Housing_Rear_No_Fins[5]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[5]= -Forced_Conv_Notes_Housing_Rear_No_Fins[6]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[6]= -Forced_Conv_Notes_Housing_Rear_No_Fins[7]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[7]= -Forced_Conv_Notes_Housing_Rear_No_Fins[8]= -Notes_H[Fc]_Housing_[R]_-_No_Fins[8]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[0]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[0]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[1]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[1]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[2]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[2]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[3]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[3]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[4]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[4]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[5]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[5]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[6]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[6]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[7]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[7]= -Forced_Conv_Notes_Housing_Rear_Fin_Base[8]= -Notes_H[Fc]_Housing_[R]_-_Fin_Base[8]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[0]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[0]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[1]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[1]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[2]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[2]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[3]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[3]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[4]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[4]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[5]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[5]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[6]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[6]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[7]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[7]= -Forced_Conv_Notes_Housing_Rear_Fin_Sides[8]= -Notes_H[Fc]_Housing_[R]_-_Fin_Sides[8]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[0]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[0]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[1]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[1]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[2]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[2]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[3]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[3]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[4]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[4]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[5]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[5]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[6]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[6]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[7]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[7]= -Forced_Conv_Notes_Housing_Rear_Fin_Tips[8]= -Notes_H[Fc]_Housing_[R]_-_Fin_Tips[8]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[0]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[0]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[1]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[1]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[2]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[2]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[3]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[3]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[4]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[4]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[5]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[5]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[6]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[6]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[7]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[7]= -Forced_Conv_Notes_Housing_Rear_Fin_Channel[8]= -Notes_H[Fc]_Housing_[R]_-_Fin_Channel[8]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[0]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[0]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[1]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[1]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[2]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[2]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[3]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[3]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[4]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[4]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[5]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[5]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[6]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[6]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[7]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[7]= -Forced_Conv_Notes_Housing_Rear_Corner_Cutout[8]= -Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[8]= -Forced_Conv_Notes_Endcap_Front_Radial[0]= -Notes_H[Fc]_Endcap_[F]_-_Radial[0]= -Forced_Conv_Notes_Endcap_Front_Radial[1]= -Notes_H[Fc]_Endcap_[F]_-_Radial[1]= -Forced_Conv_Notes_Endcap_Front_Radial[2]= -Notes_H[Fc]_Endcap_[F]_-_Radial[2]= -Forced_Conv_Notes_Endcap_Front_Radial[3]= -Notes_H[Fc]_Endcap_[F]_-_Radial[3]= -Forced_Conv_Notes_Endcap_Front_Radial[4]= -Notes_H[Fc]_Endcap_[F]_-_Radial[4]= -Forced_Conv_Notes_Endcap_Front_Radial[5]= -Notes_H[Fc]_Endcap_[F]_-_Radial[5]= -Forced_Conv_Notes_Endcap_Front_Radial[6]= -Notes_H[Fc]_Endcap_[F]_-_Radial[6]= -Forced_Conv_Notes_Endcap_Front_Radial[7]= -Notes_H[Fc]_Endcap_[F]_-_Radial[7]= -Forced_Conv_Notes_Endcap_Front_Radial[8]= -Notes_H[Fc]_Endcap_[F]_-_Radial[8]= -Forced_Conv_Notes_Endcap_Front_Axial[0]= -Notes_H[Fc]_Endcap_[F]_-_Axial[0]= -Forced_Conv_Notes_Endcap_Front_Axial[1]= -Notes_H[Fc]_Endcap_[F]_-_Axial[1]= -Forced_Conv_Notes_Endcap_Front_Axial[2]= -Notes_H[Fc]_Endcap_[F]_-_Axial[2]= -Forced_Conv_Notes_Endcap_Front_Axial[3]= -Notes_H[Fc]_Endcap_[F]_-_Axial[3]= -Forced_Conv_Notes_Endcap_Front_Axial[4]= -Notes_H[Fc]_Endcap_[F]_-_Axial[4]= -Forced_Conv_Notes_Endcap_Front_Axial[5]= -Notes_H[Fc]_Endcap_[F]_-_Axial[5]= -Forced_Conv_Notes_Endcap_Front_Axial[6]= -Notes_H[Fc]_Endcap_[F]_-_Axial[6]= -Forced_Conv_Notes_Endcap_Front_Axial[7]= -Notes_H[Fc]_Endcap_[F]_-_Axial[7]= -Forced_Conv_Notes_Endcap_Front_Axial[8]= -Notes_H[Fc]_Endcap_[F]_-_Axial[8]= -Forced_Conv_Notes_Endcap_Rear_Radial[0]= -Notes_H[Fc]_Endcap_[R]_-_Radial[0]= -Forced_Conv_Notes_Endcap_Rear_Radial[1]= -Notes_H[Fc]_Endcap_[R]_-_Radial[1]= -Forced_Conv_Notes_Endcap_Rear_Radial[2]= -Notes_H[Fc]_Endcap_[R]_-_Radial[2]= -Forced_Conv_Notes_Endcap_Rear_Radial[3]= -Notes_H[Fc]_Endcap_[R]_-_Radial[3]= -Forced_Conv_Notes_Endcap_Rear_Radial[4]= -Notes_H[Fc]_Endcap_[R]_-_Radial[4]= -Forced_Conv_Notes_Endcap_Rear_Radial[5]= -Notes_H[Fc]_Endcap_[R]_-_Radial[5]= -Forced_Conv_Notes_Endcap_Rear_Radial[6]= -Notes_H[Fc]_Endcap_[R]_-_Radial[6]= -Forced_Conv_Notes_Endcap_Rear_Radial[7]= -Notes_H[Fc]_Endcap_[R]_-_Radial[7]= -Forced_Conv_Notes_Endcap_Rear_Radial[8]= -Notes_H[Fc]_Endcap_[R]_-_Radial[8]= -Forced_Conv_Notes_Endcap_Rear_Axial[0]= -Notes_H[Fc]_Endcap_[R]_-_Axial[0]= -Forced_Conv_Notes_Endcap_Rear_Axial[1]= -Notes_H[Fc]_Endcap_[R]_-_Axial[1]= -Forced_Conv_Notes_Endcap_Rear_Axial[2]= -Notes_H[Fc]_Endcap_[R]_-_Axial[2]= -Forced_Conv_Notes_Endcap_Rear_Axial[3]= -Notes_H[Fc]_Endcap_[R]_-_Axial[3]= -Forced_Conv_Notes_Endcap_Rear_Axial[4]= -Notes_H[Fc]_Endcap_[R]_-_Axial[4]= -Forced_Conv_Notes_Endcap_Rear_Axial[5]= -Notes_H[Fc]_Endcap_[R]_-_Axial[5]= -Forced_Conv_Notes_Endcap_Rear_Axial[6]= -Notes_H[Fc]_Endcap_[R]_-_Axial[6]= -Forced_Conv_Notes_Endcap_Rear_Axial[7]= -Notes_H[Fc]_Endcap_[R]_-_Axial[7]= -Forced_Conv_Notes_Endcap_Rear_Axial[8]= -Notes_H[Fc]_Endcap_[R]_-_Axial[8]= -Forced_Conv_Notes_Plate[0]= -Notes_H[Fc]_Flange_Plate[0]= -Forced_Conv_Notes_Plate[1]= -Notes_H[Fc]_Flange_Plate[1]= -Forced_Conv_Notes_Plate[2]= -Notes_H[Fc]_Flange_Plate[2]= -Forced_Conv_Notes_Plate[3]= -Notes_H[Fc]_Flange_Plate[3]= -Forced_Conv_Notes_Plate[4]= -Notes_H[Fc]_Flange_Plate[4]= -Forced_Conv_Notes_Plate[5]= -Notes_H[Fc]_Flange_Plate[5]= -Forced_Conv_Notes_Plate[6]= -Notes_H[Fc]_Flange_Plate[6]= -Forced_Conv_Notes_Plate[7]= -Notes_H[Fc]_Flange_Plate[7]= -Forced_Conv_Notes_Plate[8]= -Notes_H[Fc]_Flange_Plate[8]= -Forced_Conv_Notes_Axle_Plate_F[0]= -Forced_Conv_Notes_Axle_Plate_F[1]= -Forced_Conv_Notes_Axle_Plate_F[2]= -Forced_Conv_Notes_Axle_Plate_F[3]= -Forced_Conv_Notes_Axle_Plate_F[4]= -Forced_Conv_Notes_Axle_Plate_F[5]= -Forced_Conv_Notes_Axle_Plate_F[6]= -Forced_Conv_Notes_Axle_Plate_F[7]= -Forced_Conv_Notes_Axle_Plate_F[8]= -Forced_Conv_Notes_Axle_Plate_R[0]= -Forced_Conv_Notes_Axle_Plate_R[1]= -Forced_Conv_Notes_Axle_Plate_R[2]= -Forced_Conv_Notes_Axle_Plate_R[3]= -Forced_Conv_Notes_Axle_Plate_R[4]= -Forced_Conv_Notes_Axle_Plate_R[5]= -Forced_Conv_Notes_Axle_Plate_R[6]= -Forced_Conv_Notes_Axle_Plate_R[7]= -Forced_Conv_Notes_Axle_Plate_R[8]= -Forced_Conv_Notes_Base[0]= -Notes_H[Fc]_Base_Plate[0]= -Forced_Conv_Notes_Base[1]= -Notes_H[Fc]_Base_Plate[1]= -Forced_Conv_Notes_Base[2]= -Notes_H[Fc]_Base_Plate[2]= -Forced_Conv_Notes_Base[3]= -Notes_H[Fc]_Base_Plate[3]= -Forced_Conv_Notes_Base[4]= -Notes_H[Fc]_Base_Plate[4]= -Forced_Conv_Notes_Base[5]= -Notes_H[Fc]_Base_Plate[5]= -Forced_Conv_Notes_Base[6]= -Notes_H[Fc]_Base_Plate[6]= -Forced_Conv_Notes_Base[7]= -Notes_H[Fc]_Base_Plate[7]= -Forced_Conv_Notes_Base[8]= -Notes_H[Fc]_Base_Plate[8]= -Forced_Conv_Notes_EncCase_Radial[0]= -Notes_H[Fc]_Encoder_Case_-_Radial[0]= -Forced_Conv_Notes_EncCase_Radial[1]= -Notes_H[Fc]_Encoder_Case_-_Radial[1]= -Forced_Conv_Notes_EncCase_Radial[2]= -Notes_H[Fc]_Encoder_Case_-_Radial[2]= -Forced_Conv_Notes_EncCase_Radial[3]= -Notes_H[Fc]_Encoder_Case_-_Radial[3]= -Forced_Conv_Notes_EncCase_Radial[4]= -Notes_H[Fc]_Encoder_Case_-_Radial[4]= -Forced_Conv_Notes_EncCase_Radial[5]= -Notes_H[Fc]_Encoder_Case_-_Radial[5]= -Forced_Conv_Notes_EncCase_Radial[6]= -Notes_H[Fc]_Encoder_Case_-_Radial[6]= -Forced_Conv_Notes_EncCase_Radial[7]= -Notes_H[Fc]_Encoder_Case_-_Radial[7]= -Forced_Conv_Notes_EncCase_Radial[8]= -Notes_H[Fc]_Encoder_Case_-_Radial[8]= -Forced_Conv_Notes_EncCase_Axial[0]= -Notes_H[Fc]_Encoder_Case_-_Axial[0]= -Forced_Conv_Notes_EncCase_Axial[1]= -Notes_H[Fc]_Encoder_Case_-_Axial[1]= -Forced_Conv_Notes_EncCase_Axial[2]= -Notes_H[Fc]_Encoder_Case_-_Axial[2]= -Forced_Conv_Notes_EncCase_Axial[3]= -Notes_H[Fc]_Encoder_Case_-_Axial[3]= -Forced_Conv_Notes_EncCase_Axial[4]= -Notes_H[Fc]_Encoder_Case_-_Axial[4]= -Forced_Conv_Notes_EncCase_Axial[5]= -Notes_H[Fc]_Encoder_Case_-_Axial[5]= -Forced_Conv_Notes_EncCase_Axial[6]= -Notes_H[Fc]_Encoder_Case_-_Axial[6]= -Forced_Conv_Notes_EncCase_Axial[7]= -Notes_H[Fc]_Encoder_Case_-_Axial[7]= -Forced_Conv_Notes_EncCase_Axial[8]= -Notes_H[Fc]_Encoder_Case_-_Axial[8]= - -[NVH] -NVHMagnitudeScaleType=0 -VibratoryRef_Displacement=1E-8 -VibratoryRef_Velocity=1E-8 -VibratoryRef_Acceleration=1E-5 -VibratoryRef_SoundPower=1E-12 -VibratoryRef_ForceDensity=1 -VibratoryRef_Force=1 -NVHStructural_Slice=0 -NVHFreqAxisType=0 -NVHTimeOrderType=0 -NVHMaxSpaceOrder_OL=25 -NVHMaxFrequencyOrder_OL=25 -NVHMaximumOrderDefinition=0 -NVHFreqAxisShift=0 -SpeedOfSound=342 -NVHAirDensity=1.225 -RadiationEfficiency=1 -NVHCampbellSelection=0 -NVHSpatiogramSelection=0 -NVHOrderTrackingSelection=0 -NVHOrderTrackingHarmonics_Space=10 -NVHOrderTrackingHarmonics_Freq=10 -NVHOrderTrackingHarmonics_Space_Freq=10 -NVHMaximumSoundFrequency=25000 -NVHOrderTracking_XAxis=0 -ForceAnalysisElecCycles_Min_OL=1 -ForceAnalysisElecCycles_Min_OC=1 -ForceAnalysisElecCycles_Max_OL=1 -ForceAnalysisElecCycles_Max_OC=1 -ForceAnalysisElecCycles_Definition=0 -NVHNumInterpolationPoints=20 -NVHNumColourInterpolationSegments=5 -NVHModal_IncludeWindingMass=False -NVHExport_Displacement_Static=True -NVHExport_Displacement_Dynamic=True -NVHExport_MagFactor=True -NVHExport_Velocity=True -NVHExport_Acceleration=True -NVHExport_RadiatedPower_N=True -NVHExport_RadiatedPower_M=True -NVHExport_RadiatedPower_MN=True -NVHExport_AnsysSound=True -NVHExportFile= -NVHRunModels_BPMOR=False -NVHAcousticModel=0 -NVHAcousticWeighting=0 -NVHSoundPressureDistance=1000 -NVHSoundPressureDirectivityFactor=1 -ShowDXFImportProcessingSettings=False -CalculateNVHModels=0 - -[Convergence_Graph_Setup] -Thermal_Convergence_Graph_Enabled[13]=True -Thermal_Convergence_Graph_Enabled[101]=True -Thermal_Max_Error_Graph_enabled=True - -[M350-50A] -Type=Fixed_Solid -Solid Type=Steel -Thermal Conductivity=30 -Specific Heat=460 -Density=7650 -YieldStress=305 -PoissonsRatio=0.3 -YoungsCoefficient=200000 -KcValue=0.65 -ElectricalResistivity=4.4E-07 -TempCoefElectricalResistivity=0 -LaminationThickness=0.5 -KhValue_Steinmetz=0.03427 -KhValue_Bertotti=0.002851 -KhValue_Bertotti_Maxwell=0.02091 -KeddyValue_Steinmetz=5.44E-06 -KexcValue=0.004142 -KexcValue_Maxwell=0 -alphaValue_Steinmetz=2.737 -alphaValue_Bertotti=3.766 -alphaValue_Bertotti_Maxwell=2 -betavalue_Steinmetz=0 -BValue[0]=0 -HValue[0]=0 -BValue[1]=0.1 -HValue[1]=34.8 -BValue[2]=0.2 -HValue[2]=46 -BValue[3]=0.3 -HValue[3]=53.7 -BValue[4]=0.4 -HValue[4]=60.6 -BValue[5]=0.5 -HValue[5]=67.4 -BValue[6]=0.6 -HValue[6]=74.6 -BValue[7]=0.7 -HValue[7]=82.6 -BValue[8]=0.8 -HValue[8]=91.8 -BValue[9]=0.9 -HValue[9]=103 -BValue[10]=1 -HValue[10]=119 -BValue[11]=1.1 -HValue[11]=141 -BValue[12]=1.2 -HValue[12]=178 -BValue[13]=1.3 -HValue[13]=250 -BValue[14]=1.4 -HValue[14]=455 -BValue[15]=1.5 -HValue[15]=1180 -BValue[16]=1.6 -HValue[16]=3020 -BValue[17]=1.7 -HValue[17]=6100 -BValue[18]=1.8 -HValue[18]=10700 -BValue[19]=1.9 -HValue[19]=25000 -BValue[20]=1.956 -HValue[20]=35000 -BValue[21]=2.1 -HValue[21]=75000 -BValue[22]=2.2 -HValue[22]=115000 -BValue[23]=2.2701 -HValue[23]=150000 -BValue[24]=2.4 -HValue[24]=229580 -BHExtrapolationEnabled=0 -Frequency[0]=50 -LossDensity[0]=0.03 -FluxDensity[0]=0.1 -Frequency[1]=50 -LossDensity[1]=0.09 -FluxDensity[1]=0.2 -Frequency[2]=50 -LossDensity[2]=0.18 -FluxDensity[2]=0.3 -Frequency[3]=50 -LossDensity[3]=0.29 -FluxDensity[3]=0.4 -Frequency[4]=50 -LossDensity[4]=0.42 -FluxDensity[4]=0.5 -Frequency[5]=50 -LossDensity[5]=0.56 -FluxDensity[5]=0.6 -Frequency[6]=50 -LossDensity[6]=0.73 -FluxDensity[6]=0.7 -Frequency[7]=50 -LossDensity[7]=0.91 -FluxDensity[7]=0.8 -Frequency[8]=50 -LossDensity[8]=1.11 -FluxDensity[8]=0.9 -Frequency[9]=50 -LossDensity[9]=1.33 -FluxDensity[9]=1 -Frequency[10]=50 -LossDensity[10]=1.58 -FluxDensity[10]=1.1 -Frequency[11]=50 -LossDensity[11]=1.86 -FluxDensity[11]=1.2 -Frequency[12]=50 -LossDensity[12]=2.19 -FluxDensity[12]=1.3 -Frequency[13]=50 -LossDensity[13]=2.63 -FluxDensity[13]=1.4 -Frequency[14]=50 -LossDensity[14]=3.14 -FluxDensity[14]=1.5 -Frequency[15]=50 -LossDensity[15]=3.66 -FluxDensity[15]=1.6 -Frequency[16]=50 -LossDensity[16]=4.07 -FluxDensity[16]=1.7 -Frequency[17]=50 -LossDensity[17]=4.4 -FluxDensity[17]=1.8 -Frequency[18]=60 -LossDensity[18]=0.044 -FluxDensity[18]=0.1 -Frequency[19]=60 -LossDensity[19]=0.11 -FluxDensity[19]=0.2 -Frequency[20]=60 -LossDensity[20]=0.22 -FluxDensity[20]=0.3 -Frequency[21]=60 -LossDensity[21]=0.353 -FluxDensity[21]=0.4 -Frequency[22]=60 -LossDensity[22]=0.529 -FluxDensity[22]=0.5 -Frequency[23]=60 -LossDensity[23]=0.705 -FluxDensity[23]=0.6 -Frequency[24]=60 -LossDensity[24]=0.926 -FluxDensity[24]=0.7 -Frequency[25]=60 -LossDensity[25]=1.146 -FluxDensity[25]=0.8 -Frequency[26]=60 -LossDensity[26]=1.411 -FluxDensity[26]=0.9 -Frequency[27]=60 -LossDensity[27]=1.68 -FluxDensity[27]=1 -Frequency[28]=60 -LossDensity[28]=2.01 -FluxDensity[28]=1.1 -Frequency[29]=60 -LossDensity[29]=2.36 -FluxDensity[29]=1.2 -Frequency[30]=60 -LossDensity[30]=2.78 -FluxDensity[30]=1.3 -Frequency[31]=60 -LossDensity[31]=3.33 -FluxDensity[31]=1.4 -Frequency[32]=60 -LossDensity[32]=3.99 -FluxDensity[32]=1.5 -Frequency[33]=60 -LossDensity[33]=4.65 -FluxDensity[33]=1.6 -Frequency[34]=60 -LossDensity[34]=5.18 -FluxDensity[34]=1.7 -Frequency[35]=60 -LossDensity[35]=5.62 -FluxDensity[35]=1.8 -Frequency[36]=100 -LossDensity[36]=0.066 -FluxDensity[36]=0.1 -Frequency[37]=100 -LossDensity[37]=0.22 -FluxDensity[37]=0.2 -Frequency[38]=100 -LossDensity[38]=0.441 -FluxDensity[38]=0.3 -Frequency[39]=100 -LossDensity[39]=0.727 -FluxDensity[39]=0.4 -Frequency[40]=100 -LossDensity[40]=1.058 -FluxDensity[40]=0.5 -Frequency[41]=100 -LossDensity[41]=1.455 -FluxDensity[41]=0.6 -Frequency[42]=100 -LossDensity[42]=1.9 -FluxDensity[42]=0.7 -Frequency[43]=100 -LossDensity[43]=2.38 -FluxDensity[43]=0.8 -Frequency[44]=100 -LossDensity[44]=2.95 -FluxDensity[44]=0.9 -Frequency[45]=100 -LossDensity[45]=3.57 -FluxDensity[45]=1 -Frequency[46]=100 -LossDensity[46]=4.3 -FluxDensity[46]=1.1 -Frequency[47]=100 -LossDensity[47]=5.07 -FluxDensity[47]=1.2 -Frequency[48]=100 -LossDensity[48]=5.99 -FluxDensity[48]=1.3 -Frequency[49]=100 -LossDensity[49]=7.12 -FluxDensity[49]=1.4 -Frequency[50]=100 -LossDensity[50]=8.42 -FluxDensity[50]=1.5 -Frequency[51]=200 -LossDensity[51]=0.132 -FluxDensity[51]=0.1 -Frequency[52]=200 -LossDensity[52]=0.529 -FluxDensity[52]=0.2 -Frequency[53]=200 -LossDensity[53]=1.124 -FluxDensity[53]=0.3 -Frequency[54]=200 -LossDensity[54]=1.87 -FluxDensity[54]=0.4 -Frequency[55]=200 -LossDensity[55]=2.8 -FluxDensity[55]=0.5 -Frequency[56]=200 -LossDensity[56]=3.88 -FluxDensity[56]=0.6 -Frequency[57]=200 -LossDensity[57]=5.14 -FluxDensity[57]=0.7 -Frequency[58]=200 -LossDensity[58]=6.61 -FluxDensity[58]=0.8 -Frequency[59]=200 -LossDensity[59]=8.29 -FluxDensity[59]=0.9 -Frequency[60]=200 -LossDensity[60]=10.2 -FluxDensity[60]=1 -Frequency[61]=200 -LossDensity[61]=12.5 -FluxDensity[61]=1.1 -Frequency[62]=200 -LossDensity[62]=14.99 -FluxDensity[62]=1.2 -Frequency[63]=200 -LossDensity[63]=17.8 -FluxDensity[63]=1.3 -Frequency[64]=200 -LossDensity[64]=21.1 -FluxDensity[64]=1.4 -Frequency[65]=200 -LossDensity[65]=24.7 -FluxDensity[65]=1.5 -Frequency[66]=400 -LossDensity[66]=0.397 -FluxDensity[66]=0.1 -Frequency[67]=400 -LossDensity[67]=1.499 -FluxDensity[67]=0.2 -Frequency[68]=400 -LossDensity[68]=3.11 -FluxDensity[68]=0.3 -Frequency[69]=400 -LossDensity[69]=5.22 -FluxDensity[69]=0.4 -Frequency[70]=400 -LossDensity[70]=7.85 -FluxDensity[70]=0.5 -Frequency[71]=400 -LossDensity[71]=11.09 -FluxDensity[71]=0.6 -Frequency[72]=400 -LossDensity[72]=14.9 -FluxDensity[72]=0.7 -Frequency[73]=400 -LossDensity[73]=19.4 -FluxDensity[73]=0.8 -Frequency[74]=400 -LossDensity[74]=24.9 -FluxDensity[74]=0.9 -Frequency[75]=400 -LossDensity[75]=31.3 -FluxDensity[75]=1 -Frequency[76]=400 -LossDensity[76]=38.8 -FluxDensity[76]=1.1 -Frequency[77]=400 -LossDensity[77]=47.4 -FluxDensity[77]=1.2 -Frequency[78]=400 -LossDensity[78]=57.7 -FluxDensity[78]=1.3 -Frequency[79]=400 -LossDensity[79]=69.4 -FluxDensity[79]=1.4 -Frequency[80]=400 -LossDensity[80]=83.1 -FluxDensity[80]=1.5 -Frequency[81]=1000 -LossDensity[81]=1.763 -FluxDensity[81]=0.1 -Frequency[82]=1000 -LossDensity[82]=6.19 -FluxDensity[82]=0.2 -Frequency[83]=1000 -LossDensity[83]=12.61 -FluxDensity[83]=0.3 -Frequency[84]=1000 -LossDensity[84]=21.2 -FluxDensity[84]=0.4 -Frequency[85]=1000 -LossDensity[85]=32.4 -FluxDensity[85]=0.5 -Frequency[86]=1000 -LossDensity[86]=46.7 -FluxDensity[86]=0.6 -Frequency[87]=1000 -LossDensity[87]=65 -FluxDensity[87]=0.7 -Frequency[88]=1000 -LossDensity[88]=87.9 -FluxDensity[88]=0.8 -Frequency[89]=1000 -LossDensity[89]=115.9 -FluxDensity[89]=0.9 -Frequency[90]=1000 -LossDensity[90]=151 -FluxDensity[90]=1 -Frequency[91]=1000 -LossDensity[91]=192 -FluxDensity[91]=1.1 -Frequency[92]=2500 -LossDensity[92]=7.36 -FluxDensity[92]=0.1 -Frequency[93]=2500 -LossDensity[93]=25.3 -FluxDensity[93]=0.2 -Frequency[94]=2500 -LossDensity[94]=53.3 -FluxDensity[94]=0.3 -Frequency[95]=2500 -LossDensity[95]=93 -FluxDensity[95]=0.4 -Frequency[96]=2500 -LossDensity[96]=147.9 -FluxDensity[96]=0.5 -Frequency[97]=2500 -LossDensity[97]=225 -FluxDensity[97]=0.6 -Frequency[98]=2500 -LossDensity[98]=324 -FluxDensity[98]=0.7 -Frequency[99]=2500 -LossDensity[99]=454 -FluxDensity[99]=0.8 -Frequency[100]=2500 -LossDensity[100]=608 -FluxDensity[100]=0.9 -Frequency[101]=2500 -LossDensity[101]=796 -FluxDensity[101]=1 - -[N30UH] -Type=Fixed_Solid -Solid Type=Magnet -Thermal Conductivity=7.6 -Specific Heat=460 -Density=7500 -YieldStress=0 -PoissonsRatio=0.24 -YoungsCoefficient=160000 -ElectricalResistivity=1.8E-06 -TempCoefElectricalResistivity=0 -MagnetBrValue=1.125 -MagneturValue=1.05 -MagnetTempCoefBr=-0.12 -BKneeDefined=0 -KneePointMethod=1 -MagnetHcJValue=1990000 -MagnetRefTemp=20 -ValidMagnetTemperature_Min=20 -ValidMagnetTemperature_Max=180 -MagnetTempCoefHcJ=-0.465 -MagnetSquarenessFactor=6E-05 -UrCalculationMethod=0 -UrToDefineUr=1.05 -HcToCalculateUr=0 -BrToCalculateUr=0 -H1ToCalculateUr=0 -B1ToCalculateUr=0 -H2ToCalculateUr=0 -B2ToCalculateUr=0 -HcAtRefTempToCalculateUr=0 - -[Copper (Pure)_e8_IPMSM_HWJandVent] -Type=Fixed_Solid -Solid Type=General -Thermal Conductivity=401 -Specific Heat=385 -Density=8933 -YieldStress=180 -PoissonsRatio=0.355 -YoungsCoefficient=117000 -ElectricalResistivity=1.724E-08 -TempCoefElectricalResistivity=0.003862 - -[optiSlang_Inputs] -optiSLangInputCount=0 - -[optiSlang_Requirements] -optiSLangRequirementCount=0 - -[optiSlang_Objectives] -optiSLangObjectiveCount=0 - -[Conductor_Placement] -Missing_Rows_Left[0]=2 -Rows_Left[0]=19 -Missing_Rows_Left[1]=1 -Rows_Left[1]=20 -Missing_Rows_Left[2]=1 -Rows_Left[2]=20 -Missing_Rows_Left[3]=1 -Rows_Left[3]=7 -Missing_Rows_Right[0]=2 -Rows_Right[0]=19 -Missing_Rows_Right[1]=1 -Rows_Right[1]=20 -Missing_Rows_Right[2]=1 -Rows_Right[2]=14 -Missing_Rows_Right[3]=1 -Rows_Right[3]=1 - -[Magnetic_Winding] -Phase_1_Go1[0]=0 -Phase_1_Go2[0]=1 -Phase_1_Return1[0]=0 -Phase_1_Return2[0]=6 -Phase_1_Turns[0]=6 -Phase_1_Go1[1]=0 -Phase_1_Go2[1]=12 -Phase_1_Return1[1]=0 -Phase_1_Return2[1]=7 -Phase_1_Turns[1]=6 -Phase_1_Go1[2]=0 -Phase_1_Go2[2]=13 -Phase_1_Return1[2]=0 -Phase_1_Return2[2]=18 -Phase_1_Turns[2]=6 -Phase_1_Go1[3]=0 -Phase_1_Go2[3]=24 -Phase_1_Return1[3]=0 -Phase_1_Return2[3]=19 -Phase_1_Turns[3]=6 -Phase_1_Go1[4]=0 -Phase_1_Go2[4]=25 -Phase_1_Return1[4]=0 -Phase_1_Return2[4]=30 -Phase_1_Turns[4]=6 -Phase_1_Go1[5]=0 -Phase_1_Go2[5]=36 -Phase_1_Return1[5]=0 -Phase_1_Return2[5]=31 -Phase_1_Turns[5]=6 -Phase_1_Go1[6]=0 -Phase_1_Go2[6]=37 -Phase_1_Return1[6]=0 -Phase_1_Return2[6]=42 -Phase_1_Turns[6]=6 -Phase_1_Go1[7]=0 -Phase_1_Go2[7]=48 -Phase_1_Return1[7]=0 -Phase_1_Return2[7]=43 -Phase_1_Turns[7]=6 -Phase_2_Go1[0]=0 -Phase_2_Go2[0]=17 -Phase_2_Return1[0]=0 -Phase_2_Return2[0]=22 -Phase_2_Turns[0]=6 -Phase_2_Go1[1]=0 -Phase_2_Go2[1]=28 -Phase_2_Return1[1]=0 -Phase_2_Return2[1]=23 -Phase_2_Turns[1]=6 -Phase_2_Go1[2]=0 -Phase_2_Go2[2]=29 -Phase_2_Return1[2]=0 -Phase_2_Return2[2]=34 -Phase_2_Turns[2]=6 -Phase_2_Go1[3]=0 -Phase_2_Go2[3]=40 -Phase_2_Return1[3]=0 -Phase_2_Return2[3]=35 -Phase_2_Turns[3]=6 -Phase_2_Go1[4]=0 -Phase_2_Go2[4]=41 -Phase_2_Return1[4]=0 -Phase_2_Return2[4]=46 -Phase_2_Turns[4]=6 -Phase_2_Go1[5]=0 -Phase_2_Go2[5]=4 -Phase_2_Return1[5]=0 -Phase_2_Return2[5]=47 -Phase_2_Turns[5]=6 -Phase_2_Go1[6]=0 -Phase_2_Go2[6]=5 -Phase_2_Return1[6]=0 -Phase_2_Return2[6]=10 -Phase_2_Turns[6]=6 -Phase_2_Go1[7]=0 -Phase_2_Go2[7]=16 -Phase_2_Return1[7]=0 -Phase_2_Return2[7]=11 -Phase_2_Turns[7]=6 -Phase_3_Go1[0]=0 -Phase_3_Go2[0]=33 -Phase_3_Return1[0]=0 -Phase_3_Return2[0]=38 -Phase_3_Turns[0]=6 -Phase_3_Go1[1]=0 -Phase_3_Go2[1]=44 -Phase_3_Return1[1]=0 -Phase_3_Return2[1]=39 -Phase_3_Turns[1]=6 -Phase_3_Go1[2]=0 -Phase_3_Go2[2]=45 -Phase_3_Return1[2]=0 -Phase_3_Return2[2]=2 -Phase_3_Turns[2]=6 -Phase_3_Go1[3]=0 -Phase_3_Go2[3]=8 -Phase_3_Return1[3]=0 -Phase_3_Return2[3]=3 -Phase_3_Turns[3]=6 -Phase_3_Go1[4]=0 -Phase_3_Go2[4]=9 -Phase_3_Return1[4]=0 -Phase_3_Return2[4]=14 -Phase_3_Turns[4]=6 -Phase_3_Go1[5]=0 -Phase_3_Go2[5]=20 -Phase_3_Return1[5]=0 -Phase_3_Return2[5]=15 -Phase_3_Turns[5]=6 -Phase_3_Go1[6]=0 -Phase_3_Go2[6]=21 -Phase_3_Return1[6]=0 -Phase_3_Return2[6]=26 -Phase_3_Turns[6]=6 -Phase_3_Go1[7]=0 -Phase_3_Go2[7]=32 -Phase_3_Return1[7]=0 -Phase_3_Return2[7]=27 -Phase_3_Turns[7]=6 -Phase_1Path_1_GoSlot[0]=0 -Phase_1Path_1_GoRadialPosition[0]=0 -Phase_1Path_1_GoTangentialPosition[0]=C -Phase_1Path_1_ReturnSlot[0]=5 -Phase_1Path_1_ReturnRadialPosition[0]=0 -Phase_1Path_1_ReturnTangentialPosition[0]=C -Phase_1Path_1_Turns[0]=6 -Phase_1Path_1_GoSlot[1]=11 -Phase_1Path_1_GoRadialPosition[1]=0 -Phase_1Path_1_GoTangentialPosition[1]=C -Phase_1Path_1_ReturnSlot[1]=6 -Phase_1Path_1_ReturnRadialPosition[1]=0 -Phase_1Path_1_ReturnTangentialPosition[1]=C -Phase_1Path_1_Turns[1]=6 -Phase_1Path_1_GoSlot[2]=12 -Phase_1Path_1_GoRadialPosition[2]=0 -Phase_1Path_1_GoTangentialPosition[2]=C -Phase_1Path_1_ReturnSlot[2]=17 -Phase_1Path_1_ReturnRadialPosition[2]=0 -Phase_1Path_1_ReturnTangentialPosition[2]=C -Phase_1Path_1_Turns[2]=6 -Phase_1Path_1_GoSlot[3]=23 -Phase_1Path_1_GoRadialPosition[3]=0 -Phase_1Path_1_GoTangentialPosition[3]=C -Phase_1Path_1_ReturnSlot[3]=18 -Phase_1Path_1_ReturnRadialPosition[3]=0 -Phase_1Path_1_ReturnTangentialPosition[3]=C -Phase_1Path_1_Turns[3]=6 -Phase_1Path_2_GoSlot[0]=24 -Phase_1Path_2_GoRadialPosition[0]=0 -Phase_1Path_2_GoTangentialPosition[0]=C -Phase_1Path_2_ReturnSlot[0]=29 -Phase_1Path_2_ReturnRadialPosition[0]=0 -Phase_1Path_2_ReturnTangentialPosition[0]=C -Phase_1Path_2_Turns[0]=6 -Phase_1Path_2_GoSlot[1]=35 -Phase_1Path_2_GoRadialPosition[1]=0 -Phase_1Path_2_GoTangentialPosition[1]=C -Phase_1Path_2_ReturnSlot[1]=30 -Phase_1Path_2_ReturnRadialPosition[1]=0 -Phase_1Path_2_ReturnTangentialPosition[1]=C -Phase_1Path_2_Turns[1]=6 -Phase_1Path_2_GoSlot[2]=36 -Phase_1Path_2_GoRadialPosition[2]=0 -Phase_1Path_2_GoTangentialPosition[2]=C -Phase_1Path_2_ReturnSlot[2]=41 -Phase_1Path_2_ReturnRadialPosition[2]=0 -Phase_1Path_2_ReturnTangentialPosition[2]=C -Phase_1Path_2_Turns[2]=6 -Phase_1Path_2_GoSlot[3]=47 -Phase_1Path_2_GoRadialPosition[3]=0 -Phase_1Path_2_GoTangentialPosition[3]=C -Phase_1Path_2_ReturnSlot[3]=42 -Phase_1Path_2_ReturnRadialPosition[3]=0 -Phase_1Path_2_ReturnTangentialPosition[3]=C -Phase_1Path_2_Turns[3]=6 -Phase_2Path_1_GoSlot[0]=16 -Phase_2Path_1_GoRadialPosition[0]=0 -Phase_2Path_1_GoTangentialPosition[0]=C -Phase_2Path_1_ReturnSlot[0]=21 -Phase_2Path_1_ReturnRadialPosition[0]=0 -Phase_2Path_1_ReturnTangentialPosition[0]=C -Phase_2Path_1_Turns[0]=6 -Phase_2Path_1_GoSlot[1]=27 -Phase_2Path_1_GoRadialPosition[1]=0 -Phase_2Path_1_GoTangentialPosition[1]=C -Phase_2Path_1_ReturnSlot[1]=22 -Phase_2Path_1_ReturnRadialPosition[1]=0 -Phase_2Path_1_ReturnTangentialPosition[1]=C -Phase_2Path_1_Turns[1]=6 -Phase_2Path_1_GoSlot[2]=28 -Phase_2Path_1_GoRadialPosition[2]=0 -Phase_2Path_1_GoTangentialPosition[2]=C -Phase_2Path_1_ReturnSlot[2]=33 -Phase_2Path_1_ReturnRadialPosition[2]=0 -Phase_2Path_1_ReturnTangentialPosition[2]=C -Phase_2Path_1_Turns[2]=6 -Phase_2Path_1_GoSlot[3]=39 -Phase_2Path_1_GoRadialPosition[3]=0 -Phase_2Path_1_GoTangentialPosition[3]=C -Phase_2Path_1_ReturnSlot[3]=34 -Phase_2Path_1_ReturnRadialPosition[3]=0 -Phase_2Path_1_ReturnTangentialPosition[3]=C -Phase_2Path_1_Turns[3]=6 -Phase_2Path_2_GoSlot[0]=40 -Phase_2Path_2_GoRadialPosition[0]=0 -Phase_2Path_2_GoTangentialPosition[0]=C -Phase_2Path_2_ReturnSlot[0]=45 -Phase_2Path_2_ReturnRadialPosition[0]=0 -Phase_2Path_2_ReturnTangentialPosition[0]=C -Phase_2Path_2_Turns[0]=6 -Phase_2Path_2_GoSlot[1]=3 -Phase_2Path_2_GoRadialPosition[1]=0 -Phase_2Path_2_GoTangentialPosition[1]=C -Phase_2Path_2_ReturnSlot[1]=46 -Phase_2Path_2_ReturnRadialPosition[1]=0 -Phase_2Path_2_ReturnTangentialPosition[1]=C -Phase_2Path_2_Turns[1]=6 -Phase_2Path_2_GoSlot[2]=4 -Phase_2Path_2_GoRadialPosition[2]=0 -Phase_2Path_2_GoTangentialPosition[2]=C -Phase_2Path_2_ReturnSlot[2]=9 -Phase_2Path_2_ReturnRadialPosition[2]=0 -Phase_2Path_2_ReturnTangentialPosition[2]=C -Phase_2Path_2_Turns[2]=6 -Phase_2Path_2_GoSlot[3]=15 -Phase_2Path_2_GoRadialPosition[3]=0 -Phase_2Path_2_GoTangentialPosition[3]=C -Phase_2Path_2_ReturnSlot[3]=10 -Phase_2Path_2_ReturnRadialPosition[3]=0 -Phase_2Path_2_ReturnTangentialPosition[3]=C -Phase_2Path_2_Turns[3]=6 -Phase_3Path_1_GoSlot[0]=32 -Phase_3Path_1_GoRadialPosition[0]=0 -Phase_3Path_1_GoTangentialPosition[0]=C -Phase_3Path_1_ReturnSlot[0]=37 -Phase_3Path_1_ReturnRadialPosition[0]=0 -Phase_3Path_1_ReturnTangentialPosition[0]=C -Phase_3Path_1_Turns[0]=6 -Phase_3Path_1_GoSlot[1]=43 -Phase_3Path_1_GoRadialPosition[1]=0 -Phase_3Path_1_GoTangentialPosition[1]=C -Phase_3Path_1_ReturnSlot[1]=38 -Phase_3Path_1_ReturnRadialPosition[1]=0 -Phase_3Path_1_ReturnTangentialPosition[1]=C -Phase_3Path_1_Turns[1]=6 -Phase_3Path_1_GoSlot[2]=44 -Phase_3Path_1_GoRadialPosition[2]=0 -Phase_3Path_1_GoTangentialPosition[2]=C -Phase_3Path_1_ReturnSlot[2]=1 -Phase_3Path_1_ReturnRadialPosition[2]=0 -Phase_3Path_1_ReturnTangentialPosition[2]=C -Phase_3Path_1_Turns[2]=6 -Phase_3Path_1_GoSlot[3]=7 -Phase_3Path_1_GoRadialPosition[3]=0 -Phase_3Path_1_GoTangentialPosition[3]=C -Phase_3Path_1_ReturnSlot[3]=2 -Phase_3Path_1_ReturnRadialPosition[3]=0 -Phase_3Path_1_ReturnTangentialPosition[3]=C -Phase_3Path_1_Turns[3]=6 -Phase_3Path_2_GoSlot[0]=8 -Phase_3Path_2_GoRadialPosition[0]=0 -Phase_3Path_2_GoTangentialPosition[0]=C -Phase_3Path_2_ReturnSlot[0]=13 -Phase_3Path_2_ReturnRadialPosition[0]=0 -Phase_3Path_2_ReturnTangentialPosition[0]=C -Phase_3Path_2_Turns[0]=6 -Phase_3Path_2_GoSlot[1]=19 -Phase_3Path_2_GoRadialPosition[1]=0 -Phase_3Path_2_GoTangentialPosition[1]=C -Phase_3Path_2_ReturnSlot[1]=14 -Phase_3Path_2_ReturnRadialPosition[1]=0 -Phase_3Path_2_ReturnTangentialPosition[1]=C -Phase_3Path_2_Turns[1]=6 -Phase_3Path_2_GoSlot[2]=20 -Phase_3Path_2_GoRadialPosition[2]=0 -Phase_3Path_2_GoTangentialPosition[2]=C -Phase_3Path_2_ReturnSlot[2]=25 -Phase_3Path_2_ReturnRadialPosition[2]=0 -Phase_3Path_2_ReturnTangentialPosition[2]=C -Phase_3Path_2_Turns[2]=6 -Phase_3Path_2_GoSlot[3]=31 -Phase_3Path_2_GoRadialPosition[3]=0 -Phase_3Path_2_GoTangentialPosition[3]=C -Phase_3Path_2_ReturnSlot[3]=26 -Phase_3Path_2_ReturnRadialPosition[3]=0 -Phase_3Path_2_ReturnTangentialPosition[3]=C -Phase_3Path_2_Turns[3]=6 - -[CustomDriveCycle] -ElecAngleValue[0]=0 -CurrentValuePh1[0]=-1 -CurrentValuePh2[0]=-0.77942286 -CurrentValuePh3[0]=0 -ElecAngleValue[1]=8 -CurrentValuePh1[1]=-0.93871826604637 -CurrentValuePh2[1]=-0.77700372 -CurrentValuePh3[1]=0 -ElecAngleValue[2]=16 -CurrentValuePh1[2]=-0.888205238663473 -CurrentValuePh2[2]=-0.77498461 -CurrentValuePh3[2]=0 -ElecAngleValue[3]=24 -CurrentValuePh1[3]=-0.853502821699245 -CurrentValuePh2[3]=-0.77336551 -CurrentValuePh3[3]=0 -ElecAngleValue[4]=32 -CurrentValuePh1[4]=-0.83530381575845 -CurrentValuePh2[4]=-0.77214178 -CurrentValuePh3[4]=0 -ElecAngleValue[5]=40 -CurrentValuePh1[5]=-0.830968776744942 -CurrentValuePh2[5]=-0.77130443 -CurrentValuePh3[5]=0 -ElecAngleValue[6]=48 -CurrentValuePh1[6]=-0.837488724876224 -CurrentValuePh2[6]=-0.77084036 -CurrentValuePh3[6]=0 -ElecAngleValue[7]=56 -CurrentValuePh1[7]=-0.847918046727221 -CurrentValuePh2[7]=-0.77073264 -CurrentValuePh3[7]=0 -ElecAngleValue[8]=64 -CurrentValuePh1[8]=-0.717074962894959 -CurrentValuePh2[8]=-0.77096085 -CurrentValuePh3[8]=0 -ElecAngleValue[9]=72 -CurrentValuePh1[9]=-0.493388829474918 -CurrentValuePh2[9]=-0.77150137 -CurrentValuePh3[9]=0 -ElecAngleValue[10]=80 -CurrentValuePh1[10]=-0.322200911905088 -CurrentValuePh2[10]=-0.7723278 -CurrentValuePh3[10]=0 -ElecAngleValue[11]=88 -CurrentValuePh1[11]=-0.191138628374357 -CurrentValuePh2[11]=-0.77341129 -CurrentValuePh3[11]=0 -ElecAngleValue[12]=96 -CurrentValuePh1[12]=-0.0878816831657559 -CurrentValuePh2[12]=-0.77472094 -CurrentValuePh3[12]=0 -ElecAngleValue[13]=104 -CurrentValuePh1[13]=-0.00130268482913961 -CurrentValuePh2[13]=-0.77622421 -CurrentValuePh3[13]=0 -ElecAngleValue[14]=112 -CurrentValuePh1[14]=0.0731984999888216 -CurrentValuePh2[14]=-0.77788733 -CurrentValuePh3[14]=0 -ElecAngleValue[15]=120 -CurrentValuePh1[15]=0.148082202995087 -CurrentValuePh2[15]=-0.7796757 -CurrentValuePh3[15]=0 -ElecAngleValue[16]=128 -CurrentValuePh1[16]=0.340846938270071 -CurrentValuePh2[16]=-0.78155429 -CurrentValuePh3[16]=0 -ElecAngleValue[17]=136 -CurrentValuePh1[17]=0.486279356030335 -CurrentValuePh2[17]=-0.7834881 -CurrentValuePh3[17]=0 -ElecAngleValue[18]=144 -CurrentValuePh1[18]=0.601133288822327 -CurrentValuePh2[18]=-0.7854425 -CurrentValuePh3[18]=0 -ElecAngleValue[19]=152 -CurrentValuePh1[19]=0.698607183716649 -CurrentValuePh2[19]=-0.78738366 -CurrentValuePh3[19]=0 -ElecAngleValue[20]=160 -CurrentValuePh1[20]=0.787909069154176 -CurrentValuePh2[20]=-0.78927889 -CurrentValuePh3[20]=0 -ElecAngleValue[21]=168 -CurrentValuePh1[21]=0.873798737924755 -CurrentValuePh2[21]=-0.79109706 -CurrentValuePh3[21]=0 -ElecAngleValue[22]=176 -CurrentValuePh1[22]=0.958295180377405 -CurrentValuePh2[22]=-0.79280888 -CurrentValuePh3[22]=0 -ElecAngleValue[23]=184 -CurrentValuePh1[23]=0.968528323433258 -CurrentValuePh2[23]=-0.79438723 -CurrentValuePh3[23]=0 -ElecAngleValue[24]=192 -CurrentValuePh1[24]=0.911687351888338 -CurrentValuePh2[24]=-0.79580748 -CurrentValuePh3[24]=0 -ElecAngleValue[25]=200 -CurrentValuePh1[25]=0.868743794472829 -CurrentValuePh2[25]=-0.79704773 -CurrentValuePh3[25]=0 -ElecAngleValue[26]=208 -CurrentValuePh1[26]=0.842440000512874 -CurrentValuePh2[26]=-0.79808903 -CurrentValuePh3[26]=0 -ElecAngleValue[27]=216 -CurrentValuePh1[27]=0.831668330631916 -CurrentValuePh2[27]=-0.79891562 -CurrentValuePh3[27]=0 -ElecAngleValue[28]=224 -CurrentValuePh1[28]=0.83253704010037 -CurrentValuePh2[28]=-0.79951503 -CurrentValuePh3[28]=0 -ElecAngleValue[29]=232 -CurrentValuePh1[29]=0.8428882292834 -CurrentValuePh2[29]=-0.7998783 -CurrentValuePh3[29]=0 -ElecAngleValue[30]=240 -CurrentValuePh1[30]=0.851859148749219 -CurrentValuePh2[30]=-0.8 -CurrentValuePh3[30]=0 -ElecAngleValue[31]=248 -CurrentValuePh1[31]=0.597931117288872 -CurrentValuePh2[31]=-0.7998783 -CurrentValuePh3[31]=0 -ElecAngleValue[32]=256 -CurrentValuePh1[32]=0.401991793105739 -CurrentValuePh2[32]=-0.79951503 -CurrentValuePh3[32]=0 -ElecAngleValue[33]=264 -CurrentValuePh1[33]=0.252440106015682 -CurrentValuePh2[33]=-0.79891562 -CurrentValuePh3[33]=0 -ElecAngleValue[34]=272 -CurrentValuePh1[34]=0.136769228882188 -CurrentValuePh2[34]=-0.79808903 -CurrentValuePh3[34]=0 -ElecAngleValue[35]=280 -CurrentValuePh1[35]=0.0431313647772651 -CurrentValuePh2[35]=-0.79704773 -CurrentValuePh3[35]=0 -ElecAngleValue[36]=288 -CurrentValuePh1[36]=-0.036242021204752 -CurrentValuePh2[36]=-0.79580748 -CurrentValuePh3[36]=0 -ElecAngleValue[37]=296 -CurrentValuePh1[37]=-0.110314973495683 -CurrentValuePh2[37]=-0.79438723 -CurrentValuePh3[37]=0 -ElecAngleValue[38]=304 -CurrentValuePh1[38]=-0.251510228361608 -CurrentValuePh2[38]=-0.79280888 -CurrentValuePh3[38]=0 -ElecAngleValue[39]=312 -CurrentValuePh1[39]=-0.418361438437887 -CurrentValuePh2[39]=-0.79109706 -CurrentValuePh3[39]=0 -ElecAngleValue[40]=320 -CurrentValuePh1[40]=-0.546611404305135 -CurrentValuePh2[40]=-0.78927889 -CurrentValuePh3[40]=0 -ElecAngleValue[41]=328 -CurrentValuePh1[41]=-0.651373323646622 -CurrentValuePh2[41]=-0.78738366 -CurrentValuePh3[41]=0 -ElecAngleValue[42]=336 -CurrentValuePh1[42]=-0.743859140125114 -CurrentValuePh2[42]=-0.7854425 -CurrentValuePh3[42]=0 -ElecAngleValue[43]=344 -CurrentValuePh1[43]=-0.831304490648428 -CurrentValuePh2[43]=-0.7834881 -CurrentValuePh3[43]=0 -ElecAngleValue[44]=352 -CurrentValuePh1[44]=-0.916152033951411 -CurrentValuePh2[44]=-0.78155429 -CurrentValuePh3[44]=0 -ElecAngleValue[45]=360 -CurrentValuePh1[45]=-1 -CurrentValuePh2[45]=-0.7796757 -CurrentValuePh3[45]=0 - -[Scripting] -ScriptLines=95 -Script[0]="" -Script[1]="" -Script[2]="" -Script[3]="" -Script[4]="" -Script[5]="" -Script[6]="" -Script[7]="" -Script[8]="" -Script[9]="" -Script[10]="" -Script[11]="" -Script[12]="" -Script[13]="" -Script[14]="" -Script[15]="" -Script[16]="" -Script[17]="" -Script[18]="" -Script[19]="" -Script[20]="'' example Script" -Script[21]="' this is the main function called when the run script button is pressed" -Script[22]="' the function is passed the current title of the motor project" -Script[23]="Function MainFunction(Title)" -Script[24]="dim mcad" -Script[25]="set mcad = createobject(""motorcad.appautomation"")" -Script[26]="call mcad.showmessage(""example of script for ""+ Title)" -Script[27]="" -Script[28]="' speed up the set by setting to avoid immediate update of input" -Script[29]="call mcad.AvoidImmediateUpdate(true)" -Script[30]="" -Script[31]="' set all messages to display in a separate window" -Script[32]="' Warning: this will disable crucial popups e.g. prompts to save files, overwrite data etc" -Script[33]="' Please ensure this is the behaviour you want" -Script[34]="call mcad.SetVariable(""MessageDisplayState"",2)" -Script[35]="" -Script[36]="' set the radial cross section display" -Script[37]="'call mcad.DisplayScreen(""Radial"")" -Script[38]="" -Script[39]="' example of call to a separate function" -Script[40]="mySecondFunction(mcad)" -Script[41]="" -Script[42]="' set the scripting display" -Script[43]="call mcad.DisplayScreen(""Scripting"")" -Script[44]="" -Script[45]="' Restore the messages" -Script[46]="call mcad.SetVariable(""MessageDisplayState"", 0)" -Script[47]="" -Script[48]="End Function" -Script[49]="" -Script[50]="' this is an example of a separate function that takes mcad as a parameter" -Script[51]="Function mySecondFunction(mcad)" -Script[52]="for toothWidth = 1 to 3 step .5" -Script[53]="call mcad.showmessage(""Tooth width = "" + CStr(toothWidth))" -Script[54]="call mcad.SetVariable(""Tooth_Width"", toothWidth)" -Script[55]="call mcad.DoSteadyStateAnalysis" -Script[56]="call mcad.GetVariable(""T_[WINDING_AVERAGE]"", temperature)" -Script[57]="call mcad.showmessage(""Winding temperature = "" + CStr(temperature))" -Script[58]="" -Script[59]="' to be able to stop a script from the stop button need this code in the innermost loop" -Script[60]="' this asks Motor-CAD if the stop button has been pressed" -Script[61]="if mcad.IsStopRequested then exit function end if" -Script[62]="" -Script[63]="" -Script[64]="Next" -Script[65]="" -Script[66]="" -Script[67]="' myExcelCall" -Script[68]="" -Script[69]="End Function" -Script[70]="" -Script[71]="' this function is called the first time when scripting is run during the analysis" -Script[72]="' this allows parameters to be initialised" -Script[73]="Function Initialisation(Title)" -Script[74]="" -Script[75]="End Function" -Script[76]="" -Script[77]="' this function is called when scripting is run during the analysis after the duty cycle has completed" -Script[78]="' this allows any calculations to be made at the end of the transient" -Script[79]="Function Finalisation(Title)" -Script[80]="" -Script[81]="End Function" -Script[82]="" -Script[83]="" -Script[84]="" -Script[85]="" -Script[86]="' this is an example of putting values into excel" -Script[87]="'Function myExcelCall" -Script[88]="' dim excel" -Script[89]="' set excel = createObject(""excel.application"")" -Script[90]="' excel.visible = TRUE" -Script[91]="' excel.workbooks.add" -Script[92]="" -Script[93]="' excel.cells(1,1).value = ""temperature""" -Script[94]="'End Function" - -[Python_Scripting] -ScriptLines_Python=36 -Python_Script[0]="# need to import win32com.client to use MotorCAD.AppAutomation " -Python_Script[1]="import win32com.client " -Python_Script[2]=" " -Python_Script[3]="#define a function to use later" -Python_Script[4]="def myfunction():" -Python_Script[5]=" array_ToothWidths = [1,1.5,2,2.5,3]" -Python_Script[6]=" for toothWidth in array_ToothWidths: " -Python_Script[7]=" mcApp.showmessage(""Tooth width = "" + str(toothWidth))" -Python_Script[8]=" mcApp.SetVariable(""Tooth_Width"", toothWidth)" -Python_Script[9]=" mcApp.DoSteadyStateAnalysis() " -Python_Script[10]=" ex, temperature = mcApp.GetVariable(""T_[WINDING_AVERAGE]"", )" -Python_Script[11]=" mcApp.showmessage(""Winding temperature = "" + str(temperature)) " -Python_Script[12]="" -Python_Script[13]=" #to be able to stop a script from the stop button need this code in the innermost loop" -Python_Script[14]=" #this asks Motor-CAD if the stop button has been pressed" -Python_Script[15]=" isTrue = mcApp.IsStopRequested()" -Python_Script[16]=" if isTrue:" -Python_Script[17]=" print(""Stop Requested"")" -Python_Script[18]=" break " -Python_Script[19]="" -Python_Script[20]="# create Motor-CAD ActiveX connection" -Python_Script[21]="mcApp = win32com.client.Dispatch(""MotorCAD.AppAutomation"")" -Python_Script[22]="" -Python_Script[23]="# set all messages to display in a separate window" -Python_Script[24]="# Warning: this will disable crucial popups e.g. prompts to save files, overwrite data etc" -Python_Script[25]="# Please ensure this is the behaviour you want" -Python_Script[26]="mcApp.SetVariable(""MessageDisplayState"",2) " -Python_Script[27]="" -Python_Script[28]="# run the function declared above" -Python_Script[29]="myfunction() " -Python_Script[30]="" -Python_Script[31]="" -Python_Script[32]="# restore the message dialogs" -Python_Script[33]="mcApp.SetVariable(""MessageDisplayState"", 0)" -Python_Script[34]=" " -Python_Script[35]="# end of script " - +[Header] +Program_Name=Motor-CAD +Program_Module=BPM-Therm +Program_Version=15.1.6.1 +Licence_Name_Line1=Mathworks_Llacer +Licence_Name_Line2= +User=agonzale +Licence_System=FlexLM +File_Date=04/10/2022 18:58:21 +Title=e8 +Partial_file=False + +[File_History] +Previous_Version[1]=13.2.4.1 16/10/2020 15:18:07 +Previous_Version[2]=agonzale Mathworks_Llacer 14.1.17.1 10/03/2022 15:47:32 + +[File_Notes] +Data_File_Notes[1]=eMobility;IPM;Automotive;Stranded Distributed;10,000;80;Water Jacket;Sine;Based on Leaf 2012. Includes Single Rotor Pole DXF geometry.; + +[Units] +Units_Length=mm +Units_Conductivity=W/m/C +Units_Density=kg/m3 +Units_Cp=J/kg/C +Units_Dynamic_Viscosity=kg/m/s +Units_Kinematic_Viscosity=m2/s +Units_Weight=kg +Units_Temperature=C +Units_Heat_Transfer_Coefficient=W/m2/C +Units_Thermal_Resistance=C/W +Units_Thermal_Capacitance=J/C +Units_Torque=Nm +Units_Reversible_Temperature_Coefficient_of_Br_and_HcJ=%/C +Units_Velocity=m/s +Units_Time=secs +Units_Speed=rpm +Units_Resistance=ohms +Units_Loss=Watts +Units_Current=Amps +Units_Volume_Flow_Rate=l/min +Units_Altitude=m +Units_Pressure=Pa +Units_Flux_Density=Tesla +Units_Current_Density=Amps/mm2 +Units_Magnetic_Field=A/m +Units_Electrical_Resistivity=Ohm.m +Units_Electrical_Loading=Amps/m +Units_Back_EMF_Constant_Ke=Vs/rad +Units_Force=kN +Units_Force_Density=N/m2 +Units_Stress=MPa +Units_Inertia=kg.m2 +Units_Area_Moment_Inertia=mm4 +Units_Stiffness=MN/m +Units_Vehicle_Speed=km/h +Units_Acceleration=m/s2 +Units_Sound_Pressure=dB + +[Calc_Options] +Motor_Type=BPM +Through_Ventilation=True +Cooling_Type=Through_Ventilation +Constant_Speed_Fan=True +Include_Radiation=Radiation_Included +Include_Internal_Radiation=Radiation_Not_Included +Include_Fin_Efficiency=Fin_Efficiency_Included +Include_Rt_Endcap_Axial=True +Include_Rt_Endcap_Radial=True +Axle_Mounting=Not_Mounted_BPMOR +Rotor_Mounting=Open +Motor_Orientation=Horizontal_Mount +Speed_Dependant_Losses=False +Airgap_Model=Conduction_And_Convection +EWdg_Active_Layer_Connection=Outer_Active_Layer +EndWdg_Specification=Winding_Expansion +EndCap_Specification=EndCap_Thickness +Winding_Layer_Model=Wire_and_Copper_Area +Winding_layer_definition=Automatic +Rotor_Winding_layer_definition=Automatic +No_of_target_winding_layers=10 +No_of_target_rotor_winding_layers=10 +Wet_Rotor=False +Housing_Water_Jacket=True +Shaft_Spiral_Groove=False +Rotor_Water_Jacket=False +Slot_Water_Jacket=False +Default_End_Space_Correlation=Scubert_EW +Stall_Copper_Loss_Dist=All_Equal +Spray_Cooling=False +Stator_Tooth_Nodes=One_Node +Endcap_Vents_Front=Endcap_Vents_Closed +Endcap_Vents_Rear=Endcap_Vents_Closed +Fixed_Plate_Temperature=False +Fixed_Base_Temperature=False +Fixed_Shaft[F]_Temperature=False +Fixed_Shaft[R]_Temperature=False +Fixed_Axle[F]_Temperature=False +Fixed_Axle[R]_Temperature=False +Fixed_Endcap[F]_Temperature=False +Fixed_Endcap[R]_Temperature=False +Copper_Loss_From_Layer_Area=True +Filled_Rotor_Pole_Space=Not_Filled +Fin_Input_Options=Fin_Pitch_Thickness +BPM_Fault_Type=BPM_Multi_Phase_OC +SRM_Fault_Type=SRM_Multi_Phase_OC +Brush_Holder=Not_In_Model +NumberBearingLossPoints=20 +Bearing_Loss_Values_Speed[0]=0 +Bearing_Loss_Values_Temp[0]=20 +Bearing_Loss_Values_Loss[0]=0 +Bearing_Loss_Values_Speed[1]=0 +Bearing_Loss_Values_Temp[1]=40 +Bearing_Loss_Values_Loss[1]=0 +Bearing_Loss_Values_Speed[2]=0 +Bearing_Loss_Values_Temp[2]=80 +Bearing_Loss_Values_Loss[2]=0 +Bearing_Loss_Values_Speed[3]=0 +Bearing_Loss_Values_Temp[3]=140 +Bearing_Loss_Values_Loss[3]=0 +Bearing_Loss_Values_Speed[4]=0 +Bearing_Loss_Values_Temp[4]=200 +Bearing_Loss_Values_Loss[4]=0 +Bearing_Loss_Values_Speed[5]=1000 +Bearing_Loss_Values_Temp[5]=20 +Bearing_Loss_Values_Loss[5]=0.8 +Bearing_Loss_Values_Speed[6]=1000 +Bearing_Loss_Values_Temp[6]=40 +Bearing_Loss_Values_Loss[6]=0.6 +Bearing_Loss_Values_Speed[7]=1000 +Bearing_Loss_Values_Temp[7]=80 +Bearing_Loss_Values_Loss[7]=0.5 +Bearing_Loss_Values_Speed[8]=1000 +Bearing_Loss_Values_Temp[8]=140 +Bearing_Loss_Values_Loss[8]=0.4 +Bearing_Loss_Values_Speed[9]=1000 +Bearing_Loss_Values_Temp[9]=200 +Bearing_Loss_Values_Loss[9]=0.3 +Bearing_Loss_Values_Speed[10]=5000 +Bearing_Loss_Values_Temp[10]=20 +Bearing_Loss_Values_Loss[10]=10 +Bearing_Loss_Values_Speed[11]=5000 +Bearing_Loss_Values_Temp[11]=40 +Bearing_Loss_Values_Loss[11]=6.5 +Bearing_Loss_Values_Speed[12]=5000 +Bearing_Loss_Values_Temp[12]=80 +Bearing_Loss_Values_Loss[12]=4 +Bearing_Loss_Values_Speed[13]=5000 +Bearing_Loss_Values_Temp[13]=140 +Bearing_Loss_Values_Loss[13]=3 +Bearing_Loss_Values_Speed[14]=5000 +Bearing_Loss_Values_Temp[14]=200 +Bearing_Loss_Values_Loss[14]=2.5 +Bearing_Loss_Values_Speed[15]=10000 +Bearing_Loss_Values_Temp[15]=20 +Bearing_Loss_Values_Loss[15]=25.5 +Bearing_Loss_Values_Speed[16]=10000 +Bearing_Loss_Values_Temp[16]=40 +Bearing_Loss_Values_Loss[16]=17.5 +Bearing_Loss_Values_Speed[17]=10000 +Bearing_Loss_Values_Temp[17]=80 +Bearing_Loss_Values_Loss[17]=9.5 +Bearing_Loss_Values_Speed[18]=10000 +Bearing_Loss_Values_Temp[18]=140 +Bearing_Loss_Values_Loss[18]=6 +Bearing_Loss_Values_Speed[19]=10000 +Bearing_Loss_Values_Temp[19]=200 +Bearing_Loss_Values_Loss[19]=5 +Full_Winding_Circuit_View=False +TransientGraphUpdateDisabled=False +EditingCircuitComponentPosition=False +CircuitEditing=False +CircuitFlowEditing=False +ShowWatermarks=True +StatorForceNodes_PerTooth=1 +RotorForceNodes_PerPole=1 +RotorForceNodes_PerBar=1 +AirgapHTCMethod=1 +AirgapLaminarVorticesMethod=0 +AirgapTurbulentVorticesMethod=0 +AirgapTurbulentMethod=0 +AirgapTempForEmagCalc=1 +RectangularDuctCSAMethod=1 +ConductorPlacement=0 +WindingBitmapSizeFactor=1 +ConductorPositions=0 +ConductorCols_Left=4 +ConductorCols_Right=4 +PlacementRotationAngle_L=0 +PlacementRotationAngle_R=0 +XCoord_L=-2.74715929335667 +YCoord_L=84.5338362172082 +XCoord_R=2.74715929335667 +YCoord_R=84.5338362172082 +ConductionPositionStep=1 +FirstSetConductors=66 +SecondSetConductors=54 +UseSeparateEndRingNodes=True +UseSeparateRotorEndNodes=True +RotorEWdg_Roughness_F=1 +RotorEWdg_Roughness_R=1 +MaxWindingCalibration=1 +AvWindingCalibration=1 +FEShading_Thermal=1 +FEShading_Magnetic=1 +FEShading_Mechanical=1 +FEShading_MagneticLosses=4 +FEShadingRegion_Magnetic=0 +FEShadingRegionString_Magnetic=All +FEShadingRegion_Thermal=0 +FEShadingRegionString_Thermal=All +FEShadingRegion_Mechanical=0 +FEShadingRegionString_Mechanical=All +FEShadingFunction_Magnetic=B//T +FEShadingFunction_Thermal= +FEShadingFunction_Mechanical= +EWdg_Overhang_Specification=0 +SlotType=0 +Slot_Area_Calculation=1 +MountingType=0 +IMLookupResetMethod=1 +SkewDefinition=0 +IMCageSize=0 +IMRotorWindingModel=1 +LockedRotorFrequencyPoints=3 +LockedRotorFrequencyProp[0]=1 +LockedRotorFrequencyProp[1]=0.5 +LockedRotorFrequencyProp[2]=0.1 +StatorIronStrayLoadLossesVaryWithTemp=False +StatorIronStrayLoadTempAtWhichLossInput=20 +RotorIronStrayLoadLossesVaryWithTemp=False +RotorIronStrayLoadTempAtWhichLossInput=20 +StatorCopperStrayLoadLossesVaryWithTemp=False +StatorCopperStrayLoadTempAtWhichLossInput=20 +RotorCopperStrayLoadLossesVaryWithTemp=False +RotorCopperStrayLoadTempAtWhichLossInput=20 +FEA_ThermalSlot_LossDistribution=0 +DistributedLossAreaSelection=0 +NonSteelWedgeLossModel=1 +TotalLossCalculationMethod=1 +ShaftTorqueCalculationMethod=1 +HysIronLossMethod=4 +InteriorVUMagnetResistanceCalc=1 +SurfaceBreadloafAreaCalc=1 +VSimple_Positioning_Method=1 +RMSPhaseCurrentMethod=1 +CalculateInductanceDerivative=False +SquareWaveInductanceCalc=0 +CalculatedCurrentsInductanceMethod=1 +EnableAdvancedUI_Drive=False +UseMagnetTempLinkMethod_Lab=1 +RatioSetting_SleeveBanding=1 +SleeveBandingRatioSetting=1 +RatioSetting_MagnetReduction=1 +RotorCopperLossesVaryWithTemp=False +IM_TopBar_TipAngle_DrawMethod=1 +IM_BottomBar_TipAngle_DrawMethod=1 +TransientAbsoluteError=0.01 +TransientRelativeError=0.01 +TransientErrorWeightingMethod=1 +TransientMinCapMethod=1 +TransientErrorWeighting=0.01 +TransientMaxIterations=50000 +CancelTransientOnMaxEvaluations=True +SteadyStateMinIterations=1 +Steady_State_Max_Iterations=1000 +Steady_State_Max_Convergence_Error_dT=0.5 +SteadyStateConvergenceMethod=0 +ThermalPowerFlowCalc=1 +DutyCycleSpeedAutoPointInsertion=False +DutyCycleSpeedMaxDifference=100 +IncludeCoilDividerNode=False +ConductorPositionLevel=4 +PortunusExportScaling=4 +AirDividerLayerConnection=0 +AirDividerFluidCalc=1 +ComponentColours=0 +EWdgAreaCalculation=1 +SyncRotorEWdgMLTCalc=1 +SyncLinerAreaCalculation=1 +SyncLinerAreaWeightCalculations=1 +SyncRotorCuboidalWindingModel=0 +SyncRotorCircuit=1 +SyncRotorWindingTempCalc=1 +WindingToLamCalculation=1 +LinerToothSideRtCalc=1 +WireInsThicknessCalculation=1 +UpdateCircuitDuringSolving=False +AxialSliceDefinition=1 +RampSteps=100 +IterationAverageCycles=1 +CyclesAtEachAverage=10 +AverageCyclesMinPoint=250 +SteadyAveragingMethod=0 +EndSpaceChangeRate=1000 +EndCapVentCalculation=0 +CirculatingFlowFluidPaths=True +InitialTransientTemperatureOption=0 +Initial_Machine_Temperature=25 +InitialHousingTemperature=40 +InitialStatorTemperature=40 +InitialWindingTemperature=40 +InitialRotorTemperature=40 +InitialMagnetTemperature=40 +InitialRotorCopperTemperature=60 +InitialFlangeTemperature=40 +InitialTransientMagTempMethod=1 +Radiaton_View_Factor_Editable=False +Windage_Loss_Definition=0 +Windage_Loss_Multiplier=1 +WindageGraph_MaxSpeed=10000 +Bearing_Loss_Definition=0 +EndWindingLossSplitDefinition=1 +WetRotor_RotorWJ_Connection=False +ShaftSG_SlotWJ_Connection=False +HousingWJ_RotorWJ_Connection=False +HousingWJ_SprayCooling_Connection=False +WetRotor_SlotWJ_Connection=False +WetRotor_SlotWJ_FlowSplit=0.5 +TVent_SlotWJ_Connection=False +TVent_SlotWJ_Connection_Method=1 +TVent_SlotWJ_FlowSplit=0.5 +TVent_HousingWJ_Connection=False +ACLossTemperatureScalingMethod=1 +UserStrayLoadLossRatio_StatorIron=0.75 +UserStrayLoadLossRatio_RotorIron=0.25 +UserStrayLoadLossRatio_StatorCopper=0 +UserStrayLoadLossRatio_RotorCopper=0 +ConductorSeparationControl=True +PeriodsPerGraphUpdate=20 +TransientPointsToPlot=1 +TransientDataLogging=False +HousingWJFlowRemoved=False +HousingWJCircularDuctCalc=1 +HousingWJRectangularDuctCalc=1 +HousingWJDuctWallThicknessCalc=1 +CircularDuctsFlowCalc=1 +BearingLossSource=0 +BearingLossVisualisationSpeed=2000 +BearingLossMultiplier=1 +BearingTempForEmagCalc=1 +RadialFlowVisualisation=True +FlowVisualisationTailWidth=2 +FlowVisualisationHeadWidth=8 +FlowVisualisationArrowScaling=1 +FlowVisualisationMinArrowLength=20 +FlowVisualisationArrowSpacingFactor=0.1 +IncludeExternalShaftForcedConvection=1 +IronLossFactorWithLossVariationTempLoad=False +CapacitanceAdjustment=1 +InsulationLifetimeMethod=0 +InsulationLifetimeAtTempRef1=20000 +InsulationLifetimeAtTempRef2=10000 +InsulationLifeRefTemp1=180 +InsulationLifeRefTemp2=190 +RotorCageLossSplit=0 +UserCopperLossRatio_Active=0.7 +UserCopperLossRatio_EndRing_F=0.15 +UserCopperLossRatio_EndRing_R=0.15 +SpeedDesignType=0 +WindingModelType=1 +CuboidalkValueDefinition=0 +HairpinActiveKValueCalc=1 +HairpinWedgePathRtCalc=1 +ConductorToothSeparationCalc=1 +FlowBetweenRectangularConductorsAreaCalc=1 +StatorConductivityModel=0 +FlowBetweenConductorsCuboidModel=1 +IM1PH_ImpregAreaRatiosCalculation=1 +CuboidConductorOnlyModelCalc=1 +FormWoundRtCalc=1 +WedgeDividerRtCalc=1 +MagnetRadialRtCalc=1 +WindingSize=2 +CuboidHeightMethod=1 +CuboidHeightMethod_SlotWJ=1 +WireInsulationWeightsMethod=1 +HybridACLossMethod=0 +WindingCuboidPositionDefinition=0 +OuterWindingWidth=0 +OuterWindingHeight=0 +InnerWindingWidth=0 +InnerWindingHeight=0 +CuboidEWdgConnection=1 +CuboidLengthCalc=1 +CuboidEWdgLengthCalc=1 +SyncRotorCuboidEWdgLengthCalc=1 +ParticleNumber=30 +ParticleSwarmIterations=100 +ConvergenceTolerance=0.2 +ParticleSwarmModelType=0 +SwarmProportionalValue=0.8 +ReducedCircuitState=0 +FixedTemperatureMethod=1 +SteadyStateAveraging=0 +TransientSolver=1 +FEAPoleFixedTemperature=0 +FEASlotFixedTemperature=0 +MagnetModelType=0 +StatorCopperLossSplit=0 +UserStatorCopperLossRatio_Active=0.5 +UserStatorCopperLossRatio_EndWdg_F=0.25 +UserStatorCopperLossRatio_EndWdg_R=0.25 +TorqueNumberCycles=1 +TorquePointsPerCycle=36 +BackEMFNumberCycles=1 +BackEMFPointsPerCycle=30 +CoggingNumberCycles=2 +CoggingPointsPerCycle=10 +InductanceNumberCycles=1 +InductancePointsPerCycle=5 +InductanceCalcMethod_BPM=0 +InductanceSolver_BPM=1 +LockedRotorNumberCycles=2 +LockedRotorPointsPerCycle=30 +CoreLossNumberCycles=1 +CoreLossPointsPerCycle=10 +IMSingleLoadPointsPerCycle=30 +IMSingleLoadNumberCycles=2 +IMLookupPoints_Saturation=20 +IMLookupPoints_Loss=20 +IMLookupPoints_Analytic=20 +StrayLoadLossCalculationType=0 +MagneticGraphDrawing=0 +MagneticGraphLegendLocation=0 +MagneticGraphPenWidth=1 +WindingPatternPenWidth=2 +EMFGraphValues=1 +TerminalGraphValues=1 +CurrentGraphValues=0 +FEAverageGraph=False +VirtualWorkGraph=True +MaxwellStressGraph=False +FluxLinkageGraph=False +AlignmentGraph=False +ReluctanceGraph=False +CoggingGraph=False +CoggingTorqueGraph_VW=True +CoggingTorqueGraph_CE=True +TorqueSpeedCalcs=8 +TorqueSpeedPhaseAdv_Upper=70 +TorqueSpeedPhaseAdv_Lower=0 +DrawPoints_TorqueSpeed=True +MaxHarmonicOrder=200 +HarmonicAmplitude=0 +MaxWindingHarmonicOrder=200 +WindingHarmonicAmplitude=0 +WindingPatternDisplay=0 +PlotAllInductancePhases=False +PlotSmallSignalBiasCurrents=False +CoggingHarmonicBaseFrequency=2 +TorqueHarmonicGraph_BaseType=0 +LimitToAirgapHToConduction=0 +CalculationRotatingDuct=0 +RotorWJHeatTransferCalc=1 +CalculationDevelopingFlow=0 +NumberOfCuboids=2 +MinimumTemperatureTolerance=100 +StatorCopperLossVariation=0 +StatorBackIronUnevenLossAddition=1 +MagneticSolver=0 +ConductorMeshControl=True +TransientGraphColours=1 +ExternalApplicationCoupling=0 +MaxwellFileName= +MaxwellProject=ipm_1 +MaxwellAnalysis=Setup1 +MaxwellDesign=RMxprtDesign1 +SpeedFileName= +RemoveMotorCADCircuit=0 +RemoveMotorCADCircuit_Flow=0 +TorqueGraphScale=0 +iTorqueGraphScale=0 +FormWoundConductorSeparation=1 +LamHousingCoolingNodes=0 +FluidPathsCompensationFactor=0.8 +FluidPathsScaleFactor=1 +FluidPathsCompensationEnabled=0 +FluxDensitySkewMethod=1 +FluxDensitySkewMethod_Iron=0 +IMSkewingMethod=0 +IMSkewingCalc_Compatibility=1 +IMTorqueMethod=1 +IMLockedRotorInductanceMethod=1 +IMSkinEffectMethod=1 +KEndringCalculationMethod=1 +IMRadialDuctMethod=1 +IMLossSumMethod=1 +AutomaticStrayLoadLossMethod=1 +EndringInductanceMethod=0 +IMEndringExtensionCorrectionMethod=1 +SlotLeakageInductanceMethod_Stator=1 +SlotLeakageInductanceMethod=1 +SlotLeakageInductanceMethod_Rotor=1 +StatorLeakageInductanceMethod=1 +RotorToStatorInductanceFactorMethod=1 +IncludeSteadyStatorPowerFlowError=False +FlowSolverMethod=1 +BidirectionalSolveMethod=0 +RotorRotation=0 +StatorRotation=0 +IMAccelerationGraph=0 +IMEfficiencyGraph=0 +BPMShortCircuitGraph=0 +TorqueSpeedGraph=0 +TorqueCharacteristicPlotSelect=0 +IMRotorThermalCircuitMethod=1 +ImprovedFormWoundEWdgDrawing=True +MaxCurrent_MagnetisationCurves=5 +PositionPoints_MagnetisationCurves=5 +CurrentPoints_MagnetisationCurves=5 +EWdgInductanceCalc=0 +EWdgInductanceCalc_IM1PH=2 +EndWindingLengthMethod=2 +FieldWindingLengthMethod=1 +ForceRadialGraph=True +ForceTangentialGraph=True +ForceXGraph=False +ForceYGraph=False +ForceLocation=0 +ForceHarmonics=0 +TemporalForceHarmonic_Node=0 +SpatialForceHarmonic_TimeStep=0 +FlowResistanceTolerance=1E99 +TVentShaftCooling=0 +OpenCircuitCalc=0 +AmbientTemperatureSetting=0 +TransientMinimumCapacitanceEnabled=0 +TransientMinimumCapacitance=1E-5 +Sensitivity_ExportMatrices=False +FEALossCalcType=1 +CustomMaterial_IronLossMethod=1 +StackingFactorIronLossMethod=0 +SprayCoolingCircuit=1 +SprayCoolingCoverageCalc=1 +SprayCoolingSyncEWdgCalc=1 +SprayCoolingCorrelation=1 +SprayCoolingSubmerged=1 +SprayCoolingRotorTargetLengthCalc=1 +SprayCoolingHairpinFrontRInternalFlowCalc=1 +ShaftSG_RotorWJ_Connection=False +RotorWJ_SprayCooling_Connection=False +FlangePlateAreaCalc=1 +EndcapFlangeCalc=1 +SlotWJ_HousingWJ_Connection=False +HousingWJ_SlotWJ_Connection=False +ShaftSolve=1 +CommutatorCircuitCalc=1 +SlotWJCircuit=1 +SlotWJSeparateDuctsRtCalc=1 +SlotWJCentreDuctsFlowRtCalc=1 +SlotOpeningWidthSetting=1 +ShaftSpiralGrooveHTCCalc=1 +ESpaceRotorHTCCalc=1 +ShaftSpiralGrooveFrictionCalc=1 +ShaftSpiralGrooveDimensionsCalc=1 +ShaftSpiralGrooveSprayCoolingCalc=1 +Sleeve2D3DFactorCalc=3 +Banding2D3DFactorCalc=1 +K_Radial_User_A=0.25 +K_Radial_User=0.25 +K_Tangential_User_A=0.25 +K_Tangential_User=0.25 +K_Axial_User_A=386 +K_Axial_User=386 +K_Radial_User_F=0.25 +K_RadialEWdg_User=0.25 +K_Tangential_User_F=0.25 +K_TangentialEWdg_User=0.25 +K_Axial_User_F=386 +K_AxialEWdg_User=386 +K_Radial_User_R=0.25 +K_Tangential_User_R=0.25 +K_Axial_User_R=386 +RtAirgapSlicesCalc=1 +MagneticHousingSetting=0 +IncludeDucts_Magnetic=0 +HairpinConductors_FEA=0 +EndcapCapacitanceCalc=1 +PottingCapacitanceCalc=1 +BPMORWdgExtPottingRtCalc=1 +InnerWindingESpaceAreaCalc=1 +FlowAreaWindingIncludeSleeve=1 +TVentEWdgOuterVelocityCalc=1 +TVentBiDirectionDuctFlowRtCalc=1 +TVentRotorDuctFlowCalc=1 +TVentSyncSalientPoleFlowAreaCalc=1 +TVent_PMDC_WFC_Calculation=1 +RotorThermalCircuit=0 +CuboidAvgAirCondCalc=1 +ToothCapacitanceSlicesCalc=1 +ToothAxialRtCalc=1 +BPMORToothRtCalc=1 +URotorPocketCondCalc=1 +UMagnetAirCondCalc=1 +URotorAreaSpokeSpiderCalc=1 +URotorRadialDuctWeightCalc=1 +URotorMagnetPoleCentreCalc=1 +URotorMagnetPoleInnerRadiusCalc=1 +RectStatorDuctSurfaceAreaCalc=1 +RadialDuctAxialLengthCalc=1 +HousingDiameterCalc=0 +Export3DGeometryFileName= +BPMOR_MagnetWeightDef=1 +RtRotorAxialCalc=1 +ForceAnimationFileName=.gif +ForceAnimationExportRepeat=0 +ForceAnimationExportSpeed=3 +ForceAnimationCaption=0 +ForceAnimationRepeat=0 +NumberForceHarmonicsExtract=5 +NodeAveragingAnimation=0 +GIFExport_Width=500 +GIFExport_Height=500 +ForceAnimations_SelectedAnimationsLength=1 +ForceAnimations_SelectedAnimations[0]=0 +ReportWriter_EMagModule=True +ReportWriter_ThermalModule=True +ReportWriter_LabModule=True +ReportWriter_MechModule=True +ReportWriter_ScreenShots=True +ReportWriter_Images=True +ReportWriter_Tables=True +ReportWriter_Graphs=True +ReportWriter_Date=False +ReportWriter_Time=False +ReportWriter_FullFilePath=False +ReportWriter_Notes=False +RotorCopperAreaMethod=1 +PlateInterfaceAreaCalc=1 +TransientPowerInjectionCalc=1 +ShaftAxialResistanceCalc=1 +BearingsResistanceCalc=1 +InteriorFlatAreaCalc=1 +EmbeddedMagnetCapacitanceMethod=1 +RotatingBlownOverVelocityCalc=1 +ShaftRearWeightCalc=1 +StatorLamWeightCalc=1 +HairpinEWdgWeightCalc=1 +FieldWdgSeparatorMechCalc=1 +ForcesView_TimeDomain=0 +ForcesView_FrequencyDomain=0 +SpaceTimeContours=0 +SpaceTimeForceFFTType=0 +SpaceTimeForceSlice=0 +SpaceTimeHarmonicsForceSlice=0 +FreqDomain_MinAmplitude_PointForce=0.1 +ForceDataType=0 +ForceHarmonicOrder_Plot=0 +ForceMaxOrder_Time_OL=50 +ForceMaxOrder_Time=50 +ForceMaxOrder_Time_OC=50 +ForceMaxOrder_Space_Stator_OL=50 +ForceMaxOrder_Space=50 +ForceMaxOrder_Space_Stator_OC=50 +ForceMaxOrder_Space_Rotor_OL=50 +ForceMaxOrder_Space_Rotor_OC=50 +ForcesInputType=1 +AnsysHairpinUDP=0 +AnsysHairpinCoilTips=0 +AnsysRotationDirection=0 +AnsysMeshSlider=5 +AnsysUDPSegAngle=0 +Magnetic3DView=0 +SyncRotorWindingModelType=1 +CuboidalkValueDefinition_SyncRotor=0 +K_SyncRotorRadial_User_A=0.25 +K_SyncRotorRadial_User=0.25 +K_SyncRotorTangential_User_A=0.25 +K_SyncRotorTangential_User=0.25 +K_SyncRotorAxial_User_A=386 +K_SyncRotorAxial_User=386 +K_SyncRotorRadial_User_F=0.25 +K_SyncRotorTangential_User_F=0.25 +K_SyncRotorAxial_User_F=386 +K_SyncRotorRadial_User_R=0.25 +K_SyncRotorTangential_User_R=0.25 +K_SyncRotorAxial_User_R=386 +SyncWindingSize=0 +SyncWindingWidth=0 +SyncWindingHeight=0 +SyncRotorCuboidHalfSlotMult=0 +SyncRotorCuboidAreaMult=0 +SyncRotorVolumeCalc=1 +SyncFieldWdgAreasCalc=1 +RtImpregSingleConductorColumnCalc=1 +RtHousing_A_RadialCalc=1 +EndWdgEnamelModel=1 +HairpinEnamelThicknessCalc=1 +SlotWJAxialLengthCalc=1 +AnsysArcSegmentMethod=0 +AnsysArcSegmentDegrees=2 +FEASlotAreaCalculation=1 +TransientTempOffset=0 +HairpinACLossLocationMethod=1 +Slot_Type=Parallel_Tooth +Mounting_Type=Not_Mounted +WindingModel=1 +SyncRotorWindingModel=1 +NumberForcePoints=0 +NumberForceNodes_PerTooth=1 +NumberForcePoints_PerNode=10 +Steady_State_Convergence=dT_Percent + +[Design_Options] +Sync_Rotor=Sync_Salient_Pole +HousingType=12 +BPMRotor=11 +Top_Bar_Type=2 +Bottom_Bar_Type=0 +SyncCommutator=0 +OpenGL_Quality=8 +OpenGL_NumRadialDuctArrows=8 +SolidListFilter=0 +MessageWindowPosition=2 +Leakage_Display=1 +Scale_Display=1 +MatrixTextSeparator= +AirgapDefinition=0 +ACLosses_IncludeBundleEffect=True +BPMRotor_MagnetDrawing=1 +BPMOR_MagnetGapClosureDrawing=2 +Rotor_VWebDrawing=1 +Rotor_VWebLengthDrawingOption=1 +Rotor_VPostDrawingOption=1 +FlatWeb_MagnetGapLayer_DrawingOption=1 +SyncRotorParallelToothDrawing=1 +DrawDatumLine=True +CornerRounding_Rotor=0 +CornerRounding_Magnets=0 +Rotor_UMagnet_CornerRounding_Option=1 +Rotor_UMagnet_OuterMagnetPosition_Option=1 +EndRingExtOuterRadiusMethod=1 +SRM_StatorPole_MaxFilletRadius_Option=1 +Rotor_VSimple_MagnetDrawing_Option=1 +Housing_Type=Water_Jacket +BPM_Rotor=Interior_VShape +Feedback_Type=Not_Fitted + +[Winding_Design] +Wdg_Definition=Conductors_Slot +EWdg_Definition=EWdg_MLT +Wedge_Model=Wedge +Slot_Fill=0.714668974567745 +Mat_[Liner-Lam]=Impregnation +Impreg_Layer1_Multiplier=0.5 +Liner_Layers=Single_Layer +Number_Liner_Layers=3 +Liner_Layer_Thickness_1=0.1 +Liner_Layer_Conductivity_1=0.21 +Liner_Layer_Specific_Heat_1=1000 +Liner_Layer_Density_1=700 +Liner_Layer_Notes_1= +Liner_Layer_Thickness_2=0.1 +Liner_Layer_Conductivity_2=0.21 +Liner_Layer_Specific_Heat_2=1000 +Liner_Layer_Density_2=700 +Liner_Layer_Notes_2= +Liner_Layer_Thickness_3=0.1 +Liner_Layer_Conductivity_3=0.21 +Liner_Layer_Specific_Heat_3=1000 +Liner_Layer_Density_3=700 +Liner_Layer_Notes_3= +Liner_Layer_Thickness_4=0.1 +Liner_Layer_Conductivity_4=0.21 +Liner_Layer_Specific_Heat_4=1000 +Liner_Layer_Density_4=700 +Liner_Layer_Notes_4= +Liner_Layer_Thickness_5=0.1 +Liner_Layer_Conductivity_5=0.21 +Liner_Layer_Specific_Heat_5=1000 +Liner_Layer_Density_5=700 +Liner_Layer_Notes_5= +ConductorsSlotBase=0.01 +ConductorsSlotTooth=0.01 +ConductorsVertical=0.02 +ConductorsHorizontal=0.02 +ConductorSeparation=0.02 +Slot_Depth_Reduction/Slot[0]=0 +Slot_Depth_Reduction/Slot[1]=0 +Slot_Depth_Reduction/Slot[2]=0 +Slot_Depth_Reduction/Slot[3]=0 +Slot_Depth_Reduction/Slot[4]=0 +Slot_Depth_Reduction/Slot[5]=0 +Slot_Depth_Reduction/Slot[6]=0 +Slot_Depth_Reduction/Slot[7]=0 +Slot_Depth_Reduction/Slot[8]=0 +Slot_Depth_Reduction/Slot[9]=0 +Slot_Depth_Reduction/Slot[10]=0 +Slot_Depth_Reduction/Slot[11]=0 +Slot_Depth_Reduction/Slot[12]=0 +Slot_Depth_Reduction/Slot[13]=0 +Slot_Depth_Reduction/Slot[14]=0 +Slot_Depth_Reduction/Slot[15]=0 +Slot_Depth_Reduction/Slot[16]=0 +Slot_Depth_Reduction/Slot[17]=0 +Slot_Depth_Reduction/Slot[18]=0 +Slot_Depth_Reduction/Slot[19]=0 +Slot_Depth_Reduction/Slot[20]=0 +Slot_Depth_Reduction/Slot[21]=0 +Slot_Depth_Reduction/Slot[22]=0 +Slot_Depth_Reduction/Slot[23]=0 +Slot_Depth_Reduction/Slot[24]=0 +Slot_Depth_Reduction/Slot[25]=0 +Slot_Depth_Reduction/Slot[26]=0 +Slot_Depth_Reduction/Slot[27]=0 +Slot_Depth_Reduction/Slot[28]=0 +Slot_Depth_Reduction/Slot[29]=0 +Slot_Depth_Reduction/Slot[30]=0 +Slot_Depth_Reduction/Slot[31]=0 +Slot_Depth_Reduction/Slot[32]=0 +Slot_Depth_Reduction/Slot[33]=0 +Slot_Depth_Reduction/Slot[34]=0 +Slot_Depth_Reduction/Slot[35]=0 +StatorPottedEWdg=0 +Rotor_Copper_Width=1 +Rotor_Copper_Height=1 +Rotor_Insulation_Thickness=0.1 +Rotor_Copper_Corner_Radius=0 +Rt_Active_F_EWdg_Multiplier=1 +Rt_Active_R_EWdg_Multiplier=1 +Rt_FormWoundCoilBackIron_Multiplier=1 +Rt_FormWoundOuterCoilTooth_Multiplier=1 +iRt_FormWoundOuterCoilTooth_Multiplier=1 +Rt_FormWoundInnerCoilTooth_Multiplier=1 +iRt_FormWoundInnerCoilTooth_Multiplier=1 +NumberOfWireSizes=1 +Copper_Width=1 +Copper_Width_2=1 +Copper_Width_3=1 +Copper_Height=1 +Copper_Height_2=1 +Copper_Height_3=1 +Insulation_Thickness=0.1 +Insulation_Thickness_2=0.1 +Insulation_Thickness_3=0.1 +Copper_Corner_Radius=0 +Copper_Corner_Radius_2=0.1 +Copper_Corner_Radius_3=0.1 +MinEWdgSeparation=0 +EWdgLayerLength_F_Adj[0]=1 +EWdgLayerLength_R_Adj[0]=1 +LitzWireWidth=0.55 +LitzWireHeight=1.4 +LitzWireInsulationThickness=0.01 +LitzWireSubConductors=8 +LitzSubConductor_WireDiameter=0 +LitzSubConductor_CopperDiameter=0 +AllowSingleColumnCentring=True +Copper_Diameter=0.8 +Copper_Diameter_2=0.574 +Copper_Diameter_3=0.574 +Copper_Diameter_Aux=0.65 +Aux_Copper_Diameter=0.65 +Wire_Diameter=0.885 +Wire_Diameter_2=0.6299 +Wire_Diameter_3=0.6299 +Wire_Diameter_Aux=0.714 +Aux_Wire_Diameter=0.714 +Copper_Depth_[%]=100 +Coil_Divider_Width=2 +EWdg_Fill=0.523419960055487 +Liner_-_Lam_Gap=0 +Liner_Thickness=0.25 +Ins_Slot_Base_Thickness=0 +ConductorsPerSlot=120 +Conductors/Slot=120 +ConductorsPerSlot_2=0 +ConductorsPerSlot_3=0 +EWdg_MLT=178.888727481061 +Ins_Tooth_Side_Thickness=0 +Imp_Goodness_[Active]=0.8 +Imp_Goodness_[Liner-Lam]=0.8 +Imp_Goodness_[EWdg]=0.8 +Imp_Goodness_[Litz]=0.85 +Potting_Goodness_[EWdg]=1 +Armature_CoilStyle=0 +Armature_WindingType=0 +Wire_Type_Stator=1 +Wire_Type_Stator_2=0 +Wire_Type_Stator_3=0 +Wire_Type_Litz=0 +Wire_Type_Aux=0 +AWG_WireGaugeIndex=44 +Last_AWG_Wire_Table_Entry_Number=44 +AWG_WireGaugeIndex_2=44 +AWG_WireGaugeIndex_3=44 +SWG_WireGaugeIndex=48 +Last_SWG_Wire_Table_Entry_Number=48 +SWG_WireGaugeIndex_2=48 +SWG_WireGaugeIndex_3=48 +Metric_WireGaugeIndex=32 +Last_Metric_Wire_Table_Entry_Number=32 +Metric_WireGaugeIndex_2=20 +Metric_WireGaugeIndex_3=20 +AWG_WireGaugeIndex_Litz=56 +AWG_WireGaugeIndex_Aux=44 +Last_Aux_AWG_Wire_Table_Entry_Number=44 +Metric_WireGaugeIndex_Aux=20 +Last_Aux_Metric_Wire_Table_Entry_Number=20 +Wire_Type=Metric_Table +Aux_Wire_Type=AWG_Table +Winding_Type=Overlapping + +[Miscellaneous] +Ambient_Temperature=25 +T_Ambient_Radiation=25 +Plate_Temperature=100 +Base_Temperature=100 +Shaft[F]_Temperature=100 +Shaft[R]_Temperature=100 +Axle[F]_Temperature=100 +Axle[R]_Temperature=100 +Endcap[F]_Temperature=100 +Endcap[R]_Temperature=100 +Air_Property_Temperature=100 +Altitude=0 +Reference_shaft_speed=3000 +Stacking_Factor_[Stator]=0.97 +Stacking_Factor_[Rotor]=0.97 +Rt_[Shaft_-_Amb_(Front)]=1000000000 +Rt_[Shaft_-_Amb_(Rear)]=1000000000 +Rt_[Axle_-_Amb_(Front)]=1000000000 +Rt_[Axle_-_Amb_(Rear)]=1000000000 +ProximityLosses_ShowDetail=False +ProximityLossModel=0 +ProximityLossesUnevenDistEnabled=False +ProximityLossDistribution=0.5 +ProximityRacRdc=1 +ProximityRefSpeed=3000 +AirgapConvectiveHTCMultiplier=1 +AIRGAP_CONDUCTIVITY_MULTIPLIER=1 +EncGapConductivityMultiplier=1 +ENCODER_-_ENCCASE_CONDUCTIVITY_MULTIPLIER=1 +FinSideBaseNatConvWeighting=1 +AXIAL_FIN_HORIZ_MOUNT_SIDE/BASE_WEIGHTING=1 +ShaftSpeed=1000 +Shaft_Speed=1000 + +[Losses_At_RPM_Ref] +Losses_for_single_reference_speed=False +Armature_Copper_Loss_@Ref_Speed=20 +Stator_Copper_Loss_@Ref_Speed=20 +Armature_Copper_Freq_Component_Loss_@Ref_Speed=0 +Stator_Copper_Freq_Component_Loss_@Ref_Speed=0 +Main_Winding_Copper_Loss_@Ref_Speed=60 +Aux_Winding_Copper_Loss_@Ref_Speed=60 +Stator_Iron_Loss_@Ref_Speed_[Back_Iron]=0 +Stator_Iron_Loss_@Ref_Speed=0 +Stator_Iron_Loss_@Ref_Speed_[Tooth]=0 +Stator_Iron_Loss_@Ref_Speed_[Tooth_Tip]=0 +Windage_Loss_@Ref_Speed=0 +Windage_Loss_(Ext_Fan)_@Ref_Speed=0 +Friction_Loss_[F]_@Ref_Speed=0 +Friction_Loss_[R]_@Ref_Speed=0 +Magnet_Iron_Loss_@Ref_Speed=0 +Magnet_Banding_Loss_@Ref_Speed=0 +Stator_Bore_Sleeve_Loss_@Ref_Speed=0 +Rotor_Iron_Loss_@Ref_Speed_[Embedded_Magnet_Pole]=0 +Encoder_Loss_@Ref_Speed=1 +Rotor_Iron_Loss_@Ref_Speed_[Back_Iron]=0 +Rotor_Iron_Loss_@Ref_Speed_[Tooth]=0 +Rotor_Copper_Loss_@Ref_Speed=0 +Stator_Iron_Stray_Load_Loss_@Ref_Speed=0 +Rotor_Iron_Stray_Load_Loss_@Ref_Speed=0 +Stator_Copper_Stray_Load_Loss_@Ref_Speed=0 +Rotor_Copper_Stray_Load_Loss_@Ref_Speed=0 +Brush_Friction_Loss_@Ref_Speed=5 +Brush_VI_Loss_@Ref_Speed=0 +RotorWindingTemperatureAtWhichPcuInput=20 +RotorCopperTempCoefResistivity=0.00393 +StatorCopperTempCoefResistivity=0.00393 +StatorCopperFreqCompTempCoefResistivity=0.00393 +StatorCopperFreqCompTempExponent=0.5 +StatorIronStrayLoadTempCoefResistivity=0 +RotorIronStrayLoadTempCoefResistivity=0 +StatorCopperStrayLoadTempCoefResistivity=0 +RotorCopperStrayLoadTempCoefResistivity=0 + +[Proximity_Loss] +Percentage_Winding_Temperature_Increase_at_Proximity_RPM=0 +Proximity_RPM=10000 +HybridModel_PolynomialPower=2.5 +HybridModel_TotalLines=30 +HybridModel_FEAFluxLinePoints=10 +HybridAdjustmentFactor_ACLosses=1 + +[Copper_Loss_Vary] +Copper_Losses_Vary_With_Temperature=True +Winding_Temperature_at_which_Pcu_Input=20 + +[BPM_Rating_Test] +Losses_Vary_With_Temperature_and_Load=False +Constant_Torque_or_Constant_Current=Constant_Current +Winding_Temperature_-_Tw(i/p)=47.53 +Magnet_Temperature_-_Tm(i/p)=46.62 +Shaft_Torque_[1pu]=108.1 +Rph_@Tw(i/p)=0.01136 +Magnet_Temp_Coeff_Br=-0.12 +Iron_Loss_To_Power_Ratio=0 +Iph_[1pu]=141.4 +Torque_Constant=0.764497878359264 +Torque_Current_Multiplier=1 + +[h_Table_Params] +Input_Flow_Rate_or_Velocity=Input_Velocity +Convection_Radiation_Table_dT=50 +Internal_Radiation_Table_dT=10 +Forced_Convection_Default_RPM=3000 +Forced_Convection_Default_Velocity=5 +Forced_Convection_Default_Flow_Rate=0 + +[h_Nat_Con_Model] +Calc/Input_h[nc]_Housing_[A]_-_No_Fins=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Fin_Base=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[nc]_Housing_[A]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_No_Fins=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Fin_Base=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[nc]_Housing_[F]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_No_Fins=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Fin_Base=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[nc]_Housing_[R]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[nc]_Endcap_[F]_-_Radial=Calc_h_conv +Calc/Input_h[nc]_Endcap_[F]_-_Axial=Calc_h_conv +Calc/Input_h[nc]_Endcap_[R]_-_Radial=Calc_h_conv +Calc/Input_h[nc]_Endcap_[R]_-_Axial=Calc_h_conv +Calc/Input_h[nc]_Flange_Plate=Calc_h_conv +Calc/Input_h[nc]_Axle_Plate_[F]=Calc_h_conv +Calc/Input_h[nc]_Axle_Plate_[R]=Calc_h_conv +Calc/Input_h[nc]_Base_Plate=Calc_h_conv +Calc/Input_h[nc]_Encoder_Case_-_Radial=Calc_h_conv +Calc/Input_h[nc]_Encoder_Case_-_Axial=Calc_h_conv + +[h_Forced_Con_Model] +Calc/Input_h[fc]_Housing_[F]_-_No_Fins=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Fin_Base=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[fc]_Housing_[F]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_No_Fins=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Fin_Base=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Fin_Sides=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Fin_Tips=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Fin_Channel=Calc_h_conv +Calc/Input_h[fc]_Housing_[R]_-_Corner_Cutout=Calc_h_conv +Calc/Input_h[fc]_Endcap_[F]_-_Radial=Calc_h_conv +Calc/Input_h[fc]_Endcap_[F]_-_Axial=Calc_h_conv +Calc/Input_h[fc]_Endcap_[R]_-_Radial=Calc_h_conv +Calc/Input_h[fc]_Endcap_[R]_-_Axial=Calc_h_conv +Calc/Input_h[fc]_Flange_Plate=Calc_h_conv +Calc/Input_h[fc]_Axle_Plate_[F]=Calc_h_conv +Calc/Input_h[fc]_Axle_Plate_[R]=Calc_h_conv +Calc/Input_h[fc]_Base_Plate=Calc_h_conv +Calc/Input_h[fc]_Encoder_Case_-_Radial=Calc_h_conv +Calc/Input_h[fc]_Encoder_Case_-_Axial=Calc_h_conv + +[CoolingOptions_Notes] +Notes_-_Cooling_Options[1]=Type in user Cooling notes here ; + +[Losses_Notes] +Notes_-_Losses[1]=Type in user Losses notes here ; + +[Calculation_Notes] +Notes_-_Calculation_Options_Data[1]=Type in user Calculation option notes here ; + +[Calc_Data_Keys] +[1]=5C5E5C560044425D555B58020F504E52465B56460B16001B45135C4049595A4B5708584544545B510201525E45525E5D5B0116030C44065E475050 +[2]=5C5E5C560044425D555B58020F500F1509041F09555D147815470501091A01173A74061407001C4B13085C4043485B5246081805055B035E595458585645095F4F50525458010D5C56415E445251090D0704420B +[3]=5C5E5C560044425D555B58020F512D330A1E17115441634501511A2E525C52575D165D4C54505D5A0500 +[4]=5C5E5C560044425D555B58020F5116193E33071F5B726260155E3A3A283C02201D7A0C2C372D2A016A71312418093309186F6B7A721B700A2420230E02350C5E4D575D405C0A095D5D435053 +[5]=5C5E5C560044425D555B58020F5125230F220F0D63557677264105191C3C29063450013930262B0F5E5A260B01070D16187A564C5E2E6059425E5B524A52015A4057545852 +[6]=5C5E5C560044425D555B58020F511C140D00293871554501400B5E4E485F5354500B5B435D +[7]=5C5E5C560044425D555B58020F5105022B300C3074625353387E0F23101B070217592E3C25282C027E7B3F0F01173C0C06720C000D470B43415F585F57540E53 +[8]=5C5E5C560044425D555B58020F511F3B3F213627517F404F316A59425E5B524A52015A4057545852 +[9]=5C5E5C560044425D555B58020F512918271C26015F6A6E5322771D3F17303D0E2E7C1E2716160F2D5474382713311F0C00487B79531C7120140C3F120303402D41505D5D531D0E515E47555B5351 +[10]=5C5E5C560044425D555B58020F51244652525650170F0D0541005C405F +[11]=5C5E5C560044425D555B58020F5137153F2E2F275D5B6D79400755455E465D5D550D5944525C +[12]=5C5E5C560044425D555B58020F51061E123D24075A4C516625591919363F2C3C0155051D12160303617B5C5A4A55524B5F00080106450554 +[13]=5C5E5C560044425D555B58020F513D19091010204A48507D1169083805022722510C52465C4B5952030C5B5F445F +[14]=5C5E5C560044425D555B58020F511D22141928206A7B436F3042073E151D01113256202732090306470D5C56415E445251090D0704420A +[15]=5C5E5C560044425D555B58020F5101002539351076767552056006425250595C4B0F534551565F5D0A +[16]=5C5E5C560044425D555B58020F51003F102F3709537F7F63067E0A151C1D07113F7B5E415C5656450400585B41575C5C +[17]=5C5E5C560044425D555B58020F5127153F3F2B1076606D5B3958070432090E2509600D41505D5D531D0E515E47555B5351 +[18]=5C5E5C560044425D555B58020F5116200030283D515B6678307D0F3C0D19060831602D380121270D414B0A04032708361A7176615B3507594E555044535C085F46555357 +[19]=5C5E5C560044425D555B58020F513D280C0C2D2C77417B60196104170C0D0810077B1C3436040233515A3C5A465E595D460E01040047025B4F +[20]=5C5E5C560044425D555B58020F513814360007186B6C5B50317A2205352B2C0E1F7F09170F08361D427A5C5A4A55524B5F00080106450554 + +[Transient_Notes] +Notes_-_Transient_Data[1]=US06 Drive Cycle + +[External_Components] +Number_of_External_Circuit_Comps=0 + +[External_Flow_Components] +Number_of_External_Flow_Circuit_Comps=0 + +[Wet_Rotor_Data] +h[Wet_Rotor]_Velocity_Selection=h_Based_on_Effective_Velocity +Wet_Rotor_Inlet_Temperature=40 +Wet_Rotor_Fluid_Volume_Flow_Rate=6E-6 +Wet_Rotor_Fluid_Thermal_Conductivity=0.125 +Wet_Rotor_Fluid_Density=1000 +Wet_Rotor_Fluid_Specific_Heat=1880 +Wet_Rotor_Fluid_Kinematic_Viscosity=1.1E-5 +Wet_Rotor_Fluid_Name=Fixed values +Number_of_Wet_Rotor_Fluid_Conductivity_Values=0 +Number_of_Wet_Rotor_Fluid_Specific_Heat_Values=0 +Number_of_Wet_Rotor_Fluid_Density_Values=0 +Number_of_Wet_Rotor_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Wet_Rotor_Fluid_Volumetric_Expansion_Values=0 +Axial_Velocity_Multiplier_-_Airgap=1 +Axial_Velocity_Multiplier_-_EWdg-Shaft[F]=1 +Axial_Velocity_Multiplier_-_EWdg-Shaft[R]=1 +Axial_Velocity_Multiplier_-_Coil_Divider=1 +Axial_Velocity_Multiplier_-_Slot_Wedge=1 +Calc/Input_h[Wet_Rotor]_Stator_Bore=Calc_h_conv +Input_Value_h[Wet_Rotor]_Stator_Bore=10 +Adjustment_h[Wet_Rotor]_Stator_Bore=1 +Velocity_Multiplier_h[Wet_Rotor]_Stator_Bore=1 +Notes_Wet_Rotor_Stator_Bore= +Calc/Input_h[Wet_Rotor]_Rotor_Surface=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rotor_Surface=10 +Adjustment_h[Wet_Rotor]_Rotor_Surface=1 +Velocity_Multiplier_h[Wet_Rotor]_Rotor_Surface=1 +Notes_Wet_Rotor_Rotor_Surface= +Calc/Input_h[Wet_Rotor]_Front_End_Winding_[Bore]=Calc_h_conv +Input_Value_h[Wet_Rotor]_Front_End_Winding_[Bore]=10 +Adjustment_h[Wet_Rotor]_Front_End_Winding_[Bore]=1 +Velocity_Multiplier_h[Wet_Rotor]_Front_End_Winding_[Bore]=1 +Notes_Wet_Rotor_Front_End_Winding_[Bore]= +Calc/Input_h[Wet_Rotor]_Rear_End_Winding_[Bore]=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rear_End_Winding_[Bore]=10 +Adjustment_h[Wet_Rotor]_Rear_End_Winding_[Bore]=1 +Velocity_Multiplier_h[Wet_Rotor]_Rear_End_Winding_[Bore]=1 +Notes_Wet_Rotor_Rear_End_Winding_[Bore]= +Calc/Input_h[Wet_Rotor]_Front_Shaft=Calc_h_conv +Input_Value_h[Wet_Rotor]_Front_Shaft=10 +Adjustment_h[Wet_Rotor]_Front_Shaft=1 +Velocity_Multiplier_h[Wet_Rotor]_Front_Shaft=1 +Notes_Wet_Rotor_Front_Shaft= +Calc/Input_h[Wet_Rotor]_Rear_Shaft=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rear_Shaft=10 +Adjustment_h[Wet_Rotor]_Rear_Shaft=1 +Velocity_Multiplier_h[Wet_Rotor]_Rear_Shaft=1 +Notes_Wet_Rotor_Rear_Shaft= +Calc/Input_h[Wet_Rotor]_Front_End_Winding_[End]=Calc_h_conv +Input_Value_h[Wet_Rotor]_Front_End_Winding_[End]=10 +Adjustment_h[Wet_Rotor]_Front_End_Winding_[End]=1 +Velocity_Multiplier_h[Wet_Rotor]_Front_End_Winding_[End]=1 +Notes_Wet_Rotor_Front_End_Winding_[End]= +Calc/Input_h[Wet_Rotor]_Rear_End_Winding_[End]=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rear_End_Winding_[End]=10 +Adjustment_h[Wet_Rotor]_Rear_End_Winding_[End]=1 +Velocity_Multiplier_h[Wet_Rotor]_Rear_End_Winding_[End]=1 +Notes_Wet_Rotor_Rear_End_Winding_[End]= +Calc/Input_h[Wet_Rotor]_Front_Endcap=Calc_h_conv +Input_Value_h[Wet_Rotor]_Front_Endcap=10 +Adjustment_h[Wet_Rotor]_Front_Endcap=1 +Velocity_Multiplier_h[Wet_Rotor]_Front_Endcap=1 +Notes_Wet_Rotor_Front_Endcap= +Calc/Input_h[Wet_Rotor]_Rear_Endcap=Calc_h_conv +Input_Value_h[Wet_Rotor]_Rear_Endcap=10 +Adjustment_h[Wet_Rotor]_Rear_Endcap=1 +Velocity_Multiplier_h[Wet_Rotor]_Rear_Endcap=1 +Notes_Wet_Rotor_Rear_Endcap= +Calc/Input_h[Wet_Rotor]_Coil_Divider=Calc_h_conv +Input_Value_h[Wet_Rotor]_Coil_Divider=10 +Adjustment_h[Wet_Rotor]_Coil_Divider=1 +Velocity_Multiplier_h[Wet_Rotor]_Coil_Divider=1 +Notes_Wet_Rotor_Coil_Divider= +Calc/Input_h[Wet_Rotor]_Slot_Wedge=Calc_h_conv +Input_Value_h[Wet_Rotor]_Slot_Wedge=10 +Adjustment_h[Wet_Rotor]_Slot_Wedge=1 +Velocity_Multiplier_h[Wet_Rotor]_Slot_Wedge=1 +Notes_Wet_Rotor_Slot_Wedge= +Wet_Rotor_Flow_Path=Wet_Rotor_Front_Inlet +Wet_Rotor_Inlet_Outlet_Position_-_Front=Axial_Inlet_Outlet +Wet_Rotor_Inlet_Outlet_Position_-_Rear=Axial_Inlet_Outlet +Wet_Rotor_Shaft_Hole_Cooling=Not_Included +WetRotor_Duct_Wall_Roughness_CoilDivider=0.0025 +WetRotor_Duct_Wall_Roughness_Wedge=0.0025 +WetRotor_Duct_Wall_Roughness_Airgap=0.0025 +IncludeWetRotorDuctWallFriction=True +Slot_Wedge_Fluid_Flow=False +Coil_Divider_Fluid_Flow=False +Flow_Adjust_Gap=1 +Flow_Adjust_Slot_Wedge=1 +Flow_Adjust_Coil_Divider=1 +OnlyActiveSectionFluidFlow=False +WetRotorFluidTemperature=0 + +[Water_Jacket_Data] +WJ_Active_Cooling_Only=True +WJ_Fluid_Flow_Direction=Front_Rear +WJ_Fluid_Inlet_Temperature=20 +WJ_Fluid_Thermal_Conductivity=0.386 +WJ_Fluid_Density=1076 +WJ_Fluid_Specific_Heat=3252 +WJ_Fluid_Kinematic_Viscosity=3.72E-6 +Housing_Water_Jacket_Fluid_Name=EGW 50/50 +Number_of_Housing_Water_Jacket_Fluid_Conductivity_Values=6 +Number_of_Housing_Water_Jacket_Fluid_Specific_Heat_Values=2 +Number_of_Housing_Water_Jacket_Fluid_Density_Values=4 +Number_of_Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Values=7 +Number_of_Housing_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 +Housing_Water_Jacket_Fluid_Conductivity_Value[0]=0.35 +Housing_Water_Jacket_Fluid_Conductivity_Temp[0]=-25 +Housing_Water_Jacket_Fluid_Conductivity_Value[1]=0.37 +Housing_Water_Jacket_Fluid_Conductivity_Temp[1]=0 +Housing_Water_Jacket_Fluid_Conductivity_Value[2]=0.39 +Housing_Water_Jacket_Fluid_Conductivity_Temp[2]=25 +Housing_Water_Jacket_Fluid_Conductivity_Value[3]=0.405 +Housing_Water_Jacket_Fluid_Conductivity_Temp[3]=50 +Housing_Water_Jacket_Fluid_Conductivity_Value[4]=0.415 +Housing_Water_Jacket_Fluid_Conductivity_Temp[4]=75 +Housing_Water_Jacket_Fluid_Conductivity_Value[5]=0.42 +Housing_Water_Jacket_Fluid_Conductivity_Temp[5]=100 +Housing_Water_Jacket_Fluid_Specific_Heat_Value[0]=3000 +Housing_Water_Jacket_Fluid_Specific_Heat_Temp[0]=-25 +Housing_Water_Jacket_Fluid_Specific_Heat_Value[1]=3700 +Housing_Water_Jacket_Fluid_Specific_Heat_Temp[1]=100 +Housing_Water_Jacket_Fluid_Density_Value[0]=1100 +Housing_Water_Jacket_Fluid_Density_Temp[0]=-20 +Housing_Water_Jacket_Fluid_Density_Value[1]=1088 +Housing_Water_Jacket_Fluid_Density_Temp[1]=0 +Housing_Water_Jacket_Fluid_Density_Value[2]=1076 +Housing_Water_Jacket_Fluid_Density_Temp[2]=20 +Housing_Water_Jacket_Fluid_Density_Value[3]=1032 +Housing_Water_Jacket_Fluid_Density_Temp[3]=100 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[0]=2E-5 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[0]=-20 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[1]=7.81E-6 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[1]=0 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[2]=3.72E-6 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[2]=20 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[3]=2.25E-6 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[3]=40 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[4]=1.42E-6 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[4]=60 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[5]=9.6E-7 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[5]=80 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Value[6]=7.75E-7 +Housing_Water_Jacket_Fluid_Kinematic_Viscosity_Temp[6]=100 +Calc/Input_h[WJ]_Front_Housing=Calc_h_conv +Input_Value_h[WJ]_Front_Housing=10 +Adjustment_h[WJ]_Front_Housing=1 +Velocity_Multiplier_h[WJ]_Front_Housing=1 +Notes_WJ_Front_Housing= +Calc/Input_h[WJ]_Rear_Housing=Input_h_conv +Input_Value_h[WJ]_Rear_Housing=0 +Adjustment_h[WJ]_Rear_Housing=1 +Velocity_Multiplier_h[WJ]_Rear_Housing=1 +Notes_WJ_Rear_Housing= +Calc/Input_h[WJ]_Front_Endcap=Calc_h_conv +Input_Value_h[WJ]_Front_Endcap=10 +Adjustment_h[WJ]_Front_Endcap=1 +Velocity_Multiplier_h[WJ]_Front_Endcap=1 +Notes_WJ_Front_Endcap= +Calc/Input_h[WJ]_Rear_Endcap=Calc_h_conv +Input_Value_h[WJ]_Rear_Endcap=10 +Adjustment_h[WJ]_Rear_Endcap=1 +Velocity_Multiplier_h[WJ]_Rear_Endcap=1 +Notes_WJ_Rear_Endcap= +Notes_WJ_Fluid_Flow_Front_Housing= +Notes_WJ_Fluid_Flow_Rear_Housing= +WJ_Duct_Wall_Roughness_Active=0.0025 +WJ_Duct_Wall_Roughness_Front=0.0025 +WJ_Duct_Wall_Roughness_Rear=0.0025 +IncludeWJDuctWallFriction=True +HousingWJ_Friction_k_Adjustment_L1_F=1 +HousingWJ_h_Input_L1_F=0 +HousingWJ_h_Adjust_L1_F=1 +HousingWJ_Velocity_Multiplier_L1_F=1 +HousingWJ_FlowNotes_L1_F= +HousingWJ_HeatTransferNotes_L1_F= +HousingWJ_Friction_k_Adjustment_L2_F=1 +HousingWJ_h_Input_L2_F=0 +HousingWJ_h_Adjust_L2_F=1 +HousingWJ_Velocity_Multiplier_L2_F=1 +HousingWJ_FlowNotes_L2_F= +HousingWJ_HeatTransferNotes_L2_F= +HousingWJ_Friction_k_Adjustment_L3_F=1 +HousingWJ_h_Input_L3_F=0 +HousingWJ_h_Adjust_L3_F=1 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+HousingWJ_Channel_Perimeter_L1_F_Adjustment=0 +HousingWJ_Channel_Perimeter_L2_F_Adjustment=0 +HousingWJ_Channel_Perimeter_L3_F_Adjustment=0 +HousingWJ_Channel_Perimeter_L4_F_Adjustment=0 +HousingWJ_Channel_Perimeter_L1_R_Adjustment=0 +HousingWJ_Channel_Perimeter_L2_R_Adjustment=0 +HousingWJ_Channel_Perimeter_L3_R_Adjustment=0 +HousingWJ_Channel_Perimeter_L4_R_Adjustment=0 + +[Spiral_Groove_Shaft] +Shaft_Groove_Active_Cooling_Only=True +Shaft_Groove_Fluid_Flow_Direction=Front_Rear +Shaft_Groove_Fluid_Inlet_Temperature=40 +Shaft_Groove_Fluid_Volume_Flow_Rate=6E-6 +Shaft_Groove_Fluid_Thermal_Conductivity=0.125 +Shaft_Groove_Fluid_Density=1000 +Shaft_Groove_Fluid_Specific_Heat=1880 +Shaft_Groove_Fluid_Kinematic_Viscosity=1.1E-5 +Shaft_Spiral_Groove_Fluid_Name=Fixed values +Number_of_Shaft_Spiral_Groove_Fluid_Conductivity_Values=0 +Number_of_Shaft_Spiral_Groove_Fluid_Specific_Heat_Values=0 +Number_of_Shaft_Spiral_Groove_Fluid_Density_Values=0 +Number_of_Shaft_Spiral_Groove_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Shaft_Spiral_Groove_Fluid_Volumetric_Expansion_Values=0 +Calc/Input_h[Shaft_Groove]_-_Front=Calc_h_conv +Input_Value_h[Shaft_Groove]_-_Front=10 +Adjustment_h[Shaft_Groove]_-_Front=1 +Velocity_Multiplier_h[Shaft_Groove]_-_Front=1 +Notes_Shaft_Groove_-_Front= +Calc/Input_h[Shaft_Groove]_-_Active=Calc_h_conv +Input_Value_h[Shaft_Groove]_-_Active=10 +Adjustment_h[Shaft_Groove]_-_Active=1 +Velocity_Multiplier_h[Shaft_Groove]_-_Active=1 +Notes_Shaft_Groove_-_Active= +Calc/Input_h[Shaft_Groove]_-_Rear=Calc_h_conv +Input_Value_h[Shaft_Groove]_-_Rear=10 +Adjustment_h[Shaft_Groove]_-_Rear=1 +Velocity_Multiplier_h[Shaft_Groove]_-_Rear=1 +Notes_Shaft_Groove_-_Rear= +ShaftSG_ShaftHoleCooling=False +ShaftSG_AxleCooling=False +ShaftSpiralGroove_Fluid_Flow_A_Notes= +ShaftSpiralGroove_Fluid_Flow_F_Notes= +ShaftSpiralGroove_Fluid_Flow_R_Notes= +ShaftSpiralGroove_Channel_CSArea_A_Adjustment=0 +ShaftSpiralGroove_Channel_CSArea_F_Adjustment=0 +ShaftSpiralGroove_Channel_CSArea_R_Adjustment=0 +ShaftSpiralGroove_Channel_Length_A_Adjustment=0 +ShaftSpiralGroove_Channel_Length_F_Adjustment=0 +ShaftSpiralGroove_Channel_Length_R_Adjustment=0 +IncludeShaftSpiralGrooveDuctWallFriction=True +ShaftSpiralGroove_Duct_Wall_Roughness_Active=0.0025 +ShaftSpiralGroove_Duct_Wall_Roughness_Front=0.0025 +ShaftSpiralGroove_Duct_Wall_Roughness_Rear=0.0025 +ShaftSpiralGroove_ParallelPathsIndex=0 +ShaftSG_Wall_Thickness=0 + +[Water_Jacket_Rotor] +Rotor_Water_Jacket_Flow_Path=Rotor_Water_Jacket_Front_Inlet +Rotor_WJ_Fluid_Inlet_Temperature=40 +Rotor_WJ_Fluid_Volume_Flow_Rate=6E-6 +Rotor_WJ_Fluid_Thermal_Conductivity=0.125 +Rotor_WJ_Fluid_Density=1000 +Rotor_WJ_Fluid_Specific_Heat=1880 +Rotor_WJ_Fluid_Kinematic_Viscosity=1.1E-5 +Rotor_Water_Jacket_Fluid_Name=Fixed values +Number_of_Rotor_Water_Jacket_Fluid_Conductivity_Values=0 +Number_of_Rotor_Water_Jacket_Fluid_Specific_Heat_Values=0 +Number_of_Rotor_Water_Jacket_Fluid_Density_Values=0 +Number_of_Rotor_Water_Jacket_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Rotor_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 +Calc/Input_h[Rotor_WJ]_-_Front=Calc_h_conv +Input_Value_h[Rotor_WJ]_-_Front=10 +Adjustment_h[Rotor_WJ]_-_Front=1 +Velocity_Multiplier_h[Rotor_WJ]_-_Front=1 +Notes_Rotor_WJ_-_Front= + +[Water_Jacket_Slot] +Slot_WJ_Fluid_Inlet_Temperature=40 +Slot_WJ_Fluid_Volume_Flow_Rate=6E-6 +Slot_WJ_Fluid_Thermal_Conductivity=0.125 +Slot_WJ_Fluid_Density=1000 +Slot_WJ_Fluid_Specific_Heat=1880 +Slot_WJ_Fluid_Kinematic_Viscosity=1.1E-5 +Slot_Water_Jacket_Fluid_Name=Fixed values +Number_of_Slot_Water_Jacket_Fluid_Conductivity_Values=0 +Number_of_Slot_Water_Jacket_Fluid_Specific_Heat_Values=0 +Number_of_Slot_Water_Jacket_Fluid_Density_Values=0 +Number_of_Slot_Water_Jacket_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Slot_Water_Jacket_Fluid_Volumetric_Expansion_Values=0 +Vel_Mult_SlotWJ_Stator_Slot_Bottom=1 +Notes_SlotWJ_Stator_Slot_Bottom= +h_Input_SlotWJ_Stator_Slot_Bottom=0 +h_Adjust_SlotWJ_Stator_Slot_Bottom=1 +Calc_Input_h_SlotWJ_Stator_Slot_Bottom=0 +Vel_Mult_SlotWJ_Stator_Tooth=1 +Notes_SlotWJ_Stator_Tooth= +h_Input_SlotWJ_Stator_Tooth=0 +h_Adjust_SlotWJ_Stator_Tooth=1 +Calc_Input_h_SlotWJ_Stator_Tooth=0 +Vel_Mult_SlotWJ_Conductors=1 +Notes_SlotWJ_Conductors= +h_Input_SlotWJ_Conductors=0 +h_Adjust_SlotWJ_Conductors=1 +Calc_Input_h_SlotWJ_Conductors=0 +Vel_Mult_SlotWJ_Slot_Opening=1 +Notes_SlotWJ_slot_opening= +h_Input_SlotWJ_slot_opening=0 +h_Adjust_SlotWJ_slot_opening=1 +Calc_Input_h_SlotWJ_slot_opening=0 +Vel_Mult_SlotWJ_Slot_centre=1 +Notes_SlotWJ_Slot_centre= +h_Input_SlotWJ_Slot_centre=0 +h_Adjust_SlotWJ_Slot_centre=1 +Calc_Input_h_SlotWJ_Slot_centre=0 +Vel_Mult_SlotWJ_Slot_CentreToBase=1 +Notes_SlotWJ_Slot_CentreToBase= +h_Input_SlotWJ_Slot_CentreToBase=0 +h_Adjust_SlotWJ_Slot_CentreToBase=1 +Calc_Input_h_SlotWJ_Slot_CentreToBase=0 +Vel_Mult_SlotWJ_Slot_CentreToOpening=1 +Notes_SlotWJ_Slot_CentreToOpening= +h_Input_SlotWJ_Slot_CentreToOpening=0 +h_Adjust_SlotWJ_Slot_CentreToOpening=1 +Calc_Input_h_SlotWJ_Slot_CentreToOpening=0 +Vel_Mult_SlotWJ_Slot_Bottom=1 +Notes_SlotWJ_Slot_Bottom= +h_Input_SlotWJ_Slot_Bottom=0 +h_Adjust_SlotWJ_Slot_Bottom=1 +Calc_Input_h_SlotWJ_Slot_Bottom=0 +SlotWJFlowOption=0 +SlotWJFlowDirection=1 +SlotWJDuctWidth_Specification=0 +SlotWJ_SlotBottomDuct_Exists=True +SlotWJ_SlotOpeningDuct_Exists=True +SlotWJ_SlotCentreDuct_Exists=False +IncludeSlotWJDuctWallFriction=True +SlotWJ_Duct_Wall_Roughness=0.0025 +SlotWJ_Duct_Wall_Notes= +SlotWJ_Inlet_Contraction_Notes= +SlotWJ_Outlet_Expansion_Notes= +SlotWJ_Duct_Friction_k_Adjustment=1 +SlotWJ_Inlet_k_Contraction_Adjustment=1 +SlotWJ_Outlet_k_Expansion_Adjustment=1 +Rt_SlotWJ_Insulation_Calc=1 +SlotWJ_Dissipation_Calc=1 +SlotWJ_Conductor_Dissipation_Calc=1 +NumberOfSlotWJCentreDucts=0 + +[Heat_Exchanger] +Heat_Exchanger_Fluid_Name=Fixed values +Number_of_Heat_Exchanger_Fluid_Conductivity_Values=0 +Number_of_Heat_Exchanger_Fluid_Specific_Heat_Values=0 +Number_of_Heat_Exchanger_Fluid_Density_Values=0 +Number_of_Heat_Exchanger_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Heat_Exchanger_Fluid_Volumetric_Expansion_Values=0 +HeatExchanger=False +Vel_Mult_HeatEx_outer=1 +Notes_HeatEx_outer= +h_Input_HeatEx_outer=0 +h_Adjust_HeatEx_outer=1 +Calc_Input_h_HeatEx_outer=0 +Vel_Mult_HeatEx_inner=1 +Notes_HeatEx_inner= +h_Input_HeatEx_inner=0 +h_Adjust_HeatEx_inner=1 +Calc_Input_h_HeatEx_inner=0 +HeatExFlowOption=0 +HeatExOutletCoupling=0 +IncludeHeatExDuctWallFriction=True +HeatEx_Duct_Wall_Roughness=0.0025 +HeatEx_Duct_Wall_Notes= +HeatEx_Inlet_ContExp_Notes= +HeatEx_Outlet_ContExp_Notes= +HeatEx_Duct_Friction_k_Adjustment=1 +HeatEx_Inlet_k_ContExp_Adjustment=1 +HeatEx_Outlet_k_ContExp_Adjustment=1 +HeatEx_Coolant_Inlet_Temp=20 +HeatEx_Volume_Flow_Rate=6E-6 +HeatEx_Fluid_Conductivity=0.61 +HeatEx_Fluid_Density=995.7 +HeatEx_Fluid_Cp=4178 +HeatEx_Fluid_Kinematic_Viscosity=8.02E-7 +HeatEx_Duct_Length=1000 +HeatEx_Duct_Diameter=3 +HeatEx_Wall_Thickness=2 +HeatEx_Insulation_Thickness=0.1 +HeatEx_Duct_Parallel_Paths=1 +HeatEx_Channel_Flow_Area_Outer=1000000 + +[Fluid_Data] +External_Fluid_Conductivity=0.02606935639964 +External_Fluid_Density=1.18413141200002 +External_Fluid_Cp=1005.87690859212 +External_Fluid_Kinematic_Viscosity=1.54786734940317E-5 +Internal_Fluid_Conductivity=0.02606935639964 +Internal_Fluid_Density=1.18413141200002 +Internal_Fluid_Cp=1005.87690859212 +Internal_Fluid_Kinematic_Viscosity=1.54786734940317E-5 +External_Air_in_Soak_Back_Calc=True +Internal_Air_in_Soak_Back_Calc=True +External_Fluid_Name=Air (Motor-CAD model) +Number_of_External_Fluid_Conductivity_Values=0 +Number_of_External_Fluid_Specific_Heat_Values=0 +Number_of_External_Fluid_Density_Values=0 +Number_of_External_Fluid_Kinematic_Viscosity_Values=0 +Number_of_External_Fluid_Volumetric_Expansion_Values=0 +Internal_Fluid_Name=Air (Motor-CAD model) +Number_of_Internal_Fluid_Conductivity_Values=0 +Number_of_Internal_Fluid_Specific_Heat_Values=0 +Number_of_Internal_Fluid_Density_Values=0 +Number_of_Internal_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Internal_Fluid_Volumetric_Expansion_Values=0 + +[EWdg_Spray_Cooling] +Spray_Cooling_Inlet_Temp=40 +Spray_Cooling_Fluid_Volume_Flow_Rate=6.00031E-5 +Spray_Cooling_Fluid_Conductivity=0.0125 +Spray_Cooling_Fluid_Density=1000 +Spray_Cooling_Fluid_Cp=1880 +Spray_Cooling_Fluid_Kinematic_Viscosity=1.1E-5 +Spray_Cooling_Fluid_Name=Fixed values +Number_of_Spray_Cooling_Fluid_Conductivity_Values=0 +Number_of_Spray_Cooling_Fluid_Specific_Heat_Values=0 +Number_of_Spray_Cooling_Fluid_Density_Values=0 +Number_of_Spray_Cooling_Fluid_Kinematic_Viscosity_Values=0 +Number_of_Spray_Cooling_Fluid_Volumetric_Expansion_Values=0 +Spray_Cooling_Endcap_Fluid_Calc_Input_F=Calc_h_conv +Spray_Cooling_Endcap_Fluid_h_Input_F=100 +Spray_Cooling_Endcap_Fluid_h_Adjust_F=1 +Spray_Cooling_Endcap_Fluid_Velocity_Multiplier_F=1 +Spray_Cooling_Endcap_Fluid_Notes_F= +Spray_Cooling_Endcap_Fluid_Calc_Input_R=Calc_h_conv +Spray_Cooling_Endcap_Fluid_h_Input_R=100 +Spray_Cooling_Endcap_Fluid_h_Adjust_R=1 +Spray_Cooling_Endcap_Fluid_Velocity_Multiplier_R=1 +Spray_Cooling_Endcap_Fluid_Notes_R= +Spray_Cooling_Housing_Fluid_Calc_Input_F=Calc_h_conv +Spray_Cooling_Housing_Fluid_h_Input_F=100 +Spray_Cooling_Housing_Fluid_h_Adjust_F=1 +Spray_Cooling_Housing_Fluid_Velocity_Multiplier_F=0.1 +Spray_Cooling_Housing_Fluid_Notes_F= +Spray_Cooling_Housing_Fluid_Calc_Input_R=Calc_h_conv +Spray_Cooling_Housing_Fluid_h_Input_R=100 +Spray_Cooling_Housing_Fluid_h_Adjust_R=1 +Spray_Cooling_Housing_Fluid_Velocity_Multiplier_R=0.1 +Spray_Cooling_Housing_Fluid_Notes_R= +Spray_Cooling_Housing_Fluid_Calc_Input_A=Calc_h_conv +Spray_Cooling_Housing_Fluid_h_Input_A=100 +Spray_Cooling_Housing_Fluid_h_Adjust_A=1 +Spray_Cooling_Housing_Fluid_Velocity_Multiplier_A=0.1 +Spray_Cooling_Housing_Fluid_Notes_A= +Nozzles_EWdg_Outer_F[0]=0 +NozzleDia_EWdg_Outer_F[0]=0 +SprayFlowRatio_EWdg_Outer_F[0]=0 +InternalFlowRatio_EWdg_Outer_F[0]=0 +NozzleDistance_Adj_EWdg_Outer_F[0]=0 +TargetLength_Adj_EWdg_Outer_F[0]=0 +Velocity_Mult_EWdg_Outer_F[0]=1 +Notes_Flow_EWdg_Outer_F[0]= +Notes_HT_EWdg_Outer_F[0]= +Calc_Input_h_EWdg_Outer_F[0]=0 +h_Input_EWdg_Outer_F[0]=1000 +h_Adjust_EWdg_Outer_F[0]=1 +h_Calc_EWdg_Outer_F[0]=0 +Nozzles_EWdg_Front_F[0]=0 +NozzleDia_EWdg_Front_F[0]=0 +SprayFlowRatio_EWdg_Front_F[0]=0 +InternalFlowRatio_EWdg_Front_F[0]=0 +NozzleDistance_Adj_EWdg_Front_F[0]=0 +TargetLength_Adj_EWdg_Front_F[0]=0 +Velocity_Mult_EWdg_Front_F[0]=1 +Notes_Flow_EWdg_Front_F[0]= +Notes_HT_EWdg_Front_F[0]= +Calc_Input_h_EWdg_Front_F[0]=0 +h_Input_EWdg_Front_F[0]=1000 +h_Adjust_EWdg_Front_F[0]=1 +h_Calc_EWdg_Front_F[0]=0 +Nozzles_EWdg_Inner_F[0]=1 +NozzleDia_EWdg_Inner_F[0]=1 +SprayFlowRatio_EWdg_Inner_F[0]=1 +InternalFlowRatio_EWdg_Inner_F[0]=0 +NozzleDistance_Adj_EWdg_Inner_F[0]=0 +TargetLength_Adj_EWdg_Inner_F[0]=0 +Velocity_Mult_EWdg_Inner_F[0]=1 +Notes_Flow_EWdg_Inner_F[0]= +Notes_HT_EWdg_Inner_F[0]= +Calc_Input_h_EWdg_Inner_F[0]=0 +h_Input_EWdg_Inner_F[0]=1000 +h_Adjust_EWdg_Inner_F[0]=1 +h_Calc_EWdg_Inner_F[0]=2602.0033172734 +Nozzles_EWdg_Rear_F[0]=0 +NozzleDia_EWdg_Rear_F[0]=0 +SprayFlowRatio_EWdg_Rear_F[0]=1 +InternalFlowRatio_EWdg_Rear_F[0]=0 +NozzleDistance_Adj_EWdg_Rear_F[0]=0 +TargetLength_Adj_EWdg_Rear_F[0]=0 +Velocity_Mult_EWdg_Rear_F[0]=1 +Notes_Flow_EWdg_Rear_F[0]= +Notes_HT_EWdg_Rear_F[0]= +Calc_Input_h_EWdg_Rear_F[0]=0 +h_Input_EWdg_Rear_F[0]=1000 +h_Adjust_EWdg_Rear_F[0]=1 +h_Calc_EWdg_Rear_F[0]=0 +Nozzles_RotorPole_F=0 +NozzleDia_RotorPole_F=0 +SprayFlowRatio_RotorPole_F=0 +InternalFlowRatio_RotorPole_F=0.5 +NozzleDistance_Adj_RotorPole_F=0 +TargetLength_Adj_RotorPole_F=0 +Velocity_Mult_RotorPole_F=1 +Notes_Flow_RotorPole_F= +Notes_HT_RotorPole_F= +Calc_Input_h_RotorPole_F=0 +h_Input_RotorPole_F=1000 +h_Adjust_RotorPole_F=1 +h_Calc_RotorPole_F=2081.40444513674 +Nozzles_RotorCore_F=0 +NozzleDia_RotorCore_F=0 +SprayFlowRatio_RotorCore_F=0 +InternalFlowRatio_RotorCore_F=0.5 +NozzleDistance_Adj_RotorCore_F=0 +TargetLength_Adj_RotorCore_F=0 +Velocity_Mult_RotorCore_F=1 +Notes_Flow_RotorCore_F= +Notes_HT_RotorCore_F= +Calc_Input_h_RotorCore_F=0 +h_Input_RotorCore_F=1000 +h_Adjust_RotorCore_F=1 +h_Calc_RotorCore_F=741.915706100199 +Nozzles_EWdg_Outer_R[0]=0 +NozzleDia_EWdg_Outer_R[0]=0 +SprayFlowRatio_EWdg_Outer_R[0]=0 +InternalFlowRatio_EWdg_Outer_R[0]=0 +NozzleDistance_Adj_EWdg_Outer_R[0]=0 +TargetLength_Adj_EWdg_Outer_R[0]=0 +Velocity_Mult_EWdg_Outer_R[0]=1 +Notes_Flow_EWdg_Outer_R[0]= +Notes_HT_EWdg_Outer_R[0]= +Calc_Input_h_EWdg_Outer_R[0]=0 +h_Input_EWdg_Outer_R[0]=1000 +h_Adjust_EWdg_Outer_R[0]=1 +h_Calc_EWdg_Outer_R[0]=0 +Nozzles_EWdg_Rear_R[0]=0 +NozzleDia_EWdg_Rear_R[0]=0 +SprayFlowRatio_EWdg_Rear_R[0]=0 +InternalFlowRatio_EWdg_Rear_R[0]=0 +NozzleDistance_Adj_EWdg_Rear_R[0]=0 +TargetLength_Adj_EWdg_Rear_R[0]=0 +Velocity_Mult_EWdg_Rear_R[0]=1 +Notes_Flow_EWdg_Rear_R[0]= +Notes_HT_EWdg_Rear_R[0]= +Calc_Input_h_EWdg_Rear_R[0]=0 +h_Input_EWdg_Rear_R[0]=1000 +h_Adjust_EWdg_Rear_R[0]=1 +h_Calc_EWdg_Rear_R[0]=0 +Nozzles_EWdg_Inner_R[0]=1 +NozzleDia_EWdg_Inner_R[0]=1 +SprayFlowRatio_EWdg_Inner_R[0]=1 +InternalFlowRatio_EWdg_Inner_R[0]=0 +NozzleDistance_Adj_EWdg_Inner_R[0]=0 +TargetLength_Adj_EWdg_Inner_R[0]=0 +Velocity_Mult_EWdg_Inner_R[0]=1 +Notes_Flow_EWdg_Inner_R[0]= +Notes_HT_EWdg_Inner_R[0]= +Calc_Input_h_EWdg_Inner_R[0]=0 +h_Input_EWdg_Inner_R[0]=1000 +h_Adjust_EWdg_Inner_R[0]=1 +h_Calc_EWdg_Inner_R[0]=2602.0033172734 +Nozzles_EWdg_Front_R[0]=0 +NozzleDia_EWdg_Front_R[0]=0 +SprayFlowRatio_EWdg_Front_R[0]=1 +InternalFlowRatio_EWdg_Front_R[0]=0 +NozzleDistance_Adj_EWdg_Front_R[0]=0 +TargetLength_Adj_EWdg_Front_R[0]=0 +Velocity_Mult_EWdg_Front_R[0]=1 +Notes_Flow_EWdg_Front_R[0]= +Notes_HT_EWdg_Front_R[0]= +Calc_Input_h_EWdg_Front_R[0]=0 +h_Input_EWdg_Front_R[0]=1000 +h_Adjust_EWdg_Front_R[0]=1 +h_Calc_EWdg_Front_R[0]=0 +Nozzles_RotorPole_R=0 +NozzleDia_RotorPole_R=0 +SprayFlowRatio_RotorPole_R=0 +InternalFlowRatio_RotorPole_R=0.5 +NozzleDistance_Adj_RotorPole_R=0 +TargetLength_Adj_RotorPole_R=0 +Velocity_Mult_RotorPole_R=1 +Notes_Flow_RotorPole_R= +Notes_HT_RotorPole_R= +Calc_Input_h_RotorPole_R=0 +h_Input_RotorPole_R=1000 +h_Adjust_RotorPole_R=1 +h_Calc_RotorPole_R=2081.40444513674 +Nozzles_RotorCore_R=0 +NozzleDia_RotorCore_R=0 +SprayFlowRatio_RotorCore_R=0 +InternalFlowRatio_RotorCore_R=0.5 +NozzleDistance_Adj_RotorCore_R=0 +TargetLength_Adj_RotorCore_R=0 +Velocity_Mult_RotorCore_R=1 +Notes_Flow_RotorCore_R= +Notes_HT_RotorCore_R= +Calc_Input_h_RotorCore_R=0 +h_Input_RotorCore_R=1000 +h_Adjust_RotorCore_R=1 +h_Calc_RotorCore_R=741.915706100199 +Spray_Area_Mult_EWdg_Outer_F[0]=1 +Spray_Area_Mult_EWdg_Front_F[0]=1 +Spray_Area_Mult_EWdg_Inner_F[0]=1 +Spray_Area_Mult_EWdg_Rear_F[0]=1 +Spray_Area_Mult_RotorPole_F=1 +Area_Mult_RotorPole_F=1 +Spray_Area_Mult_RotorCore_F=1 +Area_Mult_RotorCore_F=1 +Spray_Area_Mult_EWdg_Outer_R[0]=1 +Spray_Area_Mult_EWdg_Rear_R[0]=1 +Spray_Area_Mult_EWdg_Inner_R[0]=1 +Spray_Area_Mult_EWdg_Front_R[0]=1 +Spray_Area_Mult_RotorPole_R=1 +Area_Mult_RotorPole_R=1 +Spray_Area_Mult_RotorCore_R=1 +Area_Mult_RotorCore_R=1 +Spray_Area_Mult_EndcapFluid_F=1 +Area_Mult_EndcapFluid_F=1 +Spray_Area_Mult_EndcapFluid_R=1 +Area_Mult_EndcapFluid_R=1 +Spray_Area_Mult_HousingFluid_F=1 +Area_Mult_HousingFluid_F=1 +Spray_Area_Mult_HousingFluid_A=1 +Area_Mult_HousingFluid_A=1 +Spray_Area_Mult_HousingFluid_R=1 +Area_Mult_HousingFluid_R=1 +SprayCoverageProp_EWdg_Outer_F[0]=1 +SprayCoverageProp_EWdg_Front_F[0]=1 +SprayCoverageProp_EWdg_Inner_F[0]=1 +SprayCoverageProp_EWdg_Rear_F[0]=1 +SprayCoverageProp_RotorPole_F=1 +SprayCoverageProp_RotorCore_F=1 +SprayCoverageProp_EWdg_Outer_R[0]=1 +SprayCoverageProp_EWdg_Rear_R[0]=1 +SprayCoverageProp_EWdg_Inner_R[0]=1 +SprayCoverageProp_EWdg_Front_R[0]=1 +SprayCoverageProp_RotorPole_R=1 +SprayCoverageProp_RotorCore_R=1 +SprayCoverageProp_EndcapFluid_F=1 +SprayCoverageProp_EndcapFluid_R=1 +SprayCoverageProp_HousingFluid_F=1 +SprayCoverageProp_HousingFluid_A=1 +SprayCoverageProp_HousingFluid_R=1 +SpraySource_EWdg_Outer_F[0]=0 +SpraySource_EWdg_Front_F[0]=0 +SpraySource_EWdg_Inner_F[0]=0 +SpraySource_EWdg_Rear_F[0]=0 +SpraySource_RotorPole_F=0 +SpraySource_RotorCore_F=0 +SpraySource_EWdg_Outer_R[0]=0 +SpraySource_EWdg_Rear_R[0]=0 +SpraySource_EWdg_Inner_R[0]=0 +SpraySource_EWdg_Front_R[0]=0 +SpraySource_RotorPole_R=0 +SpraySource_RotorCore_R=0 +InternalFlowRatio_Endcap_F=0.5 +Notes_Flow_Endcap_F= +InternalFlowRatio_Housing_F=1 +Notes_Flow_Housing_F= +InternalFlowRatio_Endcap_R=0.5 +Notes_Flow_Endcap_R= +InternalFlowRatio_Housing_R=1 +Notes_Flow_Housing_R= +InternalFlowRatio_Housing_A=0 +Notes_Flow_Housing_A=default = no internal flow (Internal Flow Rate Ratio = 0) +SprayFlowRateCalculation=1 +SprayCoolingEnamelModel=1 +Nozzles_EWBore_F=1 +NozzleDia_EWBore_F=1 +SprayFlowRatio_EWBore_F=1 +InternalFlowRatio_EWBore_F=0 +NozzleDistance_Adj_EWBore_F=0 +TargetLength_Adj_EWBore_F=0 +Velocity_Mult_EWBore_F=1 +Notes_Flow_EWBore_F= +Notes_HT_EWBore_F= +Calc_Input_h_EWBore_F=0 +h_Input_EWBore_F=1000 +h_Adjust_EWBore_F=1 +h_Calc_EWBore_F=2602.0033172734 +SpraySource_EWBore_F=0 +Area_Mult_EWBore_F=1 +Nozzles_EWOuter_F=0 +NozzleDia_EWOuter_F=0 +SprayFlowRatio_EWOuter_F=0 +InternalFlowRatio_EWOuter_F=0 +NozzleDistance_Adj_EWOuter_F=0 +TargetLength_Adj_EWOuter_F=0 +Velocity_Mult_EWOuter_F=1 +Notes_Flow_EWOuter_F= +Notes_HT_EWOuter_F= +Calc_Input_h_EWOuter_F=0 +h_Input_EWOuter_F=1000 +h_Adjust_EWOuter_F=1 +h_Calc_EWOuter_F=0 +SpraySource_EWOuter_F=0 +Area_Mult_EWOuter_F=1 +Nozzles_EWEnd_F=0 +NozzleDia_EWEnd_F=0 +SprayFlowRatio_EWEnd_F=0 +InternalFlowRatio_EWEnd_F=0 +NozzleDistance_Adj_EWEnd_F=0 +TargetLength_Adj_EWEnd_F=0 +Velocity_Mult_EWEnd_F=1 +Notes_Flow_EWEnd_F= +Notes_HT_EWEnd_F= +Calc_Input_h_EWEnd_F=0 +h_Input_EWEnd_F=1000 +h_Adjust_EWEnd_F=1 +h_Calc_EWEnd_F=0 +SpraySource_EWEnd_F=0 +Area_Mult_EWEnd_F=1 +Nozzles_EWBore_R=1 +NozzleDia_EWBore_R=1 +SprayFlowRatio_EWBore_R=1 +InternalFlowRatio_EWBore_R=0 +NozzleDistance_Adj_EWBore_R=0 +TargetLength_Adj_EWBore_R=0 +Velocity_Mult_EWBore_R=1 +Notes_Flow_EWBore_R= +Notes_HT_EWBore_R= +Calc_Input_h_EWBore_R=0 +h_Input_EWBore_R=1000 +h_Adjust_EWBore_R=1 +h_Calc_EWBore_R=2602.0033172734 +SpraySource_EWBore_R=0 +Area_Mult_EWBore_R=1 +Nozzles_EWOuter_R=0 +NozzleDia_EWOuter_R=0 +SprayFlowRatio_EWOuter_R=0 +InternalFlowRatio_EWOuter_R=0 +NozzleDistance_Adj_EWOuter_R=0 +TargetLength_Adj_EWOuter_R=0 +Velocity_Mult_EWOuter_R=1 +Notes_Flow_EWOuter_R= +Notes_HT_EWOuter_R= +Calc_Input_h_EWOuter_R=0 +h_Input_EWOuter_R=1000 +h_Adjust_EWOuter_R=1 +h_Calc_EWOuter_R=0 +SpraySource_EWOuter_R=0 +Area_Mult_EWOuter_R=1 +Nozzles_EWEnd_R=0 +NozzleDia_EWEnd_R=0 +SprayFlowRatio_EWEnd_R=0 +InternalFlowRatio_EWEnd_R=0 +NozzleDistance_Adj_EWEnd_R=0 +TargetLength_Adj_EWEnd_R=0 +Velocity_Mult_EWEnd_R=1 +Notes_Flow_EWEnd_R= +Notes_HT_EWEnd_R= +Calc_Input_h_EWEnd_R=0 +h_Input_EWEnd_R=1000 +h_Adjust_EWEnd_R=1 +h_Calc_EWEnd_R=0 +SpraySource_EWEnd_R=0 +Area_Mult_EWEnd_R=1 + +[Sizing_Algorithm] +IM_Size_Reduction_Algorithm=BPM_Sizing +Winding_Temperature_Increase=20 +IM_Power_Shaft=136 +IM_Power_Factor_Pre_Sizing=0.592 +IM_Power_Factor_Post_Sizing=0.514 +IM_Voltage_Line=240 + +[Through_Vent] +TVent_Fluid_Conductivity=0.02722807296764 +TVent_Fluid_Density=1.12741108250936 +TVent_Fluid_Cp=1006.5583344624 +TVent_Fluid_Kinematic_Viscosity=1.68879201391184E-5 +TVent_Fluid_Name=Air (Motor-CAD model) +Number_of_TVent_Fluid_Conductivity_Values=0 +Number_of_TVent_Fluid_Specific_Heat_Values=0 +Number_of_TVent_Fluid_Density_Values=0 +Number_of_TVent_Fluid_Kinematic_Viscosity_Values=0 +Number_of_TVent_Fluid_Volumetric_Expansion_Values=0 +TVent_Inlet_Temperature=40 +Through_Vent_Flow_Direction=Rear_Inlet +Inlet_Type_Front=Radial_Full_Circle +Inlet_Type_Rear=Radial_Full_Circle +Grill_Free_Area_Ratio_Front=0.8 +Grill_Free_Area_Ratio_Rear=0.8 +Grill_Axial_Circular_Hole_Number_Front=4 +Grill_Axial_Circular_Hole_Number_Rear=4 +Grill_Axial_Circular_Hole_Diameter_Front=10 +Grill_Axial_Circular_Hole_Diameter_Rear=10 +Grill_Radial_Full_Circle_Length_Front=10 +Grill_Radial_Full_Circle_Length_Rear=10 +Grill_Radial_Hole_Number_Front=2 +Grill_Radial_Hole_Number_Rear=2 +Grill_Radial_Rectangle_Width_Front=10 +Grill_Radial_Rectangle_Width_Rear=10 +Grill_Radial_Rectangle_Length_Front=10 +Grill_Radial_Rectangle_Length_Rear=10 +k_Adjust_Inlet_Entrance=1 +k_Adjust_Inlet_Expansion=1 +k_Adjust_Inlet_Entrance_Rear=1 +k_Adjust_Inlet_Bend=1 +k_Adjust_Inlet_Contraction=1 +k_Adjust_Inlet_Stator_Bend=1 +k_Adjust_Inlet_Stator_Contraction=1 +k_Adjust_Inlet_Stator_EWdg_Bend=1 +k_Adjust_Inlet_Stator_EWdg_Contraction_Expansion=1 +k_Adjust_Inlet_Stator_EWdg_Ext_Expansion=1 +k_Adjust_Inlet_Stator_Duct_Contraction=1 +k_Adjust_Outlet_Stator_Duct_Expansion=1 +k_Adjust_Outlet_Stator_EWdg_Radial_Contraction=1 +k_Adjust_Outlet_Stator_EWdg_Bend=1 +k_Adjust_Outlet_Stator_EWdg_Contraction_Expansion=1 +k_Adjust_Outlet_Stator_Bend=1 +k_Adjust_Outlet_Stator_Contraction_Expansion=1 +k_Adjust_Inlet_Rotor_Bend=1 +k_Adjust_Inlet_Rotor_Contraction=1 +k_Adjust_Inlet_Rotor_EWdg_Bend=1 +k_Adjust_Inlet_Rotor_EWdg_Contraction_Expansion=1 +k_Adjust_Inlet_Rotor_Ewdg_Bore_Bend=1 +k_Adjust_Inlet_Rotor_EWdg_Bore_Expansion=1 +k_Adjust_Inlet_Rotor_Duct_Contraction=1 +k_Adjust_Outlet_Rotor_Duct_Expansion=1 +k_Adjust_Outlet_Rotor_EWdg_Bore_Bend=1 +k_Adjust_Outlet_Rotor_EWdg_Bore_Contraction=1 +k_Adjust_Outlet_Rotor_EWdg_Bend=1 +k_Adjust_Outlet_Rotor_EWdg_Contraction_Expansion=1 +k_Adjust_Outlet_Rotor_Bend=1 +k_Adjust_Outlet_Rotor_Contraction_Expansion=1 +k_Adjust_Outlet_Airgap_Duct_Expansion=1 +k_Adjust_Inlet_Airgap_Duct_Contraction=1 +k_Adjust_Outlet_Exit=1 +k_Adjust_Winding_Separator_Contraction=1 +k_Adjust_Winding_Separator_Expansion=1 +Notes_Inlet_Entrance= +Notes_Inlet_Expansion= +Notes_Inlet_Entrance_Rear= +Notes_Inlet_Expansion_Rear= +Notes_Inlet_Bend= +Notes_Inlet_Contraction= +Notes_Inlet_Stator_Bend= +Notes_Inlet_Stator_Contraction= +Notes_Inlet_Stator_EWdg_Bend= +Notes_Inlet_Stator_EWdg_Contraction_Expansion= +Notes_Inlet_Stator_EWdg_Ext_Expansion= +Notes_Inlet_Stator_Duct_Contraction= +Notes_Outlet_Stator_Duct_Expansion= +Notes_Outlet_Stator_EWdg_Radial_Contraction= +Notes_Outlet_Stator_EWdg_Bend= +Notes_Outlet_Stator_EWdg_Contraction_Expansion= +Notes_Outlet_Stator_Bend= +Notes_Outlet_Stator_Contraction_Expansion= +Notes_Inlet_Rotor_Bend= +Notes_Inlet_Rotor_Contraction= +Notes_Inlet_Rotor_EWdg_Bend= +Notes_Inlet_Rotor_EWdg_Contraction_Expansion= +Notes_Inlet_Rotor_EWdg_Bore_Bend= +Notes_Inlet_Rotor_EWdg_Bore_Expansion= +Notes_Inlet_Rotor_Duct_Contraction= +Notes_Outlet_Rotor_Duct_Expansion= +Notes_Outlet_Rotor_EWdg_Bore_Bend= +Notes_Outlet_Rotor_EWdg_Bore_Contraction= +Notes_Outlet_Rotor_EWdg_Bend= +Notes_Outlet_Rotor_EWdg_Contraction_Expansion= +Notes_Outlet_Rotor_Bend= +Notes_Outlet_Rotor_Contraction_Expansion= +Notes_Outlet_Airgap_Duct_Expansion= +Notes_Inlet_Airgap_Duct_Contraction= +Notes_Outlet_Exit= +Notes_Winding_Separator_Contraction= +Notes_Winding_Separator_Expansion= +Calc_Input_h_TVent_Circular_Stator_Duct_L1_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Stator_Duct_L1_R=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L1_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L1_R=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L2_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L2_R=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L3_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L3_R=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L4_F=Calc_h_conv +Calc_Input_h_TVent_Circular_Housing_Duct_L4_R=Calc_h_conv +Calc_Input_h_TVent_Endcap_F=Calc_h_conv +Calc_Input_h_TVent_Endcap_R=Calc_h_conv +Calc_Input_h_TVent_Housing_OHang_F=Calc_h_conv +Calc_Input_h_TVent_Housing_OHang_R=Calc_h_conv +Calc_Input_h_TVent_Shaft_OHang_F=Calc_h_conv +Calc_Input_h_TVent_Shaft_OHang_R=Calc_h_conv +Calc_Input_h_TVent_Axle_OHang_F=Calc_h_conv +Calc_Input_h_TVent_Axle_OHang_R=Calc_h_conv +h_Input_TVent_Endcap_F=10 +h_Input_TVent_Endcap_R=10 +h_Input_TVent_Housing_OHang_F=10 +h_Input_TVent_Housing_OHang_R=10 +h_Input_TVent_Shaft_OHang_F=10 +h_Input_TVent_Shaft_OHang_R=10 +h_Input_TVent_Axle_OHang_F=10 +h_Input_TVent_Axle_OHang_R=10 +h_Adjust_TVent_Endcap_F=1 +h_Adjust_TVent_Endcap_R=1 +h_Adjust_TVent_Housing_OHang_F=1 +h_Adjust_TVent_Housing_OHang_R=1 +h_Adjust_TVent_Shaft_OHang_F=1 +h_Adjust_TVent_Shaft_OHang_R=1 +h_Adjust_TVent_Axle_OHang_F=1 +h_Adjust_TVent_Axle_OHang_R=1 +Velocity_Multiplier_TVent_Endcap_F=1 +Velocity_Multiplier_TVent_Endcap_R=1 +Velocity_Multiplier_TVent_Housing_OHang_F=1 +Velocity_Multiplier_TVent_Housing_OHang_R=1 +Velocity_Multiplier_TVent_Shaft_OHang_F=1 +Velocity_Multiplier_TVent_Shaft_OHang_R=1 +Velocity_Multiplier_TVent_Axle_OHang_F=1 +Velocity_Multiplier_TVent_Axle_OHang_R=1 +Notes_TVent_Endcap_F= +Notes_TVent_Endcap_R= +Notes_TVent_Housing_OHang_F= +Notes_TVent_Housing_OHang_R= +Notes_TVent_Shaft_OHang_F= +Notes_TVent_Shaft_OHang_R= +Notes_TVent_Axle_OHang_F= +Notes_TVent_Axle_OHang_R= +TVent_Include_Rotor_Duct_Rotation_Effects=False +TVent_Include_Airgap_Rotation_Effects=False +TVent_Fan_Definition=0 +Fan_Definition=0 +Shaft_Speed=3000 +Flow_Rate=0.0249999 +Stator_Duct_Friction_k_Adjustment[0]=1 +Stator_Duct_Friction_k_Adjustment[1]=1 +Stator_Duct_Friction_k_Adjustment[2]=1 +Stator_Duct_Friction_k_Adjustment[3]=1 +Stator_Duct_Friction_k_Adjustment[4]=1 +Stator_Duct_Friction_k_Adjustment[5]=1 +Stator_Duct_Friction_k_Adjustment[6]=1 +Stator_Duct_Friction_k_Adjustment[7]=1 +Stator_Duct_Friction_k_Adjustment[8]=1 +Stator_Duct_Wall_Roughness=0.0025 +Airgap_Duct_Friction_k_Adjustment[0]=1 +Airgap_Duct_Friction_k_Adjustment[1]=1 +Airgap_Duct_Friction_k_Adjustment[2]=1 +Airgap_Duct_Friction_k_Adjustment[3]=1 +Airgap_Duct_Friction_k_Adjustment[4]=1 +Airgap_Duct_Friction_k_Adjustment[5]=1 +Airgap_Duct_Friction_k_Adjustment[6]=1 +Airgap_Duct_Friction_k_Adjustment[7]=1 +Airgap_Duct_Friction_k_Adjustment[8]=1 +Airgap_Duct_Wall_Roughness=0.0025 +IncludeDuctWallFriction=True +Notes_Stator_Duct[0]= +Notes_Stator_Duct[1]= +Notes_Stator_Duct[2]= +Notes_Stator_Duct[3]= +Notes_Stator_Duct[4]= +Notes_Stator_Duct[5]= +Notes_Stator_Duct[6]= +Notes_Stator_Duct[7]= +Notes_Stator_Duct[8]= +Notes_Airgap_Duct[0]= +Notes_Airgap_Duct[1]= +Notes_Airgap_Duct[2]= +Notes_Airgap_Duct[3]= +Notes_Airgap_Duct[4]= +Notes_Airgap_Duct[5]= +Notes_Airgap_Duct[6]= +Notes_Airgap_Duct[7]= +Notes_Airgap_Duct[8]= +CircularDuctLayers=1 +CircularDuctL1RadialDiameter=123 +iCircularDuctL1RadialDiameter=123 +CircularDuctL1Channels=36 +CircularDuctL1ChannelDiameter=3 +CircularDuctL1OffsetAngle=0 +CircularDuctL1SeparationAngle=5 +CircularDuctL2RadialDiameter=124 +iCircularDuctL2RadialDiameter=124 +CircularDuctL2Channels=36 +CircularDuctL2ChannelDiameter=5 +CircularDuctL2OffsetAngle=5 +CircularDuctL2SeparationAngle=5 +CircularDuctL3RadialDiameter=123 +iCircularDuctL3RadialDiameter=123 +CircularDuctL3Channels=10 +CircularDuctL3ChannelDiameter=5 +CircularDuctL3OffsetAngle=0 +CircularDuctL3SeparationAngle=5 +CircularDuctL4RadialDiameter=120 +iCircularDuctL4RadialDiameter=120 +CircularDuctL4Channels=10 +CircularDuctL4ChannelDiameter=8 +CircularDuctL4OffsetAngle=18 +CircularDuctL4SeparationAngle=5 +CircularDuctL1_h_Input[0]=0 +CircularDuctL1_h_Input[1]=0 +CircularDuctL1_h_Input[2]=0 +CircularDuctL1_h_Input[3]=0 +CircularDuctL1_h_Input[4]=0 +CircularDuctL1_h_Input[5]=0 +CircularDuctL1_h_Input[6]=0 +CircularDuctL1_h_Input[7]=0 +CircularDuctL1_h_Input[8]=0 +CircularDuctL1_h_Adjust[0]=1 +CircularDuctL1_h_Adjust[1]=1 +CircularDuctL1_h_Adjust[2]=1 +CircularDuctL1_h_Adjust[3]=1 +CircularDuctL1_h_Adjust[4]=1 +CircularDuctL1_h_Adjust[5]=1 +CircularDuctL1_h_Adjust[6]=1 +CircularDuctL1_h_Adjust[7]=1 +CircularDuctL1_h_Adjust[8]=1 +CircularDuctL1_Velocity_Multiplier[0]=1 +CircularDuctL1_Velocity_Multiplier[1]=1 +CircularDuctL1_Velocity_Multiplier[2]=1 +CircularDuctL1_Velocity_Multiplier[3]=1 +CircularDuctL1_Velocity_Multiplier[4]=1 +CircularDuctL1_Velocity_Multiplier[5]=1 +CircularDuctL1_Velocity_Multiplier[6]=1 +CircularDuctL1_Velocity_Multiplier[7]=1 +CircularDuctL1_Velocity_Multiplier[8]=1 +CircularDuctL1_HeatTransferNotes[0]= +CircularDuctL1_HeatTransferNotes[1]= +CircularDuctL1_HeatTransferNotes[2]= +CircularDuctL1_HeatTransferNotes[3]= +CircularDuctL1_HeatTransferNotes[4]= +CircularDuctL1_HeatTransferNotes[5]= +CircularDuctL1_HeatTransferNotes[6]= +CircularDuctL1_HeatTransferNotes[7]= +CircularDuctL1_HeatTransferNotes[8]= +CircularDuctL1_h_Input_F=0 +CircularDuctL1_h_Adjust_F=1 +CircularDuctL1_Velocity_Multiplier_F=1 +CircularDuctL1_HeatTransferNotes_F= +CircularDuctL1_h_Input_R=0 +CircularDuctL1_h_Adjust_R=1 +CircularDuctL1_Velocity_Multiplier_R=1 +CircularDuctL1_HeatTransferNotes_R= +CircularDuctL1_Expansion_k_Adjustment=1 +CircularDuctL1_Contraction_k_Adjustment=1 +CircularDuctL2_h_Input[0]=0 +CircularDuctL2_h_Input[1]=0 +CircularDuctL2_h_Input[2]=0 +CircularDuctL2_h_Input[3]=0 +CircularDuctL2_h_Input[4]=0 +CircularDuctL2_h_Input[5]=0 +CircularDuctL2_h_Input[6]=0 +CircularDuctL2_h_Input[7]=0 +CircularDuctL2_h_Input[8]=0 +CircularDuctL2_h_Adjust[0]=1 +CircularDuctL2_h_Adjust[1]=1 +CircularDuctL2_h_Adjust[2]=1 +CircularDuctL2_h_Adjust[3]=1 +CircularDuctL2_h_Adjust[4]=1 +CircularDuctL2_h_Adjust[5]=1 +CircularDuctL2_h_Adjust[6]=1 +CircularDuctL2_h_Adjust[7]=1 +CircularDuctL2_h_Adjust[8]=1 +CircularDuctL2_Velocity_Multiplier[0]=1 +CircularDuctL2_Velocity_Multiplier[1]=1 +CircularDuctL2_Velocity_Multiplier[2]=1 +CircularDuctL2_Velocity_Multiplier[3]=1 +CircularDuctL2_Velocity_Multiplier[4]=1 +CircularDuctL2_Velocity_Multiplier[5]=1 +CircularDuctL2_Velocity_Multiplier[6]=1 +CircularDuctL2_Velocity_Multiplier[7]=1 +CircularDuctL2_Velocity_Multiplier[8]=1 +CircularDuctL2_HeatTransferNotes[0]= +CircularDuctL2_HeatTransferNotes[1]= +CircularDuctL2_HeatTransferNotes[2]= +CircularDuctL2_HeatTransferNotes[3]= +CircularDuctL2_HeatTransferNotes[4]= +CircularDuctL2_HeatTransferNotes[5]= +CircularDuctL2_HeatTransferNotes[6]= +CircularDuctL2_HeatTransferNotes[7]= +CircularDuctL2_HeatTransferNotes[8]= +CircularDuctL2_Expansion_k_Adjustment=1 +CircularDuctL2_Contraction_k_Adjustment=1 +CircularDuctL3_h_Input[0]=0 +CircularDuctL3_h_Input[1]=0 +CircularDuctL3_h_Input[2]=0 +CircularDuctL3_h_Input[3]=0 +CircularDuctL3_h_Input[4]=0 +CircularDuctL3_h_Input[5]=0 +CircularDuctL3_h_Input[6]=0 +CircularDuctL3_h_Input[7]=0 +CircularDuctL3_h_Input[8]=0 +CircularDuctL3_h_Adjust[0]=1 +CircularDuctL3_h_Adjust[1]=1 +CircularDuctL3_h_Adjust[2]=1 +CircularDuctL3_h_Adjust[3]=1 +CircularDuctL3_h_Adjust[4]=1 +CircularDuctL3_h_Adjust[5]=1 +CircularDuctL3_h_Adjust[6]=1 +CircularDuctL3_h_Adjust[7]=1 +CircularDuctL3_h_Adjust[8]=1 +CircularDuctL3_Velocity_Multiplier[0]=1 +CircularDuctL3_Velocity_Multiplier[1]=1 +CircularDuctL3_Velocity_Multiplier[2]=1 +CircularDuctL3_Velocity_Multiplier[3]=1 +CircularDuctL3_Velocity_Multiplier[4]=1 +CircularDuctL3_Velocity_Multiplier[5]=1 +CircularDuctL3_Velocity_Multiplier[6]=1 +CircularDuctL3_Velocity_Multiplier[7]=1 +CircularDuctL3_Velocity_Multiplier[8]=1 +CircularDuctL3_HeatTransferNotes[0]= +CircularDuctL3_HeatTransferNotes[1]= +CircularDuctL3_HeatTransferNotes[2]= +CircularDuctL3_HeatTransferNotes[3]= +CircularDuctL3_HeatTransferNotes[4]= +CircularDuctL3_HeatTransferNotes[5]= +CircularDuctL3_HeatTransferNotes[6]= +CircularDuctL3_HeatTransferNotes[7]= +CircularDuctL3_HeatTransferNotes[8]= +CircularDuctL3_Expansion_k_Adjustment=1 +CircularDuctL3_Contraction_k_Adjustment=1 +CircularDuctL4_h_Input[0]=0 +CircularDuctL4_h_Input[1]=0 +CircularDuctL4_h_Input[2]=0 +CircularDuctL4_h_Input[3]=0 +CircularDuctL4_h_Input[4]=0 +CircularDuctL4_h_Input[5]=0 +CircularDuctL4_h_Input[6]=0 +CircularDuctL4_h_Input[7]=0 +CircularDuctL4_h_Input[8]=0 +CircularDuctL4_h_Adjust[0]=1 +CircularDuctL4_h_Adjust[1]=1 +CircularDuctL4_h_Adjust[2]=1 +CircularDuctL4_h_Adjust[3]=1 +CircularDuctL4_h_Adjust[4]=1 +CircularDuctL4_h_Adjust[5]=1 +CircularDuctL4_h_Adjust[6]=1 +CircularDuctL4_h_Adjust[7]=1 +CircularDuctL4_h_Adjust[8]=1 +CircularDuctL4_Velocity_Multiplier[0]=1 +CircularDuctL4_Velocity_Multiplier[1]=1 +CircularDuctL4_Velocity_Multiplier[2]=1 +CircularDuctL4_Velocity_Multiplier[3]=1 +CircularDuctL4_Velocity_Multiplier[4]=1 +CircularDuctL4_Velocity_Multiplier[5]=1 +CircularDuctL4_Velocity_Multiplier[6]=1 +CircularDuctL4_Velocity_Multiplier[7]=1 +CircularDuctL4_Velocity_Multiplier[8]=1 +CircularDuctL4_HeatTransferNotes[0]= +CircularDuctL4_HeatTransferNotes[1]= +CircularDuctL4_HeatTransferNotes[2]= +CircularDuctL4_HeatTransferNotes[3]= +CircularDuctL4_HeatTransferNotes[4]= +CircularDuctL4_HeatTransferNotes[5]= +CircularDuctL4_HeatTransferNotes[6]= +CircularDuctL4_HeatTransferNotes[7]= +CircularDuctL4_HeatTransferNotes[8]= +CircularDuctL4_Expansion_k_Adjustment=1 +CircularDuctL4_Contraction_k_Adjustment=1 +CircularDuctL1_Friction_k_Adjustment[0]=1 +CircularDuctL1_Friction_k_Adjustment[1]=1 +CircularDuctL1_Friction_k_Adjustment[2]=1 +CircularDuctL1_Friction_k_Adjustment[3]=1 +CircularDuctL1_Friction_k_Adjustment[4]=1 +CircularDuctL1_Friction_k_Adjustment[5]=1 +CircularDuctL1_Friction_k_Adjustment[6]=1 +CircularDuctL1_Friction_k_Adjustment[7]=1 +CircularDuctL1_Friction_k_Adjustment[8]=1 +CircularDuctL1_Contraction_Notes= +CircularDuctL1_Duct_Notes[0]= +CircularDuctL1_Duct_Notes[1]= +CircularDuctL1_Duct_Notes[2]= +CircularDuctL1_Duct_Notes[3]= +CircularDuctL1_Duct_Notes[4]= +CircularDuctL1_Duct_Notes[5]= +CircularDuctL1_Duct_Notes[6]= +CircularDuctL1_Duct_Notes[7]= +CircularDuctL1_Duct_Notes[8]= +CircularDuctL1_Expansion_Notes= +CircularDuctL1_Contraction_Notes_F= +CircularDuctL1_Duct_Notes_F= +CircularDuctL1_Expansion_Notes_F= +CircularDuctL1_Friction_k_Adjustment_R=1 +CircularDuctL1_Contraction_Notes_R= +CircularDuctL1_Duct_Notes_R= +CircularDuctL1_Expansion_Notes_R= +CircularDuctL2_Friction_k_Adjustment[0]=1 +CircularDuctL2_Friction_k_Adjustment[1]=1 +CircularDuctL2_Friction_k_Adjustment[2]=1 +CircularDuctL2_Friction_k_Adjustment[3]=1 +CircularDuctL2_Friction_k_Adjustment[4]=1 +CircularDuctL2_Friction_k_Adjustment[5]=1 +CircularDuctL2_Friction_k_Adjustment[6]=1 +CircularDuctL2_Friction_k_Adjustment[7]=1 +CircularDuctL2_Friction_k_Adjustment[8]=1 +CircularDuctL2_Contraction_Notes= +CircularDuctL2_Duct_Notes[0]= +CircularDuctL2_Duct_Notes[1]= +CircularDuctL2_Duct_Notes[2]= +CircularDuctL2_Duct_Notes[3]= +CircularDuctL2_Duct_Notes[4]= +CircularDuctL2_Duct_Notes[5]= +CircularDuctL2_Duct_Notes[6]= +CircularDuctL2_Duct_Notes[7]= +CircularDuctL2_Duct_Notes[8]= +CircularDuctL2_Expansion_Notes= +CircularDuctL3_Friction_k_Adjustment[0]=1 +CircularDuctL3_Friction_k_Adjustment[1]=1 +CircularDuctL3_Friction_k_Adjustment[2]=1 +CircularDuctL3_Friction_k_Adjustment[3]=1 +CircularDuctL3_Friction_k_Adjustment[4]=1 +CircularDuctL3_Friction_k_Adjustment[5]=1 +CircularDuctL3_Friction_k_Adjustment[6]=1 +CircularDuctL3_Friction_k_Adjustment[7]=1 +CircularDuctL3_Friction_k_Adjustment[8]=1 +CircularDuctL3_Contraction_Notes= +CircularDuctL3_Duct_Notes[0]= +CircularDuctL3_Duct_Notes[1]= +CircularDuctL3_Duct_Notes[2]= +CircularDuctL3_Duct_Notes[3]= +CircularDuctL3_Duct_Notes[4]= +CircularDuctL3_Duct_Notes[5]= +CircularDuctL3_Duct_Notes[6]= +CircularDuctL3_Duct_Notes[7]= +CircularDuctL3_Duct_Notes[8]= +CircularDuctL3_Expansion_Notes= +CircularDuctL4_Friction_k_Adjustment[0]=1 +CircularDuctL4_Friction_k_Adjustment[1]=1 +CircularDuctL4_Friction_k_Adjustment[2]=1 +CircularDuctL4_Friction_k_Adjustment[3]=1 +CircularDuctL4_Friction_k_Adjustment[4]=1 +CircularDuctL4_Friction_k_Adjustment[5]=1 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+RotorCircularDuctL3_Expansion_Notes= +RotorCircularDuctL4_Friction_k_Adjustment[0]=1 +RotorCircularDuctL4_Friction_k_Adjustment[1]=1 +RotorCircularDuctL4_Friction_k_Adjustment[2]=1 +RotorCircularDuctL4_Friction_k_Adjustment[3]=1 +RotorCircularDuctL4_Friction_k_Adjustment[4]=1 +RotorCircularDuctL4_Friction_k_Adjustment[5]=1 +RotorCircularDuctL4_Friction_k_Adjustment[6]=1 +RotorCircularDuctL4_Friction_k_Adjustment[7]=1 +RotorCircularDuctL4_Friction_k_Adjustment[8]=1 +RotorCircularDuctL4_Contraction_Notes= +RotorCircularDuctL4_Duct_Notes[0]= +RotorCircularDuctL4_Duct_Notes[1]= +RotorCircularDuctL4_Duct_Notes[2]= +RotorCircularDuctL4_Duct_Notes[3]= +RotorCircularDuctL4_Duct_Notes[4]= +RotorCircularDuctL4_Duct_Notes[5]= +RotorCircularDuctL4_Duct_Notes[6]= +RotorCircularDuctL4_Duct_Notes[7]= +RotorCircularDuctL4_Duct_Notes[8]= +RotorCircularDuctL4_Expansion_Notes= +CircularDuctL1ChannelHeight=3 +CircularDuctL1ChannelWidth=2 +StatorRectangularDuctLayer_CornerRadius[0]=0 +StatorRectangularDuctLayer_CornerRadius[1]=0 +StatorRectangularDuctLayer_CornerRadius[2]=0 +StatorRectangularDuctLayer_CornerRadius[3]=0 +CircularDuctL2ChannelHeight=3 +CircularDuctL2ChannelWidth=2 +CircularDuctL3ChannelHeight=3 +CircularDuctL3ChannelWidth=2 +CircularDuctL4ChannelHeight=3 +CircularDuctL4ChannelWidth=2 +Axle_Hole_Diameter=0 +Stator_Ducts=0 +Stator_Duct_Ratio=0.7 +Stator_Duct_Gap=2.5 +Number_Shaft_Spokes=4 +Spoke_Radial_Depth=10 +Spoke_Thickness=5 +Vel_Mult_TVent_EndRing_Outer_F=1 +Notes_TVent_EndRing_Outer_F= +h_Input_TVent_EndRing_Outer_F=0 +h_Adjust_TVent_EndRing_Outer_F=1 +Calc_Input_h_TVent_EndRing_Outer_F=0 +Vel_Mult_TVent_EndRing_Bore_F=1 +Notes_TVent_EndRing_Bore_F= +h_Input_TVent_EndRing_Bore_F=0 +h_Adjust_TVent_EndRing_Bore_F=1 +Calc_Input_h_TVent_EndRing_Bore_F=0 +Vel_Mult_TVent_EndRing_End_F=1 +Notes_TVent_EndRing_End_F= +h_Input_TVent_EndRing_End_F=0 +h_Adjust_TVent_EndRing_End_F=1 +Calc_Input_h_TVent_EndRing_End_F=0 +Vel_Mult_TVent_EndRing_ExtBore_F=1 +Notes_TVent_EndRing_ExtBore_F= +h_Input_TVent_EndRing_ExtBore_F=0 +h_Adjust_TVent_EndRing_ExtBore_F=1 +Calc_Input_h_TVent_EndRing_ExtBore_F=0 +Vel_Mult_TVent_EndRing_ExtOuter_F=1 +Notes_TVent_EndRing_ExtOuter_F= +h_Input_TVent_EndRing_ExtOuter_F=0 +h_Adjust_TVent_EndRing_ExtOuter_F=1 +Calc_Input_h_TVent_EndRing_ExtOuter_F=0 +Vel_Mult_TVent_EndRing_ExtInter_F=1 +Notes_TVent_EndRing_ExtInter_F= +h_Input_TVent_EndRing_ExtInter_F=0 +h_Adjust_TVent_EndRing_ExtInter_F=1 +Calc_Input_h_TVent_EndRing_ExtInter_F=0 +Vel_Mult_TVent_EndRing_Outer_R=1 +Notes_TVent_EndRing_Outer_R= +h_Input_TVent_EndRing_Outer_R=0 +h_Adjust_TVent_EndRing_Outer_R=1 +Calc_Input_h_TVent_EndRing_Outer_R=0 +Vel_Mult_TVent_EndRing_Bore_R=1 +Notes_TVent_EndRing_Bore_R= +h_Input_TVent_EndRing_Bore_R=0 +h_Adjust_TVent_EndRing_Bore_R=1 +Calc_Input_h_TVent_EndRing_Bore_R=0 +Vel_Mult_TVent_EndRing_End_R=1 +Notes_TVent_EndRing_End_R= +h_Input_TVent_EndRing_End_R=0 +h_Adjust_TVent_EndRing_End_R=1 +Calc_Input_h_TVent_EndRing_End_R=0 +Vel_Mult_TVent_EndRing_ExtBore_R=1 +Notes_TVent_EndRing_ExtBore_R= +h_Input_TVent_EndRing_ExtBore_R=0 +h_Adjust_TVent_EndRing_ExtBore_R=1 +Calc_Input_h_TVent_EndRing_ExtBore_R=0 +Vel_Mult_TVent_EndRing_ExtOuter_R=1 +Notes_TVent_EndRing_ExtOuter_R= +h_Input_TVent_EndRing_ExtOuter_R=0 +h_Adjust_TVent_EndRing_ExtOuter_R=1 +Calc_Input_h_TVent_EndRing_ExtOuter_R=0 +Vel_Mult_TVent_EndRing_ExtInter_R=1 +Notes_TVent_EndRing_ExtInter_R= +h_Input_TVent_EndRing_ExtInter_R=0 +h_Adjust_TVent_EndRing_ExtInter_R=1 +Calc_Input_h_TVent_EndRing_ExtInter_R=0 +Shaft_Hole_Diameter=0 +StatorDuctType=0 +RotorDuctType=1 +StatorRadialDuct_Friction_k_Adjustment=1 +StatorRadialDuct_Duct_Notes= +StatorRadialDuct_h_Input=0 +StatorRadialDuct_h_Adjust=1 +StatorRadialDuct_Velocity_Multiplier=1 +StatorRadialDuct_HeatTransferNotes= +RotorRadialDuct_Friction_k_Adjustment=1 +RotorRadialDuct_Duct_Notes= +RotorRadialDuct_h_Input=0 +RotorRadialDuct_h_Adjust=1 +RotorRadialDuct_Velocity_Multiplier=1 +RotorRadialDuct_HeatTransferNotes= +Rotor_Duct_Wall_Roughness=0.0025 +Notes_Rotor_Duct_Layer_1= +Notes_Rotor_Duct_Layer_2= +Vel_Mult_TVent_RotorEwdg_Inner_F=1 +Notes_TVent_RotorEwdg_Inner_F= +h_Input_TVent_RotorEwdg_Inner_F=0 +h_Adjust_TVent_RotorEwdg_Inner_F=1 +Calc_Input_h_TVent_RotorEwdg_Inner_F=0 +Vel_Mult_TVent_RotorEwdg_Outer_F=1 +Notes_TVent_RotorEwdg_Outer_F= +h_Input_TVent_RotorEwdg_Outer_F=0 +h_Adjust_TVent_RotorEwdg_Outer_F=1 +Calc_Input_h_TVent_RotorEwdg_Outer_F=0 +Vel_Mult_TVent_RotorEwdg_End_F=1 +Notes_TVent_RotorEwdg_End_F= +h_Input_TVent_RotorEwdg_End_F=0 +h_Adjust_TVent_RotorEwdg_End_F=1 +Calc_Input_h_TVent_RotorEwdg_End_F=0 +Vel_Mult_TVent_RotorEwdg_Inner_R=1 +Notes_TVent_RotorEwdg_Inner_R= +h_Input_TVent_RotorEwdg_Inner_R=0 +h_Adjust_TVent_RotorEwdg_Inner_R=1 +Calc_Input_h_TVent_RotorEwdg_Inner_R=0 +Vel_Mult_TVent_RotorEwdg_Outer_R=1 +Notes_TVent_RotorEwdg_Outer_R= +h_Input_TVent_RotorEwdg_Outer_R=0 +h_Adjust_TVent_RotorEwdg_Outer_R=1 +Calc_Input_h_TVent_RotorEwdg_Outer_R=0 +Vel_Mult_TVent_RotorEwdg_End_R=1 +Notes_TVent_RotorEwdg_End_R= +h_Input_TVent_RotorEwdg_End_R=0 +h_Adjust_TVent_RotorEwdg_End_R=1 +Calc_Input_h_TVent_RotorEwdg_End_R=0 +Vel_Mult_TVent_RotorLam_F=1 +Notes_TVent_RotorLam_F= +h_Input_TVent_RotorLam_F=0 +h_Adjust_TVent_RotorLam_F=1 +Calc_Input_h_TVent_RotorLam_F=0 +Vel_Mult_TVent_RotorLam_R=0 +Notes_TVent_RotorLam_R= +h_Input_TVent_RotorLam_R=0 +h_Adjust_TVent_RotorLam_R=0 +Calc_Input_h_TVent_RotorLam_R=0 +Vel_Mult_TVent_Magnet_F=0 +Notes_TVent_Magnet_F= +h_Input_TVent_Magnet_F=0 +h_Adjust_TVent_Magnet_F=0 +Calc_Input_h_TVent_Magnet_F=0 +Vel_Mult_TVent_Magnet_R=0 +Notes_TVent_Magnet_R= +h_Input_TVent_Magnet_R=0 +h_Adjust_TVent_Magnet_R=0 +Calc_Input_h_TVent_Magnet_R=0 +IncludeEndspaceRotationEffects=True +TVent_StatorDuct_HTC_Calc=1 +TVent_HousingCircDucts=False +TVent_NoAirgapFlow=False +TVentRadialDuctFlowDirection=1 +RadialDuctType=1 +Area_Mult_TVent_Stator_Duct[0]=1 +Area_Mult_TVent_Stator_Duct[1]=1 +Area_Mult_TVent_Stator_Duct[2]=1 +Area_Mult_TVent_Stator_Duct[3]=1 +Area_Mult_TVent_Stator_Duct[4]=1 +Area_Mult_TVent_Stator_Duct[5]=1 +Area_Mult_TVent_Stator_Duct[6]=1 +Area_Mult_TVent_Stator_Duct[7]=1 +Area_Mult_TVent_Stator_Duct[8]=1 +Area_Mult_TVent_Rotor_Duct[0]=1 +Area_Mult_TVent_Rotor_Duct[1]=1 +Area_Mult_TVent_Rotor_Duct[2]=1 +Area_Mult_TVent_Rotor_Duct[3]=1 +Area_Mult_TVent_Rotor_Duct[4]=1 +Area_Mult_TVent_Rotor_Duct[5]=1 +Area_Mult_TVent_Rotor_Duct[6]=1 +Area_Mult_TVent_Rotor_Duct[7]=1 +Area_Mult_TVent_Rotor_Duct[8]=1 +Area_Mult_TVent_Airgap_Stator[0]=1 +Area_Mult_TVent_Airgap_Stator[1]=1 +Area_Mult_TVent_Airgap_Stator[2]=1 +Area_Mult_TVent_Airgap_Stator[3]=1 +Area_Mult_TVent_Airgap_Stator[4]=1 +Area_Mult_TVent_Airgap_Stator[5]=1 +Area_Mult_TVent_Airgap_Stator[6]=1 +Area_Mult_TVent_Airgap_Stator[7]=1 +Area_Mult_TVent_Airgap_Stator[8]=1 +Area_Mult_TVent_Airgap_Rotor[0]=1 +Area_Mult_TVent_Airgap_Rotor[1]=1 +Area_Mult_TVent_Airgap_Rotor[2]=1 +Area_Mult_TVent_Airgap_Rotor[3]=1 +Area_Mult_TVent_Airgap_Rotor[4]=1 +Area_Mult_TVent_Airgap_Rotor[5]=1 +Area_Mult_TVent_Airgap_Rotor[6]=1 +Area_Mult_TVent_Airgap_Rotor[7]=1 +Area_Mult_TVent_Airgap_Rotor[8]=1 +Area_Mult_TVent_Endcap_F=1 +Area_Mult_TVent_Endcap_R=1 +Area_Mult_TVent_Housing_OHang_F=1 +Area_Mult_TVent_Housing_OHang_R=1 +Area_Mult_TVent_Shaft_OHang_F=1 +Area_Mult_TVent_Shaft_OHang_R=1 +Area_Mult_TVent_Axle_OHang_F=1 +Area_Mult_TVent_Axle_OHang_R=1 +Area_Mult_TVent_RotorEwdg_Inner_F=1 +iArea_Mult_TVent_RotorEwdg_Inner_F=1 +Area_Mult_TVent_RotorEwdg_Outer_F=1 +iArea_Mult_TVent_RotorEwdg_Outer_F=1 +Area_Mult_TVent_RotorEwdg_End_F=1 +iArea_Mult_TVent_RotorEwdg_End_F=1 +Area_Mult_TVent_RotorEwdg_Inner_R=1 +iArea_Mult_TVent_RotorEwdg_Inner_R=1 +Area_Mult_TVent_RotorEwdg_Outer_R=1 +iArea_Mult_TVent_RotorEwdg_Outer_R=1 +Area_Mult_TVent_RotorEwdg_End_R=1 +iArea_Mult_TVent_RotorEwdg_End_R=1 +CircularDuctL1_Area_Mult_A[0]=1 +CircularDuctL1_Area_Mult_A[1]=1 +CircularDuctL1_Area_Mult_A[2]=1 +CircularDuctL1_Area_Mult_A[3]=1 +CircularDuctL1_Area_Mult_A[4]=1 +CircularDuctL1_Area_Mult_A[5]=1 +CircularDuctL1_Area_Mult_A[6]=1 +CircularDuctL1_Area_Mult_A[7]=1 +CircularDuctL1_Area_Mult_A[8]=1 +CircularDuctL2_Area_Mult_A[0]=1 +CircularDuctL2_Area_Mult_A[1]=1 +CircularDuctL2_Area_Mult_A[2]=1 +CircularDuctL2_Area_Mult_A[3]=1 +CircularDuctL2_Area_Mult_A[4]=1 +CircularDuctL2_Area_Mult_A[5]=1 +CircularDuctL2_Area_Mult_A[6]=1 +CircularDuctL2_Area_Mult_A[7]=1 +CircularDuctL2_Area_Mult_A[8]=1 +CircularDuctL3_Area_Mult_A[0]=1 +CircularDuctL3_Area_Mult_A[1]=1 +CircularDuctL3_Area_Mult_A[2]=1 +CircularDuctL3_Area_Mult_A[3]=1 +CircularDuctL3_Area_Mult_A[4]=1 +CircularDuctL3_Area_Mult_A[5]=1 +CircularDuctL3_Area_Mult_A[6]=1 +CircularDuctL3_Area_Mult_A[7]=1 +CircularDuctL3_Area_Mult_A[8]=1 +CircularDuctL4_Area_Mult_A[0]=1 +CircularDuctL4_Area_Mult_A[1]=1 +CircularDuctL4_Area_Mult_A[2]=1 +CircularDuctL4_Area_Mult_A[3]=1 +CircularDuctL4_Area_Mult_A[4]=1 +CircularDuctL4_Area_Mult_A[5]=1 +CircularDuctL4_Area_Mult_A[6]=1 +CircularDuctL4_Area_Mult_A[7]=1 +CircularDuctL4_Area_Mult_A[8]=1 +StatorRadialDuct_Area_Mult=1 +RotorRadial_Duct_Area_Mult=1 +Area_Mult_TVent_RotorLam_F=1 +Area_Mult_TVent_RotorLam_R=0 +Area_Mult_TVent_Magnet_F=0 +Area_Mult_TVent_Magnet_R=0 +Area_Mult_TVent_EndRing_Outer_F=1 +Area_Mult_TVent_EndRing_Bore_F=1 +Area_Mult_TVent_EndRing_End_F=1 +Area_Mult_TVent_EndRing_ExtBore_F=1 +Area_Mult_TVent_EndRing_ExtOuter_F=1 +Area_Mult_TVent_EndRing_ExtInter_F=1 +Area_Mult_TVent_EndRing_Outer_R=1 +Area_Mult_TVent_EndRing_Bore_R=1 +Area_Mult_TVent_EndRing_End_R=1 +Area_Mult_TVent_EndRing_ExtBore_R=1 +Area_Mult_TVent_EndRing_ExtOuter_R=1 +Area_Mult_TVent_EndRing_ExtInter_R=1 +SelfVentilation=False +TVent_SpokeDuct_k_Wall_Friction_Adjust[0]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[1]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[2]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[3]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[4]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[5]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[6]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[7]=1 +TVent_SpokeDuct_k_Wall_Friction_Adjust[8]=1 +TVentFluidTemperature=1 +VortexTransition=1 +ProportionTVentRadialFlow=1 +TVentInletAxialOffset_F=0 +TVentInletAxialOffset_R=0 +TVentRotorDuctBlockage=0 +Calc_Input_h_TVent_CupBase=0 +h_Input_TVent_CupBase=0 +h_Adjust_TVent_CupBase=1 +Vel_Mult_TVent_CupBase=1 +Area_Mult_TVent_CupBase=1 +Notes_TVent_CupBase= +Calc_Input_h_TVent_CupCylinderOH=0 +h_Input_TVent_CupCylinderOH=0 +h_Adjust_TVent_CupCylinderOH=1 +Vel_Mult_TVent_CupCylinderOH=1 +Area_Mult_TVent_CupCylinderOH=1 +Notes_TVent_CupCylinderOH= +TVent_Airgap_FrictionFactorCalc=1 +TVent_RadialFlowPathCalc=1 +TVent_UsingAverageAirgapTempCalc=1 +Calc_Input_h_TVent_EWdg_Inner_F[0]=0 +h_Input_TVent_EWdg_Inner_F[0]=10 +h_Adjust_TVent_EWdg_Inner_F[0]=1 +Velocity_Multiplier_TVent_EWdg_Inner_F[0]=1 +Area_Mult_TVent_EWdg_Inner_F[0]=1 +Notes_TVent_EWdg_Inner_F[0]= +Calc_Input_h_TVent_EW_Outer_F[0]=0 +h_Input_TVent_EW_Outer_F[0]=10 +h_Adjust_TVent_EW_Outer_F[0]=1 +Velocity_Multiplier_TVent_EW_Outer_F[0]=1 +Area_Mult_TVent_EW_Outer_F[0]=1 +Notes_TVent_EW_Outer_F[0]= +Calc_Input_h_TVent_EWdg_Front_F[0]=0 +h_Input_TVent_EWdg_Front_F[0]=10 +h_Adjust_TVent_EWdg_Front_F[0]=1 +Velocity_Multiplier_TVent_EWdg_Front_F[0]=1 +Area_Mult_TVent_EWdg_Front_F[0]=1 +Notes_TVent_EWdg_Front_F[0]= +Calc_Input_h_TVent_EWdg_Rear_F[0]=0 +h_Input_TVent_EWdg_Rear_F[0]=10 +h_Adjust_TVent_EWdg_Rear_F[0]=1 +Velocity_Multiplier_TVent_EWdg_Rear_F[0]=0 +Area_Mult_TVent_EWdg_Rear_F[0]=1 +Notes_TVent_EWdg_Rear_F[0]= +Calc_Input_h_TVent_EWdg_Inner_R[0]=0 +h_Input_TVent_EWdg_Inner_R[0]=10 +h_Adjust_TVent_EWdg_Inner_R[0]=1 +Velocity_Multiplier_TVent_EWdg_Inner_R[0]=1 +Area_Mult_TVent_EWdg_Inner_R[0]=1 +Notes_TVent_EWdg_Inner_R[0]= +Calc_Input_h_TVent_EW_Outer_R[0]=0 +h_Input_TVent_EW_Outer_R[0]=10 +h_Adjust_TVent_EW_Outer_R[0]=1 +Velocity_Multiplier_TVent_EW_Outer_R[0]=1 +Area_Mult_TVent_EW_Outer_R[0]=1 +Notes_TVent_EW_Outer_R[0]= +Calc_Input_h_TVent_EWdg_Front_R[0]=0 +h_Input_TVent_EWdg_Front_R[0]=10 +h_Adjust_TVent_EWdg_Front_R[0]=1 +Velocity_Multiplier_TVent_EWdg_Front_R[0]=0 +Area_Mult_TVent_EWdg_Front_R[0]=1 +Notes_TVent_EWdg_Front_R[0]= +Calc_Input_h_TVent_EWdg_Rear_R[0]=0 +h_Input_TVent_EWdg_Rear_R[0]=10 +h_Adjust_TVent_EWdg_Rear_R[0]=1 +Velocity_Multiplier_TVent_EWdg_Rear_R[0]=1 +Area_Mult_TVent_EWdg_Rear_R[0]=1 +Notes_TVent_EWdg_Rear_R[0]= +Velocity_Multiplier_TVent_Stator_Duct[0]=1 +Velocity_Multiplier_TVent_Stator_Duct[1]=1 +Velocity_Multiplier_TVent_Stator_Duct[2]=1 +Velocity_Multiplier_TVent_Stator_Duct[3]=1 +Velocity_Multiplier_TVent_Stator_Duct[4]=1 +Velocity_Multiplier_TVent_Stator_Duct[5]=1 +Velocity_Multiplier_TVent_Stator_Duct[6]=1 +Velocity_Multiplier_TVent_Stator_Duct[7]=1 +Velocity_Multiplier_TVent_Stator_Duct[8]=1 +Calc_Input_h_TVent_Stator_Duct[0]=0 +Calc_Input_h_TVent_Stator_Duct[1]=0 +Calc_Input_h_TVent_Stator_Duct[2]=0 +Calc_Input_h_TVent_Stator_Duct[3]=0 +Calc_Input_h_TVent_Stator_Duct[4]=0 +Calc_Input_h_TVent_Stator_Duct[5]=0 +Calc_Input_h_TVent_Stator_Duct[6]=0 +Calc_Input_h_TVent_Stator_Duct[7]=0 +Calc_Input_h_TVent_Stator_Duct[8]=0 +h_Input_TVent_Stator_Duct[0]=0 +h_Input_TVent_Stator_Duct[1]=0 +h_Input_TVent_Stator_Duct[2]=0 +h_Input_TVent_Stator_Duct[3]=0 +h_Input_TVent_Stator_Duct[4]=0 +h_Input_TVent_Stator_Duct[5]=0 +h_Input_TVent_Stator_Duct[6]=0 +h_Input_TVent_Stator_Duct[7]=0 +h_Input_TVent_Stator_Duct[8]=0 +h_Adjust_TVent_Stator_Duct[0]=1 +h_Adjust_TVent_Stator_Duct[1]=1 +h_Adjust_TVent_Stator_Duct[2]=1 +h_Adjust_TVent_Stator_Duct[3]=1 +h_Adjust_TVent_Stator_Duct[4]=1 +h_Adjust_TVent_Stator_Duct[5]=1 +h_Adjust_TVent_Stator_Duct[6]=1 +h_Adjust_TVent_Stator_Duct[7]=1 +h_Adjust_TVent_Stator_Duct[8]=1 +Notes_TVent_Stator_Duct[0]= +Notes_TVent_Stator_Duct[1]= +Notes_TVent_Stator_Duct[2]= +Notes_TVent_Stator_Duct[3]= +Notes_TVent_Stator_Duct[4]= +Notes_TVent_Stator_Duct[5]= +Notes_TVent_Stator_Duct[6]= +Notes_TVent_Stator_Duct[7]= +Notes_TVent_Stator_Duct[8]= +CircularDuctL1_Calc_Input_h_A[0]=0 +CircularDuctL1_Calc_Input_h_A[1]=0 +CircularDuctL1_Calc_Input_h_A[2]=0 +CircularDuctL1_Calc_Input_h_A[3]=0 +CircularDuctL1_Calc_Input_h_A[4]=0 +CircularDuctL1_Calc_Input_h_A[5]=0 +CircularDuctL1_Calc_Input_h_A[6]=0 +CircularDuctL1_Calc_Input_h_A[7]=0 +CircularDuctL1_Calc_Input_h_A[8]=0 +CircularDuctL2_Calc_Input_h[0]=0 +CircularDuctL2_Calc_Input_h[1]=0 +CircularDuctL2_Calc_Input_h[2]=0 +CircularDuctL2_Calc_Input_h[3]=0 +CircularDuctL2_Calc_Input_h[4]=0 +CircularDuctL2_Calc_Input_h[5]=0 +CircularDuctL2_Calc_Input_h[6]=0 +CircularDuctL2_Calc_Input_h[7]=0 +CircularDuctL2_Calc_Input_h[8]=0 +CircularDuctL3_Calc_Input_h[0]=0 +CircularDuctL3_Calc_Input_h[1]=0 +CircularDuctL3_Calc_Input_h[2]=0 +CircularDuctL3_Calc_Input_h[3]=0 +CircularDuctL3_Calc_Input_h[4]=0 +CircularDuctL3_Calc_Input_h[5]=0 +CircularDuctL3_Calc_Input_h[6]=0 +CircularDuctL3_Calc_Input_h[7]=0 +CircularDuctL3_Calc_Input_h[8]=0 +CircularDuctL4_Calc_Input_h[0]=0 +CircularDuctL4_Calc_Input_h[1]=0 +CircularDuctL4_Calc_Input_h[2]=0 +CircularDuctL4_Calc_Input_h[3]=0 +CircularDuctL4_Calc_Input_h[4]=0 +CircularDuctL4_Calc_Input_h[5]=0 +CircularDuctL4_Calc_Input_h[6]=0 +CircularDuctL4_Calc_Input_h[7]=0 +CircularDuctL4_Calc_Input_h[8]=0 +Velocity_Multiplier_TVent_Airgap_Stator[0]=1 +Velocity_Multiplier_TVent_Airgap_Stator[1]=1 +Velocity_Multiplier_TVent_Airgap_Stator[2]=1 +Velocity_Multiplier_TVent_Airgap_Stator[3]=1 +Velocity_Multiplier_TVent_Airgap_Stator[4]=1 +Velocity_Multiplier_TVent_Airgap_Stator[5]=1 +Velocity_Multiplier_TVent_Airgap_Stator[6]=1 +Velocity_Multiplier_TVent_Airgap_Stator[7]=1 +Velocity_Multiplier_TVent_Airgap_Stator[8]=1 +Calc_Input_h_TVent_Airgap_Stator[0]=0 +Calc_Input_h_TVent_Airgap_Stator[1]=0 +Calc_Input_h_TVent_Airgap_Stator[2]=0 +Calc_Input_h_TVent_Airgap_Stator[3]=0 +Calc_Input_h_TVent_Airgap_Stator[4]=0 +Calc_Input_h_TVent_Airgap_Stator[5]=0 +Calc_Input_h_TVent_Airgap_Stator[6]=0 +Calc_Input_h_TVent_Airgap_Stator[7]=0 +Calc_Input_h_TVent_Airgap_Stator[8]=0 +h_Input_TVent_Airgap_Stator[0]=0 +h_Input_TVent_Airgap_Stator[1]=0 +h_Input_TVent_Airgap_Stator[2]=0 +h_Input_TVent_Airgap_Stator[3]=0 +h_Input_TVent_Airgap_Stator[4]=0 +h_Input_TVent_Airgap_Stator[5]=0 +h_Input_TVent_Airgap_Stator[6]=0 +h_Input_TVent_Airgap_Stator[7]=0 +h_Input_TVent_Airgap_Stator[8]=0 +h_Adjust_TVent_Airgap_Stator[0]=1 +h_Adjust_TVent_Airgap_Stator[1]=1 +h_Adjust_TVent_Airgap_Stator[2]=1 +h_Adjust_TVent_Airgap_Stator[3]=1 +h_Adjust_TVent_Airgap_Stator[4]=1 +h_Adjust_TVent_Airgap_Stator[5]=1 +h_Adjust_TVent_Airgap_Stator[6]=1 +h_Adjust_TVent_Airgap_Stator[7]=1 +h_Adjust_TVent_Airgap_Stator[8]=1 +Notes_TVent_Airgap_Stator[0]= +Notes_TVent_Airgap_Stator[1]= +Notes_TVent_Airgap_Stator[2]= +Notes_TVent_Airgap_Stator[3]= +Notes_TVent_Airgap_Stator[4]= +Notes_TVent_Airgap_Stator[5]= +Notes_TVent_Airgap_Stator[6]= +Notes_TVent_Airgap_Stator[7]= +Notes_TVent_Airgap_Stator[8]= +Velocity_Multiplier_TVent_Airgap_Rotor[0]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[1]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[2]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[3]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[4]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[5]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[6]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[7]=1 +Velocity_Multiplier_TVent_Airgap_Rotor[8]=1 +Calc_Input_h_TVent_Airgap_Rotor[0]=0 +Calc_Input_h_TVent_Airgap_Rotor[1]=0 +Calc_Input_h_TVent_Airgap_Rotor[2]=0 +Calc_Input_h_TVent_Airgap_Rotor[3]=0 +Calc_Input_h_TVent_Airgap_Rotor[4]=0 +Calc_Input_h_TVent_Airgap_Rotor[5]=0 +Calc_Input_h_TVent_Airgap_Rotor[6]=0 +Calc_Input_h_TVent_Airgap_Rotor[7]=0 +Calc_Input_h_TVent_Airgap_Rotor[8]=0 +h_Input_TVent_Airgap_Rotor[0]=0 +h_Input_TVent_Airgap_Rotor[1]=0 +h_Input_TVent_Airgap_Rotor[2]=0 +h_Input_TVent_Airgap_Rotor[3]=0 +h_Input_TVent_Airgap_Rotor[4]=0 +h_Input_TVent_Airgap_Rotor[5]=0 +h_Input_TVent_Airgap_Rotor[6]=0 +h_Input_TVent_Airgap_Rotor[7]=0 +h_Input_TVent_Airgap_Rotor[8]=0 +h_Adjust_TVent_Airgap_Rotor[0]=1 +h_Adjust_TVent_Airgap_Rotor[1]=1 +h_Adjust_TVent_Airgap_Rotor[2]=1 +h_Adjust_TVent_Airgap_Rotor[3]=1 +h_Adjust_TVent_Airgap_Rotor[4]=1 +h_Adjust_TVent_Airgap_Rotor[5]=1 +h_Adjust_TVent_Airgap_Rotor[6]=1 +h_Adjust_TVent_Airgap_Rotor[7]=1 +h_Adjust_TVent_Airgap_Rotor[8]=1 +Notes_TVent_Airgap_Rotor[0]= +Notes_TVent_Airgap_Rotor[1]= +Notes_TVent_Airgap_Rotor[2]= +Notes_TVent_Airgap_Rotor[3]= +Notes_TVent_Airgap_Rotor[4]= +Notes_TVent_Airgap_Rotor[5]= +Notes_TVent_Airgap_Rotor[6]= +Notes_TVent_Airgap_Rotor[7]= +Notes_TVent_Airgap_Rotor[8]= +Velocity_Multiplier_TVent_Rotor_Duct[0]=1 +Velocity_Multiplier_TVent_Rotor_Duct[1]=1 +Velocity_Multiplier_TVent_Rotor_Duct[2]=1 +Velocity_Multiplier_TVent_Rotor_Duct[3]=1 +Velocity_Multiplier_TVent_Rotor_Duct[4]=1 +Velocity_Multiplier_TVent_Rotor_Duct[5]=1 +Velocity_Multiplier_TVent_Rotor_Duct[6]=1 +Velocity_Multiplier_TVent_Rotor_Duct[7]=1 +Velocity_Multiplier_TVent_Rotor_Duct[8]=1 +Calc_Input_h_TVent_Rotor_Duct[0]=0 +Calc_Input_h_TVent_Rotor_Duct[1]=0 +Calc_Input_h_TVent_Rotor_Duct[2]=0 +Calc_Input_h_TVent_Rotor_Duct[3]=0 +Calc_Input_h_TVent_Rotor_Duct[4]=0 +Calc_Input_h_TVent_Rotor_Duct[5]=0 +Calc_Input_h_TVent_Rotor_Duct[6]=0 +Calc_Input_h_TVent_Rotor_Duct[7]=0 +Calc_Input_h_TVent_Rotor_Duct[8]=0 +h_Input_TVent_Rotor_Duct[0]=10 +h_Input_TVent_Rotor_Duct[1]=10 +h_Input_TVent_Rotor_Duct[2]=10 +h_Input_TVent_Rotor_Duct[3]=10 +h_Input_TVent_Rotor_Duct[4]=10 +h_Input_TVent_Rotor_Duct[5]=10 +h_Input_TVent_Rotor_Duct[6]=10 +h_Input_TVent_Rotor_Duct[7]=10 +h_Input_TVent_Rotor_Duct[8]=10 +h_Adjust_TVent_Rotor_Duct[0]=1 +h_Adjust_TVent_Rotor_Duct[1]=1 +h_Adjust_TVent_Rotor_Duct[2]=1 +h_Adjust_TVent_Rotor_Duct[3]=1 +h_Adjust_TVent_Rotor_Duct[4]=1 +h_Adjust_TVent_Rotor_Duct[5]=1 +h_Adjust_TVent_Rotor_Duct[6]=1 +h_Adjust_TVent_Rotor_Duct[7]=1 +h_Adjust_TVent_Rotor_Duct[8]=1 +Notes_TVent_Rotor_Duct[0]= +Notes_TVent_Rotor_Duct[1]= +Notes_TVent_Rotor_Duct[2]= +Notes_TVent_Rotor_Duct[3]= +Notes_TVent_Rotor_Duct[4]= +Notes_TVent_Rotor_Duct[5]= +Notes_TVent_Rotor_Duct[6]= +Notes_TVent_Rotor_Duct[7]= +Notes_TVent_Rotor_Duct[8]= +RotorCircularDuctL1_Calc_Input_h[0]=0 +RotorCircularDuctL1_Calc_Input_h[1]=0 +RotorCircularDuctL1_Calc_Input_h[2]=0 +RotorCircularDuctL1_Calc_Input_h[3]=0 +RotorCircularDuctL1_Calc_Input_h[4]=0 +RotorCircularDuctL1_Calc_Input_h[5]=0 +RotorCircularDuctL1_Calc_Input_h[6]=0 +RotorCircularDuctL1_Calc_Input_h[7]=0 +RotorCircularDuctL1_Calc_Input_h[8]=0 +RotorCircularDuctL2_Calc_Input_h[0]=0 +RotorCircularDuctL2_Calc_Input_h[1]=0 +RotorCircularDuctL2_Calc_Input_h[2]=0 +RotorCircularDuctL2_Calc_Input_h[3]=0 +RotorCircularDuctL2_Calc_Input_h[4]=0 +RotorCircularDuctL2_Calc_Input_h[5]=0 +RotorCircularDuctL2_Calc_Input_h[6]=0 +RotorCircularDuctL2_Calc_Input_h[7]=0 +RotorCircularDuctL2_Calc_Input_h[8]=0 +RotorCircularDuctL3_Calc_Input_h[0]=0 +RotorCircularDuctL3_Calc_Input_h[1]=0 +RotorCircularDuctL3_Calc_Input_h[2]=0 +RotorCircularDuctL3_Calc_Input_h[3]=0 +RotorCircularDuctL3_Calc_Input_h[4]=0 +RotorCircularDuctL3_Calc_Input_h[5]=0 +RotorCircularDuctL3_Calc_Input_h[6]=0 +RotorCircularDuctL3_Calc_Input_h[7]=0 +RotorCircularDuctL3_Calc_Input_h[8]=0 +RotorCircularDuctL4_Calc_Input_h[0]=0 +RotorCircularDuctL4_Calc_Input_h[1]=0 +RotorCircularDuctL4_Calc_Input_h[2]=0 +RotorCircularDuctL4_Calc_Input_h[3]=0 +RotorCircularDuctL4_Calc_Input_h[4]=0 +RotorCircularDuctL4_Calc_Input_h[5]=0 +RotorCircularDuctL4_Calc_Input_h[6]=0 +RotorCircularDuctL4_Calc_Input_h[7]=0 +RotorCircularDuctL4_Calc_Input_h[8]=0 +Calc_Input_h_TVent_StatorRadialDuct=0 +Calc_Input_h_TVent_RotorRadialDuct=0 +Area_Mult_TVent_Rotor_Spacer[0]=1 +Area_Mult_TVent_Rotor_Spacer[1]=1 +Area_Mult_TVent_Rotor_Spacer[2]=1 +Area_Mult_TVent_Rotor_Spacer[3]=1 +Area_Mult_TVent_Rotor_Spacer[4]=1 +Area_Mult_TVent_Rotor_Spacer[5]=1 +Area_Mult_TVent_Rotor_Spacer[6]=1 +Area_Mult_TVent_Rotor_Spacer[7]=1 +Area_Mult_TVent_Rotor_Spacer[8]=1 +Area_Mult_Tvent_Rotor_Coil_Base[0]=1 +Area_Mult_Tvent_Rotor_Coil_Base[1]=1 +Area_Mult_Tvent_Rotor_Coil_Base[2]=1 +Area_Mult_Tvent_Rotor_Coil_Base[3]=1 +Area_Mult_Tvent_Rotor_Coil_Base[4]=1 +Area_Mult_Tvent_Rotor_Coil_Base[5]=1 +Area_Mult_Tvent_Rotor_Coil_Base[6]=1 +Area_Mult_Tvent_Rotor_Coil_Base[7]=1 +Area_Mult_Tvent_Rotor_Coil_Base[8]=1 +Area_Mult_Tvent_Rotor_Back_Iron[0]=1 +Area_Mult_Tvent_Rotor_Back_Iron[1]=1 +Area_Mult_Tvent_Rotor_Back_Iron[2]=1 +Area_Mult_Tvent_Rotor_Back_Iron[3]=1 +Area_Mult_Tvent_Rotor_Back_Iron[4]=1 +Area_Mult_Tvent_Rotor_Back_Iron[5]=1 +Area_Mult_Tvent_Rotor_Back_Iron[6]=1 +Area_Mult_Tvent_Rotor_Back_Iron[7]=1 +Area_Mult_Tvent_Rotor_Back_Iron[8]=1 +Calc_Input_h_TVent_Rotor_Spacer[0]=0 +Calc_Input_h_TVent_Rotor_Spacer[1]=0 +Calc_Input_h_TVent_Rotor_Spacer[2]=0 +Calc_Input_h_TVent_Rotor_Spacer[3]=0 +Calc_Input_h_TVent_Rotor_Spacer[4]=0 +Calc_Input_h_TVent_Rotor_Spacer[5]=0 +Calc_Input_h_TVent_Rotor_Spacer[6]=0 +Calc_Input_h_TVent_Rotor_Spacer[7]=0 +Calc_Input_h_TVent_Rotor_Spacer[8]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[0]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[1]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[2]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[3]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[4]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[5]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[6]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[7]=0 +Calc_Input_h_TVent_Rotor_Coil_Base[8]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[0]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[1]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[2]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[3]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[4]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[5]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[6]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[7]=0 +Calc_Input_h_TVent_Rotor_Back_Iron[8]=0 +h_Input_TVent_Rotor_Spacer[0]=0 +h_Input_TVent_Rotor_Spacer[1]=0 +h_Input_TVent_Rotor_Spacer[2]=0 +h_Input_TVent_Rotor_Spacer[3]=0 +h_Input_TVent_Rotor_Spacer[4]=0 +h_Input_TVent_Rotor_Spacer[5]=0 +h_Input_TVent_Rotor_Spacer[6]=0 +h_Input_TVent_Rotor_Spacer[7]=0 +h_Input_TVent_Rotor_Spacer[8]=0 +h_Input_TVent_Rotor_Coil_Base[0]=0 +h_Input_TVent_Rotor_Coil_Base[1]=0 +h_Input_TVent_Rotor_Coil_Base[2]=0 +h_Input_TVent_Rotor_Coil_Base[3]=0 +h_Input_TVent_Rotor_Coil_Base[4]=0 +h_Input_TVent_Rotor_Coil_Base[5]=0 +h_Input_TVent_Rotor_Coil_Base[6]=0 +h_Input_TVent_Rotor_Coil_Base[7]=0 +h_Input_TVent_Rotor_Coil_Base[8]=0 +h_Input_TVent_Rotor_Back_Iron[0]=0 +h_Input_TVent_Rotor_Back_Iron[1]=0 +h_Input_TVent_Rotor_Back_Iron[2]=0 +h_Input_TVent_Rotor_Back_Iron[3]=0 +h_Input_TVent_Rotor_Back_Iron[4]=0 +h_Input_TVent_Rotor_Back_Iron[5]=0 +h_Input_TVent_Rotor_Back_Iron[6]=0 +h_Input_TVent_Rotor_Back_Iron[7]=0 +h_Input_TVent_Rotor_Back_Iron[8]=0 +h_Adjust_TVent_Rotor_Spacer[0]=1 +h_Adjust_TVent_Rotor_Spacer[1]=1 +h_Adjust_TVent_Rotor_Spacer[2]=1 +h_Adjust_TVent_Rotor_Spacer[3]=1 +h_Adjust_TVent_Rotor_Spacer[4]=1 +h_Adjust_TVent_Rotor_Spacer[5]=1 +h_Adjust_TVent_Rotor_Spacer[6]=1 +h_Adjust_TVent_Rotor_Spacer[7]=1 +h_Adjust_TVent_Rotor_Spacer[8]=1 +h_Adjust_TVent_Rotor_Coil_Base[0]=1 +h_Adjust_TVent_Rotor_Coil_Base[1]=1 +h_Adjust_TVent_Rotor_Coil_Base[2]=1 +h_Adjust_TVent_Rotor_Coil_Base[3]=1 +h_Adjust_TVent_Rotor_Coil_Base[4]=1 +h_Adjust_TVent_Rotor_Coil_Base[5]=1 +h_Adjust_TVent_Rotor_Coil_Base[6]=1 +h_Adjust_TVent_Rotor_Coil_Base[7]=1 +h_Adjust_TVent_Rotor_Coil_Base[8]=1 +h_Adjust_TVent_Rotor_Back_Iron[0]=1 +h_Adjust_TVent_Rotor_Back_Iron[1]=1 +h_Adjust_TVent_Rotor_Back_Iron[2]=1 +h_Adjust_TVent_Rotor_Back_Iron[3]=1 +h_Adjust_TVent_Rotor_Back_Iron[4]=1 +h_Adjust_TVent_Rotor_Back_Iron[5]=1 +h_Adjust_TVent_Rotor_Back_Iron[6]=1 +h_Adjust_TVent_Rotor_Back_Iron[7]=1 +h_Adjust_TVent_Rotor_Back_Iron[8]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[0]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[1]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[2]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[3]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[4]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[5]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[6]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[7]=1 +Velocity_Multiplier_TVent_Rotor_Spacer[8]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[0]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[1]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[2]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[3]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[4]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[5]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[6]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[7]=1 +Velocity_Multiplier_Tvent_Rotor_Coil_Base[8]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[0]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[1]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[2]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[3]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[4]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[5]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[6]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[7]=1 +Velocity_Multiplier_Tvent_Rotor_Back_Iron[8]=1 +Notes_TVent_Rotor_Spacer[0]= +Notes_TVent_Rotor_Spacer[1]= +Notes_TVent_Rotor_Spacer[2]= +Notes_TVent_Rotor_Spacer[3]= +Notes_TVent_Rotor_Spacer[4]= +Notes_TVent_Rotor_Spacer[5]= +Notes_TVent_Rotor_Spacer[6]= +Notes_TVent_Rotor_Spacer[7]= +Notes_TVent_Rotor_Spacer[8]= +Notes_TVent_Rotor_Coil_Base[0]= +Notes_TVent_Rotor_Coil_Base[1]= +Notes_TVent_Rotor_Coil_Base[2]= +Notes_TVent_Rotor_Coil_Base[3]= +Notes_TVent_Rotor_Coil_Base[4]= +Notes_TVent_Rotor_Coil_Base[5]= +Notes_TVent_Rotor_Coil_Base[6]= +Notes_TVent_Rotor_Coil_Base[7]= +Notes_TVent_Rotor_Coil_Base[8]= +Notes_TVent_Rotor_Back_Iron[0]= +Notes_TVent_Rotor_Back_Iron[1]= +Notes_TVent_Rotor_Back_Iron[2]= +Notes_TVent_Rotor_Back_Iron[3]= +Notes_TVent_Rotor_Back_Iron[4]= +Notes_TVent_Rotor_Back_Iron[5]= +Notes_TVent_Rotor_Back_Iron[6]= +Notes_TVent_Rotor_Back_Iron[7]= +Notes_TVent_Rotor_Back_Iron[8]= +RotorCircularDuctL1_Area_Mult[0]=1 +RotorCircularDuctL1_Area_Mult[1]=1 +RotorCircularDuctL1_Area_Mult[2]=1 +RotorCircularDuctL1_Area_Mult[3]=1 +RotorCircularDuctL1_Area_Mult[4]=1 +RotorCircularDuctL1_Area_Mult[5]=1 +RotorCircularDuctL1_Area_Mult[6]=1 +RotorCircularDuctL1_Area_Mult[7]=1 +RotorCircularDuctL1_Area_Mult[8]=1 +RotorCircularDuctL2_Area_Mult[0]=1 +RotorCircularDuctL2_Area_Mult[1]=1 +RotorCircularDuctL2_Area_Mult[2]=1 +RotorCircularDuctL2_Area_Mult[3]=1 +RotorCircularDuctL2_Area_Mult[4]=1 +RotorCircularDuctL2_Area_Mult[5]=1 +RotorCircularDuctL2_Area_Mult[6]=1 +RotorCircularDuctL2_Area_Mult[7]=1 +RotorCircularDuctL2_Area_Mult[8]=1 +RotorCircularDuctL3_Area_Mult[0]=1 +RotorCircularDuctL3_Area_Mult[1]=1 +RotorCircularDuctL3_Area_Mult[2]=1 +RotorCircularDuctL3_Area_Mult[3]=1 +RotorCircularDuctL3_Area_Mult[4]=1 +RotorCircularDuctL3_Area_Mult[5]=1 +RotorCircularDuctL3_Area_Mult[6]=1 +RotorCircularDuctL3_Area_Mult[7]=1 +RotorCircularDuctL3_Area_Mult[8]=1 +RotorCircularDuctL4_Area_Mult[0]=1 +RotorCircularDuctL4_Area_Mult[1]=1 +RotorCircularDuctL4_Area_Mult[2]=1 +RotorCircularDuctL4_Area_Mult[3]=1 +RotorCircularDuctL4_Area_Mult[4]=1 +RotorCircularDuctL4_Area_Mult[5]=1 +RotorCircularDuctL4_Area_Mult[6]=1 +RotorCircularDuctL4_Area_Mult[7]=1 +RotorCircularDuctL4_Area_Mult[8]=1 +Stator_Duct_Type=No_Stator_Ducts +Rotor_Duct_Type=Rotor_Circ_Ducts +Calc_Input_h_TVent_EWdg_Bore_F=Calc_h_conv +h_Input_TVent_EWdg_Bore_F=10 +h_Adjust_TVent_EWdg_Bore_F=1 +Velocity_Multiplier_TVent_EWdg_Bore_F=1 +Area_Mult_TVent_EWdg_Bore_F=1 +Notes_TVent_EWdg_Bore_F= +Calc_Input_h_TVent_EWdg_Outer_F=Calc_h_conv +h_Input_TVent_EWdg_Outer_F=10 +h_Adjust_TVent_EWdg_Outer_F=1 +Velocity_Multiplier_TVent_EWdg_Outer_F=1 +Area_Mult_TVent_EWdg_Outer_F=1 +Notes_TVent_EWdg_Outer_F= +Calc_Input_h_TVent_EWdg_End_F=Calc_h_conv +h_Input_TVent_EWdg_End_F=10 +h_Adjust_TVent_EWdg_End_F=1 +Velocity_Multiplier_TVent_EWdg_End_F=1 +Area_Mult_TVent_EWdg_End_F=1 +Notes_TVent_EWdg_End_F= +Calc_Input_h_TVent_EWdg_Bore_R=Calc_h_conv +h_Input_TVent_EWdg_Bore_R=10 +h_Adjust_TVent_EWdg_Bore_R=1 +Velocity_Multiplier_TVent_EWdg_Bore_R=1 +Area_Mult_TVent_EWdg_Bore_R=1 +Notes_TVent_EWdg_Bore_R= +Calc_Input_h_TVent_EWdg_Outer_R=Calc_h_conv +h_Input_TVent_EWdg_Outer_R=10 +h_Adjust_TVent_EWdg_Outer_R=1 +Velocity_Multiplier_TVent_EWdg_Outer_R=1 +Area_Mult_TVent_EWdg_Outer_R=1 +Notes_TVent_EWdg_Outer_R= +Calc_Input_h_TVent_EWdg_End_R=Calc_h_conv +h_Input_TVent_EWdg_End_R=10 +h_Adjust_TVent_EWdg_End_R=1 +Velocity_Multiplier_TVent_EWdg_End_R=1 +Area_Mult_TVent_EWdg_End_R=1 +Notes_TVent_EWdg_End_R= + +[Speed_Program] +Allowable_Import_Convergence_Error=1 +Maximum_Number_Iterations=20 +Import_Export_Calculation_Options=Single_Shot +Import_SPEED_Losses=True +Import_SPEED_Geometry=True +Import_SPEED_Radial_Cross_Section=True +Import_SPEED_Axial_Cross_Section=True +Import_SPEED_End_Winding_Overhang=True +Import_SPEED_Winding_Design=True +Import_SPEED_Duty_Cycle=False +Import_SPEED_Cooling=False +Import_SPEED_Material_Data=False +Export_MOTORCAD_Temperatures=False +Export_SteadyState_or_Transient_Temperatures=SteadyState +External_Application_File= +Speed_Program_Xfe=1 +Speed_Program_Wwf=0 +Windage_Friction_Ratio=0.5 +Friction_Front_Rear_Ratio=0.5 +Import_SPEED_WindageFrictionLosses=False +Import_SPEED_AmbientTemperature=False + +[Fan_Char] +Fan_Char_Points=2 +Fan_Char_Volume_Flow_Rate[1]=0 +Fan_Char_Pressure[1]=100 +Fan_Char_Volume_Flow_Rate[2]=0.025 +Fan_Char_Pressure[2]=0 +HousingWJ_Fan_Char_Points=2 +HousingWJ_Fan_Char_Volume_Flow_Rate[1]=0 +HousingWJ_Fan_Char_Pressure[1]=0 +HousingWJ_Fan_Char_Volume_Flow_Rate[2]=0 +HousingWJ_Fan_Char_Pressure[2]=0 +Fan_Definition=0 +Fan_Blades=8 + +[Flow_Rate] +Flow_Rate_Points=0 +HousingWJ_Flow_Rate_Points=0 + +[Material_Properties] +Fluid_Database=c:\ANSYS_Motor-CAD\15_1_6\Motor-CAD Data\materials\fluids.mdb +Solid_Database=c:\ANSYS_Motor-CAD\15_1_6\Motor-CAD Data\materials\solids.mdb + +[Termination] +Include_Termination_F=False +Include_Termination_R=False +Termination_Wires_F=3 +Termination_Wires_R=3 +Termination_Wire_Diameter_F=2 +Termination_Wire_Diameter_R=2 +Termination_Wire_Length_F=200 +Termination_Wire_Length_R=200 + +[Single_Phase] +Stator_Slot_To_Use_For_Calculation=1 +Stator_Slot_To_Use_For_Winding_View=1 + +[Temperature Validation] +Number_of_Validation_Temperatures=67 +Temperature_Validation_Node[0]=0 +Temperature_Validation_Legend[0]=Ambient +Temperature_Validation_Temperature[0]=25 +Temperature_Validation_Graphed[0]=True +Temperature_Validation_Notes[0]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[1]=1 +Temperature_Validation_Legend[1]=Housing [Active] +Temperature_Validation_Temperature[1]=26.624 +Temperature_Validation_Graphed[1]=True +Temperature_Validation_Notes[1]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[2]=2 +Temperature_Validation_Legend[2]=Housing OH [Front] +Temperature_Validation_Temperature[2]=26.709 +Temperature_Validation_Graphed[2]=True +Temperature_Validation_Notes[2]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[3]=3 +Temperature_Validation_Legend[3]=Housing [Front] +Temperature_Validation_Temperature[3]=26.782 +Temperature_Validation_Graphed[3]=True +Temperature_Validation_Notes[3]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[4]=4 +Temperature_Validation_Legend[4]=Endcap [Front] +Temperature_Validation_Temperature[4]=27.122 +Temperature_Validation_Graphed[4]=True +Temperature_Validation_Notes[4]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[5]=6 +Temperature_Validation_Legend[5]=Housing OH [Rear] +Temperature_Validation_Temperature[5]=26.709 +Temperature_Validation_Graphed[5]=True +Temperature_Validation_Notes[5]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[6]=7 +Temperature_Validation_Legend[6]=Housing [Rear] +Temperature_Validation_Temperature[6]=26.783 +Temperature_Validation_Graphed[6]=True +Temperature_Validation_Notes[6]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[7]=8 +Temperature_Validation_Legend[7]=Endcap [Rear] +Temperature_Validation_Temperature[7]=27.126 +Temperature_Validation_Graphed[7]=True +Temperature_Validation_Notes[7]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[8]=9 +Temperature_Validation_Legend[8]=Stator Back Iron +Temperature_Validation_Temperature[8]=33.116 +Temperature_Validation_Graphed[8]=True +Temperature_Validation_Notes[8]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[9]=11 +Temperature_Validation_Legend[9]=Stator Surface +Temperature_Validation_Temperature[9]=43.72 +Temperature_Validation_Graphed[9]=True +Temperature_Validation_Notes[9]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[10]=12 +Temperature_Validation_Legend[10]=Rotor Surface +Temperature_Validation_Temperature[10]=46.991 +Temperature_Validation_Graphed[10]=True +Temperature_Validation_Notes[10]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[11]=13 +Temperature_Validation_Legend[11]=Magnet +Temperature_Validation_Temperature[11]=46.606 +Temperature_Validation_Graphed[11]=True +Temperature_Validation_Notes[11]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[12]=15 +Temperature_Validation_Legend[12]=Rotor Back Iron +Temperature_Validation_Temperature[12]=46.297 +Temperature_Validation_Graphed[12]=True +Temperature_Validation_Notes[12]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[13]=16 +Temperature_Validation_Legend[13]=Shaft [Active] +Temperature_Validation_Temperature[13]=45.94 +Temperature_Validation_Graphed[13]=True +Temperature_Validation_Notes[13]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[14]=17 +Temperature_Validation_Legend[14]=Shaft [Front] +Temperature_Validation_Temperature[14]=39.423 +Temperature_Validation_Graphed[14]=True +Temperature_Validation_Notes[14]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[15]=18 +Temperature_Validation_Legend[15]=Shaft [Rear] +Temperature_Validation_Temperature[15]=40.982 +Temperature_Validation_Graphed[15]=True +Temperature_Validation_Notes[15]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[16]=23 +Temperature_Validation_Legend[16]=Shaft OHang [F] +Temperature_Validation_Temperature[16]=42.357 +Temperature_Validation_Graphed[16]=True +Temperature_Validation_Notes[16]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[17]=24 +Temperature_Validation_Legend[17]=Shaft OHang [R] +Temperature_Validation_Temperature[17]=43.085 +Temperature_Validation_Graphed[17]=True +Temperature_Validation_Notes[17]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[18]=26 +Temperature_Validation_Legend[18]=End Space [F] +Temperature_Validation_Temperature[18]=37.861 +Temperature_Validation_Graphed[18]=True +Temperature_Validation_Notes[18]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[19]=27 +Temperature_Validation_Legend[19]=End Space [R] +Temperature_Validation_Temperature[19]=37.886 +Temperature_Validation_Graphed[19]=True +Temperature_Validation_Notes[19]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[20]=29 +Temperature_Validation_Legend[20]=Housing Water Jacket [A] +Temperature_Validation_Temperature[20]=24.277 +Temperature_Validation_Graphed[20]=True +Temperature_Validation_Notes[20]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[21]=62 +Temperature_Validation_Legend[21]=Embedded Magnet Pole +Temperature_Validation_Temperature[21]=47.058 +Temperature_Validation_Graphed[21]=True +Temperature_Validation_Notes[21]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[22]=65 +Temperature_Validation_Legend[22]=Bearing [Front] +Temperature_Validation_Temperature[22]=34.013 +Temperature_Validation_Graphed[22]=True +Temperature_Validation_Notes[22]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[23]=66 +Temperature_Validation_Legend[23]=Bearing [Rear] +Temperature_Validation_Temperature[23]=34.644 +Temperature_Validation_Graphed[23]=True +Temperature_Validation_Notes[23]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[24]=124 +Temperature_Validation_Legend[24]=Rotor Lam [F] +Temperature_Validation_Temperature[24]=45.725 +Temperature_Validation_Graphed[24]=True +Temperature_Validation_Notes[24]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[25]=125 +Temperature_Validation_Legend[25]=Rotor Lam [R] +Temperature_Validation_Temperature[25]=45.727 +Temperature_Validation_Graphed[25]=True +Temperature_Validation_Notes[25]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[26]=126 +Temperature_Validation_Legend[26]=Magnet [F] +Temperature_Validation_Temperature[26]=46.574 +Temperature_Validation_Graphed[26]=True +Temperature_Validation_Notes[26]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[27]=127 +Temperature_Validation_Legend[27]=Magnet [R] +Temperature_Validation_Temperature[27]=46.574 +Temperature_Validation_Graphed[27]=True +Temperature_Validation_Notes[27]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[28]=132 +Temperature_Validation_Legend[28]=Housing WJ Inlet [F] +Temperature_Validation_Temperature[28]=20 +Temperature_Validation_Graphed[28]=True +Temperature_Validation_Notes[28]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[29]=330 +Temperature_Validation_Legend[29]=EWdg_Outer_F (C1) +Temperature_Validation_Temperature[29]=46.984 +Temperature_Validation_Graphed[29]=True +Temperature_Validation_Notes[29]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[30]=332 +Temperature_Validation_Legend[30]=EWdg_End_F (C1) +Temperature_Validation_Temperature[30]=49.636 +Temperature_Validation_Graphed[30]=True +Temperature_Validation_Notes[30]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[31]=333 +Temperature_Validation_Legend[31]=EWdg_Front_F (C1) +Temperature_Validation_Temperature[31]=48.787 +Temperature_Validation_Graphed[31]=True +Temperature_Validation_Notes[31]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[32]=334 +Temperature_Validation_Legend[32]=EWdg_Rear_F (C1) +Temperature_Validation_Temperature[32]=48.923 +Temperature_Validation_Graphed[32]=True +Temperature_Validation_Notes[32]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[33]=335 +Temperature_Validation_Legend[33]=EWdg_F (Average) (C1) +Temperature_Validation_Temperature[33]=48.878 +Temperature_Validation_Graphed[33]=True +Temperature_Validation_Notes[33]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[34]=336 +Temperature_Validation_Legend[34]=EWdg_Outer_R (C1) +Temperature_Validation_Temperature[34]=46.989 +Temperature_Validation_Graphed[34]=True +Temperature_Validation_Notes[34]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[35]=338 +Temperature_Validation_Legend[35]=EWdg_End_R (C1) +Temperature_Validation_Temperature[35]=49.639 +Temperature_Validation_Graphed[35]=True +Temperature_Validation_Notes[35]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[36]=339 +Temperature_Validation_Legend[36]=EWdg_Front_R (C1) +Temperature_Validation_Temperature[36]=48.925 +Temperature_Validation_Graphed[36]=True +Temperature_Validation_Notes[36]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[37]=340 +Temperature_Validation_Legend[37]=EWdg_Rear_R (C1) +Temperature_Validation_Temperature[37]=48.789 +Temperature_Validation_Graphed[37]=True +Temperature_Validation_Notes[37]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[38]=341 +Temperature_Validation_Legend[38]=EWdg_R (Average) (C1) +Temperature_Validation_Temperature[38]=48.88 +Temperature_Validation_Graphed[38]=True +Temperature_Validation_Notes[38]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[39]=342 +Temperature_Validation_Legend[39]=Wedge (C1) +Temperature_Validation_Temperature[39]=46.551 +Temperature_Validation_Graphed[39]=True +Temperature_Validation_Notes[39]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[40]=343 +Temperature_Validation_Legend[40]=SlotCentre (C1) +Temperature_Validation_Temperature[40]=46.062 +Temperature_Validation_Graphed[40]=True +Temperature_Validation_Notes[40]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[41]=344 +Temperature_Validation_Legend[41]=Liner (C1) +Temperature_Validation_Temperature[41]=41.821 +Temperature_Validation_Graphed[41]=True +Temperature_Validation_Notes[41]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[42]=345 +Temperature_Validation_Legend[42]=Liner_Yoke (C1) +Temperature_Validation_Temperature[42]=36.024 +Temperature_Validation_Graphed[42]=True +Temperature_Validation_Notes[42]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[43]=348 +Temperature_Validation_Legend[43]=Wdg_F (C1) +Temperature_Validation_Temperature[43]=47.361 +Temperature_Validation_Graphed[43]=True +Temperature_Validation_Notes[43]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[44]=349 +Temperature_Validation_Legend[44]=Wdg_R (C1) +Temperature_Validation_Temperature[44]=47.363 +Temperature_Validation_Graphed[44]=True +Temperature_Validation_Notes[44]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[45]=350 +Temperature_Validation_Legend[45]=Wdg (Average) (C1) +Temperature_Validation_Temperature[45]=44.649 +Temperature_Validation_Graphed[45]=True +Temperature_Validation_Notes[45]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[46]=351 +Temperature_Validation_Legend[46]=Stator Tooth (C1) +Temperature_Validation_Temperature[46]=39.446 +Temperature_Validation_Graphed[46]=True +Temperature_Validation_Notes[46]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[47]=353 +Temperature_Validation_Legend[47]=EWdg_Outer_F (C2) +Temperature_Validation_Temperature[47]=50.801 +Temperature_Validation_Graphed[47]=True +Temperature_Validation_Notes[47]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[48]=354 +Temperature_Validation_Legend[48]=EWdg_Inner_F (C2) +Temperature_Validation_Temperature[48]=48.275 +Temperature_Validation_Graphed[48]=True +Temperature_Validation_Notes[48]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[49]=355 +Temperature_Validation_Legend[49]=EWdg_End_F (C2) +Temperature_Validation_Temperature[49]=51.377 +Temperature_Validation_Graphed[49]=True +Temperature_Validation_Notes[49]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[50]=356 +Temperature_Validation_Legend[50]=EWdg_Front_F (C2) +Temperature_Validation_Temperature[50]=50.747 +Temperature_Validation_Graphed[50]=True +Temperature_Validation_Notes[50]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[51]=357 +Temperature_Validation_Legend[51]=EWdg_Rear_F (C2) +Temperature_Validation_Temperature[51]=50.867 +Temperature_Validation_Graphed[51]=True +Temperature_Validation_Notes[51]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[52]=358 +Temperature_Validation_Legend[52]=EWdg_F (Average) (C2) +Temperature_Validation_Temperature[52]=50.827 +Temperature_Validation_Graphed[52]=True +Temperature_Validation_Notes[52]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[53]=359 +Temperature_Validation_Legend[53]=EWdg_Outer_R (C2) +Temperature_Validation_Temperature[53]=50.802 +Temperature_Validation_Graphed[53]=True +Temperature_Validation_Notes[53]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[54]=360 +Temperature_Validation_Legend[54]=EWdg_Inner_R (C2) +Temperature_Validation_Temperature[54]=48.284 +Temperature_Validation_Graphed[54]=True +Temperature_Validation_Notes[54]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[55]=361 +Temperature_Validation_Legend[55]=EWdg_End_R (C2) +Temperature_Validation_Temperature[55]=51.38 +Temperature_Validation_Graphed[55]=True +Temperature_Validation_Notes[55]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[56]=362 +Temperature_Validation_Legend[56]=EWdg_Front_R (C2) +Temperature_Validation_Temperature[56]=50.87 +Temperature_Validation_Graphed[56]=True +Temperature_Validation_Notes[56]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[57]=363 +Temperature_Validation_Legend[57]=EWdg_Rear_R (C2) +Temperature_Validation_Temperature[57]=50.75 +Temperature_Validation_Graphed[57]=True +Temperature_Validation_Notes[57]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[58]=364 +Temperature_Validation_Legend[58]=EWdg_R (Average) (C2) +Temperature_Validation_Temperature[58]=50.83 +Temperature_Validation_Graphed[58]=True +Temperature_Validation_Notes[58]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[59]=366 +Temperature_Validation_Legend[59]=SlotCentre (C2) +Temperature_Validation_Temperature[59]=48.741 +Temperature_Validation_Graphed[59]=True +Temperature_Validation_Notes[59]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[60]=367 +Temperature_Validation_Legend[60]=Liner (C2) +Temperature_Validation_Temperature[60]=45.804 +Temperature_Validation_Graphed[60]=True +Temperature_Validation_Notes[60]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[61]=370 +Temperature_Validation_Legend[61]=Wdg_Inner_C (C2) +Temperature_Validation_Temperature[61]=48.707 +Temperature_Validation_Graphed[61]=True +Temperature_Validation_Notes[61]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[62]=371 +Temperature_Validation_Legend[62]=Wdg_F (C2) +Temperature_Validation_Temperature[62]=49.728 +Temperature_Validation_Graphed[62]=True +Temperature_Validation_Notes[62]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[63]=372 +Temperature_Validation_Legend[63]=Wdg_R (C2) +Temperature_Validation_Temperature[63]=49.73 +Temperature_Validation_Graphed[63]=True +Temperature_Validation_Notes[63]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[64]=373 +Temperature_Validation_Legend[64]=Wdg (Average) (C2) +Temperature_Validation_Temperature[64]=47.762 +Temperature_Validation_Graphed[64]=True +Temperature_Validation_Notes[64]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[65]=374 +Temperature_Validation_Legend[65]=Stator Tooth (C2) +Temperature_Validation_Temperature[65]=43.611 +Temperature_Validation_Graphed[65]=True +Temperature_Validation_Notes[65]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 +Temperature_Validation_Node[66]=101 +Temperature_Validation_Legend[66]=Winding (Avg) +Temperature_Validation_Temperature[66]=47.514 +Temperature_Validation_Graphed[66]=True +Temperature_Validation_Notes[66]=Copied from model E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ActiveX_Scripting_Thermal_modified.mot : 25 January 2022 at 18:01:50 + +[Ratio_Tree] +RatioTreeCount=18 +Node0=Ratio_Bore +Node0Scaling=True +Node0ArrayIndex=-1992 +Node1=Ratio_SlotDepth_ParallelTooth +Node1Scaling=True +Node1ArrayIndex=-1992 +Node2=Ratio_SlotOpening_ParallelTooth +Node2Scaling=True +Node2ArrayIndex=-1992 +Node3=Ratio_ToothWidth +Node3Scaling=True +Node3ArrayIndex=-1992 +Node4=Ratio_SleeveThickness +Node4Scaling=True +Node4ArrayIndex=-1992 +Node5=Ratio_RotorD +Node5Scaling=True +Node5ArrayIndex=-1992 +Node6=Ratio_BandingThickness +Node6Scaling=True +Node6ArrayIndex=-1992 +Node7=Ratio_ShaftD +Node7Scaling=True +Node7ArrayIndex=-1992 +Node8=Ratio_ShaftHole +Node8Scaling=True +Node8ArrayIndex=-1992 +Node9=RatioArray_WebLength +Node9Scaling=True +Node9ArrayIndex=0 +Node10=RatioArray_WebLength +Node10Scaling=True +Node10ArrayIndex=1 +Node11=RatioArray_VWebBarWidth +Node11Scaling=True +Node11ArrayIndex=0 +Node12=RatioArray_VWebBarWidth +Node12Scaling=True +Node12ArrayIndex=1 +Node13=RatioArray_WebThickness +Node13Scaling=True +Node13ArrayIndex=0 +Node14=RatioArray_WebThickness +Node14Scaling=True +Node14ArrayIndex=1 +Node15=RatioArray_PoleArc +Node15Scaling=True +Node15ArrayIndex=0 +Node16=RatioArray_PoleArc +Node16Scaling=True +Node16ArrayIndex=1 +Node17=Stator_Lam_Dia +Node17Scaling=True +Node17ArrayIndex=-1992 + +[Scripting_Options] +ScriptAutoRun=0 +ScriptFileName=No File Selected +ScriptFileName_Python=No File Selected +Scripting_Engine=1 + +[Loss_Current_Values] +StatorCopperLossesbyCurrent=False +MainWindingCurrentAtRefTemp=10 +MainWindingResistanceAtRefTemp=3 +AuxWindingCurrentAtRefTemp=5 +AuxWindingResistanceAtRefTemp=1 +RefTempForWindingResistances=20 + +[Mat_Conductivity] +Conductivity_Stator_Lam_Outer=28 +Thermal_Conductivity_Coil_Insulation=0.2 +Thermal_Conductivity_Phase_Separator=0.2 +Thermal_Conductivity_Spacer=0.2 +Thermal_Conductivity_Seal=0.2 +Conductivity_Plate_Front_Outer=100 +Conductivity_Plate_Front_Middle=100 +Conductivity_Plate_Front_Inner=100 +Conductivity_Plate_Rear_Outer=100 +Conductivity_Plate_Rear_Middle=100 +Conductivity_Plate_Rear_Inner=100 +Conductivity_Mount_Centre=100 +Conductivity_Mount_Rear=100 +Conductivity_Endcap_OH=100 +Conductivity_Endcap_Centre=100 +Thermal_Conductivity_CoilDivider=0.2 +Thermal_Conductivity_SlotWedge=0.2 +Thermal_Conductivity_RotorWedge=0.2 +Thermal_Conductivity_SyncRotorWindingSeparator=0.2 +Thermal_Conductivity_HeatEx_Duct=168 +Thermal_Conductivity_HeatEx_Insulation=0.2 +Thermal_Conductivity_StatorBackIronInterLamination=0.02723 +Thermal_Conductivity_StatorToothInterLamination=0.02723 +Thermal_Conductivity_StatorToothTipInterLamination=0.02723 +Thermal_Conductivity_StatorOuterInterLamination=0.02723 +Thermal_Conductivity_RotorToothInterLamination=0.02723 +Thermal_Conductivity_RotorBackIronInterLamination=0.02723 +Conductivity_Rotor_Cage_Top_Opening=180 +Conductivity_Rotor_Cage_Top=180 +Conductivity_Rotor_Cage_Bottom_Opening=180 +Conductivity_Rotor_Cage_Bottom=180 +Conductivity_Rotor_Cage_End_F=180 +Conductivity_Rotor_Cage_End_R=180 +Thermal_Conductivity_RotorPlate_F=52 +Thermal_Conductivity_RotorPlate_R=52 +Thermal_Conductivity_Wafter_F=52 +Thermal_Conductivity_Wafter_R=52 +Thermal_Conductivity_StatorClampPlate_F=52 +Thermal_Conductivity_StatorClampPlate_R=52 +Thermal_Conductivity_Fan=52 +Thermal_Conductivity_HousingWJ_Wall=0.2 +Thermal_Conductivity_ShaftSG_Wall=0.2 +Conductivity_LitzImpreg_A=0.21 +Conductivity_LitzImpreg_F=0.21 +Conductivity_LitzImpreg_R=0.21 +Conductivity_LitzIns_A=0.21 +Conductivity_LitzIns_F=0.21 +Conductivity_LitzIns_R=0.21 +Conductivity_Copper_Active_Aux=401 +Conductivity_Copper_EW_Front_Aux=401 +Conductivity_Copper_EW_Rear_Aux=401 +Conductivity_Housing_Active=168 +Thermal_Conductivity_Housing_[A]=168 +Conductivity_Housing_Front=168 +Thermal_Conductivity_Housing_[F]=168 +Conductivity_Housing_Rear=168 +Thermal_Conductivity_Housing_[R]=168 +Conductivity_Endcap_Front=168 +Thermal_Conductivity_Endcap_[F]=168 +Conductivity_Endcap_Rear=168 +Thermal_Conductivity_Endcap_[R]=168 +Conductivity_Stator_Lam_Back_Iron=30 +Thermal_Conductivity_Stator_Lam_[Back_Iron]=30 +Conductivity_Stator_Lam_Tooth=30 +Thermal_Conductivity_Stator_Lam_[Tooth]=30 +Conductivity_Stator_Lam_Tooth_Tip=30 +Thermal_Conductivity_Stator_Lam_[Tooth_Tip]=30 +Conductivity_Copper_Active=401 +Thermal_Conductivity_Copper_-_Active=401 +Conductivity_Copper_EW_Front=401 +Thermal_Conductivity_Copper_-_EndWdg_[F]=401 +Conductivity_Copper_EW_Rear=401 +Thermal_Conductivity_Copper_-_EndWdg_[R]=401 +Conductivity_End_Winding_Insulation_F=0.2 +Thermal_Conductivity_EWdg_Ins_[F]=0.2 +Conductivity_End_Winding_Insulation_R=0.2 +Thermal_Conductivity_EWdg_Ins_[R]=0.2 +Conductivity_Insulation_Active=0.21 +Thermal_Conductivity_Wire_Insulation=0.21 +Conductivity_Insulation_EW_Front=0.21 +Thermal_Conductivity_Wire_Insulation_-_EndWdg_[F]=0.21 +Conductivity_Insulation_EW_Rear=0.21 +Thermal_Conductivity_Wire_Insulation_-_EndWdg_[R]=0.21 +Conductivity_Impreg_Active=0.2 +Thermal_Conductivity_Impreg_-_Active=0.2 +Conductivity_Impreg_EW_Front=0.2 +Thermal_Conductivity_Impreg_-_EndWdg_[F]=0.2 +Conductivity_Impreg_EW_Rear=0.2 +Thermal_Conductivity_Impreg_-_EndWdg_[R]=0.2 +Conductivity_Potting_EndCap_Front=0.3 +Thermal_Conductivity_Potting_-_Endcap_[F]=0.3 +Conductivity_Potting_EndCap_Rear=0.3 +Thermal_Conductivity_Potting_-_EndWdg_[R]=0.3 +Conductivity_Slot_Liner=0.21 +Thermal_Conductivity_Slot_Liner=0.21 +Conductivity_Ins_Slot_Base=0.2 +Thermal_Conductivity_Ins_Slot_Base=0.2 +Conductivity_Ins_Tooth_Side=0.2 +Thermal_Conductivity_Ins_Tooth_Side=0.2 +Thermal_Conductivity_Magnet=7.6 +Conductivity_Embedded_Magnet_Pole=30 +Thermal_Conductivity_Rotor_Lam_[Embedded_Magnet_Pole]=30 +Conductivity_Inter_Magnet_Gap=30 +Thermal_Conductivity_Rotor_Lam_[Inter_Magnet_Gap]=30 +Conductivity_Rotor_Lam_Back_Iron=30 +Thermal_Conductivity_Rotor_Lam_[Back_Iron]=30 +Conductivity_Rotor_Lam_Tooth=30 +Thermal_Conductivity_Rotor_Lam_[Tooth]=30 +Conductivity_Banding=0.2 +Thermal_Conductivity_Magnet_Banding=0.2 +Conductivity_Sleeve=0.2 +Thermal_Conductivity_Stator_Bore_Sleeve=0.2 +Conductivity_Shaft_Active=52 +Thermal_Conductivity_Shaft_[A]=52 +Conductivity_Shaft_Front=52 +Thermal_Conductivity_Shaft_[F]=52 +Conductivity_Shaft_Rear=52 +Thermal_Conductivity_Shaft_[R]=52 +Conductivity_Axle_Active=52 +Thermal_Conductivity_Axle_[A]=52 +Conductivity_Axle_Front=52 +Thermal_Conductivity_Axle_[F]=52 +Conductivity_Axle_Rear=52 +Thermal_Conductivity_Axle_[R]=52 +Conductivity_Rotor_Cup_OH=52 +Thermal_Conductivity_Rotor_Cup_OH=52 +Conductivity_Rotor_Cup_Base=52 +Thermal_Conductivity_Rotor_Cup_Base=52 +Conductivity_Bearing_Front=30 +Thermal_Conductivity_Bearing_[F]=30 +Conductivity_Bearing_Rear=30 +Thermal_Conductivity_Bearing_[R]=30 +Conductivity_Plate=100 +Thermal_Conductivity_Flange_Plate=100 +Conductivity_Axle_Plate_F=100 +Thermal_Conductivity_Axle_Plate_[F]=100 +Conductivity_Axle_Plate_R=100 +Thermal_Conductivity_Axle_Plate_[R]=100 +Conductivity_Base=100 +Thermal_Conductivity_Base_Plate=100 +Conductivity_Feet=100 +Thermal_Conductivity_Feet=100 +Conductivity_Encoder=2 +Thermal_Conductivity_Encoder=2 +Conductivity_EncCase=100 +Thermal_Conductivity_Encoder_Case=100 +Conductivity_Rotor_Copper=401 +Thermal_Conductivity_Rotor_Copper=401 +Conductivity_Rotor_Liner=0.2 +Thermal_Conductivity_Rotor_Liner=0.2 +Conductivity_Rotor_Impreg=0.2 +Thermal_Conductivity_Rotor_Impreg=0.2 +Conductivity_Rotor_Ins=0.21 +Thermal_Conductivity_Rotor_Insulation=0.21 +Conductivity_Damper_Bars=180 +Conductivity_Damper_End_F=180 +Conductivity_Damper_End_R=180 +Conductivity_Damper_Opening=180 +Conductivity_Enc_Barrier=1 +Thermal_Conductivity_Encoder_Barrier=1 +Conductivity_Comm_Bars=401 +Thermal_Conductivity_Comm_Bars=401 +Conductivity_Comm_Insulation=0.2 +Thermal_Conductivity_Comm_Insulation=0.2 +Conductivity_Brushes=200 +Thermal_Conductivity_Brushes=200 +Conductivity_Brush_Holder=401 +Thermal_Conductivity_Brush_Holder_-_metatic_part=401 +Conductivity_Brush_Holder_Insulation=0.2 +Thermal_Conductivity_Brush_Holder_Insulation=0.2 +Conductivity_Housing_Cover=0.2 +Thermal_Conductivity_Housing_Cover=0.2 +Conductivity_Slot_Water_Jacket_Wall=0.2 +Thermal_Conductivity_Slot_WJ_Wall=0.2 +Conductivity_Slot_Water_Jacket_Insulation=0.2 +Thermal_Conductivity_Slot_WJ_Insulation=0.2 + +[Mat_Cp] +Cp_Stator_Lam_Outer=460 +Specific_Heat_Coil_Insulation=1000 +Specific_Heat_Phase_Separator=1000 +Specific_Heat_Spacer=1000 +Specific_Heat_Seal=1200 +Cp_Plate_Front_Outer=900 +Cp_Plate_Front_Middle=900 +Cp_Plate_Front_Inner=900 +Cp_Plate_Rear_Outer=900 +Cp_Plate_Rear_Middle=900 +Cp_Plate_Rear_Inner=900 +Cp_Mount_Centre=900 +Cp_Mount_Rear=900 +Cp_Endcap_OH=900 +Cp_Endcap_Centre=900 +Specific_Heat_CoilDivider=1200 +Specific_Heat_SlotWedge=1200 +Specific_Heat_RotorWedge=1200 +Specific_Heat_SyncRotorWindingSeparator=1200 +Specific_Heat_HeatEx_Duct=833 +Specific_Heat_HeatEx_Insulation=1200 +Specific_Heat_RotorPocket=1011.09250484652 +Specific_Heat_StatorBackIronInterLamination=1007 +Specific_Heat_StatorToothInterLamination=1007 +Specific_Heat_StatorToothTipInterLamination=1007 +Specific_Heat_StatorOuterInterLamination=1007 +Specific_Heat_RotorToothInterLamination=1007 +Specific_Heat_RotorBackIronInterLamination=1007 +Cp_Rotor_Cage_Top_Opening=963 +Cp_Rotor_Cage_Top=963 +Cp_Rotor_Cage_Bottom_Opening=963 +Cp_Rotor_Cage_Bottom=963 +Cp_Rotor_Cage_End_F=963 +Cp_Rotor_Cage_End_R=963 +Specific_Heat_RotorPlate_F=460 +Specific_Heat_RotorPlate_R=460 +Specific_Heat_Wafter_F=460 +Specific_Heat_Wafter_R=460 +Specific_Heat_StatorClampPlate_F=460 +Specific_Heat_StatorClampPlate_R=460 +Specific_Heat_Fan=460 +Specific_Heat_HousingWJ_Wall=1700 +Specific_Heat_ShaftSG_Wall=1700 +Cp_LitzImpreg_A=1000 +Cp_LitzImpreg_F=1000 +Cp_LitzImpreg_R=1000 +Cp_LitzIns_A=1000 +Cp_LitzIns_F=1000 +Cp_LitzIns_R=1000 +Cp_Copper_Active_Aux=385 +Cp_Copper_EW_Front_Aux=385 +Cp_Copper_EW_Rear_Aux=385 +Cp_Housing_Active=833 +Specific_Heat_Housing_[A]=833 +Cp_Housing_Front=833 +Specific_Heat_Housing_[F]=833 +Cp_Housing_Rear=833 +Specific_Heat_Housing_[R]=833 +Cp_Endcap_Front=833 +Specific_Heat_Endcap_[F]=833 +Cp_Endcap_Rear=833 +Specific_Heat_Endcap_[R]=833 +Cp_Stator_Lam_Back_Iron=460 +Specific_Heat_Stator_Lam_[Back_Iron]=460 +Cp_Stator_Lam_Tooth=460 +Specific_Heat_Stator_Lam_[Tooth]=460 +Cp_Stator_Lam_Tooth_Tip=460 +Specific_Heat_Stator_Lam_[Tooth_Tip]=460 +Cp_Copper_Active=385 +Specific_Heat_Copper_-_Active=385 +Cp_Copper_EW_Front=385 +Specific_Heat_Copper_-_Endwdg_[F]=385 +Cp_Copper_EW_Rear=385 +Specific_Heat_Copper_-_Endwdg_[R]=385 +Cp_End_Winding_Insulation_F=1700 +Specific_Heat_EWdg_Ins_[F]=1700 +Cp_End_Winding_Insulation_R=1700 +Specific_Heat_EWdg_Ins_[R]=1700 +Cp_Insulation_Active=1000 +Specific_Heat_Wire_Insulation=1000 +Cp_Insulation_EW_Front=1000 +Specific_Heat_Wire_Insulation_-_EndWdg_[F]=1000 +Cp_Insulation_EW_Rear=1000 +Specific_Heat_Wire_Insulation_-_EndWdg_[R]=1000 +Cp_Impreg_Active=1700 +Specific_Heat_Impreg_-_Active=1700 +Cp_Impreg_EW_Front=1700 +Specific_Heat_Impreg_-_EndWdg_[F]=1700 +Cp_Impreg_EW_Rear=1700 +Specific_Heat_Impreg_-_EndWdg_[R]=1700 +Cp_Potting_EndCap_Front=1700 +Specific_Heat_Potting_-_Endcap_[F]=1700 +Cp_Potting_EndCap_Rear=1700 +Specific_Heat_Potting_-_EndWdg_[R]=1700 +Cp_Slot_Liner=1000 +Specific_Heat_Slot_Liner=1000 +Cp_Ins_Slot_Base=1700 +Specific_Heat_Ins_Slot_Base=1700 +Cp_Ins_Tooth_Side=1700 +Specific_Heat_Ins_Tooth_Side=1700 +Cp_Magnet=460 +Specific_Heat_Magnet=460 +Cp_Embedded_Magnet_Pole=460 +Specific_Heat_Rotor_Lam_[Embedded_Magnet_Pole]=460 +Cp_Inter_Magnet_Gap=460 +Specific_Heat_Rotor_Lam_[Inter_Magnet_Gap]=460 +Cp_Rotor_Lam_Back_Iron=460 +Specific_Heat_Rotor_Lam_[Back_Iron]=460 +Cp_Rotor_Lam_Tooth=460 +Specific_Heat_Rotor_Lam_[Tooth]=460 +Cp_Banding=1000 +Specific_Heat_Magnet_Banding=1000 +Cp_Sleeve=1000 +Specific_Heat_Stator_Bore_Sleeve=1000 +Cp_Shaft_Active=460 +Specific_Heat_Shaft_[A]=460 +Cp_Shaft_Front=460 +Specific_Heat_Shaft_[F]=460 +Cp_Shaft_Rear=460 +Specific_Heat_Shaft_[R]=460 +Cp_Axle_Active=460 +Specific_Heat_Axle_[A]=460 +Cp_Axle_Front=460 +Specific_Heat_Axle_[F]=460 +Cp_Axle_Rear=460 +Specific_Heat_Axle_[R]=460 +Cp_Rotor_Cup_OH=460 +Specific_Heat_Rotor_Cup_OH=460 +Cp_Rotor_Cup_Base=460 +Specific_Heat_Rotor_Cup_Base=460 +Cp_Bearing_Front=460 +Specific_Heat_Bearing_[F]=460 +Cp_Bearing_Rear=460 +Specific_Heat_Bearing_[R]=460 +Cp_Plate=900 +Specific_Heat_Flange_Plate=900 +Cp_Axle_Plate_F=900 +Specific_Heat_Axle_Plate_[F]=900 +Cp_Axle_Plate_R=900 +Specific_Heat_Axle_Plate_[R]=900 +Cp_Base=900 +Specific_Heat_Base_Plate=900 +Cp_Feet=900 +Specific_Heat_Feet=900 +Cp_Encoder=1000 +Specific_Heat_Encoder=1000 +Cp_EncCase=900 +Specific_Heat_Encoder_Case=900 +Cp_Rotor_Copper=385 +Specific_Heat_Rotor_Copper=385 +Cp_Rotor_Liner=1000 +Specific_Heat_Rotor_Liner=1000 +Cp_Rotor_Impreg=1700 +Specific_Heat_Rotor_Impreg=1700 +Cp_Rotor_Ins=1000 +Specific_Heat_Rotor_Insulation=1000 +Cp_Damper_Bars=963 +Cp_Damper_End_F=963 +Cp_Damper_End_R=963 +Cp_Damper_Opening=963 +Cp_Enc_Barrier=1000 +Specific_Heat_Encoder_Barrier=1000 +Cp_Comm_Bars=385 +Specific_Heat_Comm_Bars=385 +Cp_Comm_Insulation=1700 +Specific_Heat_Comm_Insulation=1700 +Cp_Brushes=700 +Specific_Heat_Brushes=700 +Cp_Brush_Holder=385 +Specific_Heat_Brush_Holder_-_metalic_part=385 +Cp_Brush_Holder_Insulation=1700 +Specific_Heat_Brush_Holder_Insulation=1700 +Cp_Housing_Cover=1700 +Specific_Heat_Housing_Cover=1700 +Cp_Slot_Water_Jacket_Wall=1700 +Specific_Heat_Slot_WJ_Wall=1700 +Cp_Slot_Water_Jacket_Insulation=1700 +Specific_Heat_Slot_WJ_Insulation=1700 + +[Mat_Density] +Density_Stator_Lam_Outer=7800 +Density_Coil_Insulation=700 +Density_Phase_Separator=700 +Density_Spacer=700 +Density_Seal=1000 +Density_Plate_Front_Outer=2700 +Density_Plate_Front_Middle=2700 +Density_Plate_Front_Inner=2700 +Density_Plate_Rear_Outer=2700 +Density_Plate_Rear_Middle=2700 +Density_Plate_Rear_Inner=2700 +Density_Mount_Centre=2700 +Density_Mount_Rear=2700 +Density_Endcap_OH=2700 +Density_Endcap_Centre=2700 +Density_CoilDivider=1000 +Density_SlotWedge=1000 +Density_RotorWedge=1000 +Density_SyncRotorWindingSeparator=1000 +Density_HeatEx_Duct=2790 +Density_HeatEx_Insulation=1000 +Density_RotorPocket=0.946130994205561 +Density_StatorBackIronInterLamination=1.127 +Density_StatorToothInterLamination=1.127 +Density_StatorToothTipInterLamination=1.127 +Density_StatorOuterInterLamination=1.127 +Density_RotorToothInterLamination=1.127 +Density_RotorBackIronInterLamination=1.127 +Density_Rotor_Cage_Top_Opening=2950 +Density_Rotor_Cage_Top=2950 +Density_Rotor_Cage_Bottom_Opening=2950 +Density_Rotor_Cage_Bottom=2950 +Density_Rotor_Cage_End_F=2950 +Density_Rotor_Cage_End_R=2950 +Density_RotorPlate_F=7800 +Density_RotorPlate_R=7800 +Density_Wafter_F=7800 +Density_Wafter_R=7800 +Density_StatorClampPlate_F=7800 +Density_StatorClampPlate_R=7800 +Density_Fan=7800 +Density_HousingWJ_Wall=1400 +Density_ShaftSG_Wall=1400 +Density_LitzImpreg_A=1400 +Density_LitzImpreg_F=1400 +Density_LitzImpreg_R=1400 +Density_LitzIns_A=1400 +Density_LitzIns_F=1400 +Density_LitzIns_R=1400 +Density_Copper_Active_Aux=8933 +Density_Copper_EW_Front_Aux=8933 +Density_Copper_EW_Rear_Aux=8933 +Density_Housing_Active=2790 +Density_Housing_[A]=2790 +Density_Housing_Front=2790 +Density_Housing_[F]=2790 +Density_Housing_Rear=2790 +Density_Housing_[R]=2790 +Density_Endcap_Front=2790 +Density_Endcap_[F]=2790 +Density_Endcap_Rear=2790 +Density_Endcap_[R]=2790 +Density_Stator_Lam_Back_Iron=7650 +Density_Stator_Lam_[Back_Iron]=7650 +Density_Stator_Lam_Tooth=7650 +Density_Stator_Lam_[Tooth]=7650 +Density_Stator_Lam_Tooth_Tip=7650 +Density_Stator_Lam_[Tooth_Tip]=7650 +Density_Copper_Active=8933 +Density_Copper_-_Active=8933 +Density_Copper_EW_Front=8933 +Density_Copper_-_Endwdg_[F]=8933 +Density_Copper_EW_Rear=8933 +Density_Copper_-_Endwdg_[R]=8933 +Density_End_Winding_Insulation_F=1400 +Density_EWdg_Ins_[F]=1400 +Density_End_Winding_Insulation_R=1400 +Density_EWdg_Ins_[R]=1400 +Density_Insulation_Active=1400 +Density_Wire_Insulation=1400 +Density_Insulation_EW_Front=1400 +Density_Wire_Insulation_-_EndWdg_[F]=1400 +Density_Insulation_EW_Rear=1400 +Density_Wire_Insulation_-_EndWdg_[R]=1400 +Density_Impreg_Active=1400 +Density_Impreg_-_Active=1400 +Density_Impreg_EW_Front=1400 +Density_Impreg_-_EndWdg_[F]=1400 +Density_Impreg_EW_Rear=1400 +Density_Impreg_-_EndWdg_[R]=1400 +Density_Potting_Endcap_Front=1400 +Density_Potting_-_Endcap_[F]=1400 +Density_Potting_Endcap_Rear=1400 +Density_Potting_-_EndWdg_[R]=1400 +Density_Slot_Liner=700 +Density_Ins_Slot_Base=1400 +Density_Ins_Tooth_Side=1400 +Density_Magnet=7500 +Density_Embedded_Magnet_Pole=7650 +Density_Rotor_Lam_[Embedded_Magnet_Pole]=7650 +Density_Inter_Magnet_Gap=7650 +Density_Rotor_Lam_[Inter_Magnet_Gap]=7650 +Density_Rotor_Lam_Back_Iron=7650 +Density_Rotor_Lam_[Back_Iron]=7650 +Density_Rotor_Lam_Tooth=7650 +Density_Rotor_Lam_[Tooth]=7650 +Density_Banding=4000 +Density_Magnet_Banding=4000 +Density_Sleeve=4000 +Density_Stator_Bore_Sleeve=4000 +Density_Shaft_Active=7800 +Density_Shaft_[A]=7800 +Density_Shaft_Front=7800 +Density_Shaft_[F]=7800 +Density_Shaft_Rear=7800 +Density_Shaft_[R]=7800 +Density_Axle_Active=7800 +Density_Axle_[A]=7800 +Density_Axle_Front=7800 +Density_Axle_[F]=7800 +Density_Axle_Rear=7800 +Density_Axle_[R]=7800 +Density_Rotor_Cup_OH=7800 +Density_Rotor_Cup_Base=7800 +Density_Bearing_Front=7800 +Density_Bearing_[F]=7800 +Density_Bearing_Rear=7800 +Density_Bearing_[R]=7800 +Density_Plate=2700 +Density_Flange_Plate=2700 +Density_Axle_Plate_F=2700 +Density_Axle_Plate_[F]=2700 +Density_Axle_Plate_R=2700 +Density_Axle_Plate_[R]=2700 +Density_Base=2700 +Density_Base_Plate=2700 +Density_Feet=7800 +Density_Encoder=1000 +Density_EncCase=2700 +Density_Encoder_Case=2700 +Density_Rotor_Copper=8933 +Density_Rotor_Liner=1400 +Density_Rotor_Impreg=1400 +Density_Rotor_Ins=1400 +Density_Rotor_Insulation=1400 +Density_Damper_Bars=2950 +Density_Damper_End_F=2950 +Density_Damper_End_R=2950 +Density_Damper_Opening=2950 +Density_Enc_Barrier=3000 +Density_Encoder_Barrier=3000 +Density_Comm_Bars=8933 +Density_Comm_Insulation=1400 +Density_Brushes=1600 +Density_Brush_Holder=8933 +Density_Brush_Holder_-_metalic_part=8933 +Density_Brush_Holder_Insulation=1400 +Density_Housing_Cover=1400 +Density_Slot_Water_Jacket_Wall=1400 +Density_Slot_WJ_Wall=1400 +Density_Slot_Water_Jacket_Insulation=1400 +Density_Slot_WJ_Insulation=1400 + +[Weight_Multiplier] +Weight_Multiplier_Stator_Lam_Outer=1 +Weight_Multiplier_Coil_Insulation=1 +Weight_Multiplier_Phase_Separator=1 +Weight_Multiplier_Spacer=1 +Weight_Multiplier_Seal=1 +Weight_Multiplier_Plate_Front_Outer=1 +Weight_Multiplier_Plate_Front_Middle=1 +Weight_Multiplier_Plate_Front_Inner=1 +Weight_Multiplier_Plate_Rear_Outer=1 +Weight_Multiplier_Plate_Rear_Middle=1 +Weight_Multiplier_Plate_Rear_Inner=1 +Weight_Multiplier_Mount_Centre=1 +Weight_Multiplier_Mount_Rear=1 +Weight_Multiplier_Endcap_OH=1 +Weight_Multiplier_Endcap_Centre=1 +Weight_Multiplier_CoilDivider=1 +Weight_Multiplier_SlotWedge=1 +Weight_Multiplier_RotorWedge=1 +Weight_Multiplier_SyncRotorWindingSeparator=1 +Weight_Multiplier_HeatEx_Duct=1 +Weight_Multiplier_HeatEx_Insulation=1 +Weight_Multiplier_RotorPocket=1 +Weight_Multiplier_StatorBackIronInterLamination=1 +Weight_Multiplier_StatorToothInterLamination=1 +Weight_Multiplier_StatorToothTipInterLamination=1 +Weight_Multiplier_StatorOuterInterLamination=1 +Weight_Multiplier_RotorToothInterLamination=1 +Weight_Multiplier_RotorBackIronInterLamination=1 +Weight_Multiplier_Rotor_Cage_Top_Opening=1 +Weight_Multiplier_Rotor_Cage_Top=1 +Weight_Multiplier_Rotor_Cage_Bottom_Opening=1 +Weight_Multiplier_Rotor_Cage_Bottom=1 +Weight_Multiplier_Rotor_Cage_End_F=1 +Weight_Multiplier_Rotor_Cage_End_R=1 +Weight_Multiplier_RotorPlate_F=1 +Weight_Multiplier_RotorPlate_R=1 +Weight_Multiplier_Wafter_F=1 +Weight_Multiplier_Wafter_R=1 +Weight_Multiplier_StatorClampPlate_F=1 +Weight_Multiplier_StatorClampPlate_R=1 +Weight_Multiplier_Fan=1 +Weight_Multiplier_HousingWJ_Wall=1 +Weight_Multiplier_ShaftSG_Wall=1 +Weight_Multiplier_LitzImpreg_A=1 +Weight_Multiplier_LitzImpreg_F=1 +Weight_Multiplier_LitzImpreg_R=1 +Weight_Multiplier_LitzImpreg_T=1 +Weight_Multiplier_LitzIns_A=1 +Weight_Multiplier_LitzIns_F=1 +Weight_Multiplier_LitzIns_R=1 +Weight_Multiplier_LitzIns_T=1 +Weight_Multiplier_Copper_Active_Aux=1 +Weight_Multiplier_Copper_EW_Front_Aux=1 +Weight_Multiplier_Copper_EW_Rear_Aux=1 +Weight_Multiplier_Housing_Active=1 +Weight_Multiplier_Housing_[A]=1 +Weight_Multiplier_Housing_Front=1 +Weight_Multiplier_Housing_[F]=1 +Weight_Multiplier_Housing_Rear=1 +Weight_Multiplier_Housing_[R]=1 +Weight_Multiplier_Endcap_Front=1 +Weight_Multiplier_Endcap_[F]=1 +Weight_Multiplier_Endcap_Rear=1 +Weight_Multiplier_Endcap_[R]=1 +Weight_Multiplier_Stator_Lam_Back_Iron=1 +Weight_Multiplier_Stator_Lam_Yoke=1 +Weight_Multiplier_Stator_Lam_Tooth=1 +Weight_Multiplier_Stator_Lam_Tooth_Tip=1 +Weight_Multiplier_Copper_Active=1 +Weight_Multiplier_Copper_-_Active=1 +Weight_Multiplier_Copper_EW_Front=1 +Weight_Multiplier_Copper_-_EndWdg_[F]=1 +Weight_Multiplier_Copper_EW_Rear=1 +Weight_Multiplier_Copper_-_EndWdg_[R]=1 +Weight_Multiplier_End_Winding_Insulation_F=1 +Weight_Multiplier_EWdg_Ins_[F]=1 +Weight_Multiplier_End_Winding_Insulation_R=1 +Weight_Multiplier_EWdg_Ins_[R]=1 +Weight_Multiplier_Insulation_Active=1 +Weight_Multiplier_Wire_Insulation=1 +Weight_Multiplier_Insulation_EW_Front=1 +Weight_Multiplier_Wire_Insulation_-_EndWdg_[F]=1 +Weight_Multiplier_Insulation_EW_Rear=1 +Weight_Multiplier_Wire_Insulation_-_EndWdg_[R]=1 +Weight_Multiplier_Impreg_Active=1 +Weight_Multiplier_Impreg_-_Active=1 +Weight_Multiplier_Impreg_EW_Front=1 +Weight_Multiplier_Impreg_-_EndWdg_[F]=1 +Weight_Multiplier_Impreg_EW_Rear=1 +Weight_Multiplier_Impreg_-_EndWdg_[R]=1 +Weight_Multiplier_Potting_Endcap_Front=1 +Weight_Multiplier_Potting_-_Endcap_[F]=1 +Weight_Multiplier_Potting_Endcap_Rear=1 +Weight_Multiplier_Potting_-_EndWdg_[R]=1 +Weight_Multiplier_Slot_Liner=1 +Weight_Multiplier_Ins_Slot_Base=1 +Weight_Multiplier_Ins_Tooth_Side=1 +Weight_Multiplier_Magnet=1 +Weight_Multiplier_Embedded_Magnet_Pole=1 +Weight_Multiplier_Inter_Magnet_Gap=1 +Weight_Multiplier_Rotor_Lam_Back_Iron=1 +Weight_Multiplier_Rotor_Lam_Tooth=1 +Weight_Multiplier_Banding=1 +Weight_Multiplier_Magnet_Banding=1 +Weight_Multiplier_Sleeve=1 +Weight_Multiplier_Stator_Bore_Sleeve=1 +Weight_Multiplier_Shaft_Active=1 +Weight_Multiplier_Shaft_[A]=1 +Weight_Multiplier_Shaft_Front=1 +Weight_Multiplier_Shaft_[F]=1 +Weight_Multiplier_Shaft_Rear=1 +Weight_Multiplier_Shaft_[R]=1 +Weight_Multiplier_Axle_Active=1 +Weight_Multiplier_Axle_[A]=1 +Weight_Multiplier_Axle_Front=1 +Weight_Multiplier_Axle_[F]=1 +Weight_Multiplier_Axle_Rear=1 +Weight_Multiplier_Axle_[R]=1 +Weight_Multiplier_Rotor_Cup_OH=1 +Weight_Multiplier_Rotor_Cup_Base=1 +Weight_Multiplier_Bearing_Front=1 +Weight_Multiplier_Bearing_[F]=1 +Weight_Multiplier_Bearing_Rear=1 +Weight_Multiplier_Bearing_[R]=1 +Weight_Multiplier_Plate=1 +Weight_Multiplier_Flange_Plate=1 +Weight_Multiplier_Axle_Plate_F=1 +Weight_Multiplier_Axle_Plate_[F]=1 +Weight_Multiplier_Axle_Plate_R=1 +Weight_Multiplier_Axle_Plate_[R]=1 +Weight_Multiplier_Base=1 +Weight_Multiplier_Base_Plate=1 +Weight_Multiplier_Feet=1 +Weight_Multiplier_Encoder=1 +Weight_Multiplier_EncCase=1 +Weight_Multiplier_Encoder_Case=1 +Weight_Multiplier_Rotor_Copper=1 +Weight_Multiplier_Rotor_Liner=1 +Weight_Multiplier_Rotor_Impreg=1 +Weight_Multiplier_Rotor_Ins=1 +Weight_Multiplier_Damper_Bars=1 +Weight_Multiplier_Damper_End_F=1 +Weight_Multiplier_Damper_End_R=1 +Weight_Multiplier_Damper_Opening=1 +Weight_Multiplier_Enc_Barrier=1 +Weight_Multiplier_Encoder_Barrier=1 +Weight_Multiplier_Comm_Bars=1 +Weight_Multiplier_Comm_Insulation=1 +Weight_Multiplier_Brushes=1 +Weight_Multiplier_Brush_Holder=1 +Weight_Multiplier_Brush_Holder_-_metalic_part=1 +Weight_Multiplier_Brush_Holder_Insulation=1 +Weight_Multiplier_Housing_Cover=1 +Weight_Multiplier_Slot_Water_Jacket_Wall=1 +Weight_Multiplier_Slot_WJ_Wall=1 +Weight_Multiplier_Slot_Water_Jacket_Insulation=1 +Weight_Multiplier_Slot_WJ_Insulation=1 + +[Weight_Addition] +Weight_addition_Stator_Lam_Outer=0 +Weight_Addition_Coil_Insulation=0 +Weight_Addition_Phase_Separator=0 +Weight_Addition_Spacer=0 +Weight_Addition_Seal=0 +Weight_Addition_Plate_Front_Outer=0 +Weight_Addition_Plate_Front_Middle=0 +Weight_Addition_Plate_Front_Inner=0 +Weight_Addition_Plate_Rear_Outer=0 +Weight_Addition_Plate_Rear_Middle=0 +Weight_Addition_Plate_Rear_Inner=0 +Weight_Addition_Mount_Centre=0 +Weight_Addition_Mount_Rear=0 +Weight_Addition_Endcap_OH=0 +Weight_Addition_Endcap_Centre=0 +Weight_Addition_CoilDivider=0 +Weight_Addition_SlotWedge=0 +Weight_Addition_RotorWedge=0 +Weight_Addition_SyncRotorWindingSeparator=0 +Weight_Addition_HeatEx_Duct=0 +Weight_Addition_HeatEx_Insulation=0 +Weight_Addition_RotorPocket=0 +Weight_Addition_StatorBackIronInterLamination=0 +Weight_Addition_StatorToothInterLamination=0 +Weight_Addition_StatorToothTipInterLamination=0 +Weight_Addition_StatorOuterInterLamination=0 +Weight_Addition_RotorToothInterLamination=0 +Weight_Addition_RotorBackIronInterLamination=0 +Weight_Addition_Rotor_Cage_Top_Opening=0 +Weight_Addition_Rotor_Cage_Top=0 +Weight_Addition_Rotor_Cage_Bottom_Opening=0 +Weight_Addition_Rotor_Cage_Bottom=0 +Weight_Addition_Rotor_Cage_End_F=0 +Weight_Addition_Rotor_Cage_End_R=0 +Weight_Addition_RotorPlate_F=0 +Weight_Addition_RotorPlate_R=0 +Weight_Addition_Wafter_F=0 +Weight_Addition_Wafter_R=0 +Weight_Addition_StatorClampPlate_F=0 +Weight_Addition_StatorClampPlate_R=0 +Weight_Addition_Fan=0 +Weight_Addition_HousingWJ_Wall=0 +Weight_Addition_ShaftSG_Wall=0 +Weight_Addition_LitzImpreg_A=0 +Weight_Addition_LitzImpreg_F=0 +Weight_Addition_LitzImpreg_R=0 +Weight_Addition_LitzImpreg_T=0 +Weight_Addition_LitzIns_A=0 +Weight_Addition_LitzIns_F=0 +Weight_Addition_LitzIns_R=0 +Weight_Addition_LitzIns_T=0 +Weight_Addition_Copper_Active_Aux=0 +Weight_Addition_Copper_EW_Front_Aux=0 +Weight_Addition_Copper_EW_Rear_Aux=0 +Weight_Addition_Housing_Active=0 +Weight_Addition_Housing_[A]=0 +Weight_Addition_Housing_Front=0 +Weight_Addition_Housing_[F]=0 +Weight_Addition_Housing_Rear=0 +Weight_Addition_Housing_[R]=0 +Weight_Addition_Endcap_Front=0 +Weight_Addition_Endcap_[F]=0 +Weight_Addition_Endcap_Rear=0 +Weight_Addition_Endcap_[R]=0 +Weight_Addition_Stator_Lam_Back_Iron=0 +Weight_Addition_Stator_Lam_Yoke=0 +Weight_Addition_Stator_Lam_Tooth=0 +Weight_Addition_Stator_Lam_Tooth_Tip=0 +Weight_Addition_Copper_Active=0 +Weight_Addition_Copper_-_Active=0 +Weight_Addition_Copper_EW_Front=0 +Weight_Addition_Copper_-_EndWdg_[F]=0 +Weight_Addition_Copper_EW_Rear=0 +Weight_Addition_Copper_-_EndWdg_[R]=0 +Weight_Addition_End_Winding_Insulation_F=0 +Weight_Addition_EWdg_Ins_[F]=0 +Weight_Addition_End_Winding_Insulation_R=0 +Weight_Addition_EWdg_Ins_[R]=0 +Weight_addition_Insulation_Active=0 +Weight_Addition_Wire_Insulation=0 +Weight_addition_Insulation_EW_Front=0 +Weight_Addition_Wire_Insulation_-_EndWdg_[F]=0 +Weight_addition_Insulation_EW_Rear=0 +Weight_Addition_Wire_Insulation_-_EndWdg_[R]=0 +Weight_Addition_Impreg_Active=0 +Weight_Addition_Impreg_-_Active=0 +Weight_Addition_Impreg_EW_Front=0 +Weight_Addition_Impreg_-_EndWdg_[F]=0 +Weight_Addition_Impreg_EW_Rear=0 +Weight_Addition_Impreg_-_EndWdg_[R]=0 +Weight_Addition_Potting_Endcap_Front=0 +Weight_Addition_Potting_-_Endcap_[F]=0 +Weight_Addition_Potting_Endcap_Rear=0 +Weight_Addition_Potting_-_EndWdg_[R]=0 +Weight_Addition_Slot_Liner=0 +Weight_Addition_Ins_Slot_Base=0 +Weight_Addition_Ins_Tooth_Side=0 +Weight_Addition_Magnet=0 +Weight_Addition_Embedded_Magnet_Pole=0 +Weight_Addition_Inter_Magnet_Gap=0 +Weight_Addition_Rotor_Lam_Back_Iron=0 +Weight_Addition_Rotor_Lam_Tooth=0 +Weight_Addition_Banding=0 +Weight_Addition_Magnet_Banding=0 +Weight_Addition_Sleeve=0 +Weight_Addition_Stator_Bore_Sleeve=0 +Weight_Addition_Shaft_Active=0 +Weight_Addition_Shaft_[A]=0 +Weight_Addition_Shaft_Front=0 +Weight_Addition_Shaft_[F]=0 +Weight_Addition_Shaft_Rear=0 +Weight_Addition_Shaft_[R]=0 +Weight_Addition_Axle_Active=0 +Weight_Addition_Axle_[A]=0 +Weight_Addition_Axle_Front=0 +Weight_Addition_Axle_[F]=0 +Weight_Addition_Axle_Rear=0 +Weight_Addition_Axle_[R]=0 +Weight_Addition_Rotor_Cup_OH=0 +Weight_Addition_Rotor_Cup_Base=0 +Weight_Addition_Bearing_Front=0 +Weight_Addition_Bearing_[F]=0 +Weight_Addition_Bearing_Rear=0 +Weight_Addition_Bearing_[R]=0 +Weight_Addition_Plate=0 +Weight_Addition_Flange_Plate=0 +Weight_Addition_Axle_Plate_F=0 +Weight_Addition_Axle_Plate_[F]=0 +Weight_Addition_Axle_Plate_R=0 +Weight_Addition_Axle_Plate_[R]=0 +Weight_Addition_Base=0 +Weight_Addition_Base_Plate=0 +Weight_Addition_Feet=0 +Weight_Addition_Encoder=0 +Weight_Addition_EncCase=0 +Weight_Addition_Encoder_Case=0 +Weight_Addition_Rotor_Copper=0 +Weight_Addition_Rotor_Liner=0 +Weight_Addition_Rotor_Impreg=0 +Weight_addition_Rotor_Ins=0 +Weight_Addition_Rotor_Insulation=0 +Weight_Addition_Damper_Bars=0 +Weight_Addition_Damper_End_F=0 +Weight_Addition_Damper_End_R=0 +Weight_Addition_Damper_Opening=0 +Weight_Addition_Enc_Barrier=0 +Weight_Addition_Encoder_Barrier=0 +Weight_Addition_Comm_Bars=0 +Weight_Addition_Comm_Insulation=0 +Weight_Addition_Brushes=0 +Weight_Addition_Brush_Holder=0 +Weight_Addition_Brush_Holder_-_matalic_part=0 +Weight_Addition_Brush_Holder_Insulation=0 +Weight_Addition_Housing_Cover=0 +Weight_Addition_Slot_Water_Jacket_Wall=0 +Weight_Addition_Slot_WJ_Wall=0 +Weight_Addition_Slot_Water_Jacket_Insulation=0 +Weight_Addition_Slot_WJ_Insulation=0 + +[Material] +Material_Stator_Lam_Outer= +Material_Coil_Insulation= +Material_Phase_Separator= +Material_Spacer= +Material_Seal= +Material_Plate_Front_Outer= +Material_Plate_Front_Middle= +Material_Plate_Front_Inner= +Material_Plate_Rear_Outer= +Material_Plate_Rear_Middle= +Material_Plate_Rear_Inner= +Material_Mount_Centre= +Material_Mount_Rear= +Material_Endcap_OH= +Material_Endcap_Centre= +Material_CoilDivider= +Material_SlotWedge= +Material_RotorWedge= +Material_SyncRotorWindingSeparator= +Material_HeatEx_Duct= +Material_HeatEx_Insulation= +Material_StatorBackIronInterLamination= +Material_StatorToothInterLamination= +Material_StatorToothTipInterLamination= +Material_StatorOuterInterLamination= +Material_RotorToothInterLamination= +Material_RotorBackIronInterLamination= +Material_Rotor_Cage_Top_Opening=Aluminium (Cast) +Material_Rotor_Cage_Top=Aluminium (Cast) +Material_Rotor_Cage_Bottom_Opening=Aluminium (Cast) +Material_Rotor_Cage_Bottom=Aluminium (Cast) +Material_Rotor_Cage_End_F=Aluminium (Cast) +Material_Rotor_Cage_End_R=Aluminium (Cast) +Material_RotorPlate_F= +Material_RotorPlate_R= +Material_Wafter_F= +Material_Wafter_R= +Material_StatorClampPlate_F= +Material_StatorClampPlate_R= +Material_Fan= +Material_HousingWJ_Wall= +Material_ShaftSG_Wall= +Material_LitzImpreg_A= +Material_LitzImpreg_F= +Material_LitzImpreg_R= +Material_LitzImpreg_T= +Material_LitzIns_A= +Material_LitzIns_F= +Material_LitzIns_R= +Material_LitzIns_T= +Material_Copper_Active_Aux=Copper (Annealed) +Material_Copper_EW_Front_Aux=Copper (Annealed) +Material_Copper_EW_Rear_Aux=Copper (Annealed) +YieldStress_RotorLam=305 +YieldStress_Magnet=0 +YieldStress_Pocket=0 +YieldStress_TopBar=0 +YieldStress_BottomBar=0 +YieldStress_TopBarOpening=0 +YieldStress_BottomBarOpening=0 +DensityAdjustment_FieldWdg_User=1 +Material_Housing_Active=Aluminium (Alloy 195 Cast) +Material_Housing_[A]=Aluminium (Alloy 195 Cast) +Material_Housing_Front=Aluminium (Alloy 195 Cast) +Material_Housing_[F]=Aluminium (Alloy 195 Cast) +Material_Housing_Rear=Aluminium (Alloy 195 Cast) +Material_Housing_[R]=Aluminium (Alloy 195 Cast) +Material_Endcap_Front=Aluminium (Alloy 195 Cast) +Material_Endcap_[F]=Aluminium (Alloy 195 Cast) +Material_Endcap_Rear=Aluminium (Alloy 195 Cast) +Material_Endcap_[R]=Aluminium (Alloy 195 Cast) +Material_Stator_Lam_Back_Iron=M350-50A +Material_Stator_Lam_Yoke=M350-50A +Material_Stator_Lam_Tooth=M350-50A +Material_Stator_Lam_Tooth_Tip=M350-50A +Material_Copper_Active=Copper (Pure)_e8_IPMSM_HWJandVent +Material_Copper_-_Active=Copper (Pure)_e8_IPMSM_HWJandVent +Material_Copper_EW_Front=Copper (Pure)_e8_IPMSM_HWJandVent +Material_Copper_-_EndWdg_[F]=Copper (Pure)_e8_IPMSM_HWJandVent +Material_Copper_EW_Rear=Copper (Pure)_e8_IPMSM_HWJandVent +Material_Copper_-_EndWdg_[R]=Copper (Pure)_e8_IPMSM_HWJandVent +Material_End_Winding_Insulation_F= +Material_EWdg_Ins_[F]= +Material_End_Winding_Insulation_R= +Material_EWdg_Ins_[R]= +Material_Insulation_Active= +Material_Wire_Insulation= +Material_Insulation_EW_Front= +Material_Wire_Insulation_-_EndWdg_[F]= +Material_Insulation_EW_Rear= +Material_Wire_Insulation_-_EndWdg_[R]= +Material_Impreg_Active= +Material_Impreg_-_Active= +Material_Impreg_EW_Front= +Material_Impreg_-_EndWdg_[F]= +Material_Impreg_EW_Rear= +Material_Impreg_-_EndWdg_[R]= +Material_Potting_Endcap_Front= +Material_Potting_-_Endcap_[F]= +Material_Potting_Endcap_Rear= +Material_Potting_-_EndWdg_[R]= +Material_Airgap= +Material_End_Space_Front= +Material_End-Space_[F]= +Material_End_Space_Rear= +Material_End-Space_[R]= +Material_Slot_Liner= +Material_Ins_Slot_Base= +Material_Insulation_Slot_Liner_Base= +Material_Ins_Tooth_Side= +Material_Insulation_Tooth_Side= +Material_Magnet=N30UH +Material_Embedded_Magnet_Pole=M350-50A +Material_Inter_Magnet_Gap= +Material_Rotor_Lam_Back_Iron=M350-50A +Material_Rotor_Lam_Tooth=M350-50A +Material_Banding= +Material_Magnet_Banding= +Material_Sleeve= +Material_Stator_Bore_Sleeve= +Material_Shaft_Active= +Material_Shaft_[A]= +Material_Shaft_Front= +Material_Shaft_[F]= +Material_Shaft_Rear= +Material_Shaft_[R]= +Material_Axle_Active= +Material_Axle_[A]= +Material_Axle_Front= +Material_Axle_[F]= +Material_Axle_Rear= +Material_Axle_[R]= +Material_Rotor_Cup_OH= +Material_Rotor_Cup_Base= +Material_Bearing_Front= +Material_Bearing_[F]= +Material_Bearing_Rear= +Material_Bearing_[R]= +Material_Axle_Plate_F= +Material_Axle_Plate_[F]= +Material_Plate= +Material_Axle_Plate_R= +Material_Axle_Plate_[R]= +Material_Base= +Material_Base_Plate= +Material_Feet= +Material_Encoder= +Material_EncCase= +Material_Encoder_Case= +Material_Rotor_Copper=Copper (Annealed) +Material_Rotor_Liner= +Material_Rotor_Impreg= +Material_Rotor_Ins= +Material_Rotor_Insulation= +Material_Damper_Bars=Aluminium (Cast) +Material_Damper_End_F=Aluminium (Cast) +Material_Damper_End_R=Aluminium (Cast) +Material_Damper_Opening=Aluminium (Cast) +Material_Enc_Barrier= +Material_Encoder_Barrier= +Material_Comm_Bars=Copper (Pure)_e8_IPMSM_HWJandVent +Material_Comm_Insulation= +Material_Brushes=Electrographitic EG362 +Material_Brush_Holder= +Material_Brush_Holder_Insulation= +Material_Housing_Cover= +Material_Slot_Water_Jacket_Wall= +Material_Slot_WJ_Wall= +Material_Slot_Water_Jacket_Insulation= +Material_Slot_WJ_Insulation= + +[Mat_Weight_Notes] +Material_Weight_Notes_Stator_Lam_Outer= +Material_Weight_Notes_Coil_Insulation= +Material_Weight_Notes_Phase_Separator= +Material_Weight_Notes_Spacer= +Material_Weight_Notes_Seal= +Material_Weight_Notes_Plate_Front_Outer= +Material_Weight_Notes_Plate_Front_Middle= +Material_Weight_Notes_Plate_Front_Inner= +Material_Weight_Notes_Plate_Rear_Outer= +Material_Weight_Notes_Plate_Rear_Middle= +Material_Weight_Notes_Plate_Rear_Inner= +Material_Weight_Notes_Mount_Centre= +Material_Weight_Notes_Mount_Rear= +Material_Weight_Notes_Endcap_OH= +Material_Weight_Notes_Endcap_Centre= +Material_Weight_Notes_CoilDivider= +Material_Weight_Notes_SlotWedge= +Material_Weight_Notes_RotorWedge= +Material_Weight_Notes_SyncRotorWindingSeparator= +Material_Weight_Notes_HeatEx_Duct= +Material_Weight_Notes_HeatEx_Insulation= +Material_Weight_Notes_RotorPocket= +Material_Weight_Notes_StatorBackIronInterLamination= +Material_Weight_Notes_StatorToothInterLamination= +Material_Weight_Notes_StatorToothTipInterLamination= +Material_Weight_Notes_StatorOuterInterLamination= +Material_Weight_Notes_RotorToothInterLamination= +Material_Weight_Notes_RotorBackIronInterLamination= +Material_Weight_Notes_Rotor_Cage_Top_Opening= +Material_Weight_Notes_Rotor_Cage_Top= +Material_Weight_Notes_Rotor_Cage_Bottom_Opening= +Material_Weight_Notes_Rotor_Cage_Bottom= +Material_Weight_Notes_Rotor_Cage_End_F= +Material_Weight_Notes_Rotor_Cage_End_R= +Material_Weight_Notes_RotorPlate_F= +Material_Weight_Notes_RotorPlate_R= +Material_Weight_Notes_Wafter_F= +Material_Weight_Notes_Wafter_R= +Material_Weight_Notes_StatorClampPlate_F= +Material_Weight_Notes_StatorClampPlate_R= +Material_Weight_Notes_Fan= +Material_Weight_Notes_HousingWJ_Wall= +Material_Weight_Notes_ShaftSG_Wall= +Material_Weight_Notes_LitzImpreg_A= +Material_Weight_Notes_LitzImpreg_F= +Material_Weight_Notes_LitzImpreg_R= +Material_Weight_Notes_LitzImpreg_T= +Material_Weight_Notes_LitzIns_A= +Material_Weight_Notes_LitzIns_F= +Material_Weight_Notes_LitzIns_R= +Material_Weight_Notes_LitzIns_T= +Material_Weight_Notes_Copper_Active_Aux= +Material_Weight_Notes_Copper_EW_Front_Aux= +Material_Weight_Notes_Copper_EW_Rear_Aux= +Material_Weight_Notes_Housing_Active= +Notes_Mat&Weight_Housing_[A]= +Material_Weight_Notes_Housing_Front= +Notes_Mat&Weight_Housing_[F]= +Material_Weight_Notes_Housing_Rear= +Notes_Mat&Weight_Housing_[R]= +Material_Weight_Notes_Housing_Total= +Notes_Mat&Weight_Housing_[T]= +Material_Weight_Notes_Endcap_Front= +Notes_Mat&Weight_Endcap_[F]= +Material_Weight_Notes_Endcap_Rear= +Notes_Mat&Weight_Endcap_[R]= +Material_Weight_Notes_Stator_Lam_Back_Iron= +Notes_Mat&Weight_Stator_Lam_Yoke= +Material_Weight_Notes_Stator_Lam_Tooth= +Notes_Mat&Weight_Stator_Lam_Tooth= +Material_Weight_Notes_Stator_Lam_Tooth_Tip= +Notes_Mat&Weight_Stator_Lam_Tooth_Tip= +Material_Weight_Notes_Stator_Lam= +Notes_Mat&Weight_Stator_Lam= +Material_Weight_Notes_Copper_Active= +Notes_Mat&Weight_Copper_-_Active= +Material_Weight_Notes_Copper_EW_Front= +Notes_Mat&Weight_Copper_-_Endwdg_[F]= +Material_Weight_Notes_Copper_EW_Rear= +Notes_Mat&Weight_Copper_-_Endwdg_[R]= +Material_Weight_Notes_End_Winding_Insulation_F= +Notes_Mat&Weight_EWdg_Ins_[F]= +Material_Weight_Notes_End_Winding_Insulation_R= +Notes_Mat&Weight_EWdg_Ins_[R]= +Material_Weight_Notes_Copper_Total= +Notes_Mat&Weight_Copper_-_Total= +Material_Weight_Notes_Insulation_Active= +Notes_Mat&Weight_Wire_Insulation= +Material_Weight_Notes_Insulation_EW_Front= 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+Magnet_HcJ_at_RefTemp=1990000 +Magnet_RefTemp=20 +Magnet_THcJ_Coeff=-0.465 +Magnet_SquarenessFactor=6E-5 +Magnetization=0 +SkewType=0 +StatorSkew=0 +RotorSkewSlices=1 +RotorSkewAngle_Array[0]=0 +RotorSkewAngle_Array[1]=0 +RotorSkewAngle_Array[2]=0 +RotorSkewAngle_Array[3]=0 +RotorSkewAngle_Array[4]=0 +RotorSkewAngle_Array[5]=0 +RotorSkewAngle_Array[6]=0 +RotorSkewAngle_Array[7]=0 +RotorSkewAngle_Array[8]=0 +RotorSkewAngle_Array[9]=0 +RotorSkewAngle_Array[10]=0 +RotorSkewAngle_Array[11]=0 +RotorSkewAngle_Array[12]=0 +RotorSkewAngle_Array[13]=0 +RotorSkewAngle_Array[14]=0 +RotorSkewLengthProp_Array[0]=1 +RotorSkewLengthProp_Array[1]=1 +RotorSkewLengthProp_Array[2]=1 +RotorSkewLengthProp_Array[3]=1 +RotorSkewLengthProp_Array[4]=1 +RotorSkewLengthProp_Array[5]=1 +RotorSkewLengthProp_Array[6]=1 +RotorSkewLengthProp_Array[7]=1 +RotorSkewLengthProp_Array[8]=1 +RotorSkewLengthProp_Array[9]=1 +RotorSkewLengthProp_Array[10]=1 +RotorSkewLengthProp_Array[11]=1 +RotorSkewLengthProp_Array[12]=1 +RotorSkewLengthProp_Array[13]=1 +RotorSkewLengthProp_Array[14]=1 +WindingLayers=1 +WindingSchematic_Style=0 +ParallelPathView=0 +HarmonicView=0 +MMFPhaseView=0 +ACConductorLossUserValues[0]=0 +ACConductorLossUserValues[1]=0 +ACConductorLossUserValues[2]=0 +ACConductorLossUserValues[3]=0 +ACConductorLossUserValues[4]=0 +ACConductorLossUserValues[5]=0 +ACConductorLossUserValues[6]=0 +ACConductorLossUserValues[7]=0 +ACConductorLossUserValues[8]=0 +ACConductorLossUserValues[9]=0 +ACConductorLossUserValues[10]=0 +ACConductorLossUserValues[11]=0 +ACConductorLossUserValues[12]=0 +ACConductorLossUserValues[13]=0 +ACConductorLossUserValues[14]=0 +ACConductorLossUserValues[15]=0 +ACConductorLossUserValues[16]=0 +ACConductorLossUserValues[17]=0 +ACConductorLossUserValues[18]=0 +ACConductorLossUserValues[19]=0 +ACConductorLossUserValues[20]=0 +ACConductorLossUserValues[21]=0 +ACConductorLossUserValues[22]=0 +ACConductorLossUserValues[23]=0 +ACConductorLossUserValues[24]=0 +ACConductorLossUserRatio[0]=0 +ACConductorLossUserRatio[1]=0 +ACConductorLossUserRatio[2]=0 +ACConductorLossUserRatio[3]=0 +ACConductorLossUserRatio[4]=0 +ACConductorLossUserRatio[5]=0 +ACConductorLossUserRatio[6]=0 +ACConductorLossUserRatio[7]=0 +ACConductorLossUserRatio[8]=0 +ACConductorLossUserRatio[9]=0 +ACConductorLossUserRatio[10]=0 +ACConductorLossUserRatio[11]=0 +ACConductorLossUserRatio[12]=0 +ACConductorLossUserRatio[13]=0 +ACConductorLossUserRatio[14]=0 +ACConductorLossUserRatio[15]=0 +ACConductorLossUserRatio[16]=0 +ACConductorLossUserRatio[17]=0 +ACConductorLossUserRatio[18]=0 +ACConductorLossUserRatio[19]=0 +ACConductorLossUserRatio[20]=0 +ACConductorLossUserRatio[21]=0 +ACConductorLossUserRatio[22]=0 +ACConductorLossUserRatio[23]=0 +ACConductorLossUserRatio[24]=0 +MagneticWindingType=0 +MagPhaseDistribution=0 +MagTurnsConductor=6 +MagThrow=5 +MagWindingOffset=16 +MultiplexOffset=0 +MagPathType=0 +NumberOfCoils=8 +CoilsPerPath_Array[0]=4 +CoilsPerPath_Array[1]=4 +CoilsPerPath_Array[2]=4 +CoilsPerPath_Array[3]=4 +CoilsPerPath_Array[4]=0 +CoilsPerPath_Array[5]=0 +CoilsPerPath_Array[6]=0 +CoilsPerPath_Array[7]=0 +CoilsPerPath_Array[8]=0 +CoilsPerPath_Array[9]=0 +CoilsPerPath_Array[10]=0 +CoilsPerPath_Array[11]=0 +CoilsPerPath_Array[12]=0 +CoilsPerPath_Array[13]=0 +CoilsPerPath_Array[14]=0 +ParallelPaths=2 +NumberStrandsHand=20 +NumberStrandsHand_2=1 +NumberStrandsHand_3=1 +NumberStrandsHand_Aux=20 +MagPhases=3 +MagTurnsConductorField=-1 +MagTurnsConductorRotor=-1 +ParallelPaths_Field=1 +ParallelPaths_Rotor=1 +NumberStrandsHand_Field=1 +NumberStrandsHand_Rotor=1 +IronLossCalculationType=0 +Magnet2D3DCalculation=1 +Magnet2D3DWidth_Calc=2 +RotorHysterisisCalculation=0 +RotorHysterisisCalculation_SRM=1 +MagneticShaft=False +GeometryMeshEnabled=True +OpenCircuitCalculation=False +OnLoadCalculation=True +QAxisCurrentCalculation=True +TorqueCalculation=True +BackEMFCalculation=False +CoggingTorqueCalculation=False +TorqueSpeedCalculation=False +DemagnetizationCalc=False +ElectromagneticForcesCalc_OC=False +ElectromagneticForcesCalc_Load=False +InductanceCalc=False +CentrifugalForceCalc=False +BPMShortCircuitCalc=False +FluxSkewFactorCalc=False +OnLoadLossCalculation=False +BackEMFLossCalculation=False +IMCoreLossCalc=False +IMSingleLoadPointFEACalc_Full=False +IMSingleLoadPointFEACalc=False +IMTorqueSpeedCalc=True +IMLockedRotorCalc=False +IMLockedRotorAnalyticCalc=True +IMNoLoadAnalyticCalc=True +IMBreakdownPointAnalyticCalc=False +ArmatureEWdgMLT_Multiplier=1 +StatorEWdgMLT_Multiplier=1 +ArmatureEWdgInductance_Multiplier=1 +StatorEWdgInductance_Multiplier=1 +FieldEWdgMLT_Multiplier=1 +RotorEWdgMLT_Multiplier=1 +StrayLoadLossPercentage_OutputPower=0 +StrayLoadLossPercentage_Resistance=0 +IronLossBuildFactorDefinition=0 +StatorIronLossBuildFactor=1 +RotorIronLossBuildFactor=1 +HysteresisLossBuildFactor=1 +EddyLossBuildFactor=1 +ShaftLossBuildFactor=1 +MagnetLossBuildFactor=1 +Magnet_Br_Multiplier=1 +FluxLinkageMultiplier_D=1 +FluxLinkageMultiplier_Q=1 +StatorSaturationMultiplier=1 +RotorSaturationMultiplier=1 +MagneticAxialLengthMultiplier=1 +SleeveAxialLengthMultiplier=1 +ArmatureConductor_Temperature=47.53 +StatorConductor_Temperature=47.53 +ArmatureConductor_ResistivityAt20C=1.724E-8 +StatorConductor_ResistivityAt20C=1.724E-8 +ArmatureConductor_ResistivityAt20C_Aux=1.724E-8 +FieldConductor_Temperature=40 +RotorConductor_Temperature=40 +FieldConductor_ResistivityAt20C=0 +RotorConductor_ResistivityAt20C=0 +RotorBar_Temperature=140 +RotorBar_ResistivityAt20=1.724E-8 +EndRing_Temperature=140 +EndRing_ResistivityAt20=1.724E-8 +DamperBar_Temperature=40 +DamperEnd_Temperature=40 +DamperBar_ResistivityAt20=1.724E-8 +DamperEnd_ResistivityAt20=1.724E-8 +DamperEnd_F_ResistivityAt20=1.724E-8 +DamperEnd_R_ResistivityAt20=1.724E-8 +DamperOpening_ResistivityAt20=1.724E-8 +Magnet_Temperature=46.62 +Magnet_ResistivityAt20C=1.8E-6 +StatorLam_Temperature=33.13 +StatorLam_ResistivityAt20C=4.4E-7 +RotorLam_Temperature=46.31 +RotorLam_ResistivityAt20C=4.4E-7 +Shaft_Temperature=45.96 +Shaft_ResistivityAt20C=0 +Brush_Temperature=20 +Brush_ResistivityAt20C=0.0025 +Sleeve_Temperature=20 +Sleeve_ResistivityAt20C=1.724E-8 +Banding_Temperature=20 +Banding_ResistivityAt20C=1.724E-8 +Wedge_Temperature=46.57 +Wedge_ResistivityAt20C=1E20 +Housing_Temperature=20 +Housing_ResistivityAt20C=1.724E-8 +Bearing_Temperature_F=20 +Bearing_Temperature_R=20 +Airgap_Temperature=20 +MagneticThermalMaxIterations=5 +MagneticThermalMaxError=1 +MagneticThermalCoupling=1 +TemperaturesInEmagThermCoupling=1 +MagnetTempLinkMethod=1 +MagneticSymmetry=0 +MagneticSymmetryFactor=8 +MagnetisationCurveSymmetry=0 +RotorLaminations=0 +StatorLaminations=0 +StackingFactor_Magnetics=2 +IMRotorBarRegionType=0 +IronLossCoefficientDataPoints=0 +CustomDriveCycle_PeakRMS_Method=1 +CustomDriveCyclePoints=46 +CustomDriveCycleFile=No File Selected +SinglePointRotorAngle=0 +HousingOverhangFactor=1 +IMAccelerationCalc=True +IMAccelerationDuration=1 +IMAccelerationPoints=25000 +IMAccelerationLoadTorqueAt0rpm=0 +IMAccelerationLoadTorqueAtRpm=0 +IMAccelerationLoadTorqueRpmRef=3000 +IMAccelerationLoadTorqueCoef=1 +IMAccelerationLoadInertia=0 +IMAccelerationFanInertia=0 +FluxLinkageLookupCalc=False +AnalyticTorqueCalc_SRM=True +FEATorqueCalc_SRM=False +TurnOnAngle_SRM=30 +TurnOffAngle_SRM=150 +ZeroVoltageAngle_SRM=150 +DwellAngle_SRM=120 +SwitchingAngleDefinition_SRM=0 +ZeroVoltageLoop_SRM=0 +MaxCurrent_Calculated_MagnetisationCurves=0 +CurrentPoints_Calculated_MagnetisationCurves=0 +PositionPoints_Calculated_MagnetisationCurves=0 +TotalPoints_Calculated_MagnetisationCurves=0 +Date_Calculated_MagnetisationCurves= +MagnetisationCurves_File= +MagnetisationCurvesPlotSelect=0 +CoilSidesPerLayer=1 +Multiplicity=1 +DCArmatureWindingStyle=0 +DCArmatureWindingSense=0 +BrushContactVoltageDrop=1.5 +TotalExternalResistance=0 +MagThreads_Option=0 +MagThreads_AutoNumber=True +MagThreads_Number=8 +Lab_Threads_Enabled=True +Multimodel_Threads_MaxNumber=14 +ACLosses_BundleAspectRatio=1 +FEAMeasurePath_NumPaths=0 +PhasorDiagram_PhaseAdvanceSetting=0 +PhasorDiagram_PhaseAdvanceAngle=50 +RotorEccentricityType=0 +RotorCentreOffset_R=0 +RotorCentreOffset_T=0 +ShaftCentreOffset_R=0 +ShaftCentreOffset_T=0 +TopRotorBar_ResistivityAt20=1.724E-8 +TopRotorBarOpening_ResistivityAt20=1.724E-8 +BottomRotorBar_ResistivityAt20=1.724E-8 +BottomRotorBarOpening_ResistivityAt20=1.724E-8 +IMSkinEffectApplication=0 +BPMShortCircuitPoints=10000 +BPMShortCircuitDuration=0.1 +BPMShortCircuitLoadInertia=0 +Winding_Layers=0 +MagWindingType=0 + +[Airgap] +InnerAirgapBoundary_Drawing=1 +TurbulentUpperLimit=5000 +VortexUpperLimitMult=1.2 + +[Cowling] +Grill_Diameter_Outer=140 +Grill_Diameter_Inner=20 +Grill_HoleSize=8 +Grill_HoleSeparation=2 +Grill_Swirl=5 +Grill_SlotsPerLayer=6 +Cowling_Length=70 +Cowling_Thickness=2 +Cowling_Axial_Gap=50 +Cowling_Radial_Gap=3 +CowlingType=0 +Cowling_Type=No_Cowling + +[Dimensions] +DamperBar_Number=0 +DamperBar_Depth=1 +DamperBar_Opening=0 +DamperBar_Diameter=3 +DamperBar_Pitch=90 +Damper_Thickness_F=6 +Damper_Thickness_R=6 +Damper_Extension_F=4 +Damper_Extension_R=4 +Damper_Inner_Add_F=2 +Damper_Inner_Add_R=2 +Damper_Outer_Add_F=2 +Damper_Outer_Add_R=2 +Housing_Dia=250 +Stator_Lam_Dia=198 +Ins_Tooth_Width=0 +Slot_Width_Bottom=6.97772857909982 +Slot_Width_Top=4.71154109035996 +EndRing_Thickness_F=10 +EndRing_Extension_F=0 +EndRing_Inner_Add_F=5 +EndRing_Outer_Add_F=0 +EndRing_Thickness_R=10 +EndRing_Extension_R=0 +EndRing_Inner_Add_R=5 +EndRing_Outer_Add_R=0 +RotorPlate_Thickness_F=0 +RotorPlate_Thickness_R=0 +Wafter_Inner_Add_F=0 +Wafter_Inner_Add_R=0 +Wafter_Outer_Add_F=0 +Wafter_Outer_Add_R=0 +Wafter_Number_F=0 +Wafter_Number_R=0 +Wafter_Length_F=10 +Wafter_Length_R=10 +Wafter_Depth_Reduct_F=4 +Wafter_Depth_Reduct_R=4 +Wafter_Thickness_F=2 +Wafter_Thickness_R=2 +CoilDividerOffset=0 +StatorClampPlateThickness_F=0 +StatorClampPlateThickness_R=0 +SyncRotorSlot_Width=15 +SyncRotorSlot_Depth=18.5 +PoleTipAngle=0 +PoleSideAngle=30 +Pole_Tip_Angle=30 +RotorPoleTaper=0 +RotorSlotFilletRadius=0 +PoleTipRadialDepth=2 +AxleOHang_F=0 +AxleOHang_R=0 +Potting-Housing_[F]=0 +Potting-Housing_[R]=0 +Gap_Potting-Axle_[F]=0 +Gap_Potting-Axle_[R]=0 +BarT_Opening_Radius=1 +Bar_Opening_[T]=1.5 +Bar_Opening_Depth_[T]=1.5 +Bar_Depth_[T]=10 +Bar_Width_[T]=4 +Rotor_Tooth_Width_T=4 +Rotor_Tooth_Width=4 +Bar_Corner_Radius[T]=1.33 +Bar_Corner_Radius=1.33 +Bar_Tip_Angle_[T]=20 +BarB_Opening_Radius=1 +Bar_Opening_[B]=2 +Bar_Opening_Depth_[B]=2 +Bar_Depth_[B]=4 +Bar_Width_[B]=4 +Rotor_Tooth_Width_B=3 +BarB_Corner_Radius=1 +BarB_Tip_Angle=20 +Slot_WJ_Duct_Height=3 +Slot_WJ_Wall_Thickness=0.2 +Slot_WJ_Insulation_Thickness=0.2 +Slot_WJ_Duct_Parallel_Paths=1 +Slot_WJ_Duct_Width=3 +CalculateInputWJFlowChannels=0 +MinBackIronThickness=0.1 +MinMagnetSeparation=0.1 +MinShaftSeparation=0.1 +MinVMagnetAspectRatio=1 +MinUMagnetAspectRatio_Outer=0 +MinUMagnetAspectRatio_Inner=1 +MinRotorBarSeparation=0.1 +MinRotorBarWidth=1 +MinBottomRotorBarOpening=0.1 +Fan_AxialPosition=188 +Fan_Diameter=125 +Fan_Blade_Axial_Offset=0 +Fan_Blade_Width=10 +Fan_BackPlate_Width=12 +Fan_BackPlate_Dia=90 +Fan_Blade_Thickness=2 +Fan_Hub_Diameter=35 +Fan_Hub_Extension=5 +FormWound_WedgeDepth=1 +FormWound_WedgeInset=1 +FormWound_WedgeThickness=1 +FormWound_GapLinerSlotWall=0.1 +FormWound_GapSlotBaseSpacerSlotBase=0.1 +FormWound_GapSlotTopSpacerSlotTop=0.1 +FormWound_ThicknessSlotBaseSpacer=0.5 +FormWound_ThicknessSlotTopSpacer=0.5 +FormWound_ThicknessSlotLinerOuterLayer=0.2 +FormWound_ThicknessCoilInsulation=0.2 +FormWound_ThicknessPhaseSeparator=0.5 +FormWound_CopperInsulationThickness=0.1 +FormWound_CoilHeight=6.7 +FormWound_CoilWidth=6.2 +FormWound_ConductorHeight=0.95 +FormWound_ConductorWidth=2.5 +FormWound_RowsConductors=5 +FormWound_ColumnsConductors=2 +NumStatorVarSlotDepths=1 +ShaftType=0 +SpiderRadialThickness=4 +SpiderArmLength=15 +SpiderArmWidth=10 +SlotDepth_Outer=10 +SquareStatorLam_Width=200 +SquareStatorLam_Height=170 +ToothWidth_Outer=20 +ToothTipAngle_Outer=-5 +ToothTipDepth_Outer=10 +BackIronThickness_Outer=10 +PoleNumber_Outer=4 +CoilDividerWidth_Outer=20 +BackIronShape_WFC=0 +ToothArc_Outer=80 +WindingFill_Outer=80 +RoundStatorDiameter_WFC_Outer=200 +SquareStatorLam_CornerRadius=30 +StepHouseInner_F=0 +Housing_Step_[F]=0 +StepHouseInner_R=0 +Housing_Step_[R]=0 +StepHouseOuter_F=0 +StepHouseOuter_R=0 +RadialDuctType=0 +StatorGridNumber=6 +StatorGridInnerDiameter=90 +StatorGridHeight=5 +StatorGridDepth=1 +RotorGridNumber=6 +RotorGridOuterDiameter=50 +RotorGridHeight=5 +RotorGridDepth=1 +CoilDivider_DepthReduction_Stator=0 +CoilDivider_DepthReduction_Rotor=0 +RotorDiameter=130 +PoleNotchDepth=0 +PoleNotchArc_Outer=20 +PoleNotchArc_Inner=20 +RotorSlots=4 +RotorLaminationInset=0 +SyncPoleArc=100 +StatorPole_TaperAngle=0 +Shaft_Dia=44.45 +Pole_Width=20 +Rotor_Lam_Length=150 +Stator_Bore=132 +Tooth_Width=4.15 +Slot_Depth=21.1 +Slot_Corner_Radius=2 +Tooth_Tip_Depth=1.2 +Slot_Opening=2.814 +Tooth_Tip_Angle=27 +Sleeve_Thickness=0 +Pole_Number=8 +Airgap=1 +Banding_Thickness=0 +Motor_Length=260 +Slot_Number=48 +Stator_Poles=48 +Fin_Extension=10 +Fin_Thickness=2 +Slot_Width=7 +Corner_Cutout_Add=0 +Plate_Height=350 +Plate_Width=350 +Flange_Dia=96 +Flange_Extension=0 +Stator_Pole_Angle=30 +Housing_Thickness=5 +Magnet_Arc_[ED]=140 +Corner_Cutout_[%]=40 +Fin_Pitch/Thick=5 +Fin_Number_[Quadrant]=0 +Fin_Number_[Total]=1 +Fin_Spacing_[Fin_Base]=0 +Shaft_Dia_[F]=20 +Shaft_Dia_[R]=20 +Axle_Dia_[F]=35 +Axle_Dia_[R]=35 +Axle_Plate_Height_[F]=350 +Axle_Plate_Height_[R]=350 +Axle_Plate_Width_[R]=350 +EWdg-Housing_[F]=8.90000000000001 +EWdg-Housing_[R]=8.90000000000001 +EWdg-Bore_[F]=1.66842369326234 +EWdg-Bore_[R]=1.66842369326234 +EWdg_Insulation_[F]=0 +EWdg_Insulation_[R]=0 +Bearing_Dia_[F]=45 +Bearing_Dia_[R]=45 +Enc_Shaft_Dia=10 +Enc_Case_Dia=100 +Enc_Case_Thick=5 +Enc_Radial_Gap=5 +Shaft_Height=80 +Feet_Width_[Motor]=20 +Feet_Width_[Base]=30 +Feet_Length=100 +Base_Width=150 +Base_Thickness=10 +Base_Length=300 +Shaft_Extension_[F]=30 +Shaft_Extension_[R]=0 +Axle_Extension_[F]=30 +Axle_Extension_[R]=30 +Stator_Axial_Offset=0 +Magnet_Axial_Offset=0 +Rotor_Axial_Offset=0 +EWdg_Overhang_[F]=30 +EWdg_Overhang_[R]=30 +EWdg_Overhang_Mult_[F]=1 +EWdg_Overhang_Mult_[R]=1 +Wdg_Extension_[F]=5 +Wdg_Extension_[R]=5 +Endcap_Length_[F]=30 +Endcap_Length_[R]=30 +EWdg-Endcap_[F]=10 +EWdg-Endcap_[R]=10 +Flange_Depth=3 +Bearing_Width_[F]=12 +Bearing_Width_[R]=12 +Bearing_Offset_[F]=0 +Bearing_Offset_[R]=0 +Plate_Thickness=23 +Axle_Plate_Thickness_[F]=20 +Axle_Plate_Thickness_[R=20 +Enc_Length=30 +Enc_Case_Length=50 +Enc_Barrier_Length=5 +Enc_Axial_Gap=2 +Magnet_Embed_Depth=2 +Axle_Plate_Width_[F]=350 +Stator_Lam_Length=160 +Rotor_Bars=26 +Wdg_Add_[Outer_F]=3 +Wdg_Add_[Inner_F]=0 +Wdg_Add_[Outer_R]=3 +Wdg_Add_[Inner_R]=0 +Endcap_Thickness_[F]=10 +Endcap_Thickness_[R]=10 +Gap_[Endcap-Comm]=10 +Gap_[Comm-Winding]=5 +Comm_Length=15 +Comm_Dia=50 +Comm_Cu_Thickness=2 +Comm_Connections=30 +Comm_Connection_Lmult=1 +Brush_Number=2 +Brush_Length=10 +Brush_Width=10 +Brush_Height=20 +Br_Holder_Comm_Gap=5 +Br_Holder_Outer_Dia=20 +Br_Holder_Ins_Thick=3 +Br_Holder_Height=35 +Rotor_Pole_Angle=30 +Stator_Pole_Depth=15 +Rotor_Slot_Depth=10 +Stator_Pole_Radius=2 +Pole_Depth=12 +Pole_Tip_Width=10 +Pole_Tip_Depth=8 +Pole_Tip_Radius=0 +Pole_Base_Radius=0 +Pole_Surface_Radius=39 +Pole_Surface_Offset=0 +Liner_Pole_Side=2 +Liner_Pole_Tip=1 +Liner_Coil_Base=1 +Rotor_Coil_Width=7.5 +Rotor_Coil_Depth=10 +Wdg_Separator_Low_[%]=10 +Wdg_Separator_Up_[%]=90 +Winding_Separators=3 +Wdg_Separator_Length=10 +Liner_Rotor_EWdg=1 +Rotor_EWdg_Ohang=10 +Claw_Pole_Pairs=8 +Claw_Pole_Length=50 +Claw_Pole_Depth=10 +Claw_Tooth_Depth=5 +Claw_Coil_Length=60 +Claw_Coil_Depth=10 +Claw_Liner_Base=0.5 +Claw_Liner_Side=0.5 +Claw_Back_Iron=5 +Claw_Pole_Spacing=10 +Claw_Tooth_Width=3 +Armature_Diameter=110 +Back_Iron_Thickness=5 +Fin_Base_Thickness=1.5 +Fin_Cover_Thickness=1.5 +WJ_Channel-Lam=10 +WJ_Channel_Height=5 +WJ_Channel_Width=30 +WJ_Channel_Spacing=35 +WJ_Parallel_Paths=1 +WJ_Channel_Number=1 +Shaft_Groove_Wall=1.5 +Shaft_Groove_Height=4 +Shaft_Groove_Width=10 +Shaft_Groove_Spacing=10 +Rotor_WJ_Duct_Diameter=7.49 +Cover_Ins_Length=90 +Cover_Ins_Thickness=10 +Cup_Axial_Thickness=5 +Cup_Radial_Thickness=5 +Cup_Axial_Length=140 +Gap_H-Cup_[Radial]=1 +Gap_H-Cup_[Axial]=10 +Gap_Shaft-Axle=2 +Gap_Shaft-Axle_[F]=2 +Gap_Shaft-Axle_[R]=2 +Axle_Dia=35 +CornerRoundingRadius_Rotor=0.1 +CornerRoundingRadius_Magnets=0.1 +StatorMidSlotTooth_Depth=0 +StatorMidSlotTooth_Width_Base=0 +StatorMidSlotTooth_Width_Top=0 +Potting-Endcap_[F]=0 +Potting-Endcap_[R]=0 +Magnet_Length=150 +Magnet_Thickness=4 +MagnetOpening=2 +MagnetDepth=10 +MagnetInset=3 +CircumferentialSegments=1 +FlatMagnetSegments=1 +SpokeMagnetSegments=1 +AxialSegments=18 +BandingAxialSegments=1 +SleeveAxialSegments=1 +Bridge_Thickness=2 +Magnet_Width_Reduction=0 +Web_Thickness=2 +Web_Length=2 +Pole_V_Angle=130 +Pole_Arc=150 +WebAngle=0 +Magnet_Separation=0 +Magnet_Width=45 +Magnet_Post=0 +Magnet_Layers=2 +UShape_OuterAngleOffset_Array[0]=0 +UShape_OuterAngleOffset_Array[1]=0 +UShape_OuterAngleOffset_Array[2]=0 +UShape_OuterAngleOffset_Array[3]=0 +UShape_OuterAngleOffset_Array[4]=0 +UShape_OuterAngleOffset_Array[5]=0 +UShape_Thickness_Inner_Array[0]=4 +UShape_Thickness_Inner_Array[1]=4 +UShape_Thickness_Inner_Array[2]=4 +UShape_Thickness_Inner_Array[3]=4 +UShape_Thickness_Inner_Array[4]=4 +UShape_Thickness_Inner_Array[5]=4 +UShape_Thickness_Outer_Array[0]=4 +UShape_Thickness_Outer_Array[1]=4 +UShape_Thickness_Outer_Array[2]=4 +UShape_Thickness_Outer_Array[3]=4 +UShape_Thickness_Outer_Array[4]=4 +UShape_Thickness_Outer_Array[5]=4 +UMagnet_Length_Inner_Array[0]=10 +UMagnet_Length_Inner_Array[1]=8 +UMagnet_Length_Inner_Array[2]=6 +UMagnet_Length_Inner_Array[3]=4 +UMagnet_Length_Inner_Array[4]=1 +UMagnet_Length_Inner_Array[5]=0 +UMagnet_Length_Outer_Array[0]=13 +UMagnet_Length_Outer_Array[1]=9 +UMagnet_Length_Outer_Array[2]=5 +UMagnet_Length_Outer_Array[3]=0 +UMagnet_Length_Outer_Array[4]=2 +UMagnet_Length_Outer_Array[5]=11 +UMagnet_Offset_Inner_Array[0]=0 +UMagnet_Offset_Inner_Array[1]=0 +UMagnet_Offset_Inner_Array[2]=0 +UMagnet_Offset_Inner_Array[3]=0 +UMagnet_Offset_Inner_Array[4]=0 +UMagnet_Offset_Inner_Array[5]=0 +UMagnet_Offset_Outer_Array[0]=0 +UMagnet_Offset_Outer_Array[1]=0 +UMagnet_Offset_Outer_Array[2]=0 +UMagnet_Offset_Outer_Array[3]=0 +UMagnet_Offset_Outer_Array[4]=0 +UMagnet_Offset_Outer_Array[5]=0 +UMagnetInner_ClearanceI_Array[0]=0 +UMagnet_Clearance_Inner_Array[0]=0 +UMagnetInner_ClearanceI_Array[1]=0 +UMagnet_Clearance_Inner_Array[1]=0 +UMagnetInner_ClearanceI_Array[2]=0 +UMagnet_Clearance_Inner_Array[2]=0 +UMagnetInner_ClearanceI_Array[3]=0 +UMagnet_Clearance_Inner_Array[3]=0 +UMagnetInner_ClearanceI_Array[4]=0 +UMagnet_Clearance_Inner_Array[4]=0 +UMagnetInner_ClearanceI_Array[5]=0 +UMagnet_Clearance_Inner_Array[5]=0 +UMagnetInner_ClearanceO_Array[0]=0 +UMagnetInner_ClearanceO_Array[1]=0 +UMagnetInner_ClearanceO_Array[2]=0 +UMagnetInner_ClearanceO_Array[3]=0 +UMagnetInner_ClearanceO_Array[4]=0 +UMagnetInner_ClearanceO_Array[5]=0 +UMagnetOuter_ClearanceI_Array[0]=0 +UMagnet_Clearance_Outer_Array[0]=0 +UMagnetOuter_ClearanceI_Array[1]=0 +UMagnet_Clearance_Outer_Array[1]=0 +UMagnetOuter_ClearanceI_Array[2]=0 +UMagnet_Clearance_Outer_Array[2]=0 +UMagnetOuter_ClearanceI_Array[3]=0 +UMagnet_Clearance_Outer_Array[3]=0 +UMagnetOuter_ClearanceI_Array[4]=0 +UMagnet_Clearance_Outer_Array[4]=0 +UMagnetOuter_ClearanceI_Array[5]=0 +UMagnet_Clearance_Outer_Array[5]=0 +UMagnetOuter_ClearanceO_Array[0]=0 +UMagnetOuter_ClearanceO_Array[1]=0 +UMagnetOuter_ClearanceO_Array[2]=0 +UMagnetOuter_ClearanceO_Array[3]=0 +UMagnetOuter_ClearanceO_Array[4]=0 +UMagnetOuter_ClearanceO_Array[5]=0 +UShape_CentrePost_Array[0]=0 +UShape_CentrePost_Array[1]=0 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+Emissivity_Rotor_Endcap_F_Inner_Surface=0.9 +Emissivity_Rotor_Endcap_R_Outer_Surface=0.9 +Emissivity_Rotor_Endcap_R_Inner_Surface=0.9 +Emissivity_Magnet_Endcap_F_Outer_Surface=0.9 +Emissivity_Magnet_Endcap_F_Inner_Surface=0.9 +Emissivity_Magnet_Endcap_R_Outer_Surface=0.9 +Emissivity_Magnet_Endcap_R_Inner_Surface=0.9 +Emissivity_Housing_Active=0.9 +Emissivity_Housing_[A]=0.9 +Emissivity_Housing_Front=0.9 +Emissivity_Housing_[F]=0.9 +Emissivity_Housing_Rear=0.9 +Emissivity_Housing_[R]=0.9 +Emissivity_EndCap_Front=0.9 +Emissivity_Endcap_[F]=0.9 +Emissivity_EndCap_Rear=0.9 +Emissivity_Endcap_[R]=0.9 +Emissivity_Plate=0.9 +Emissivity_Flange_Plate=0.9 +Emissivity_Axle_Plate_F=0.9 +Emissivity_Axle_Plate_[F]=0.9 +Emissivity_Axle_Plate_R=0.9 +Emissivity_Axle_Plate_[R]=0.9 +Emissivity_Base=0.9 +Emissivity_Base_Plate=0.9 +Emissivity_EncCase=0.9 +Emissivity_Encoder_Case=0.9 +Emissivity_Airgap_Inner_Surface=0.9 +Emissivity_Airgap_Outer_Surface=0.9 +Emissivity_Airgap_Shaft_Axle_Active_Inner_Surface=0.9 +Emissivity_Shaft_[Active]=0.9 +Emissivity_Airgap_Shaft_Axle_Active_Outer_Surface=0.9 +Emissivity_Axle_[Active]=0.9 +Emissivity_Airgap_Shaft_Axle_Front_Inner_Surface=0.9 +Emissivity_Shaft_[Front]=0.9 +Emissivity_Airgap_Shaft_Axle_Front_Outer_Surface=0.9 +Emissivity_Axle_[Front]=0.9 +Emissivity_Airgap_Shaft_Axle_Rear_Inner_Surface=0.9 +Emissivity_Shaft_[Rear]=0.9 +Emissivity_Airgap_Shaft_Axle_Rear_Outer_Surface=0.9 +Emissivity_Axle_[Rear]=0.9 +Emissivity_Airgap_Cup_Housing_Active_Inner_Surface=0.9 +Emissivity_Cup_[Active]=0.9 +Emissivity_Airgap_Cup_Housing_Active_Outer_Surface=0.9 +Emissivity_Housing_Inner_Surface_[Active]=0.9 +Emissivity_Airgap_Cup_Housing_OH_Inner_Surface=0.9 +Emissivity_Cup_[Oh]=0.9 +Emissivity_Airgap_Cup_Housing_OH_Outer_Surface=0.9 +Emissivity_Housing_Inner_Surface_[Oh]=0.9 + +[View_Factor] +View_Factor_Airgap_Cup_Endcap=1 +View_Factor_EWdgF_Endcap=1 +View_Factor_EWdgR_Endcap=1 +View_Factor_EWdgR_Cup_Base=1 +View_Factor_EWdgF_Housing=1 +View_Factor_EWdgR_Housing=1 +View_Factor_EWdgR_Cup_OH=1 +View_Factor_Rotor_Endcap_F=1 +View_Factor_Rotor_Endcap_R=1 +View_Factor_Magnet_Endcap_F=1 +View_Factor_Magnet_Endcap_R=1 +View_Factor_Housing_Active_No_Fins=1 +View_Factor_Housing_[A]_-_No_Fins=1 +View_Factor_Housing_Active_Fin_Base=1 +View_Factor_Housing_[A]_-_Fin_Base=1 +View_Factor_Housing_Active_Fin_Sides=0 +View_Factor_Housing_[A]_-_Fin_Sides=0 +View_Factor_Housing_Active_Fin_Tips=1 +View_Factor_Housing_[A]_-_Fin_Tips=1 +View_Factor_Housing_Active_Fin_Channel=1 +View_Factor_Housing_[A]_-_Fin_Channel=1 +View_Factor_Housing_Active_Corner_Cutout=1 +View_Factor_Housing_[A]_-_Corner_Cutout=1 +View_Factor_Housing_Front_No_Fins=1 +View_Factor_Housing_[F]_-_No_Fins=1 +View_Factor_Housing_Front_Fin_Base=1 +View_Factor_Housing_[F]_-_Fin_Base=1 +View_Factor_Housing_Front_Fin_Sides=0 +View_Factor_Housing_[F]_-_Fin_Sides=0 +View_Factor_Housing_Front_Fin_Tips=1 +View_Factor_Housing_[F]_-_Fin_Tips=1 +View_Factor_Housing_Front_Fin_Channel=1 +View_Factor_Housing_[F]_-_Fin_Channel=1 +View_Factor_Housing_Front_Corner_Cutout=1 +View_Factor_Housing_[F]_-_Corner_Cutout=1 +View_Factor_Housing_Rear_No_Fins=1 +View_Factor_Housing_[R]_-_No_Fins=1 +View_Factor_Housing_Rear_Fin_Base=1 +View_Factor_Housing_[R]_-_Fin_Base=1 +View_Factor_Housing_Rear_Fin_Sides=0 +View_Factor_Housing_[R]_-_Fin_Sides=0 +View_Factor_Housing_Rear_Fin_Tips=1 +View_Factor_Housing_[R]_-_Fin_Tips=1 +View_Factor_Housing_Rear_Fin_Channel=1 +View_Factor_Housing_[R]_-_Fin_Channel=1 +View_Factor_Housing_Rear_Corner_Cutout=1 +View_Factor_Housing_[R]_-_Corner_Cutout=1 +View_Factor_Endcap_Front_Radial=1 +View_Factor_Endcap_[F]_-_Radial=1 +View_Factor_Endcap_Front_Axial=1 +View_Factor_Endcap_[F]_-_Axial=1 +View_Factor_Endcap_Rear_Radial=1 +View_Factor_Endcap_[R]_-_Radial=1 +View_Factor_Endcap_Rear_Axial=1 +View_Factor_Endcap_[R]_-_Axial=1 +View_Factor_Plate=1 +View_Factor_Flange_Plate=1 +View_Factor_Axle_Plate_F=1 +View_Factor_Axle_Plate_[F]=1 +View_Factor_Axle_Plate_R=1 +View_Factor_Axle_Plate_[R]=1 +View_Factor_Base=1 +View_Factor_Base_Plate=1 +View_Factor_EncCase_Radial=1 +View_Factor_Encoder_Case_-_Radial=1 +View_Factor_EncCase_Axial=1 +View_Factor_Encoder_Case_-_Axial=1 +View_Factor_Airgap=1 +View_Factor_-_Airgap=1 +View_Factor_Airgap_Shaft_Axle_Active=1 +View_Factor_-_Shaft_Axle_[Active]=1 +View_Factor_Airgap_Shaft_Axle_Front=1 +View_Factor_-_Shaft_Axle_[Front]=1 +View_Factor_Airgap_Shaft_Axle_Rear=1 +View_Factor_-_Shaft_Axle_[Rear]=1 +View_Factor_Airgap_Cup_Housing_Active=1 +View_Factor_-_Cup_Housing_[Active]=1 +View_Factor_Airgap_Cup_Housing_OH=1 +View_Factor_-_Cup_Housing_[OH]=1 + +[Radiation_Notes] +Radiation_Notes_Airgap_Cup_Endcap_Inner_Surface= +Radiation_Notes_Airgap_Cup_Endcap_Outer_Surface= +Radiation_Notes_EWdgF_Endcap_Inner_Surface= +Radiation_Notes_EWdgF_Endcap_Outer_Surface= +Radiation_Notes_EWdgR_Endcap_Inner_Surface= +Radiation_Notes_EWdgR_Endcap_Outer_Surface= +Radiation_Notes_EWdgR_Cup_Base_Inner_Surface= +Radiation_Notes_EWdgR_Cup_Base_Outer_Surface= +Radiation_Notes_EWdgF_Housing_Inner_Surface= +Radiation_Notes_EWdgF_Housing_Outer_Surface= +Radiation_Notes_EWdgR_Housing_Inner_Surface= +Radiation_Notes_EWdgR_Housing_Outer_Surface= +Radiation_Notes_EWdgR_Cup_OH_Inner_Surface= +Radiation_Notes_EWdgR_Cup_OH_Outer_Surface= +Radiation_Notes_Rotor_Endcap_F_Inner_Surface= +Radiation_Notes_Rotor_Endcap_F_Outer_Surface= +Radiation_Notes_Rotor_Endcap_R_Inner_Surface= +Radiation_Notes_Rotor_Endcap_R_Outer_Surface= +Radiation_Notes_Magnet_Endcap_F_Inner_Surface= +Radiation_Notes_Magnet_Endcap_F_Outer_Surface= +Radiation_Notes_Magnet_Endcap_R_Inner_Surface= +Radiation_Notes_Magnet_Endcap_R_Outer_Surface= +Radiation_Notes_Housing_Active_No_Fins= +Notes_Radiation_Housing_[A]_-_No_Fins= +Radiation_Notes_Housing_Active_Fin_Base= +Notes_Radiation_Housing_[A]_-_Fin_Base= +Radiation_Notes_Housing_Active_Fin_Sides= +Notes_Radiation_Housing_[A]_-_Fin_Sides= +Radiation_Notes_Housing_Active_Fin_Tips= +Notes_Radiation_Housing_[A]_-_Fin_Tips= +Radiation_Notes_Housing_Active_Fin_Channel= +Notes_Radiation_Housing_[A]_-_Fin_Channel= +Radiation_Notes_Housing_Active_Corner_Cutout= +Notes_Radiation_Housing_[A]_-_Corner_Cutout= +Radiation_Notes_Housing_Front_No_Fins= +Notes_Radiation_Housing_[F]_-_No_Fins= +Radiation_Notes_Housing_Front_Fin_Base= +Notes_Radiation_Housing_[F]_-_Fin_Base= +Radiation_Notes_Housing_Front_Fin_Sides= +Notes_Radiation_Housing_[F]_-_Fin_Sides= +Radiation_Notes_Housing_Front_Fin_Tips= +Notes_Radiation_Housing_[F]_-_Fin_Tips= +Radiation_Notes_Housing_Front_Fin_Channel= +Notes_Radiation_Housing_[F]_-_Fin_Channel= +Radiation_Notes_Housing_Front_Corner_Cutout= +Notes_Radiation_Housing_[F]_-_Corner_Cutout= +Radiation_Notes_Housing_Rear_No_Fins= +Notes_Radiation_Housing_[R]_-_No_Fins= +Radiation_Notes_Housing_Rear_Fin_Base= +Notes_Radiation_Housing_[R]_-_Fin_Base= +Radiation_Notes_Housing_Rear_Fin_Sides= +Notes_Radiation_Housing_[R]_-_Fin_Sides= +Radiation_Notes_Housing_Rear_Fin_Tips= +Notes_Radiation_Housing_[R]_-_Fin_Tips= +Radiation_Notes_Housing_Rear_Fin_Channel= +Notes_Radiation_Housing_[R]_-_Fin_Channel= +Radiation_Notes_Housing_Rear_Corner_Cutout= +Notes_Radiation_Housing_[R]_-_Corner_Cutout= +Radiation_Notes_Endcap_Front_Radial= +Notes_Radiation_Endcap_[F]_-_Radial= +Radiation_Notes_Endcap_Front_Axial= +Notes_Radiation_Endcap_[F]_-_Axial= +Radiation_Notes_Endcap_Rear_Radial= +Notes_Radiation_Endcap_[R]_-_Radial= +Radiation_Notes_Endcap_Rear_Axial= +Notes_Radiation_Endcap_[R]_-_Axial= +Radiation_Notes_Plate= +Notes_Radiation_Flange_Plate= +Radiation_Notes_Axle_Plate_F= +Notes_Radiation_Axle_Plate_[F]= +Radiation_Notes_Axle_Plate_R= +Notes_Radiation_Axle_Plate_[R]= +Radiation_Notes_Base= +Notes_Radiation_Base_Plate= +Radiation_Notes_EncCase_Radial= +Notes_Radiation_Encoder_Case_-_Radial= +Radiation_Notes_EncCase_Axial= +Notes_Radiation_Encoder_Case_-_Axial= +Radiation_Notes_Airgap_Inner_Surface= +Notes_Radiation_Airgap_Inner_Surface= +Radiation_Notes_Airgap_Outer_Surface= +Notes_Radiation_Airgap_Outer_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Active_Inner_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Active_Outer_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Front_Inner_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Front_Outer_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Rear_Inner_Surface= +Radiation_Notes_Airgap_Shaft_Axle_Rear_Outer_Surface= +Radiation_Notes_Airgap_Cup_Housing_Active_Inner_Surface= +Radiation_Notes_Airgap_Cup_Housing_Active_Outer_Surface= +Radiation_Notes_Airgap_Cup_Housing_OH_Inner_Surface= +Radiation_Notes_Airgap_Cup_Housing_OH_Outer_Surface= + +[Surface_Area] +Airgap_Cup_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 +Airgap_Cup_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgF_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgF_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgR_Endcap_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgR_Endcap_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgR_Cup_Base_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgR_Cup_Base_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgF_Housing_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgF_Housing_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgR_Housing_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgR_Housing_Radiation_Exchange_Factor_Outer_Inner=0 +EWdgR_Cup_OH_Radiation_Exchange_Factor_Inner_Outer=0 +EWdgR_Cup_OH_Radiation_Exchange_Factor_Outer_Inner=0 +Rotor_Endcap_F_Radiation_Exchange_Factor_Inner_Outer=0 +Rotor_Endcap_F_Radiation_Exchange_Factor_Outer_Inner=0 +Rotor_Endcap_R_Radiation_Exchange_Factor_Inner_Outer=0 +Rotor_Endcap_R_Radiation_Exchange_Factor_Outer_Inner=0 +Magnet_Endcap_F_Radiation_Exchange_Factor_Inner_Outer=0 +Magnet_Endcap_F_Radiation_Exchange_Factor_Outer_Inner=0 +Magnet_Endcap_R_Radiation_Exchange_Factor_Inner_Outer=0 +Magnet_Endcap_R_Radiation_Exchange_Factor_Outer_Inner=0 + +[End_Space] +K1_ES_EndRing_Bore_F=15 +K2_ES_EndRing_Bore_F=0.4 +K3_ES_EndRing_Bore_F=0.9 +Vel_Mult_ES_EndRing_Bore_F=1 +Notes_ES_EndRing_Bore_F= +K1_ES_EndRing_Outer_F=15 +K2_ES_EndRing_Outer_F=0.4 +K3_ES_EndRing_Outer_F=0.9 +Vel_Mult_ES_EndRing_Outer_F=1 +Notes_ES_EndRing_Outer_F= +K1_ES_EndRing_End_F=15 +K2_ES_EndRing_End_F=0.4 +K3_ES_EndRing_End_F=0.9 +Vel_Mult_ES_EndRing_End_F=1 +Notes_ES_EndRing_End_F= +K1_ES_EndRing_ExtBore_F=15 +K2_ES_EndRing_ExtBore_F=0.4 +K3_ES_EndRing_ExtBore_F=0.9 +Vel_Mult_ES_EndRing_ExtBore_F=1 +Notes_ES_EndRing_ExtBore_F= +K1_ES_EndRing_ExtOuter_F=15 +K2_ES_EndRing_ExtOuter_F=0.4 +K3_ES_EndRing_ExtOuter_F=0.9 +Vel_Mult_ES_EndRing_ExtOuter_F=1 +Notes_ES_EndRing_ExtOuter_F= +K1_ES_EndRing_ExtInter_F=0 +K2_ES_EndRing_ExtInter_F=0.4 +K3_ES_EndRing_ExtInter_F=0.9 +Vel_Mult_ES_EndRing_ExtInter_F=1 +Notes_ES_EndRing_ExtInter_F=default = blocked channel (k1 = 0) +K1_ES_EndRing_Bore_R=15 +K2_ES_EndRing_Bore_R=0.4 +K3_ES_EndRing_Bore_R=0.9 +Vel_Mult_ES_EndRing_Bore_R=1 +Notes_ES_EndRing_Bore_R= +K1_ES_EndRing_Outer_R=15 +K2_ES_EndRing_Outer_R=0.4 +K3_ES_EndRing_Outer_R=0.9 +Vel_Mult_ES_EndRing_Outer_R=1 +Notes_ES_EndRing_Outer_R= +K1_ES_EndRing_End_R=15 +K2_ES_EndRing_End_R=0.4 +K3_ES_EndRing_End_R=0.9 +Vel_Mult_ES_EndRing_End_R=1 +Notes_ES_EndRing_End_R= +K1_ES_EndRing_ExtBore_R=15 +K2_ES_EndRing_ExtBore_R=0.4 +K3_ES_EndRing_ExtBore_R=0.9 +Vel_Mult_ES_EndRing_ExtBore_R=1 +Notes_ES_EndRing_ExtBore_R= +K1_ES_EndRing_ExtOuter_R=15 +K2_ES_EndRing_ExtOuter_R=0.4 +K3_ES_EndRing_ExtOuter_R=0.9 +Vel_Mult_ES_EndRing_ExtOuter_R=1 +Notes_ES_EndRing_ExtOuter_R= +K1_ES_EndRing_ExtInter_R=0 +K2_ES_EndRing_ExtInter_R=0.4 +K3_ES_EndRing_ExtInter_R=0.9 +Vel_Mult_ES_EndRing_ExtInter_R=1 +Notes_ES_EndRing_ExtInter_R=default = blocked channel (k1 = 0) +K1_ES_Rotor_EWdg_F=15 +K2_ES_Rotor_EWdg_F=0.4 +K3_ES_Rotor_EWdg_F=0.9 +Vel_Mult_ES_Rotor_EWdg_F=1 +Notes_ES_Rotor_EWdg_F= +K1_ES_Rotor_EWdg_R=15 +K2_ES_Rotor_EWdg_R=0.4 +K3_ES_Rotor_EWdg_R=0.9 +Vel_Mult_ES_Rotor_EWdg_R=1 +Notes_ES_Rotor_EWdg_R= +EndcapVentInletTempSettingFront=0 +EndcapVentInletTempSettingRear=0 +EndcapVentInletTempFront=40 +EndcapVentInletTempRear=40 +EndcapVentFlowDefinition_F=0 +EndcapVentFlowDefinition_R=0 +EndcapVentRefFlowVel_F=10 +EndcapVentRefFlowVel_R=10 +K1_ES_DividerWedge_F=15 +K2_ES_DividerWedge_F=0.4 +K3_ES_DividerWedge_F=0.9 +Vel_Mult_ES_DividerWedge_F=0.1 +Notes_ES_DividerWedge_F= +K1_ES_DividerWedge_R=15 +K2_ES_DividerWedge_R=0.4 +K3_ES_DividerWedge_R=0.9 +Vel_Mult_ES_DividerWedge_R=0.1 +Notes_ES_DividerWedge_R= +ESpaceVelocityMultSetting_F=1 +ESpaceVelocityMultSetting_R=1 +K1_ES_ExtShaftOuter_F=15 +K2_ES_ExtShaftOuter_F=0.4 +K3_ES_ExtShaftOuter_F=0.9 +Vel_Mult_ES_ExtShaftOuter_F=1 +Notes_ES_ExtShaftOuter_F= +K1_ES_ExtShaftEnd_F=0 +K2_ES_ExtShaftEnd_F=0.4 +K3_ES_ExtShaftEnd_F=0.9 +Vel_Mult_ES_ExtShaftEnd_F=1 +Notes_ES_ExtShaftEnd_F=default = shaft end not exposed (k1 = 0) +K1_ES_ExtShaftOuter_R=15 +K2_ES_ExtShaftOuter_R=0.4 +K3_ES_ExtShaftOuter_R=0.9 +Vel_Mult_ES_ExtShaftOuter_R=1 +Notes_ES_ExtShaftOuter_R= +K1_ES_ExtShaftEnd_R=15 +K2_ES_ExtShaftEnd_R=0.4 +K3_ES_ExtShaftEnd_R=0.9 +Vel_Mult_ES_ExtShaftEnd_R=1 +Notes_ES_ExtShaftEnd_R= +K1_ES_ExtFan=15 +K2_ES_ExtFan=0.4 +K3_ES_ExtFan=0.9 +Vel_Mult_ES_ExtFan=1 +Notes_ES_ExtFan= +K1_ES_StatorClampPlate_F=15 +K2_ES_StatorClampPlate_F=0.4 +K3_ES_StatorClampPlate_F=0.9 +Vel_Mult_ES_StatorClampPlate_F=0.5 +Notes_ES_StatorClampPlate_F= +K1_ES_StatorClampPlate_R=15 +K2_ES_StatorClampPlate_R=0.4 +K3_ES_StatorClampPlate_R=0.9 +Vel_Mult_ES_StatorClampPlate_R=0.5 +Notes_ES_StatorClampPlate_R= +K1_ES_EWdg_Inner_F[0]=15 +K2_ES_EWdg_Inner_F[0]=0.4 +K3_ES_EWdg_Inner_F[0]=0.9 +Vel_Mult_ES_EWdg_Inner_F[0]=1 +Notes_ES_EWdg_Inner_F[0]= +K1_ES_EWdg_Outer_F[0]=15 +K2_ES_EWdg_Outer_F[0]=0.4 +K3_ES_EWdg_Outer_F[0]=0.9 +Vel_Mult_ES_EWdg_Outer_F[0]=0.2 +Notes_ES_EWdg_Outer_F[0]= +K1_ES_EWdg_Front_F[0]=15 +K2_ES_EWdg_Front_F[0]=0.4 +K3_ES_EWdg_Front_F[0]=0.9 +Vel_Mult_ES_EWdg_Front_F[0]=0.5 +Notes_ES_EWdg_Front_F[0]= +K1_ES_EWdg_Rear_F[0]=15 +K2_ES_EWdg_Rear_F[0]=0.4 +K3_ES_EWdg_Rear_F[0]=0.9 +Vel_Mult_ES_EWdg_Rear_F[0]=0.2 +Notes_ES_EWdg_Rear_F[0]= +K1_ES_EWdg_Inner_R[0]=15 +K2_ES_EWdg_Inner_R[0]=0.4 +K3_ES_EWdg_Inner_R[0]=0.9 +Vel_Mult_ES_EWdg_Inner_R[0]=1 +Notes_ES_EWdg_Inner_R[0]= +K1_ES_EWdg_Outer_R[0]=15 +K2_ES_EWdg_Outer_R[0]=0.4 +K3_ES_EWdg_Outer_R[0]=0.9 +Vel_Mult_ES_EWdg_Outer_R[0]=0.2 +Notes_ES_EWdg_Outer_R[0]= +K1_ES_EWdg_Front_R[0]=15 +K2_ES_EWdg_Front_R[0]=0.4 +K3_ES_EWdg_Front_R[0]=0.9 +Vel_Mult_ES_EWdg_Front_R[0]=0.2 +Notes_ES_EWdg_Front_R[0]= +K1_ES_EWdg_Rear_R[0]=15 +K2_ES_EWdg_Rear_R[0]=0.4 +K3_ES_EWdg_Rear_R[0]=0.9 +Vel_Mult_ES_EWdg_Rear_R[0]=0.5 +Notes_ES_EWdg_Rear_R[0]= +ESpaceFluidWeightCalc=1 +CombineSprayAndConvectionCooling=1 +Area_Mult_ES_EWdg_Inner_F[0]=1 +Area_Mult_ES_EWdg_Inner_R[0]=1 +Area_Mult_ES_EWdg_Outer_F[0]=1 +Area_Mult_ES_EWdg_Outer_R[0]=1 +Area_Mult_ES_EWdg_Front_F[0]=1 +Area_Mult_ES_EWdg_Front_R[0]=1 +Area_Mult_ES_EWdg_Rear_F[0]=1 +Area_Mult_ES_EWdg_Rear_R[0]=1 +Area_Mult_ES_Housing_F=1 +Area_Mult_ES_Housing_R=1 +Area_Mult_ES_Endcap_F=1 +Area_Mult_ES_Endcap_R=1 +Area_Mult_ES_Bearing_F=1 +Area_Mult_ES_Bearing_R=1 +Area_Mult_ES_Axle_F=1 +Area_Mult_ES_Axle_R=1 +Area_Mult_ES_Cup_Base=1 +Area_Mult_ES_Cup_OH=1 +Area_Mult_ES_Shaft_F=1 +Area_Mult_ES_Shaft_R=1 +Area_Mult_ES_Rotor_F=1 +Area_Mult_ES_Rotor_R=1 +Area_Mult_ES_Stator_F=1 +Area_Mult_ES_Stator_R=1 +Area_Mult_ES_Magnet_F=1 +Area_Mult_ES_Magnet_R=1 +Area_Mult_ES_EndRing_Bore_F=1 +Area_Mult_ES_EndRing_Bore_R=1 +Area_Mult_ES_EndRing_Outer_F=1 +Area_Mult_ES_EndRing_Outer_R=1 +Area_Mult_ES_EndRing_End_F=1 +Area_Mult_ES_EndRing_End_R=1 +Area_Mult_ES_EndRing_ExtBore_F=1 +Area_Mult_ES_EndRing_ExtBore_R=1 +Area_Mult_ES_EndRing_ExtOuter_F=1 +Area_Mult_ES_EndRing_ExtOuter_R=1 +Area_Mult_ES_EndRing_ExtInter_F=1 +Area_Mult_ES_EndRing_ExtInter_R=1 +Area_Mult_ES_EW_Ext_F=1 +Area_Mult_ES_EW_Ext_R=1 +Area_Mult_ES_StatorClampPlate_F=1 +Area_Mult_ES_StatorClampPlate_R=1 +Area_Mult_ES_Comm=1 +Area_Mult_ES_Brushes=1 +Area_Mult_ES_StatorPlate_F=1 +Area_Mult_ES_StatorPlate_R=1 +Area_Mult_ES_ExtShaftOuter_F=1 +Area_Mult_ES_ExtShaftEnd_F=1 +Area_Mult_ES_ExtShaftOuter_R=1 +Area_Mult_ES_ExtShaftEnd_R=1 +Area_Mult_ES_ExtFan=1 +Area_Mult_ES_DividerWedge_F=1 +Area_Mult_ES_DividerWedge_R=1 +Area_Mult_ES_Rotor_EWdg_F=1 +Area_Mult_ES_Rotor_EWdg_R=1 +Area_Mult_ES_RotorEwdg_Outer_F=1 +Area_Mult_ES_RotorEwdg_Inner_F=1 +Area_Mult_ES_RotorEwdg_End_F=1 +Area_Mult_ES_RotorEwdg_internal_F=1 +Area_Mult_ES_RotorEwdg_Outer_R=1 +Area_Mult_ES_RotorEwdg_Inner_R=1 +Area_Mult_ES_RotorEwdg_End_R=1 +Area_Mult_ES_RotorEwdg_internal_R=1 +Include_EndSpace_Altitude_Effects=True +ESpaceFluidHTCScaling=2 +ImprovedShaftExtResistance=True +FluidHTCScalingTempVariation=0 +FluidHTCScalingTemp=100 +EndcapAreaCalc=1 +K1_ES_StatorPlate_F=15 +K2_ES_StatorPlate_F=0.4 +K3_ES_StatorPlate_F=0.9 +Vel_Mult_ES_StatorPlate_F=1 +Notes_ES_StatorPlate_F= +K1_ES_StatorPlate_R=15 +K2_ES_StatorPlate_R=0.4 +K3_ES_StatorPlate_R=0.9 +Vel_Mult_ES_StatorPlate_R=1 +Notes_ES_StatorPlate_R= +GapEndW_Plate_F=0 +GapEndW_Plate_R=0 +K1_ES_RotorEwdg_Outer_F=15 +K2_ES_RotorEwdg_Outer_F=0.4 +K3_ES_RotorEwdg_Outer_F=0.9 +Vel_Mult_ES_RotorEwdg_Outer_F=1 +Notes_ES_RotorEwdg_Outer_F= +K1_ES_RotorEwdg_inner_F=15 +K2_ES_RotorEwdg_inner_F=0.4 +K3_ES_RotorEwdg_inner_F=0.9 +Vel_Mult_ES_RotorEwdg_inner_F=1 +Notes_ES_RotorEwdg_inner_F= +K1_ES_RotorEwdg_end_F=15 +K2_ES_RotorEwdg_end_F=0.4 +K3_ES_RotorEwdg_end_F=0.9 +Vel_Mult_ES_RotorEwdg_end_F=1 +Notes_ES_RotorEwdg_end_F= +K1_ES_RotorEwdg_internal_F=15 +K2_ES_RotorEwdg_internal_F=0.4 +K3_ES_RotorEwdg_internal_F=0.9 +Vel_Mult_ES_RotorEwdg_internal_F=1 +Notes_ES_RotorEwdg_internal_F= +K1_ES_RotorEwdg_Outer_R=15 +K2_ES_RotorEwdg_Outer_R=0.4 +K3_ES_RotorEwdg_Outer_R=0.9 +Vel_Mult_ES_RotorEwdg_Outer_R=1 +Notes_ES_RotorEwdg_Outer_R= +K1_ES_RotorEwdg_inner_R=15 +K2_ES_RotorEwdg_inner_R=0.4 +K3_ES_RotorEwdg_inner_R=0.9 +Vel_Mult_ES_RotorEwdg_inner_R=1 +Notes_ES_RotorEwdg_inner_R= +K1_ES_RotorEwdg_end_R=15 +K2_ES_RotorEwdg_end_R=0.4 +K3_ES_RotorEwdg_end_R=0.9 +Vel_Mult_ES_RotorEwdg_end_R=1 +Notes_ES_RotorEwdg_end_R= +K1_ES_RotorEwdg_internal_R=15 +K2_ES_RotorEwdg_internal_R=0.4 +K3_ES_RotorEwdg_internal_R=0.9 +Vel_Mult_ES_RotorEwdg_internal_R=1 +Notes_ES_RotorEwdg_internal_R= +End_Space_Velocity_Multiplier_F=0.5 +End_Space_Velocity_Multiplier_[Front]=0.5 +End_Space_Velocity_Multiplier_R=0.5 +End_Space_Velocity_Multiplier_[Rear]=0.5 +Volume_Flow_Rate_ESpace_Fluid_Front=0.0200066 +Volume_Flow_Rate_ESpace_Fluid_Rear=0.0200066 +Endwinding_Roughness_F=1 +End_Winding_Area_Adjustment_Factor_[Front]=1 +Endwinding_Roughness_R=1 +End_winding_area_adjustment_factor_[Rear]=1 +K1_ES_Housing_F=15 +ESpace_K1_-_Housing_[Front]=15 +K1_ES_Housing_R=15 +ESpace_K1_-_Housing_[Rear]=15 +K1_ES_Endcap_F=15 +ESpace_K1_-_Endcap_[Front]=15 +K1_ES_Endcap_R=15 +ESpace_K1_-_Endcap_[Rear]=15 +K1_ES_Bearing_F=15 +ESpace_K1_-_Bearing_[Front]=15 +K1_ES_Bearing_R=15 +ESpace_K1_-_Bearing_[Rear]=15 +K1_ES_Shaft_F=15 +ESpace_K1_-_Shaft_[Front]=15 +K1_ES_Shaft_R=15 +ESpace_K1_-_Shaft_[Rear]=15 +K1_ES_Axle_F=15 +ESpace_K1_-_Axle_[Front]=15 +K1_ES_Axle_R=15 +ESpace_K1_-_Axle_[Rear]=15 +K1_ES_Cup_Base=15 +ESpace_K1_-_Cup_Base=15 +K1_ES_Cup_OH=15 +ESpace_K1_-_Cup_OH=15 +K1_ES_Rotor_F=15 +ESpace_K1_-_Rotor_[Front]=15 +K1_ES_Rotor_R=15 +ESpace_K1_-_Rotor_[Rear]=15 +K1_ES_Rotor_Coil=15 +ESpace_K1_-_Rotor_Coil=15 +K1_ES_Stator_F=15 +ESpace_K1_-_Stator_[Front]=15 +K1_ES_Stator_R=15 +ESpace_K1_-_Stator_[Rear]=15 +K1_ES_Magnet_F=15 +ESpace_K1_-_Magnet_[Front]=15 +K1_ES_Magnet_R=15 +ESpace_K1_-_Magnet_[Rear]=15 +K1_ES_EW_Ext_F=0 +ESpace_K1_-_EW_Ext_[Front]=0 +K1_ES_EW_Ext_R=0 +ESpace_K1_-_EW_Ext_[Rear]=0 +K1_ES_Comm=15 +ESpace_K1_-_Comm_[Rear]=15 +K1_ES_Brushes=15 +ESpace_K1_-_Brushes=15 +K2_ES_Housing_F=0.4 +ESpace_K2_-_Housing_[Front]=0.4 +K2_ES_Housing_R=0.4 +ESpace_K2_-_Housing_[Rear]=0.4 +K2_ES_Endcap_F=0.4 +ESpace_K2_-_Endcap_[Front]=0.4 +K2_ES_Endcap_R=0.4 +ESpace_K2_-_Endcap_[Rear]=0.4 +K2_ES_Bearing_F=0.4 +ESpace_K2_-_Bearing_[Front]=0.4 +K2_ES_Bearing_R=0.4 +ESpace_K2_-_Bearing_[Rear]=0.4 +K2_ES_Shaft_F=0.4 +ESpace_K2_-_Shaft_[Front]=0.4 +K2_ES_Shaft_R=0.4 +ESpace_K2_-_Shaft_[Rear]=0.4 +K2_ES_Axle_F=0.4 +ESpace_K2_-_Axle_[Front]=0.4 +K2_ES_Axle_R=0.4 +ESpace_K2_-_Axle_[Rear]=0.4 +K2_ES_Cup_Base=0.4 +ESpace_K2_-_Cup_Base=0.4 +K2_ES_Cup_OH=0.4 +ESpace_K2_-_Cup_OH=0.4 +K2_ES_Rotor_F=0.4 +ESpace_K2_-_Rotor_[Front]=0.4 +K2_ES_Rotor_R=0.4 +ESpace_K2_-_Rotor_[Rear]=0.4 +K2_ES_Rotor_Coil=0.4 +ESpace_K2_-_Rotor_Coil=0.4 +K2_ES_Stator_F=0.4 +ESpace_K2_-_Stator_[Front]=0.4 +K2_ES_Stator_R=0.4 +ESpace_K2_-_Stator_[Rear]=0.4 +K2_ES_Magnet_F=0.4 +ESpace_K2_-_Magnet_[Front]=0.4 +K2_ES_Magnet_R=0.4 +ESpace_K2_-_Magnet_[Rear]=0.4 +K2_ES_EW_Ext_F=0.4 +ESpace_K2_-_EW_Ext_[Front]=0.4 +K2_ES_EW_EXt_R=0.4 +ESpace_K2_-_EW_Ext_[Rear]=0.4 +K2_ES_Comm=0.4 +ESpace_K2_-_Comm_[Rear]=0.4 +K2_ES_Brushes=0.4 +ESpace_K2_-_Brushes=0.4 +K3_ES_Housing_F=0.9 +ESpace_K3_-_Housing_[Front]=0.9 +K3_ES_Housing_R=0.9 +ESpace_K3_-_Housing_[Rear]=0.9 +K3_ES_Endcap_F=0.9 +ESpace_K3_-_Endcap_[Front]=0.9 +K3_ES_Endcap_R=0.9 +ESpace_K3_-_Endcap_[Rear]=0.9 +K3_ES_Bearing_F=0.9 +ESpace_K3_-_Bearing_[Front]=0.9 +K3_ES_Bearing_R=0.9 +ESpace_K3_-_Bearing_[Rear]=0.9 +K3_ES_Shaft_F=0.9 +ESpace_K3_-_Shaft_[Front]=0.9 +K3_ES_Shaft_R=0.9 +ESpace_K3_-_Shaft_[Rear]=0.9 +K3_ES_Axle_F=0.9 +ESpace_K3_-_Axle_[Front]=0.9 +K3_ES_Axle_R=0.9 +ESpace_K3_-_Axle_[Rear]=0.9 +K3_ES_Cup_Base=0.9 +ESpace_K3_-_Cup_Base=0.9 +K3_ES_Cup_OH=0.9 +ESpace_K3_-_Cup_OH=0.9 +K3_ES_Rotor_F=0.9 +ESpace_K3_-_Rotor_[Front]=0.9 +K3_ES_Rotor_R=0.9 +ESpace_K3_-_Rotor_[Rear]=0.9 +K3_ES_Rotor_Coil=0.9 +ESpace_K3_-_Rotor_Coil=0.9 +K3_ES_Stator_F=0.9 +ESpace_K3_-_Stator_[Front]=0.9 +K3_ES_Stator_R=0.9 +ESpace_K3_-_Stator_[Rear]=0.9 +K3_ES_Magnet_F=0.9 +ESpace_K3_-_Magnet_[Front]=0.9 +K3_ES_Magnet_R=0.9 +ESpace_K3_-_Magnet_[Rear]=0.9 +K3_ES_EW_Ext_F=0.9 +ESpace_K3_-_EW_Ext_[Front]=0.9 +K3_ES_EW_Ext_R=0.9 +ESpace_K3_-_EW_Ext_[Rear]=0.9 +K3_ES_Comm=0.9 +ESpace_K3_-_Comm_[Rear]=0.9 +K3_ES_Brushes=0.9 +ESpace_K3_-_Brushes=0.9 +Vel_Mult_ES_Housing_F=0.2 +ESpace_Vel_Mult_-_Housing_[Front]=0.2 +Vel_Mult_ES_Housing_R=0.2 +ESpace_Vel_Mult_-_Housing_[Rear]=0.2 +Vel_Mult_ES_Endcap_F=0.7 +ESpace_Vel_Mult_-_Endcap_[Front]=0.7 +Vel_Mult_ES_Endcap_R=0.7 +ESpace_Vel_Mult_-_Endcap_[Rear]=0.7 +Vel_Mult_ES_Bearing_F=1 +ESpace_Vel_Mult_-_Bearing_[Front]=1 +Vel_Mult_ES_Bearing_R=1 +ESpace_Vel_Mult_-_Bearing_[Rear]=1 +Vel_Mult_ES_Shaft_F=1 +ESpace_Vel_Mult_-_Shaft_[Front]=1 +Vel_Mult_ES_Shaft_R=1 +ESpace_Vel_Mult_-_Shaft_[Rear]=1 +Vel_Mult_ES_Axle_F=1 +ESpace_Vel_Mult_-_Axle_[Front]=1 +Vel_Mult_ES_Axle_R=1 +ESpace_Vel_Mult_-_Axle_[Rear]=1 +Vel_Mult_ES_Cup_Base=1 +ESpace_Vel_Mult_-_Cup_Base=1 +Vel_Mult_ES_Cup_OH=1 +ESpace_Vel_Mult_-_Cup_OH=1 +Vel_Mult_ES_Rotor_F=1 +ESpace_Vel_Mult_-_Rotor_[Front]=1 +Vel_Mult_ES_Rotor_R=1 +ESpace_Vel_Mult_-_Rotor_[Rear]=1 +Vel_Mult_ES_Rotor_Coil=1 +ESpace_Vel_Mult_-_Rotor_Coil=1 +Vel_Mult_ES_Stator_F=1 +ESpace_Vel_Mult_-_Stator_[Front]=1 +Vel_Mult_ES_Stator_R=1 +ESpace_Vel_Mult_-_Stator_[Rear]=1 +Vel_Mult_ES_Magnet_F=1 +ESpace_Vel_Mult_-_Magnet_[Front]=1 +Vel_Mult_ES_Magnet_R=1 +ESpace_Vel_Mult_-_Magnet_[Rear]=1 +Vel_Mult_ES_EW_Ext_F=0.5 +ESpace_Vel_Mult_-_EW_Ext_[Front]=0.5 +Vel_Mult_ES_EW_Ext_R=0.5 +ESpace_Vel_Mult_-_EW_Ext_[Rear]=0.5 +Vel_Mult_ES_Comm=1 +ESpace_Vel_Mult_-_Comm_[Rear]=1 +Vel_Mult_ES_Brushes=1 +ESpace_Vel_Mult_-_Brushes=1 +Notes_ES_Housing_F= +ESpace_Notes_-_Housing_[Front]= +Notes_ES_Housing_R= +ESpace_Notes_-_Housing_[Rear]= +Notes_ES_Endcap_F= +ESpace_Notes_-_Endcap_[Front]= +Notes_ES_Endcap_R= +ESpace_Notes_-_Endcap_[Rear]= +Notes_ES_Bearing_F= +ESpace_Notes_-_Bearing_[Front]= +Notes_ES_Bearing_R= +ESpace_Notes_-_Bearing_[Rear]= +Notes_ES_Shaft_F= +ESpace_Notes_-_Shaft_[Front]= +Notes_ES_Shaft_R= +ESpace_Notes_-_Shaft_[Rear]= +Notes_ES_Axle_F= +ESpace_Notes_-_Axle_[Front]= +Notes_ES_Axle_R= +ESpace_Notes_-_Axle_[Rear]= +Notes_ES_Cup_Base= +ESpace_Notes_-_Cup_Base= +Notes_ES_Cup_OH= +ESpace_Notes_-_Cup_OH= +Notes_ES_Rotor_F= +ESpace_Notes_-_Rotor_[Front]= +Notes_ES_Rotor_R= +ESpace_Notes_-_Rotor_[Rear]= +Notes_ES_Rotor_Coil= +ESpace_Notes_-_Rotor_Coil= +Notes_ES_Stator_F= +ESpace_Notes_-_Stator_[Front]= +Notes_ES_Stator_R= +ESpace_Notes_-_Stator_[Rear]= +Notes_ES_Magnet_F= +ESpace_Notes_-_Magnet_[Front]= +Notes_ES_Magnet_R= +ESpace_Notes_-_Magnet_[Rear]= +Notes_ES_EW_Ext_F=default = blocked channel (k1 = 0) +ESpace_Notes_-_EW_Ext_[Front]=default = blocked channel (k1 = 0) +Notes_ES_EW_Ext_R=default = blocked channel (k1 = 0) +ESpace_Notes_-_EW_Ext_[Rear]=default = blocked channel (k1 = 0) +Notes_ES_Comm= +ESpace_Notes_-_Comm_[Rear]= +Notes_ES_Brushes= +ESpace_Notes_-_Brushes= +Area_Mult_ES_EW_Bore_F=1 +Area_Mult_ES_EW_Bore_R=1 +Area_Mult_ES_EW_Outer_F=1 +Area_Mult_ES_EW_Outer_R=1 +Area_Mult_ES_EW_End_F=1 +Area_Mult_ES_EW_End_R=1 +ESpace_K1_-_EW_Bore_[Front]=15 +ESpace_K2_-_EW_Bore_[Front]=0.4 +ESpace_K3_-_EW_Bore_[Front]=0.9 +ESpace_Vel_Mult_-_EW_Bore_[Front]=1 +ESpace_Notes_-_EW_Bore_[Front]= +ESpace_K1_-_EW_Outer_[Front]=15 +ESpace_K2_-_EW_Outer_[Front]=0.4 +ESpace_K3_-_EW_Outer_[Front]=0.9 +ESpace_Vel_Mult_-_EW_Outer_[Front]=0.2 +ESpace_Notes_-_EW_Outer_[Front]= +ESpace_K1_-_EW_End_[Front]=15 +ESpace_K2_-_EW_End_[Front]=0.4 +ESpace_K3_-_EW_End_[Front]=0.9 +ESpace_Vel_Mult_-_EW_End_[Front]=0.5 +ESpace_Notes_-_EW_End_[Front]= +ESpace_K1_-_EW_Bore_[Rear]=15 +ESpace_K2_-_EW_Bore_[Rear]=0.4 +ESpace_K3_-_EW_Bore_[Rear]=0.9 +ESpace_Vel_Mult_-_EW_Bore_[Rear]=1 +ESpace_Notes_-_EW_Bore_[Rear]= +ESpace_K1_-_EW_Outer_[Rear]=15 +ESpace_K2_-_EW_Outer_[Rear]=0.4 +ESpace_K3_-_EW_Outer_[Rear]=0.9 +ESpace_Vel_Mult_-_EW_Outer_[Rear]=0.2 +ESpace_Notes_-_EW_Outer_[Rear]= +ESpace_K1_-_EW_End_[Rear]=15 +ESpace_K2_-_EW_End_[Rear]=0.4 +ESpace_K3_-_EW_End_[Rear]=0.9 +ESpace_Vel_Mult_-_EW_End_[Rear]=0.5 +ESpace_Notes_-_EW_End_[Rear]= + +[FEA_Settings] +FEAMaxValue_Thermal=180 +FEAMinValue_Thermal=40 +FEAAutoShading_Thermal=True +FEAHighlightMin_Thermal=True +FEAHighlightMax_Thermal=True +FEAMaxValue_Magnetic=2.2 +FEAMinValue_Magnetic=0 +FEAAutoShading_Magnetic=True +FEAHighlightMin_Magnetic=True +FEAHighlightMax_Magnetic=True +FEAMaxValue_Mechanical=0.05 +FEAMinValue_Mechanical=0 +FEAAutoShading_Mechanical=True +FEAHighlightMin_Mechanical=True +FEAHighlightMax_Mechanical=True +FEAAreaSelect=0 +FEANumEquipotentialLines_EMag=20 +FEANumEquipotentialLines_Therm=20 +FEANumEquipotentialLines_Mechanical=0 +FEALengthVectors_EMag=0 +FEALengthVectors_Therm=0 +FEALengthVectors_Mechanical=0 +UseDXFImportForFEA_Magnetic=False +UseDXFImportForFEA=False +DXFImportType=1 +CustomFEARegions_Magnetic= +CustomRegionMagNames_Method=1 +UseCustomFEARegions_Magnetic=False +CustomFEARegions_ThermalSlot= +UseCustomFEARegions_ThermalSlot=False +CustomFEARegions_ThermalPole= +UseCustomFEARegions_ThermalPole=False +UseDXFImportForFEA_Mechanical=False +CustomFEARegions_Mechanical= +UseCustomFEARegions_Mechanical=False +ShowModelAirgap=True +GeometryTestMode=0 +UseDXFImportForFEA_Thermal=False +CustomFEARegions_ThermalDXF= +VerboseFEAOutput=False +VerboseFEAMessageOutput=False +VerboseMessageOutput=False +VerboseFlag_TimedInfo=False +VerboseFlag_Info=False +VerboseFlag_IOInfo=False +VerboseFlag_ScriptInfo=False +VerboseFlag_Results=False +VerboseFlag_Warning=True +VerboseFlag_Error=True +FEASchematicNodeRadius=0.2 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+FeaSys_Suffix= +FEABndFactor=1.8 +FEAMaxAngle=95 +MechanicalMeshLength_RotorLam=0 +MechanicalMeshLength_Magnets=0 +MechanicalMeshLength_RotorBars=0 +MechanicalMeshLength_RotorVoids=0.1 +MechanicalMeshLength_DamperBars=1 +MechanicalOption_Magnets=0 +AdhesionFactor_Magnets=0.2 +EnableMechanicalMesh_RotorBars=0 +RotorBarAdhesionFactor=0.2 +EnableMechanicalMesh_FieldWdg=0 +FieldWdgAdhesionFactor=0.2 +EnableMechanicalMesh_DamperBars=0 +AdhesionFactor_DamperBars=0.2 +MechanicalOption_InnerBoundaryCondition=0 +MechanicalOption_OuterBoundaryCondition=0 +MechanicalInnerBoundaryStress=0 +MechanicalOuterBoundaryStress=0 +AirgapMeshPoints_layers=432 +AirgapMeshPoints_mesh=432 +AirgapLayersMethod=1 +AirgapMesh_NumLayers=4 +MagnetMeshLength=0 +RotorBarMeshLength=0 +RotorLamMeshLength=0 +ShaftMeshLength=0 +StatorLamMeshLength=0 +StatorSlotMeshLength=0 +FEAMinPointSeparation=0.005 +FEAEddyCurrentCalcMethod=1 +FEASmallAngleMethod=2 +FEASmallAngleSize=2 + +[h_Forced_Con_Input] 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+Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[0]=0.316736 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[1]=0 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[2]=0 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[3]=0 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[4]=0 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[5]=0 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[6]=0 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[7]=0 +Velocity_Forced_Conv_Housing_Active_Corner_Cutout_Multiplier[8]=0 +Forced_Conv_Notes_Housing_Active_Corner_Cutout[0]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[1]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[2]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[3]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[4]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[5]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[6]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[7]= +Forced_Conv_Notes_Housing_Active_Corner_Cutout[8]= +h_Forced_Conv_Housing_Front_No_Fins_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_No_Fins=30 +h_Forced_Conv_Housing_Front_Fin_Base_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Fin_Base=30 +h_Forced_Conv_Housing_Front_Fin_Sides_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Fin_Sides=30 +h_Forced_Conv_Housing_Front_Fin_Tips_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Fin_Tips=30 +h_Forced_Conv_Housing_Front_Fin_Channel_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Fin_Channel=30 +h_Forced_Conv_Housing_Front_Corner_Cutout_Input=30 +Input_Value_H[Fc]_Housing_[F]_-_Corner_Cutout=30 +h_Forced_Conv_Housing_Rear_No_Fins_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_No_Fins=30 +h_Forced_Conv_Housing_Rear_Fin_Base_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Fin_Base=30 +h_Forced_Conv_Housing_Rear_Fin_Sides_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Fin_Sides=30 +h_Forced_Conv_Housing_Rear_Fin_Tips_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Fin_Tips=30 +h_Forced_Conv_Housing_Rear_Fin_Channel_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Fin_Channel=30 +h_Forced_Conv_Housing_Rear_Corner_Cutout_Input=30 +Input_Value_H[Fc]_Housing_[R]_-_Corner_Cutout=30 +h_Forced_Conv_Endcap_Front_Radial_Input=30 +Input_Value_H[Fc]_Endcap_[F]_-_Radial=30 +h_Forced_Conv_Endcap_Front_Axial_Input=30 +Input_Value_H[Fc]_Endcap_[F]_-_Axial=30 +h_Forced_Conv_Endcap_Rear_Radial_Input=30 +Input_Value_H[Fc]_Endcap_[R]_-_Radial=30 +h_Forced_Conv_Endcap_Rear_Axial_Input=30 +Input_Value_H[Fc]_Endcap_[R]_-_Axial=30 +h_Forced_Conv_Plate_Input=30 +Input_Value_H[Fc]_Flange_Plate=30 +h_Forced_Conv_Axle_Plate_F_Input=30 +Input_Value_H[Fc]_Axle_Plate_[F]=30 +h_Forced_Conv_Axle_Plate_R_Input=30 +Input_Value_H[Fc]_Axle_Plate_[R]=30 +h_Forced_Conv_Base_Input=30 +Input_Value_H[Fc]_Base_Plate=30 +h_Forced_Conv_EncCase_Radial_Input=30 +Input_Value_H[Fc]_Encoder_Case_-_Radial=30 +h_Forced_Conv_EncCase_Axial_Input=30 +Input_Value_H[Fc]_Encoder_Case_-_Axial=30 + +[Interface_Gaps] +FeedbackType=0 +Gap_Plate_RotorLam_F=0 +Gap_Plate_RotorLam_R=0 +Gap_Plate_Magnet_F=0 +Gap_Plate_Magnet_R=0 +Gap_Magnet_Magnet=0.005 +Gap_StatorClampPlate_StatorLam_F=0.005 +Gap_StatorClampPlate_Housing_F=0.005 +Gap_StatorClampPlate_StatorLam_R=0.005 +Gap_StatorClampPlate_Housing_R=0.005 +ShaftFan_Gap_R=0.005 +Stator_Lam_-_Housing=0.01 +Stator_Lam_-_Axle=0.03 +HOUSING_-_OHANG_[F]=0 +HOUSING_-_OHANG_[R]=0 +HOUSING_-_ENDCAP_[F]=0.005 +HOUSING_-_ENDCAP_[R]=0.005 +ENDCAP_-_PLATE=0.005 +Axle_-_Plate_[F]=0.005 +Axlep_-_Plate_[F]=0.005 +Axle_-_Plate_[R]=0.005 +Axlep_-_Plate_[R]=0.005 +Endcap_-_Encoder=0.005 +Housing_-_Feet=0.005 +Feet_-_Base=0.005 +Banding_-_Rotor=0.005 +Sleeve_-_Stator=0.005 +Magnet_-_Rotor_Lam=0.005 +Rotor_Lam_-_Shaft=0.005 +Shaft_-_Rotor_Cup=0.005 +Bearing_-_Endcap_[F]=0.0073 +Bearing_-_Endcap_[R]=0.0073 +Bearing_-_Shaft_[F]=0.0112 +Bearing_-_Shaft_[R]=0.0112 +Bearing_-_Axle_[F]=0.0112 +Bearing_-_Axle_[R]=0.0112 +Bearing_Effective_Gap_[F]=0.4 +Bearing_Effective_Gap_[R]=0.4 +Endcap_-_Axle_[F]=0.005 +Shaft_-_Enc_Shaft=0.005 +Cage_-_Rotor_Lam=0.01 +Comm_-_Shaft=0.005 +Comm_-_Brush=0.005 +Brush_Holder_-_Brush=0.1 +Brush_Holder_-_Housing=0.005 +Sleeve_-_Rotor=0.005 +Banding_-_Stator=0.005 +Magnet_-_Stator=0.005 +Rotor_-_Housing=0.005 +Housing_-_Cover=0.005 +Gap_Stator_H_Comment=Lamination-Metal - Good surface Contact +Gap_Stator_Axle_Comment=Lamination-Metal - Average surface Contact +Gap_H_HOH_Front_Comment=No Gap - Perfect surface Contact +Gap_H_HOH_Rear_Comment=No Gap - Perfect surface Contact +Gap_H_EndCap_Front_Comment=Metal-Metal - Average surface Contact +Gap_H_EndCap_Rear_Comment=Metal-Metal - Average surface Contact +Gap_EndCap_Plate_Comment=Metal-Metal - Average surface Contact +Gap_Axle_Plate_F_Comment=Metal-Metal - Average surface Contact +Gap_Axle_Plate_R_Comment=Metal-Metal - Average surface Contact +Gap_EndCap_EncCase_Comment=Metal-Metal - Average surface Contact +Gap_H_Feet_Comment=Metal-Metal - Average surface Contact +Gap_Feet_Base_Comment=Metal-Metal - Average surface Contact +Gap_Banding_Rotor_Comment=Metal-Metal - Average surface Contact +Gap_Sleeve_Stator_Comment=Metal-Metal - Average surface Contact +Gap_Magnet_Rotor_Comment=Metal-Metal - Average surface Contact +Gap_Rotor_Shaft_Comment=Metal-Metal - Average surface Contact +Gap_Shaft_Cup_Comment=Metal-Metal - Average surface Contact +Gap_Bearing_EndCap_Front_Comment=Stainless-Aluminium - Medium surface Contact +Gap_Bearing_EndCap_Rear_Comment=Stainless-Aluminium - Medium surface Contact +Gap_Bearing_Shaft_Front_Comment=Stainless-Stainless - Medium surface Contact +Gap_Bearing_Shaft_Rear_Comment=Stainless-Stainless - Medium surface Contact +Gap_Bearing_Axle_Front_Comment=Stainless-Stainless - Medium surface Contact +Gap_Bearing_Axle_Rear_Comment=Stainless-Stainless - Medium surface Contact +Bearing_Effective_Gap_Front_Comment=High Effective Gap [Torino Testing] +Bearing_Effective_Gap_Rear_Comment=High Effective Gap [Torino Testing] +Gap_Endcap_Axle_Front_Comment=Metal-Metal - Average surface Contact +Gap_Shaft_Enc_Comment=Metal-Metal - Average surface Contact +Gap_Cage_Rotor_Comment= +Gap_Comm_Shaft_Comment=Metal-Metal - Average surface Contact +Gap_Comm_Brush_Comment=Metal-Metal - Average surface Contact +Gap_Brush_Holder_Brush_Comment= +Gap_Brush_Holder_Housing_Comment=Metal-Metal - Average surface Contact +Gap_Sleeve_Rotor_Comment=Metal-Metal - Average surface Contact +Gap_Banding_Stator_Comment=Metal-Metal - Average surface Contact +Gap_Magnet_Stator_Comment=Metal-Metal - Average surface Contact +Gap_Rotor_Housing_Comment=Metal-Metal - Average surface Contact +Gap_Housing_Cover_Comment=Metal-Metal - Average surface Contact +Gap_Bearing_Mount_Comment=Stainless-Aluminium - Medium surface Contact +Gap_StatorPlateMount_F_Comment= +Gap_StatorPlateMount_R_Comment= +Front_Potting_Housing_Gap_Comment=No Gap - Perfect surface Contact +Rear_Potting_Housing_Gap_Comment=No Gap - Perfect surface Contact +Front_Potting_Axle_Gap_Comment=No Gap - Perfect surface Contact +Rear_Potting_Axle_Gap_Comment=No Gap - Perfect surface Contact +Front_Potting_Endcap_Gap_Comment=No Gap - Perfect surface Contact +Rear_Potting_Endcap_Gap_Comment=No Gap - Perfect surface Contact +Comment_Plate_RotorLam_F=No Gap - Perfect surface Contact +Comment_Plate_RotorLam_R=No Gap - Perfect surface Contact +Comment_Plate_Magnet_F=No Gap - Perfect surface Contact +Comment_Plate_Magnet_R=No Gap - Perfect surface Contact +Comment_Magnet_Magnet=Metal-Metal - Average surface Contact +Comment_Gap_StatorClampPlate_StatorLam_F=Metal-Metal - Average surface Contact +Comment_StatorClampPlate_Housing_F=Metal-Metal - Average surface Contact +Comment_Gap_StatorClampPlate_StatorLam_R=Metal-Metal - Average surface Contact +Comment_Gap_StatorClampPlate_Housing_R=Metal-Metal - Average surface Contact +ShaftFan_Gap_Comments_R=Metal-Metal - Average surface Contact +Notes_Plate_RotorLam_F= +Notes_Plate_RotorLam_R= +Notes_Plate_Magnet_F= +Notes_Plate_Magnet_R= +Notes_Magnet_Magnet= +Notes_Gap_StatorClampPlate_StatorLam_F= +Notes_StatorClampPlate_Housing_F= +Notes_Gap_StatorClampPlate_StatorLam_R= +Notes_Gap_StatorClampPlate_Housing_R= +ShaftFan_Gap_Notes_R= +Notes_Front_Potting_Endcap_Gap= +Notes_Rear_Potting_Endcap_Gap= +Notes_Front_Potting_Housing_Gap= +Rear_Potting_Housing_Gap_Notes= +Notes_Front_Potting_Axle_Gap= +Notes_Rear_Potting_Axle_Gap= +Notes_(Stator_Lam_-_Housing)= +Notes_(Stator_Lam_-_Axle)= +Notes_(Housing_-_OHang_[F])= +Notes_(Housing_-_OHang_[R])= +Notes_(Housing_-_Endcap_[F])= +Notes_(Housing_-_Endcap_[R])= +Notes_(Endcap_-_Plate)= +Notes_(Axle_-_Plate_[F])= +Notes_(Axle_-_Plate_[R])= +Notes_(Endcap_-_Encoder)= +Notes_(Housing_-_Feet)= +Notes_(Feet_-_Base)= +Notes_(Banding_-_Rotor)= +Notes_(Sleeve_-_Stator)= +Notes_(Magnet_-_Rotor_Lam)= +Notes_(Rotor_Lam_-_Shaft)= +Notes_(Shaft_-_Rotor_Cup)= +Notes_(Bearing_-_Endcap_[F])= +Notes_(Bearing_-_Endcap_[R])= +Notes_(Bearing_-_Shaft_[F])= +Notes_(Bearing_-_Shaft_[R])= +Notes_(Bearing_-_Axle_[F])= +Notes_(Bearing_-_Axle_[R])= +Notes_Bearing_Effective_Gap_[F]= +Notes_Bearing_Effective_Gap_[R]= +Notes_(Endcap_-_Axle_[F])= +Notes_(Shaft_-_Enc_Shaft)= +Notes_(Cage_-_Rotor_Lam)= +Notes_(Comm_-_Shaft)= +Notes_(Comm_-_Brush)= +Notes_(Brush_Holder_-_Brush)= +Notes_(Brush_Holder_-_Housing)= +Notes_(Sleeve_-_Rotor)= +Notes_(Banding_-_Stator)= +Notes_(Magnet_-_Stator)= +Notes_(Rotor_-_Housing)= +Notes_(Housing_-_Cover)= +Gap_Material_H_HOH_Front=Air (Motor-CAD model) +Gap_Material_H_HOH_Rear=Air (Motor-CAD model) +Gap_Material_H_EndCap_Front=Air (Motor-CAD model) +Gap_Material_H_EndCap_Rear=Air (Motor-CAD model) +Gap_Material_EndCap_Plate=Air (Motor-CAD model) +Gap_Material_Axle_Plate_F=Air (Motor-CAD model) +Gap_Material_Axle_Plate_R=Air (Motor-CAD model) +Gap_Material_EndCap_EncCase=Air (Motor-CAD model) +Gap_Material_H_Feet=Air (Motor-CAD model) +Gap_Material_Feet_Base=Air (Motor-CAD model) +Gap_Material_Banding_Rotor=Air (Motor-CAD model) +Gap_Material_Sleeve_Stator=Air (Motor-CAD model) +Gap_Material_Magnet_Rotor=Air (Motor-CAD model) +Gap_Material_Magnet_Magnet=Air (Motor-CAD model) +Gap_Material_Shaft_Cup=Air (Motor-CAD model) +Gap_Material_Endcap_Axle_Front=Air (Motor-CAD model) +Gap_Material_Shaft_Enc=Air (Motor-CAD model) +Gap_Material_Cage_Rotor=Air (Motor-CAD model) +Gap_Material_Comm_Shaft=Air (Motor-CAD model) +Gap_Material_Comm_Brush=Air (Motor-CAD model) +Gap_Material_Brush_Holder_Brush=Air (Motor-CAD model) +Gap_Material_Brush_Holder_Housing=Air (Motor-CAD model) +Gap_Material_Sleeve_Rotor=Air (Motor-CAD model) +Gap_Material_Banding_Stator=Air (Motor-CAD model) +Gap_Material_Magnet_Stator=Air (Motor-CAD model) +Gap_Material_Rotor_Housing=Air (Motor-CAD model) +Gap_Material_Housing_Cover=Air (Motor-CAD model) +Gap_Material_Bearing_EndCap_Front=Air (Motor-CAD model) +Gap_Material_Bearing_EndCap_Rear=Air (Motor-CAD model) +Gap_Material_Bearing_Shaft_Front=Air (Motor-CAD model) +Gap_Material_Bearing_Shaft_Rear=Air (Motor-CAD model) +Gap_Material_Bearing_Axle_Front=Air (Motor-CAD model) +Gap_Material_Bearing_Axle_Rear=Air (Motor-CAD model) +Gap_Material_Front_Potting_Housing=Air (Motor-CAD model) +Gap_Material_Rear_Potting_Housing=Air (Motor-CAD model) +Gap_Material_Front_Potting_Endcap=Air (Motor-CAD model) +Gap_Material_Rear_Potting_Endcap=Air (Motor-CAD model) +Gap_Material_Front_Potting_Axle=Air (Motor-CAD model) +Gap_Material_Rear_Potting_Axle=Air (Motor-CAD model) +Gap_Material_StatorPlateMount_F=Air (Motor-CAD model) +Gap_Material_StatorPlateMount_R=Air (Motor-CAD model) +Gap_Material_Plate_RotorLam_F=Air (Motor-CAD model) +Gap_Material_Plate_RotorLam_R=Air (Motor-CAD model) +Gap_Material_Plate_Magnet_F=Air (Motor-CAD model) +Gap_Material_Plate_Magnet_R=Air (Motor-CAD model) +Gap_Material_Bearing_Mount=Air (Motor-CAD model) +Gap_Material_StatorClampPlate_StatorLam_F=Air (Motor-CAD model) +Gap_Material_StatorClampPlate_StatorLam_R=Air (Motor-CAD model) +Gap_Material_StatorClampPlate_Housing_F=Air (Motor-CAD model) +Gap_Material_StatorClampPlate_Housing_R=Air (Motor-CAD model) +Gap_Material_ShaftFan_R=Air (Motor-CAD model) +Gap_Material_Stator_H=Air (Motor-CAD model) +Gap_Material_Stator_Axle=Air (Motor-CAD model) +Gap_Material_Rotor_Shaft=Air (Motor-CAD model) +Gap_Material_Bearing_Effective_Front=Air (Motor-CAD model) +Gap_Material_Bearing_Effective_Rear=Air (Motor-CAD model) +Gap_MaterialConductivity_Magnet_Rotor=0.03171454723964 +Gap_Bearing_Mount=0 +Notes_Gap_Bearing_Mount= +Notes_Gap_Plate_Mount_F= +Notes_Gap_Plate_Mount_R= +EWdg_Cavity=Not_Potted + +[Ratios] +GeometryParameterisation=0 +Ratio_Bore=0.666666666666667 +Ratio_SlotDepth_ParallelTooth=0.641337386018237 +Ratio_SlotDepth_ParallelSlot=0.6 +Ratio_SlotWidth=0.6 +Ratio_SlotOpening_ParallelSlot=0.6 +Ratio_SlotOpening_ParallelTooth=0.605862583679674 +Ratio_ToothTip=0.6 +Ratio_ToothWidth=0.472117719044017 +Ratio_SleeveThickness=0 +Ratio_RotorD=0.656565656565657 +Ratio_BandingThickness=0 +Ratio_ShaftD=0.341923076923077 +Ratio_ShaftHole=0 +Ratio_MagnetThickness=0.6 +Ratio_MagnetArc=1 +Ratio_MagnetReduction=0.6 +Ratio_BarT_Depth=0.6 +Ratio_BarT_Opening_Depth=0.6 +Ratio_BarT_Opening_Depth_Round=0.6 +Ratio_Rotor_Tooth_Width_T=0.6 +Ratio_BarT_Width_Round=0.6 +Ratio_BarT_Width_Rectangular=0.6 +Ratio_BarT_Opening_ParallelTooth=0.6 +Ratio_BarT_Opening_Round=0.6 +Ratio_BarT_Opening_Rectangular=0.6 +Ratio_BarT_Opening_PearCircular=0.6 +Ratio_BarT_Corner_Radius_Pear=0.6 +Ratio_BarT_Corner_Radius_ParallelTooth=0.6 +Ratio_BarT_Corner_Radius_PearCircular=0.6 +Ratio_BarT_Opening_Radius=0.6 +Ratio_BarT_Opening_Radius_PearCircular=0.6 +Ratio_BarT_Tip_Angle=0.6 +Ratio_BarB_Tip_Angle=0.6 +Ratio_BarB_Depth=0.6 +Ratio_BarB_Opening_Depth=0.6 +Ratio_BarB_Opening_Depth_Round=0.6 +Ratio_Rotor_Tooth_Width_B=0.6 +Ratio_BarB_Width_Round=0.6 +Ratio_BarB_Width_Rectangular=0.6 +Ratio_BarB_Opening_ParallelTooth=0.6 +Ratio_BarB_Opening_Round=0.6 +Ratio_BarB_Opening_Rectangular=0.6 +Ratio_BarB_Opening_PearCircular=0.6 +Ratio_BarB_Corner_Radius_Pear=0.6 +Ratio_BarB_Corner_Radius_ParallelTooth=0.6 +Ratio_BarB_Corner_Radius_PearCircular=0.6 +Ratio_BarB_Opening_Radius=0.6 +Ratio_BarB_Opening_Radius_PearCircular=0.6 +RatioArray_MagnetBarWidth[0]=0.6 +RatioArray_MagnetBarWidth[1]=0.6 +RatioArray_MagnetVWidth[0]=0.6 +RatioArray_MagnetVWidth[1]=0.6 +RatioArray_MagnetShift[0]=0.6 +RatioArray_MagnetShift[1]=0.6 +RatioArray_WebLength[0]=0 +RatioArray_WebLength[1]=0 +RatioArray_VWebBarWidth[0]=0.961400984931715 +RatioArray_VWebBarWidth[1]=0.596126723960255 +RatioArray_WebThickness[0]=0.465736354891007 +RatioArray_WebThickness[1]=2.51083532216817 +RatioArray_PoleArc[0]=0.872243758467679 +RatioArray_PoleArc[1]=0.805152174671001 +RatioArray_UMagnetOuterOffset[0]=0.6 +RatioArray_UMagnetOuterOffset[1]=0.6 +RatioArray_UMagnetInnerOffset[0]=0.6 +RatioArray_UMagnetInnerOffset[1]=0.6 +RatioArray_UMagnetOuterLength[0]=0.6 +RatioArray_UMagnetOuterLength[1]=0.6 +RatioArray_UMagnetInnerLength[0]=0.6 +RatioArray_UMagnetInnerLength[1]=0.6 +RatioArray_UMagnetDiameter[0]=0.6 +RatioArray_UMagnetDiameter[1]=0.6 +RatioArray_UMagnetWebThickness[0]=0.6 +RatioArray_UMagnetWebThickness[1]=0.6 + +[Loss_RPM_Ref] +RPM_ref_1ph_Main_Armature_Copper_Loss=3000 +Ref_Speed_-_Main_Winding_Copper_Loss=3000 +RPM_ref_1ph_Aux_Armature_Copper_Loss=3000 +Ref_Speed_-_Aux_Winding_Copper_Loss=3000 +RPM_ref_Armature_Copper_Loss=3000 +Ref_Speed_-_Armature_Copper_Loss=3000 +RPM_ref_Armature_Copper_Freq_Comp_Loss=3000 +Ref_Speed_-_Stator_Copper_Freq_Component_Loss=3000 +Ref_Speed_-_Rotor_Iron_Loss_[Back_Iron]=3000 +RPM_ref_RotorIronLoss_EmbeddedMagnetPole=3000 +Ref_Speed_-_Rotor_Iron_Loss_[Tooth]=3000 +Ref_Speed_-_Rotor_Copper_Loss=3000 +Ref_Speed_-_Stator_Iron_Loss_[Back_Iron]=3000 +Ref_Speed_-_Stator_Iron_Loss_[Tooth]=3000 +Ref_Speed_-_Stator_Iron_Loss_[Tooth_Tip]=3000 +Ref_Speed_-_Windage_Loss=1000 +Ref_Speed_-_Windage_Loss_(Ext_Fan)=3000 +Ref_Speed_-_Friction_Loss_[F]=10000 +Ref_Speed_-_Friction_Loss_[R]=10000 +Ref_Speed_-_Magnet_Iron_Loss=3000 +Ref_Speed_-_Magnet_Banding_Iron_Loss=3000 +Ref_Speed_-_Stator_Bore_Sleeve_Iron_Loss=3000 +Ref_Speed_-_Encoder_Loss=3000 +Ref_Speed_-_Stator_iron_stray_load_Loss=3000 +Ref_Speed_-_Rotor_iron_stray_load_Loss=3000 +Ref_Speed_-_Stator_copper_stray_load_Loss=3000 +Ref_Speed_-_Rotor_copper_stray_load_Loss=3000 +Ref_Speed_-_Brush_Friction_Loss=3000 +Ref_Speed_-_Brush_VI_Loss=3000 + +[Loss_RPM_Coeff] +RPM_Coef_1ph_Main_Armature_Copper_Loss=0 +Speed_Coeff_-_Main_Winding_Copper_Loss=0 +RPM_Coef_1ph_Aux_Armature_Copper_Loss=0 +Speed_Coeff_-_Aux_Winding_Copper_Loss=0 +RPM_Coef_Armature_Copper_Loss=0 +Speed_Coeff_-_Stator_Copper_Loss=0 +RPM_Coef_Armature_Copper_Freq_Comp_Loss=2 +Speed_Coeff_-_Stator_Copper_Freq_Component_Loss=2 +Speed_Coeff_-_Rotor_Iron_Loss_[Back_iron]=1.5 +Speed_Coeff_-_Rotor_Iron_Loss_[Embedded_Magnet_Pole]=1.5 +Speed_Coeff_-_Rotor_Iron_Loss_[Tooth]=1.5 +Speed_Coeff_-_Rotor_Copper_Loss=0 +Speed_Coeff_-_Stator_Iron_Loss_[Back_Iron]=1.5 +Speed_Coeff_-_Stator_Iron_Loss_[Tooth]=1.5 +Speed_Coeff_-_Stator_Iron_Loss_[Tooth_Tip]=1.5 +Speed_Coeff_-_Windage_Loss=3 +Speed_Coeff_-_Windage_Loss_(Ext_Fan)=3 +Speed_Coeff_-_Friction_Loss_[F]=1 +Speed_Coeff_-_Friction_Loss_[R]=1 +Speed_Coeff_-_Magnet_Iron_Loss=2 +Speed_Coeff_-_Magnet_Banding_Iron_Loss=0 +Speed_Coeff_-_Stator_Bore_Sleeve_Iron_Loss=2 +Speed_Coeff_-_Encoder_Loss=1 +Speed_Coeff_-_Stator_iron_stray_load_Loss=0 +Speed_Coeff_-_Rotor_iron_stray_load_Loss=0 +Speed_Coeff_-_Stator_copper_stray_load_Loss=0 +Speed_Coeff_-_Rotor_copper_stray_load_Loss=0 +Speed_Coeff_-_Brush_Friction_Loss=1 +Speed_Coeff_-_Brush_VI_Loss=0 + +[Copper_Loss_Distribution] +NumberSlotsPhaseBelt=3 + +[Loss_Distribution] +Normal_Loss_Distribution[0]=0.333333333333333 +Normal_Loss_Distribution[1]=0.333333333333333 +Normal_Loss_Distribution[2]=0.333333333333333 +Fault_Loss_Distribution[0]=0.333333333333333 +Fault_Loss_Distribution[1]=0.333333333333333 +Fault_Loss_Distribution[2]=0.333333333333333 +Stall_Loss_Distribution[0]=0.333333333333333 +Stall_Loss_Distribution[1]=0.333333333333333 +Stall_Loss_Distribution[2]=0.333333333333333 +Aux_Loss_Distribution[0]=0.333333333333333 +Aux_Loss_Distribution[1]=0.333333333333333 +Aux_Loss_Distribution[2]=0.333333333333333 + +[CycleParameters_MotorLAB] +WheelInertia=0 +DCExtDataType_Lab=0 +DCExtDataType_MotorLAB=0 +DrivCycle_MotorLAB=3 +Mass_MotorLAB=1521 +A_f_MotorLAB=2.29 +R_w_MotorLAB=0.3 +K_r_MotorLAB=0.007 +C_d_MotorLAB=0.28 +M_o_MotorLAB=1.04 +rho_MotorLAB=1.225 +N_d_MotorLAB=7.938 +T_cont_MotorLAB=1 +B_cont_MotorLAB=1 +TorqueCapTrue_MotorLAB=False +SpeedCapTrue_MotorLAB=False +TorqueCap_MotorLAB=500 +SpeedCap_MotorLAB=20000 +DutyCycleType_Lab=1 +DriveCycleCalcComplete_MotorLAB=False +IncludeMotorInertiaInVehicleModel=True +DutyCycleCalcStatus_MotorLAB= + +[Rotor_Winding] +FieldConductorsPerSlot=100 +Rotor_Conductors_Slot=100 +Field_EWdg_MLT_Used=0 +Rotor_EWdg_MLT_Used=0 +Field_EWdg_Fill=0.3 +Rotor_EWdg_Fill=0.3 +Field_Slot_Fill=0.4 +Rotor_Slot_Fill=0.4 +Field_Impreg_Goodness_Active=0.8 +Rotor_Impreg_Goodness_[Active]=0.8 +Field_Impreg_Goodness_EWdg=0.8 +Rotor_Impreg_Goodness_[EWdg]=0.8 +Field_Impreg_Goodness_Liner_Lam=0.8 +Rotor_Impreg_Goodness_[Liner-Lam]=0.8 +Field_Gap_Liner_Lam=0 +Rotor_Gap_Liner_Lam=0 +Field_WindingType=1 +Field_Winding_Definition=0 +Field_Ewdg_Definition=0 +Field_Wire_Diameter=0.714 +ROTOR_WIRE_DIAMETER=0.714 +Field_Copper_Diameter=0.65 +ROTOR_COPPER_DIAMETER=0.65 +Field_Liner_Thickness=0 +ROTOR_LINER_THICKNESS=0 +Field_Copper_Depth_Perc=100 +Rotor_Copper_Depth_[%]=100 +Field_Coil_Divider=2 +Rotor_Coil_Divider_Width=2 +FieldCoilDivider_Validation=1 +Wire_Type_Rotor=0 +AWG_WireGaugeIndex_Rotor=44 +Rotor_Last_AWG_Wire_Table_Entry_Number=44 +SWG_WireGaugeIndex_Rotor=48 +Rotor_Last_SWG_Wire_Table_Entry_Number=48 +Metric_WireGaugeIndex_Rotor=20 +Rotor_Last_Metric_Wire_Table_Entry_Number=20 +Rotor_Wire_Type=AWG_Table +Rotor_Winding_Type=Solid_Divider +Rotor_Wdg_Definition=Slot_Fill +Rotor_EWdg_Definition=EWdg_Fill + +[Fluids] +VolumetricExpansionCoefCalc=1 +ExternalFluid_Volumetric_Expansion_Coef=0.00335401643468053 +RetainFluidPowerValues_Transient=1 + +[Mechanical] +YoungsCoefficient_RotorLam=200000 +PoissonsRatio_RotorLam=0.3 +YoungsCoefficient_Magnet=160000 +PoissonsRatio_Magnet=0.24 +YoungsCoefficient_Pocket=0 +PoissonsRatio_Pocket=0 +YoungsCoefficient_TopBar=0 +PoissonsRatio_TopBar=0 +YoungsCoefficient_BottomBar=0 +PoissonsRatio_BottomBar=0 +YoungsCoefficient_TopBarOpening=0 +PoissonsRatio_TopBarOpening=0 +YoungsCoefficient_BottomBarOpening=0 +PoissonsRatio_BottomBarOpening=0 + +[FileParameters_MotorLAB] +BPM_FilePath_MotorLAB= +BPM_FileDir_MotorLAB= +SpeedLoad_MotorLAB=True +ElectroLink_MotorLAB=Motor-CAD EMag +CurrentSpec_MotorLAB=0 +MotorType_MotorLAB=BPM +CurrentMotFilePath_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\e8_IPMSM_HWJandVent.mot +CurrentMotFileDir_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\ + +[CalibrationParameters_MotorLAB] +TestType_MotorLAB=0 +TestSpeedMin_MotorLAB=10 +TestSpeedInc_MotorLAB=10 +TestSpeedMax_MotorLAB=1000 +ExpData_MotorLAB=False +ExpDataType_MotorLAB=0 +ExpDataPath_MotorLAB= + +[ModelParameters_MotorLAB] +PsiQ_coeff_MotorLAB[0]=-1.35705114447E-5 +PsiQ_coeff_MotorLAB[1]=3.14044102732E-6 +PsiQ_coeff_MotorLAB[2]=0.000735607893007 +PsiQ_coeff_MotorLAB[3]=7.2555931638E-9 +PsiQ_coeff_MotorLAB[4]=-3.02667070414E-7 +PsiQ_coeff_MotorLAB[5]=-1.56716010427E-6 +PsiQ_coeff_MotorLAB[6]=-8.33955324897E-10 +PsiQ_coeff_MotorLAB[7]=1.63814860265E-10 +PsiQ_coeff_MotorLAB[8]=9.38896541684E-10 +PsiQ_coeff_MotorLAB[9]=1.57745154548E-12 +PsiQ_coeff_MotorLAB[10]=5.87308738917E-13 +PsiQ_coeff_MotorLAB[11]=6.21351610235E-13 +PsiD_coeff_MotorLAB[0]=0.0884143909073 +PsiD_coeff_MotorLAB[1]=0.000225514377704 +PsiD_coeff_MotorLAB[2]=1.32302630387E-5 +PsiD_coeff_MotorLAB[3]=1.6039164694E-8 +PsiD_coeff_MotorLAB[4]=-8.7350415763E-8 +PsiD_coeff_MotorLAB[5]=-3.47046056812E-7 +PsiD_coeff_MotorLAB[6]=-2.55069294152E-10 +PsiD_coeff_MotorLAB[7]=-1.10491063951E-9 +PsiD_coeff_MotorLAB[8]=6.32511390752E-10 +PsiD_coeff_MotorLAB[9]=6.25784977752E-14 +PsiD_coeff_MotorLAB[10]=1.78407882341E-12 +PsiD_coeff_MotorLAB[11]=-3.22210192301E-13 +Ld_MotorLAB=0.000159832034166 +Lq_MotorLAB=0.00036193440445 +LamM_MotorLAB=0.0733804280563 +Isc_MotorLAB=403.644480493 +ModulationIndex_MotorLAB=1 +ModelType_MotorLAB=2 +Pole_MotorLAB=8 +XEndLeak_MotorLAB=1 +Vdrop_MotorLAB=True +SatModelPoints_MotorLAB=1 +Sync_ModelPoints_Lab=0 +ModelBuildGammaDistribution_Lab=1 +ModelBuildPoints_Current_Lab=6 +ModelBuildPoints_RotorCurrent_Lab=5 +ModelBuildPoints_Gamma_Lab=5 +SatModelBuildPoints_Lab=30 +Sync_SatModelBuildPoints_Lab=30 +SaturationModelMethod_Lab=0 +SaturationModelInterpolation_Lab=0 +SatModel_Is_Lab[0]=0 +Sync_IsSatModel_Lab[0]=0 +SatModel_Is_Lab[1]=0 +Sync_IsSatModel_Lab[1]=0 +SatModel_Is_Lab[2]=0 +Sync_IsSatModel_Lab[2]=0 +SatModel_Is_Lab[3]=0 +Sync_IsSatModel_Lab[3]=0 +SatModel_Is_Lab[4]=0 +Sync_IsSatModel_Lab[4]=0 +SatModel_Is_Lab[5]=96 +Sync_IsSatModel_Lab[5]=96 +SatModel_Is_Lab[6]=96 +Sync_IsSatModel_Lab[6]=96 +SatModel_Is_Lab[7]=96 +Sync_IsSatModel_Lab[7]=96 +SatModel_Is_Lab[8]=96 +Sync_IsSatModel_Lab[8]=96 +SatModel_Is_Lab[9]=96 +Sync_IsSatModel_Lab[9]=96 +SatModel_Is_Lab[10]=192 +Sync_IsSatModel_Lab[10]=192 +SatModel_Is_Lab[11]=192 +Sync_IsSatModel_Lab[11]=192 +SatModel_Is_Lab[12]=192 +Sync_IsSatModel_Lab[12]=192 +SatModel_Is_Lab[13]=192 +Sync_IsSatModel_Lab[13]=192 +SatModel_Is_Lab[14]=192 +Sync_IsSatModel_Lab[14]=192 +SatModel_Is_Lab[15]=288 +Sync_IsSatModel_Lab[15]=288 +SatModel_Is_Lab[16]=288 +Sync_IsSatModel_Lab[16]=288 +SatModel_Is_Lab[17]=288 +Sync_IsSatModel_Lab[17]=288 +SatModel_Is_Lab[18]=288 +Sync_IsSatModel_Lab[18]=288 +SatModel_Is_Lab[19]=288 +Sync_IsSatModel_Lab[19]=288 +SatModel_Is_Lab[20]=384 +Sync_IsSatModel_Lab[20]=384 +SatModel_Is_Lab[21]=384 +Sync_IsSatModel_Lab[21]=384 +SatModel_Is_Lab[22]=384 +Sync_IsSatModel_Lab[22]=384 +SatModel_Is_Lab[23]=384 +Sync_IsSatModel_Lab[23]=384 +SatModel_Is_Lab[24]=384 +Sync_IsSatModel_Lab[24]=384 +SatModel_Is_Lab[25]=480 +Sync_IsSatModel_Lab[25]=480 +SatModel_Is_Lab[26]=480 +Sync_IsSatModel_Lab[26]=480 +SatModel_Is_Lab[27]=480 +Sync_IsSatModel_Lab[27]=480 +SatModel_Is_Lab[28]=480 +Sync_IsSatModel_Lab[28]=480 +SatModel_Is_Lab[29]=480 +Sync_IsSatModel_Lab[29]=480 +Sync_IrSatModel_Lab[0]=0 +Sync_IrSatModel_Lab[1]=0 +Sync_IrSatModel_Lab[2]=0 +Sync_IrSatModel_Lab[3]=0 +Sync_IrSatModel_Lab[4]=0 +Sync_IrSatModel_Lab[5]=0 +Sync_IrSatModel_Lab[6]=0 +Sync_IrSatModel_Lab[7]=0 +Sync_IrSatModel_Lab[8]=0 +Sync_IrSatModel_Lab[9]=0 +Sync_IrSatModel_Lab[10]=0 +Sync_IrSatModel_Lab[11]=0 +Sync_IrSatModel_Lab[12]=0 +Sync_IrSatModel_Lab[13]=0 +Sync_IrSatModel_Lab[14]=0 +Sync_IrSatModel_Lab[15]=0 +Sync_IrSatModel_Lab[16]=0 +Sync_IrSatModel_Lab[17]=0 +Sync_IrSatModel_Lab[18]=0 +Sync_IrSatModel_Lab[19]=0 +Sync_IrSatModel_Lab[20]=0 +Sync_IrSatModel_Lab[21]=0 +Sync_IrSatModel_Lab[22]=0 +Sync_IrSatModel_Lab[23]=0 +Sync_IrSatModel_Lab[24]=0 +Sync_IrSatModel_Lab[25]=0 +Sync_IrSatModel_Lab[26]=0 +Sync_IrSatModel_Lab[27]=0 +Sync_IrSatModel_Lab[28]=0 +Sync_IrSatModel_Lab[29]=0 +SatModel_Gamma_Lab[0]=0 +Sync_GammaSatModel_Lab[0]=0 +SatModel_Gamma_Lab[1]=22.5 +Sync_GammaSatModel_Lab[1]=22.5 +SatModel_Gamma_Lab[2]=45 +Sync_GammaSatModel_Lab[2]=45 +SatModel_Gamma_Lab[3]=67.5 +Sync_GammaSatModel_Lab[3]=67.5 +SatModel_Gamma_Lab[4]=90 +Sync_GammaSatModel_Lab[4]=90 +SatModel_Gamma_Lab[5]=0 +Sync_GammaSatModel_Lab[5]=0 +SatModel_Gamma_Lab[6]=22.5 +Sync_GammaSatModel_Lab[6]=22.5 +SatModel_Gamma_Lab[7]=45 +Sync_GammaSatModel_Lab[7]=45 +SatModel_Gamma_Lab[8]=67.5 +Sync_GammaSatModel_Lab[8]=67.5 +SatModel_Gamma_Lab[9]=90 +Sync_GammaSatModel_Lab[9]=90 +SatModel_Gamma_Lab[10]=0 +Sync_GammaSatModel_Lab[10]=0 +SatModel_Gamma_Lab[11]=22.5 +Sync_GammaSatModel_Lab[11]=22.5 +SatModel_Gamma_Lab[12]=45 +Sync_GammaSatModel_Lab[12]=45 +SatModel_Gamma_Lab[13]=67.5 +Sync_GammaSatModel_Lab[13]=67.5 +SatModel_Gamma_Lab[14]=90 +Sync_GammaSatModel_Lab[14]=90 +SatModel_Gamma_Lab[15]=0 +Sync_GammaSatModel_Lab[15]=0 +SatModel_Gamma_Lab[16]=22.5 +Sync_GammaSatModel_Lab[16]=22.5 +SatModel_Gamma_Lab[17]=45 +Sync_GammaSatModel_Lab[17]=45 +SatModel_Gamma_Lab[18]=67.5 +Sync_GammaSatModel_Lab[18]=67.5 +SatModel_Gamma_Lab[19]=90 +Sync_GammaSatModel_Lab[19]=90 +SatModel_Gamma_Lab[20]=0 +Sync_GammaSatModel_Lab[20]=0 +SatModel_Gamma_Lab[21]=22.5 +Sync_GammaSatModel_Lab[21]=22.5 +SatModel_Gamma_Lab[22]=45 +Sync_GammaSatModel_Lab[22]=45 +SatModel_Gamma_Lab[23]=67.5 +Sync_GammaSatModel_Lab[23]=67.5 +SatModel_Gamma_Lab[24]=90 +Sync_GammaSatModel_Lab[24]=90 +SatModel_Gamma_Lab[25]=0 +Sync_GammaSatModel_Lab[25]=0 +SatModel_Gamma_Lab[26]=22.5 +Sync_GammaSatModel_Lab[26]=22.5 +SatModel_Gamma_Lab[27]=45 +Sync_GammaSatModel_Lab[27]=45 +SatModel_Gamma_Lab[28]=67.5 +Sync_GammaSatModel_Lab[28]=67.5 +SatModel_Gamma_Lab[29]=90 +Sync_GammaSatModel_Lab[29]=90 +PsiDModel_Lab[0]=0.0883696488944 +Sync_psiDModel_Lab[0]=0.0883696488944 +PsiDModel_Lab[1]=0.0883696488944 +Sync_psiDModel_Lab[1]=0.0883696488944 +PsiDModel_Lab[2]=0.0883696488944 +Sync_psiDModel_Lab[2]=0.0883696488944 +PsiDModel_Lab[3]=0.0883696488944 +Sync_psiDModel_Lab[3]=0.0883696488944 +PsiDModel_Lab[4]=0.0883696488944 +Sync_psiDModel_Lab[4]=0.0883696488944 +PsiDModel_Lab[5]=0.0868813702584 +Sync_psiDModel_Lab[5]=0.0868813702584 +PsiDModel_Lab[6]=0.0798106614459 +Sync_psiDModel_Lab[6]=0.0798106614459 +PsiDModel_Lab[7]=0.0734927662237 +Sync_psiDModel_Lab[7]=0.0734927662237 +PsiDModel_Lab[8]=0.0688818659743 +Sync_psiDModel_Lab[8]=0.0688818659743 +PsiDModel_Lab[9]=0.0671767588736 +Sync_psiDModel_Lab[9]=0.0671767588736 +PsiDModel_Lab[10]=0.0816737949829 +Sync_psiDModel_Lab[10]=0.0816737949829 +PsiDModel_Lab[11]=0.0696831162765 +Sync_psiDModel_Lab[11]=0.0696831162765 +PsiDModel_Lab[12]=0.0585791989918 +Sync_psiDModel_Lab[12]=0.0585791989918 +PsiDModel_Lab[13]=0.0494387987742 +Sync_psiDModel_Lab[13]=0.0494387987742 +PsiDModel_Lab[14]=0.0457528511476 +Sync_psiDModel_Lab[14]=0.0457528511476 +PsiDModel_Lab[15]=0.0761564160744 +Sync_psiDModel_Lab[15]=0.0761564160744 +PsiDModel_Lab[16]=0.0597755178349 +Sync_psiDModel_Lab[16]=0.0597755178349 +PsiDModel_Lab[17]=0.0444261459815 +Sync_psiDModel_Lab[17]=0.0444261459815 +PsiDModel_Lab[18]=0.0306666196923 +Sync_psiDModel_Lab[18]=0.0306666196923 +PsiDModel_Lab[19]=0.0247432855991 +Sync_psiDModel_Lab[19]=0.0247432855991 +PsiDModel_Lab[20]=0.0715163520208 +Sync_psiDModel_Lab[20]=0.0715163520208 +PsiDModel_Lab[21]=0.0509370392037 +Sync_psiDModel_Lab[21]=0.0509370392037 +PsiDModel_Lab[22]=0.0312541166881 +Sync_psiDModel_Lab[22]=0.0312541166881 +PsiDModel_Lab[23]=0.0129153405085 +Sync_psiDModel_Lab[23]=0.0129153405085 +PsiDModel_Lab[24]=0.00411579235347 +Sync_psiDModel_Lab[24]=0.00411579235347 +PsiDModel_Lab[25]=0.0675124757111 +Sync_psiDModel_Lab[25]=0.0675124757111 +PsiDModel_Lab[26]=0.0430655646716 +Sync_psiDModel_Lab[26]=0.0430655646716 +PsiDModel_Lab[27]=0.0190400425282 +Sync_psiDModel_Lab[27]=0.0190400425282 +PsiDModel_Lab[28]=-0.00391346845314 +Sync_psiDModel_Lab[28]=-0.00391346845314 +PsiDModel_Lab[29]=-0.0160337161597 +Sync_psiDModel_Lab[29]=-0.0160337161597 +PsiQModel_Lab[0]=0 +Sync_psiQModel_Lab[0]=0 +PsiQModel_Lab[1]=0 +Sync_psiQModel_Lab[1]=0 +PsiQModel_Lab[2]=0 +Sync_psiQModel_Lab[2]=0 +PsiQModel_Lab[3]=0 +Sync_psiQModel_Lab[3]=0 +PsiQModel_Lab[4]=0 +Sync_psiQModel_Lab[4]=0 +PsiQModel_Lab[5]=0.0574200063312 +Sync_psiQModel_Lab[5]=0.0574200063312 +PsiQModel_Lab[6]=0.0549265299048 +Sync_psiQModel_Lab[6]=0.0549265299048 +PsiQModel_Lab[7]=0.0436513023716 +Sync_psiQModel_Lab[7]=0.0436513023716 +PsiQModel_Lab[8]=0.0242070599284 +Sync_psiQModel_Lab[8]=0.0242070599284 +PsiQModel_Lab[9]=0 +Sync_psiQModel_Lab[9]=0 +PsiQModel_Lab[10]=0.0902522464187 +Sync_psiQModel_Lab[10]=0.0902522464187 +PsiQModel_Lab[11]=0.0904889930409 +Sync_psiQModel_Lab[11]=0.0904889930409 +PsiQModel_Lab[12]=0.0783195517301 +Sync_psiQModel_Lab[12]=0.0783195517301 +PsiQModel_Lab[13]=0.0464412778594 +Sync_psiQModel_Lab[13]=0.0464412778594 +PsiQModel_Lab[14]=0 +Sync_psiQModel_Lab[14]=0 +PsiQModel_Lab[15]=0.107680494024 +Sync_psiQModel_Lab[15]=0.107680494024 +PsiQModel_Lab[16]=0.109385860761 +Sync_psiQModel_Lab[16]=0.109385860761 +PsiQModel_Lab[17]=0.100090784813 +Sync_psiQModel_Lab[17]=0.100090784813 +PsiQModel_Lab[18]=0.0655325922259 +Sync_psiQModel_Lab[18]=0.0655325922259 +PsiQModel_Lab[19]=0 +Sync_psiQModel_Lab[19]=0 +PsiQModel_Lab[20]=0.119257661472 +Sync_psiQModel_Lab[20]=0.119257661472 +PsiQModel_Lab[21]=0.121770866569 +Sync_psiQModel_Lab[21]=0.121770866569 +PsiQModel_Lab[22]=0.113461054888 +Sync_psiQModel_Lab[22]=0.113461054888 +PsiQModel_Lab[23]=0.0798668926801 +Sync_psiQModel_Lab[23]=0.0798668926801 +PsiQModel_Lab[24]=0 +Sync_psiQModel_Lab[24]=0 +PsiQModel_Lab[25]=0.128444377915 +Sync_psiQModel_Lab[25]=0.128444377915 +PsiQModel_Lab[26]=0.131121976712 +Sync_psiQModel_Lab[26]=0.131121976712 +PsiQModel_Lab[27]=0.122757616293 +Sync_psiQModel_Lab[27]=0.122757616293 +PsiQModel_Lab[28]=0.089981334881 +Sync_psiQModel_Lab[28]=0.089981334881 +PsiQModel_Lab[29]=0 +Sync_psiQModel_Lab[29]=0 +SyncRel_MotorLAB=False +LEndWdg_MotorLAB=0 +LossModelBuildPoints_Lab=30 +Sync_LossModelBuildPoints_Lab=30 +LossModel_Is_Lab[0]=0 +Sync_IsLossModel_Lab[0]=0 +LossModel_Is_Lab[1]=0 +Sync_IsLossModel_Lab[1]=0 +LossModel_Is_Lab[2]=0 +Sync_IsLossModel_Lab[2]=0 +LossModel_Is_Lab[3]=0 +Sync_IsLossModel_Lab[3]=0 +LossModel_Is_Lab[4]=0 +Sync_IsLossModel_Lab[4]=0 +LossModel_Is_Lab[5]=96 +Sync_IsLossModel_Lab[5]=96 +LossModel_Is_Lab[6]=96 +Sync_IsLossModel_Lab[6]=96 +LossModel_Is_Lab[7]=96 +Sync_IsLossModel_Lab[7]=96 +LossModel_Is_Lab[8]=96 +Sync_IsLossModel_Lab[8]=96 +LossModel_Is_Lab[9]=96 +Sync_IsLossModel_Lab[9]=96 +LossModel_Is_Lab[10]=192 +Sync_IsLossModel_Lab[10]=192 +LossModel_Is_Lab[11]=192 +Sync_IsLossModel_Lab[11]=192 +LossModel_Is_Lab[12]=192 +Sync_IsLossModel_Lab[12]=192 +LossModel_Is_Lab[13]=192 +Sync_IsLossModel_Lab[13]=192 +LossModel_Is_Lab[14]=192 +Sync_IsLossModel_Lab[14]=192 +LossModel_Is_Lab[15]=288 +Sync_IsLossModel_Lab[15]=288 +LossModel_Is_Lab[16]=288 +Sync_IsLossModel_Lab[16]=288 +LossModel_Is_Lab[17]=288 +Sync_IsLossModel_Lab[17]=288 +LossModel_Is_Lab[18]=288 +Sync_IsLossModel_Lab[18]=288 +LossModel_Is_Lab[19]=288 +Sync_IsLossModel_Lab[19]=288 +LossModel_Is_Lab[20]=384 +Sync_IsLossModel_Lab[20]=384 +LossModel_Is_Lab[21]=384 +Sync_IsLossModel_Lab[21]=384 +LossModel_Is_Lab[22]=384 +Sync_IsLossModel_Lab[22]=384 +LossModel_Is_Lab[23]=384 +Sync_IsLossModel_Lab[23]=384 +LossModel_Is_Lab[24]=384 +Sync_IsLossModel_Lab[24]=384 +LossModel_Is_Lab[25]=480 +Sync_IsLossModel_Lab[25]=480 +LossModel_Is_Lab[26]=480 +Sync_IsLossModel_Lab[26]=480 +LossModel_Is_Lab[27]=480 +Sync_IsLossModel_Lab[27]=480 +LossModel_Is_Lab[28]=480 +Sync_IsLossModel_Lab[28]=480 +LossModel_Is_Lab[29]=480 +Sync_IsLossModel_Lab[29]=480 +LossModel_Ir_Lab[0]=0 +Sync_IrLossModel_Lab[0]=0 +LossModel_Ir_Lab[1]=0 +Sync_IrLossModel_Lab[1]=0 +LossModel_Ir_Lab[2]=0 +Sync_IrLossModel_Lab[2]=0 +LossModel_Ir_Lab[3]=0 +Sync_IrLossModel_Lab[3]=0 +LossModel_Ir_Lab[4]=0 +Sync_IrLossModel_Lab[4]=0 +LossModel_Ir_Lab[5]=0 +Sync_IrLossModel_Lab[5]=0 +LossModel_Ir_Lab[6]=0 +Sync_IrLossModel_Lab[6]=0 +LossModel_Ir_Lab[7]=0 +Sync_IrLossModel_Lab[7]=0 +LossModel_Ir_Lab[8]=0 +Sync_IrLossModel_Lab[8]=0 +LossModel_Ir_Lab[9]=0 +Sync_IrLossModel_Lab[9]=0 +LossModel_Ir_Lab[10]=0 +Sync_IrLossModel_Lab[10]=0 +LossModel_Ir_Lab[11]=0 +Sync_IrLossModel_Lab[11]=0 +LossModel_Ir_Lab[12]=0 +Sync_IrLossModel_Lab[12]=0 +LossModel_Ir_Lab[13]=0 +Sync_IrLossModel_Lab[13]=0 +LossModel_Ir_Lab[14]=0 +Sync_IrLossModel_Lab[14]=0 +LossModel_Ir_Lab[15]=0 +Sync_IrLossModel_Lab[15]=0 +LossModel_Ir_Lab[16]=0 +Sync_IrLossModel_Lab[16]=0 +LossModel_Ir_Lab[17]=0 +Sync_IrLossModel_Lab[17]=0 +LossModel_Ir_Lab[18]=0 +Sync_IrLossModel_Lab[18]=0 +LossModel_Ir_Lab[19]=0 +Sync_IrLossModel_Lab[19]=0 +LossModel_Ir_Lab[20]=0 +Sync_IrLossModel_Lab[20]=0 +LossModel_Ir_Lab[21]=0 +Sync_IrLossModel_Lab[21]=0 +LossModel_Ir_Lab[22]=0 +Sync_IrLossModel_Lab[22]=0 +LossModel_Ir_Lab[23]=0 +Sync_IrLossModel_Lab[23]=0 +LossModel_Ir_Lab[24]=0 +Sync_IrLossModel_Lab[24]=0 +LossModel_Ir_Lab[25]=0 +Sync_IrLossModel_Lab[25]=0 +LossModel_Ir_Lab[26]=0 +Sync_IrLossModel_Lab[26]=0 +LossModel_Ir_Lab[27]=0 +Sync_IrLossModel_Lab[27]=0 +LossModel_Ir_Lab[28]=0 +Sync_IrLossModel_Lab[28]=0 +LossModel_Ir_Lab[29]=0 +Sync_IrLossModel_Lab[29]=0 +LossModel_Gamma_Lab[0]=0 +Sync_GammaLossModel_Lab[0]=0 +LossModel_Gamma_Lab[1]=22.5 +Sync_GammaLossModel_Lab[1]=22.5 +LossModel_Gamma_Lab[2]=45 +Sync_GammaLossModel_Lab[2]=45 +LossModel_Gamma_Lab[3]=67.5 +Sync_GammaLossModel_Lab[3]=67.5 +LossModel_Gamma_Lab[4]=90 +Sync_GammaLossModel_Lab[4]=90 +LossModel_Gamma_Lab[5]=0 +Sync_GammaLossModel_Lab[5]=0 +LossModel_Gamma_Lab[6]=22.5 +Sync_GammaLossModel_Lab[6]=22.5 +LossModel_Gamma_Lab[7]=45 +Sync_GammaLossModel_Lab[7]=45 +LossModel_Gamma_Lab[8]=67.5 +Sync_GammaLossModel_Lab[8]=67.5 +LossModel_Gamma_Lab[9]=90 +Sync_GammaLossModel_Lab[9]=90 +LossModel_Gamma_Lab[10]=0 +Sync_GammaLossModel_Lab[10]=0 +LossModel_Gamma_Lab[11]=22.5 +Sync_GammaLossModel_Lab[11]=22.5 +LossModel_Gamma_Lab[12]=45 +Sync_GammaLossModel_Lab[12]=45 +LossModel_Gamma_Lab[13]=67.5 +Sync_GammaLossModel_Lab[13]=67.5 +LossModel_Gamma_Lab[14]=90 +Sync_GammaLossModel_Lab[14]=90 +LossModel_Gamma_Lab[15]=0 +Sync_GammaLossModel_Lab[15]=0 +LossModel_Gamma_Lab[16]=22.5 +Sync_GammaLossModel_Lab[16]=22.5 +LossModel_Gamma_Lab[17]=45 +Sync_GammaLossModel_Lab[17]=45 +LossModel_Gamma_Lab[18]=67.5 +Sync_GammaLossModel_Lab[18]=67.5 +LossModel_Gamma_Lab[19]=90 +Sync_GammaLossModel_Lab[19]=90 +LossModel_Gamma_Lab[20]=0 +Sync_GammaLossModel_Lab[20]=0 +LossModel_Gamma_Lab[21]=22.5 +Sync_GammaLossModel_Lab[21]=22.5 +LossModel_Gamma_Lab[22]=45 +Sync_GammaLossModel_Lab[22]=45 +LossModel_Gamma_Lab[23]=67.5 +Sync_GammaLossModel_Lab[23]=67.5 +LossModel_Gamma_Lab[24]=90 +Sync_GammaLossModel_Lab[24]=90 +LossModel_Gamma_Lab[25]=0 +Sync_GammaLossModel_Lab[25]=0 +LossModel_Gamma_Lab[26]=22.5 +Sync_GammaLossModel_Lab[26]=22.5 +LossModel_Gamma_Lab[27]=45 +Sync_GammaLossModel_Lab[27]=45 +LossModel_Gamma_Lab[28]=67.5 +Sync_GammaLossModel_Lab[28]=67.5 +LossModel_Gamma_Lab[29]=90 +Sync_GammaLossModel_Lab[29]=90 +NumberOfCuboids_LossModel_Lab=2 +SleeveLossCoefficient_Lab=0 +SleeveLossCalc_Lab=0 +LossModel_Sleeve_Lab[0]=0 +LossModel_Sleeve_Lab[1]=0 +LossModel_Sleeve_Lab[2]=0 +LossModel_Sleeve_Lab[3]=0 +LossModel_Sleeve_Lab[4]=0 +LossModel_Sleeve_Lab[5]=0 +LossModel_Sleeve_Lab[6]=0 +LossModel_Sleeve_Lab[7]=0 +LossModel_Sleeve_Lab[8]=0 +LossModel_Sleeve_Lab[9]=0 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+IM_IphLmArray_MotorLAB[16]=0 +IM_IphLmArray_MotorLAB[17]=0 +IM_IphLmArray_MotorLAB[18]=0 +IM_IphLmArray_MotorLAB[19]=0 +IM_IphLmArray_MotorLAB[20]=0 +IronLossModelSplit_Lab=0 +IM_IronLossModelSplit_MotorLAB=0 +IronLossModelSplit_Stator_Lab=0 +IronLossModelSplit_Rotor_Lab=0 +IM_FeLossModelPoints_MotorLAB=10 +IM_IphFeArray_MotorLAB[0]=0 +IM_IphFeArray_MotorLAB[1]=0 +IM_IphFeArray_MotorLAB[2]=0 +IM_IphFeArray_MotorLAB[3]=0 +IM_IphFeArray_MotorLAB[4]=0 +IM_IphFeArray_MotorLAB[5]=0 +IM_IphFeArray_MotorLAB[6]=0 +IM_IphFeArray_MotorLAB[7]=0 +IM_IphFeArray_MotorLAB[8]=0 +IM_IphFeArray_MotorLAB[9]=0 +Slots_MotorLAB=48 +TwindingCalc_MotorLAB=47.53 +TmagnetCalc_MotorLAB=46.62 +WindingAlpha_MotorLAB=0.003862 +IM_R1_MotorLAB=0 +IM_R2_MotorLAB=0 +IM_L1_MotorLAB=0 +IM_L2_MotorLAB=0 +IM_RtrBarH_MotorLAB=0 +IM_RtrBarC_MotorLAB=0 +IM_LmCurve_MotorLAB=False +IM_SaturationModelType_Lab=1 +IMMagnetizingInductanceFEAMethod_Lab=1 +IMEndringCurrentMethod_Lab=1 +TurnsRef_MotorLAB=6 +TurnsCalc_MotorLAB=6 +MaxModelCurrent_MotorLAB=480 +MaxModelCurrent_RMS_MotorLAB=339.411254969543 +InitialImport_MotorLAB=False +BuildSatModel_MotorLAB=True +ModelBuildSpeed_MotorLAB=10000 +ResultsPath_MotorLAB=E:\PROJECTS\Dev22b\ImportMotorCADThermalModel\data\e8_IPMSM_HWJandVent\Lab\ +AutoShowResults_MotorLAB=False +ComparisonPath_Lab= +IM_SlipRes_MotorLAB=1E-6 +FastRotorSkew_MotorLAB=True +SaturationModelGoodness_Lab=99.3020546425 +TimeoutMultiplier_Lab=1 +RotorWindingTemp_Ref_Lab=20 +RotorWindingTemp_Calc_Lab=20 +RotorWindingTempCoeffResistivity_Lab=0 +NumCustomLosses_Lab=0 +CustomLoss_AllowedValues_Lab=0 +LabModel_Saturation_Date=05-10-20 15:13 +LabModel_Saturation_Method=2 +LabModel_Saturation_NumPoints=1 +LabModel_Saturation_StatorCurrent_Peak=480 +LabModel_Saturation_StatorCurrent_RMS=339.41125497 +LabModel_Saturation_RotorCurrent=0 +LabModel_IronLoss_Date=05-10-20 15:13 +LabModel_IronLoss_Method=3 +LabModel_IronLoss_StatorCurrent_Peak=480 +LabModel_IronLoss_StatorCurrent_RMS=339.41125497 +LabModel_IronLoss_RotorCurrent=0 +LabModel_ACLoss_Date= +LabModel_ACLoss_Method=-1 +LabModel_ACLoss_StatorCurrent_Peak=0 +LabModel_ACLoss_StatorCurrent_RMS=0 +LabModel_ACLoss_RotorCurrent=0 +LabModel_MagnetLoss_Date=05-10-20 15:13 +LabModel_MagnetLoss_Method=3 +LabModel_MagnetLoss_StatorCurrent_Peak=480 +LabModel_MagnetLoss_StatorCurrent_RMS=339.41125497 +LabModel_MagnetLoss_RotorCurrent=0 +LabModel_SleeveLoss_Date= +LabModel_SleeveLoss_Method=-1 +LabModel_SleeveLoss_StatorCurrent_Peak=0 +LabModel_SleeveLoss_StatorCurrent_RMS=0 +LabModel_SleeveLoss_RotorCurrent=0 +LabModel_BandingLoss_Date= +LabModel_BandingLoss_Method=-1 +LabModel_BandingLoss_StatorCurrent_Peak=0 +LabModel_BandingLoss_StatorCurrent_RMS=0 +LabModel_BandingLoss_RotorCurrent=0 +MaxModelCurrent_Rotor_Lab=12 +Sync_MaxModelCurrent_Rotor_Lab=12 +Sync_SaturationModelType_Lab=0 +RotorCopperLossCalc_Lab=0 +Sync_RotorWindingLossCalc_Lab=0 +RotorWindingResistance_Lab=0 +Sync_RotorWindingResistance_Lab=0 +Sync_ModelSkewMethod_Lab=1 +Sync_NumIrPoints_Lab=0 + +[SimulationParameters_MotorLAB] +PrevCalcImax_MotorLAB=480 +PrevCalcImin_MotorLAB=1 +PrevCalcIinc_MotorLAB=30 +CalcComplete_MotorLAB=True +CalCalcComplete_MotorLAB=False +SpeedMax_MotorLAB=10000 +Speedinc_MotorLAB=250 +SpeedMin_MotorLAB=500 +Imax_MotorLAB=480 +Imax_RMS_MotorLAB=339.411254969543 +Iinc_MotorLAB=30 +Imin_MotorLAB=1 +Imin_RMS_MotorLAB=0.707106781186547 +NonSalient_MotorLAB=False +TorqueDemand_MotorLAB=160 +PhaseAdvanceDemand_Lab=0 +SlipDemand_Lab=0.01 +StatorCurrentDemand_Lab=150 +StatorCurrentDemand_RMS_Lab=106.066017177982 +SpeedDemand_MotorLAB=1000 +StatorTempDemand_Lab=160 +RotorTempDemand_Lab=140 +CancelCalc_MotorLAB=False +OperatingMode_Lab=2 +GenMode_MotorLAB=2 +SmoothMap_MotorLAB=True +ControlStrat_MotorLAB=0 +NumControlStrategyPoints_Lab=3 +ControlStrat_Speed_Lab[0]=0 +ControlStrat_Speed_Lab[1]=1000 +ControlStrat_Speed_Lab[2]=2000 +ControlStrat_PhaseAdvance_Lab[0]=0 +ControlStrat_PhaseAdvance_Lab[1]=15 +ControlStrat_PhaseAdvance_Lab[2]=30 +DCCurrentLimit_Lab=0 +MaxDCCurrent_Lab=80 +StatorCurrentLimit_Lab=1 +IM_StatorCurrentLimit_Lab=1 +InitialCurrentMethod_Lab=2 +PowerLimVal_MotorLAB=0 +PowerLim_MotorLAB=False +IM_InitialSlip_MotorLAB=0.01 +EMCalcStatus_MotorLAB=15-07-22 13:26:38: Electromagnetic calculation completed with Ismax =480.0A current steps = 30 Maximum speed = 10000.0rpm +CalCalcStatus_MotorLAB= +ResistanceTurnsRef_MotorLAB=6 +LabThermalCoupling=0 +LabThermalCoupling_DutyCycle=0 +LabMagneticCoupling=0 +OpPointSpec_MotorLAB=0 +MaxNumAltStartPoints_Lab=1 +MinTorque_MotorLAB=10 +TorqueInc_MotorLAB=10 +TorqueMax_MotorLAB=100 +EmagneticCalcType_Lab=1 +NumCustomLossVariables_Lab=51 +CustomLossVariables_Lab[0]=Speed +CustomLossVariables_Lab[1]=Stator_Current_Phase_Peak +CustomLossVariables_Lab[2]=Stator_Current_Phase_RMS +CustomLossVariables_Lab[3]=Stator_Current_Line_Peak +CustomLossVariables_Lab[4]=Stator_Current_Line_RMS +CustomLossVariables_Lab[5]=Voltage_Phase_Peak +CustomLossVariables_Lab[6]=Voltage_Phase_RMS +CustomLossVariables_Lab[7]=Voltage_Line_Peak +CustomLossVariables_Lab[8]=Voltage_Line_RMS +CustomLossVariables_Lab[9]=Id_Peak +CustomLossVariables_Lab[10]=Id_RMS +CustomLossVariables_Lab[11]=Iq_Peak +CustomLossVariables_Lab[12]=Iq_RMS +CustomLossVariables_Lab[13]=Vd_Peak +CustomLossVariables_Lab[14]=Vd_RMS +CustomLossVariables_Lab[15]=Vq_Peak +CustomLossVariables_Lab[16]=Vq_RMS +CustomLossVariables_Lab[17]=Flux_Linkage_D +CustomLossVariables_Lab[18]=Flux_Linkage_Q +CustomLossVariables_Lab[19]=Phase_Advance +CustomLossVariables_Lab[20]=Frequency +CustomLossVariables_Lab[21]=Stator_Copper_Loss +CustomLossVariables_Lab[22]=Stator_Copper_Loss_AC +CustomLossVariables_Lab[23]=Stator_Copper_Loss_DC +CustomLossVariables_Lab[24]=Iron_Loss +CustomLossVariables_Lab[25]=Iron_Loss_Stator +CustomLossVariables_Lab[26]=Iron_Loss_Stator_Back_Iron +CustomLossVariables_Lab[27]=Iron_Loss_Stator_Tooth +CustomLossVariables_Lab[28]=Iron_Loss_Rotor +CustomLossVariables_Lab[29]=Iron_Loss_Rotor_Back_Iron +CustomLossVariables_Lab[30]=Iron_Loss_Rotor_Pole +CustomLossVariables_Lab[31]=Iron_Loss_Hysteresis +CustomLossVariables_Lab[32]=Iron_Loss_Eddy +CustomLossVariables_Lab[33]=Magnet_Loss +CustomLossVariables_Lab[34]=Sleeve_Loss +CustomLossVariables_Lab[35]=Banding_Loss +CustomLossVariables_Lab[36]=Mechanical_Loss +CustomLossVariables_Lab[37]=Windage_Loss +CustomLossVariables_Lab[38]=Friction_Loss +CustomLossVariables_Lab[39]=External_Line_Loss +CustomLossVariables_Lab[40]=Electromagnetic_Power +CustomLossVariables_Lab[41]=Electromagnetic_Torque +CustomLossVariables_Lab[42]=Magnet_Torque +CustomLossVariables_Lab[43]=Reluctance_Torque +CustomLossVariables_Lab[44]=Terminal_Power +CustomLossVariables_Lab[45]=Ld +CustomLossVariables_Lab[46]=Lq +CustomLossVariables_Lab[47]=PM_Flux_Linkage +CustomLossVariables_Lab[48]=DC_Bus_Voltage +CustomLossVariables_Lab[49]=Stator_Winding_Temp_Average +CustomLossVariables_Lab[50]=Magnet_Temp +MaxRotorTemp_Lab=160 +Sync_RotorTempMax_Lab=160 +RotorCurrentEstimate_Lab=6 +Sync_RotorCurrentEstimate_Lab=6 +RotorCurrentDemand_Lab=6 +Sync_RotorCurrentDemand_Lab=6 +Sync_RotorCurrentMax_Lab=12 +Sync_StatorCurrentMax_Lab=150 +Sync_StatorCurrentMax_RMS_Lab=106.066017177982 +Sync_CurrentIncs_Lab=10 +Sync_MinTorqueLevel_Lab=2.5 +Sync_InitialGamma_Lab=10 +Sync_ControlStrategy_Lab=0 +Sync_StatorRotorLossBiasRatio_Lab=1 +Sync_ConvergenceMethod_Lab=1 +Sync_ConvergenceTolerance_Lab=1 +Sync_MaxIterations_Lab=40 +Sync_IterationsBeforeAverage_Lab=5 +Sync_IterationsInAverage_Lab=2 + +[LossParameters_MotorLAB] +IronLossCalc_Lab=3 +IronLossCalc_SPEED_Lab=3 +BPM_IronLossSpeedCalc_Lab=0 +CalcTypeCuLoss_MotorLAB=0 +MagnetLossCalc_Lab=3 +MagnetLossCalc_SPEED_Lab=3 +Resistance_MotorLAB=0.0113580414377214 +Ah_MotorLAB=0 +Ae_MotorLAB=0 +Bh_MotorLAB=0 +Be_MotorLAB=0 +n2ac_MotorLAB=3000 +Wmag_MotorLAB=0 +Imag_MotorLAB=0 +Nmag_MotorLAB=500 +WmagOC_MotorLAB=0 +MagLossCoeff_MotorLAB=1.94777115327 +RotorIronEddyLossExponent_Lab=2 +AcLossFreq_MotorLAB=2 +RacRdc_MotorLAB=2 +ACConductorLossSplit_Lab=0 +ACLossSpeedScalingMethod_Lab=1 +ACLossGeneratorMethod_Lab=1 +IM_IronLossCalc_MotorLAB=0 +FeHysLossArray_MotorLAB[0]=0.903802998001 +FeHysLossArray_MotorLAB[1]=0.903802998001 +FeHysLossArray_MotorLAB[2]=0.903802998001 +FeHysLossArray_MotorLAB[3]=0.903802998001 +FeHysLossArray_MotorLAB[4]=0.903802998001 +FeHysLossArray_MotorLAB[5]=1.41743973115 +FeHysLossArray_MotorLAB[6]=1.23759234016 +FeHysLossArray_MotorLAB[7]=1.00296235902 +FeHysLossArray_MotorLAB[8]=0.79087941197 +FeHysLossArray_MotorLAB[9]=0.615240467314 +FeHysLossArray_MotorLAB[10]=1.97659452931 +FeHysLossArray_MotorLAB[11]=1.73796838848 +FeHysLossArray_MotorLAB[12]=1.34683040249 +FeHysLossArray_MotorLAB[13]=0.875980483042 +FeHysLossArray_MotorLAB[14]=0.468393303176 +FeHysLossArray_MotorLAB[15]=2.38260214351 +FeHysLossArray_MotorLAB[16]=2.08156034303 +FeHysLossArray_MotorLAB[17]=1.66851063186 +FeHysLossArray_MotorLAB[18]=1.12965096367 +FeHysLossArray_MotorLAB[19]=0.382909483951 +FeHysLossArray_MotorLAB[20]=2.67968358813 +FeHysLossArray_MotorLAB[21]=2.39916642236 +FeHysLossArray_MotorLAB[22]=1.96867895773 +FeHysLossArray_MotorLAB[23]=1.22085022828 +FeHysLossArray_MotorLAB[24]=0.334961686206 +FeHysLossArray_MotorLAB[25]=2.97201298988 +FeHysLossArray_MotorLAB[26]=2.66067795303 +FeHysLossArray_MotorLAB[27]=2.22740296746 +FeHysLossArray_MotorLAB[28]=1.5333451379 +FeHysLossArray_MotorLAB[29]=0.498648872817 +FeHysLossArray_Stator_Lab[0]=0 +FeHysLossArray_Stator_Lab[1]=0 +FeHysLossArray_Stator_Lab[2]=0 +FeHysLossArray_Stator_Lab[3]=0 +FeHysLossArray_Stator_Lab[4]=0 +FeHysLossArray_Stator_Lab[5]=0 +FeHysLossArray_Stator_Lab[6]=0 +FeHysLossArray_Stator_Lab[7]=0 +FeHysLossArray_Stator_Lab[8]=0 +FeHysLossArray_Stator_Lab[9]=0 +FeHysLossArray_Stator_Lab[10]=0 +FeHysLossArray_Stator_Lab[11]=0 +FeHysLossArray_Stator_Lab[12]=0 +FeHysLossArray_Stator_Lab[13]=0 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+FeEddyLossArray_MotorLAB[11]=0.00624813367698 +FeEddyLossArray_MotorLAB[12]=0.00505189226718 +FeEddyLossArray_MotorLAB[13]=0.00401766413091 +FeEddyLossArray_MotorLAB[14]=0.00352882605064 +FeEddyLossArray_MotorLAB[15]=0.00909828678824 +FeEddyLossArray_MotorLAB[16]=0.00784910006758 +FeEddyLossArray_MotorLAB[17]=0.00635248770322 +FeEddyLossArray_MotorLAB[18]=0.00531136785243 +FeEddyLossArray_MotorLAB[19]=0.00461600779808 +FeEddyLossArray_MotorLAB[20]=0.0101532291048 +FeEddyLossArray_MotorLAB[21]=0.00880745396619 +FeEddyLossArray_MotorLAB[22]=0.00697739397584 +FeEddyLossArray_MotorLAB[23]=0.00620131649745 +FeEddyLossArray_MotorLAB[24]=0.00631205102944 +FeEddyLossArray_MotorLAB[25]=0.0109867469531 +FeEddyLossArray_MotorLAB[26]=0.00969186513018 +FeEddyLossArray_MotorLAB[27]=0.00766615899041 +FeEddyLossArray_MotorLAB[28]=0.00675668550564 +FeEddyLossArray_MotorLAB[29]=0.00839688032057 +FeEddyLossArray_Stator_Lab[0]=0 +FeEddyLossArray_Stator_Lab[1]=0 +FeEddyLossArray_Stator_Lab[2]=0 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+IM_FeLoss_StatorToothHys_MotorLAB[8]=0 +IM_FeLoss_StatorToothHys_MotorLAB[9]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[0]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[1]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[2]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[3]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[4]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[5]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[6]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[7]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[8]=0 +IM_FeLoss_StatorToothEddy_MotorLAB[9]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[0]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[1]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[2]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[3]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[4]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[5]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[6]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[7]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[8]=0 +IM_FeLoss_RotorBackIronHys_MotorLAB[9]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[0]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[1]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[2]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[3]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[4]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[5]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[6]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[7]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[8]=0 +IM_FeLoss_RotorBackIronEddy_MotorLAB[9]=0 +IM_FeLoss_RotorToothHys_MotorLAB[0]=0 +IM_FeLoss_RotorToothHys_MotorLAB[1]=0 +IM_FeLoss_RotorToothHys_MotorLAB[2]=0 +IM_FeLoss_RotorToothHys_MotorLAB[3]=0 +IM_FeLoss_RotorToothHys_MotorLAB[4]=0 +IM_FeLoss_RotorToothHys_MotorLAB[5]=0 +IM_FeLoss_RotorToothHys_MotorLAB[6]=0 +IM_FeLoss_RotorToothHys_MotorLAB[7]=0 +IM_FeLoss_RotorToothHys_MotorLAB[8]=0 +IM_FeLoss_RotorToothHys_MotorLAB[9]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[0]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[1]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[2]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[3]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[4]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[5]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[6]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[7]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[8]=0 +IM_FeLoss_RotorToothEddy_MotorLAB[9]=0 +BuildLossModel_MotorLAB=True +LossModel_Lab=1 +Sync_IronLossCalc_Lab=0 + +[ThermalParameters_MotorLAB] +ThermEnvBuilt_MotorLAB=False +ThermMapBuilt_MotorLAB=False +MaxSpeedTherm_MotorLAB=10000 +SpeedStepTherm_MotorLAB=500 +MinSpeedTherm_Lab=200 +MaxWindTemp_MotorLAB=160 +ThermCalcType_MotorLAB=0 +MaxWindingSpec_MotorLAB=0 +ThermalConvergenceMethod_Lab=1 +ThermalEnvelopeSensitivity_Lab=1 +ThermalStatorWindingTemperatureMethod_Lab=1 +Thermal_TemperaturesForEMag_Lab=1 +IncludeSpeedScaling_UserDefinedLoss_Lab=True +RotorTemperatureTolerance_Lab=1 +RotorTemperatureMaxIterations_Lab=20 +RotorTemperatureIterationsBeforeAverage_Lab=4 +RotorTemperatureIterationsInAverage_Lab=3 +RotorTemperatureMaxDivergingSteps_Lab=5 +BrTempCoeff_MotorLAB=-0.128641628169 +Iest_MotorLAB=240 +Iest_RMS_MotorLAB=169.705627484771 +Tmag_MotorLAB=20 +Twdg_MotorLAB=47.53 +WindingTemp_ACLoss_Ref_Lab=40 +LossProp_Stator_Lab=0.9 +LossProp_Rotor_Lab=0.1 +Rotor_MotorLAB=0.1 +LossProp_StatorBackIron_Lab=0.45 +LossProp_StatorTooth_Lab=0.55 +LossProp_RotorBackIron_Lab=1 +LossProp_RotorPole_Lab=0 +TempLimit_MotorLAB=1 +MaxMagnet_MotorLAB=140 +ThermMaxCurrentLim_MotorLAB=False +IM_SllStatorSplit_MotorLAB=0.95 +IM_SllRotorSplit_MotorLAB=0.05 +ThermalCalcStatus_MotorLAB= +ThermalMapType_Lab=0 +NumCustomThermalLimits_Lab=0 + +[GeneratorParameters_Lab] +Generator_CalcComplete_Lab=False +Generator_CalcStatus_Lab= +Gen_Load_Definition_Lab=0 +Gen_Load_Connection_Lab=0 +Gen_Speed_Fixed_Lab=False +Gen_Speed_Max_Lab=6000 +Gen_Speed_Min_Lab=0 +Gen_Speed_Step_Lab=500 +Gen_Impedance_Fixed_Lab=False +Gen_Impedance_Max_Lab=10 +Gen_Impedance_Min_Lab=1 +Gen_Impedance_Step_Lab=1 +Gen_PF_Fixed_Lab=True +Gen_PF_Max_Lab=1 +Gen_PF_Min_Lab=0.5 +Gen_PF_Step_Lab=0.1 +Gen_Resistance_Fixed_Lab=False +Gen_Resistance_Max_Lab=10 +Gen_Resistance_Min_Lab=1 +Gen_Resistance_Step_Lab=1 +Gen_Inductance_Fixed_Lab=True +Gen_Inductance_Max_Lab=0.01 +Gen_Inductance_Min_Lab=0.001 +Gen_Inductance_Step_Lab=0.001 +Gen_Sync_Rotor_Current_Lab=12 + +[OptimisationParameters] +OptimisationParticles=25 +OptimisationIterations=100 +OptimisationUseErrorCutoff=False +OptimisationErrorValue=1 +OptimisationErrorType=0 +OptimisationErrorTerm=0 +OptimisationGraphUpdateEnabled=True +OptimisationFileLocation= +OptimisationVerboseUpdateEnabled=False +OptislangExportDirectory= +OptislangSettingsOption=0 +OptislangPeakTemp=40 +OptislangDutyCycleTemp=40 +OptislangContinuousTemp_Rotor=140 +OptislangContinuousTemp_Winding=160 +OptislangSetting_SaveScreenshots=False +OptislangSetting_RestartMotorCAD=True +OptislangSetting_ScaleHousing=True + +[OutputSheets] +NumAxialSliceTempGraphs=0 +NumCuboidalTempGraphs=0 +NumAxialTempGraphs=111 +AxialTempGraphsName_Array[0]=Housing +AxialTempGraphsName_Array[1]=Housing_OH_F +AxialTempGraphsName_Array[2]=ECap_F +AxialTempGraphsName_Array[3]=Plate +AxialTempGraphsName_Array[4]=Housing_OH_R +AxialTempGraphsName_Array[5]=ECap_R +AxialTempGraphsName_Array[6]=Shaft_F +AxialTempGraphsName_Array[7]=Shaft_R +AxialTempGraphsName_Array[8]=Stator_Yoke +AxialTempGraphsName_Array[9]=Housing_F +AxialTempGraphsName_Array[10]=Rotor_ES_F +AxialTempGraphsName_Array[11]=Bearing_Front +AxialTempGraphsName_Array[12]=Housing_R +AxialTempGraphsName_Array[13]=Rotor_ES_R +AxialTempGraphsName_Array[14]=Bearing_Rear +AxialTempGraphsName_Array[15]=Tooth(C1) +AxialTempGraphsName_Array[16]=Stat_Surface +AxialTempGraphsName_Array[17]=Rot_Surface +AxialTempGraphsName_Array[18]=Wedge +AxialTempGraphsName_Array[19]=Tooth(C2) +AxialTempGraphsName_Array[20]=Magnet Pole +AxialTempGraphsName_Array[21]=Magnet +AxialTempGraphsName_Array[22]=Rot_Lam_Yoke +AxialTempGraphsName_Array[23]=Magnet_F +AxialTempGraphsName_Array[24]=Magnet_R +AxialTempGraphsName_Array[25]=Shaft_Centre +AxialTempGraphsName_Array[26]=Rotor_F +AxialTempGraphsName_Array[27]=Rotor_R +AxialTempGraphsName_Array[28]=Shaft_OH_F +AxialTempGraphsName_Array[29]=Shaft_OH_R +AxialTempGraphsName_Array[30]=EWdg_Outer_F(C1) +AxialTempGraphsName_Array[31]=EWdg_Front_F(C1) +AxialTempGraphsName_Array[32]=EWdg_Bore_F(C2) +AxialTempGraphsName_Array[33]=EWdg_Front_F(C2) +AxialTempGraphsName_Array[34]=EWdg_Outer_R(C1) +AxialTempGraphsName_Array[35]=EWdg_Rear_R(C1) +AxialTempGraphsName_Array[36]=EWdg_Bore_R(C2) +AxialTempGraphsName_Array[37]=EWdg_Rear_R(C2) +AxialTempGraphsName_Array[38]=EWdg_F (Average)(C1) +AxialTempGraphsName_Array[39]=EWdg_Rear_F(C1) +AxialTempGraphsName_Array[40]=EWdg_R (Average)(C1) +AxialTempGraphsName_Array[41]=EWdg_Front_R(C1) +AxialTempGraphsName_Array[42]=Winding (Average)(C2) +AxialTempGraphsName_Array[43]=Winding (Average)(C1) +AxialTempGraphsName_Array[44]=EWdg_F (Average)(C2) +AxialTempGraphsName_Array[45]=EWdg_Rear_F(C2) +AxialTempGraphsName_Array[46]=EWdg_R (Average)(C2) +AxialTempGraphsName_Array[47]=EWdg_Front_R(C2) +AxialTempGraphsName_Array[48]=HFl_WJ_A +AxialTempGraphsName_Array[49]=TVent_RotorEnd_F +AxialTempGraphsName_Array[50]=TVent_RotorEnd_R +AxialTempGraphsName_Array[51]=EWdg_Inner_F(C2) +AxialTempGraphsName_Array[52]=EWdg_Inner_R(C2) +AxialTempGraphsName_Array[53]=Winding (Avg)(C1) +AxialTempGraphsName_Array[54]=Winding (Avg)(C2) +AxialTempGraphsName_Array[55]=Endcap_F +AxialTempGraphsName_Array[56]=Endcap_R +AxialTempGraphsName_Array[57]=HousingWJ_A +AxialTempGraphsName_Array[58]=Stator_Surface +AxialTempGraphsName_Array[59]=Housing (1F) +AxialTempGraphsName_Array[60]=Housing (1R) +AxialTempGraphsName_Array[61]=Stator_Yoke (1F) +AxialTempGraphsName_Array[62]=Stator_Yoke (1R) +AxialTempGraphsName_Array[63]=Stator_Surface (1F) +AxialTempGraphsName_Array[64]=Stator_Surface (1R) +AxialTempGraphsName_Array[65]=Rot_Surface (1F) +AxialTempGraphsName_Array[66]=Rot_Surface (1R) +AxialTempGraphsName_Array[67]=Magnet (1F) +AxialTempGraphsName_Array[68]=Magnet (1R) +AxialTempGraphsName_Array[69]=Rot_Lam_Yoke (1F) +AxialTempGraphsName_Array[70]=Rot_Lam_Yoke (1R) +AxialTempGraphsName_Array[71]=Shaft_Centre (1F) +AxialTempGraphsName_Array[72]=Shaft_Centre (1R) +AxialTempGraphsName_Array[73]=HousingWJ_A (1F) +AxialTempGraphsName_Array[74]=HousingWJ_A (1R) +AxialTempGraphsName_Array[75]=Tooth(C1) (1F) +AxialTempGraphsName_Array[76]=Tooth(C1) (1R) +AxialTempGraphsName_Array[77]=Tooth(C2) (1F) +AxialTempGraphsName_Array[78]=Tooth(C2) (1R) +AxialTempGraphsName_Array[79]=Wedge (1F) +AxialTempGraphsName_Array[80]=Magnet Pole (1F) +AxialTempGraphsName_Array[81]=Wedge (1R) +AxialTempGraphsName_Array[82]=Magnet Pole (1R) +AxialTempGraphsName_Array[83]=Winding (Avg)(C1) (1F) +AxialTempGraphsName_Array[84]=Winding (Avg)(C1) (1R) +AxialTempGraphsName_Array[85]=Winding (Avg)(C2) (1F) +AxialTempGraphsName_Array[86]=Winding (Avg)(C2) (1R) +AxialTempGraphsName_Array[87]=Fluid_WR_A +AxialTempGraphsName_Array[88]=Fluid_Rotor_WJ +AxialTempGraphsName_Array[89]=Fluid_SG_A +AxialTempGraphsName_Array[90]=Fluid_WR_F +AxialTempGraphsName_Array[91]=Fluid_WR_R +AxialTempGraphsName_Array[92]=Fluid_WR_A (1F) +AxialTempGraphsName_Array[93]=Fluid_WR_A (1R) +AxialTempGraphsName_Array[94]=Fluid_SG_A (1F) +AxialTempGraphsName_Array[95]=Fluid_SG_A (1R) +AxialTempGraphsName_Array[96]=Fluid_Rotor_WJ (1F) +AxialTempGraphsName_Array[97]=Fluid_Rotor_WJ (1R) +AxialTempGraphsName_Array[98]=Fluid_Slot_WJ +AxialTempGraphsName_Array[99]=Fluid_Slot_WJ (1F) +AxialTempGraphsName_Array[100]=Fluid_Slot_WJ (1R) +AxialTempGraphsName_Array[101]=FluidSpray_Outer_F +AxialTempGraphsName_Array[102]=FluidSpray_End_F +AxialTempGraphsName_Array[103]=FluidSpray_Outer_R +AxialTempGraphsName_Array[104]=FluidSpray_End_R +AxialTempGraphsName_Array[105]=FluidSpray_Bore_F +AxialTempGraphsName_Array[106]=FluidSpray_Bore_R +AxialTempGraphsName_Array[107]=RotP_FluidSpray_F +AxialTempGraphsName_Array[108]=RotP_FluidSpray_R +AxialTempGraphsName_Array[109]=RotC_FluidSpray_F +AxialTempGraphsName_Array[110]=RotC_FluidSpray_R +AxialTempGraphsGraph_Array[0]=True +AxialTempGraphsGraph_Array[1]=True +AxialTempGraphsGraph_Array[2]=True +AxialTempGraphsGraph_Array[3]=True +AxialTempGraphsGraph_Array[4]=True +AxialTempGraphsGraph_Array[5]=True +AxialTempGraphsGraph_Array[6]=True +AxialTempGraphsGraph_Array[7]=True +AxialTempGraphsGraph_Array[8]=True +AxialTempGraphsGraph_Array[9]=True +AxialTempGraphsGraph_Array[10]=True +AxialTempGraphsGraph_Array[11]=True +AxialTempGraphsGraph_Array[12]=True +AxialTempGraphsGraph_Array[13]=True +AxialTempGraphsGraph_Array[14]=True +AxialTempGraphsGraph_Array[15]=True +AxialTempGraphsGraph_Array[16]=True +AxialTempGraphsGraph_Array[17]=True +AxialTempGraphsGraph_Array[18]=True +AxialTempGraphsGraph_Array[19]=True +AxialTempGraphsGraph_Array[20]=True +AxialTempGraphsGraph_Array[21]=True +AxialTempGraphsGraph_Array[22]=True +AxialTempGraphsGraph_Array[23]=True +AxialTempGraphsGraph_Array[24]=True +AxialTempGraphsGraph_Array[25]=True +AxialTempGraphsGraph_Array[26]=True +AxialTempGraphsGraph_Array[27]=True +AxialTempGraphsGraph_Array[28]=True +AxialTempGraphsGraph_Array[29]=True +AxialTempGraphsGraph_Array[30]=True +AxialTempGraphsGraph_Array[31]=True +AxialTempGraphsGraph_Array[32]=True +AxialTempGraphsGraph_Array[33]=True +AxialTempGraphsGraph_Array[34]=True +AxialTempGraphsGraph_Array[35]=True +AxialTempGraphsGraph_Array[36]=True +AxialTempGraphsGraph_Array[37]=True +AxialTempGraphsGraph_Array[38]=True +AxialTempGraphsGraph_Array[39]=True +AxialTempGraphsGraph_Array[40]=True +AxialTempGraphsGraph_Array[41]=True +AxialTempGraphsGraph_Array[42]=True +AxialTempGraphsGraph_Array[43]=True +AxialTempGraphsGraph_Array[44]=True +AxialTempGraphsGraph_Array[45]=True +AxialTempGraphsGraph_Array[46]=True +AxialTempGraphsGraph_Array[47]=True +AxialTempGraphsGraph_Array[48]=True +AxialTempGraphsGraph_Array[49]=True +AxialTempGraphsGraph_Array[50]=True +AxialTempGraphsGraph_Array[51]=True +AxialTempGraphsGraph_Array[52]=True +AxialTempGraphsGraph_Array[53]=True +AxialTempGraphsGraph_Array[54]=True +AxialTempGraphsGraph_Array[55]=True +AxialTempGraphsGraph_Array[56]=True +AxialTempGraphsGraph_Array[57]=True +AxialTempGraphsGraph_Array[58]=True +AxialTempGraphsGraph_Array[59]=True +AxialTempGraphsGraph_Array[60]=True +AxialTempGraphsGraph_Array[61]=True +AxialTempGraphsGraph_Array[62]=True +AxialTempGraphsGraph_Array[63]=True +AxialTempGraphsGraph_Array[64]=True +AxialTempGraphsGraph_Array[65]=True +AxialTempGraphsGraph_Array[66]=True +AxialTempGraphsGraph_Array[67]=True +AxialTempGraphsGraph_Array[68]=True +AxialTempGraphsGraph_Array[69]=True +AxialTempGraphsGraph_Array[70]=True +AxialTempGraphsGraph_Array[71]=True +AxialTempGraphsGraph_Array[72]=True +AxialTempGraphsGraph_Array[73]=True +AxialTempGraphsGraph_Array[74]=True +AxialTempGraphsGraph_Array[75]=True +AxialTempGraphsGraph_Array[76]=True +AxialTempGraphsGraph_Array[77]=True +AxialTempGraphsGraph_Array[78]=True +AxialTempGraphsGraph_Array[79]=True +AxialTempGraphsGraph_Array[80]=True +AxialTempGraphsGraph_Array[81]=True +AxialTempGraphsGraph_Array[82]=True +AxialTempGraphsGraph_Array[83]=True +AxialTempGraphsGraph_Array[84]=True +AxialTempGraphsGraph_Array[85]=True +AxialTempGraphsGraph_Array[86]=True +AxialTempGraphsGraph_Array[87]=True +AxialTempGraphsGraph_Array[88]=True +AxialTempGraphsGraph_Array[89]=True +AxialTempGraphsGraph_Array[90]=True +AxialTempGraphsGraph_Array[91]=True +AxialTempGraphsGraph_Array[92]=True +AxialTempGraphsGraph_Array[93]=True +AxialTempGraphsGraph_Array[94]=True +AxialTempGraphsGraph_Array[95]=True +AxialTempGraphsGraph_Array[96]=True +AxialTempGraphsGraph_Array[97]=True +AxialTempGraphsGraph_Array[98]=True +AxialTempGraphsGraph_Array[99]=True +AxialTempGraphsGraph_Array[100]=True +AxialTempGraphsGraph_Array[101]=True +AxialTempGraphsGraph_Array[102]=True +AxialTempGraphsGraph_Array[103]=True +AxialTempGraphsGraph_Array[104]=True +AxialTempGraphsGraph_Array[105]=True +AxialTempGraphsGraph_Array[106]=True +AxialTempGraphsGraph_Array[107]=True +AxialTempGraphsGraph_Array[108]=True +AxialTempGraphsGraph_Array[109]=True +AxialTempGraphsGraph_Array[110]=True +NumRadialTempGraphs=22 +RadialTempGraphsName_Array[0]=Winding (Max) +RadialTempGraphsName_Array[1]=Winding (Av) +RadialTempGraphsName_Array[2]=Winding (Min) +RadialTempGraphsName_Array[3]=Housing +RadialTempGraphsName_Array[4]=Stator_Yoke +RadialTempGraphsName_Array[5]=Tooth(C1) +RadialTempGraphsName_Array[6]=Stat_Surface +RadialTempGraphsName_Array[7]=Rot_Surface +RadialTempGraphsName_Array[8]=Tooth(C2) +RadialTempGraphsName_Array[9]=Magnet Pole +RadialTempGraphsName_Array[10]=Magnet +RadialTempGraphsName_Array[11]=Rot_Lam_Yoke +RadialTempGraphsName_Array[12]=Shaft_Centre +RadialTempGraphsName_Array[13]=Winding (Average)(C2) +RadialTempGraphsName_Array[14]=Winding (Average)(C1) +RadialTempGraphsName_Array[15]=Winding (Avg)(C2) +RadialTempGraphsName_Array[16]=Winding (Avg)(C1) +RadialTempGraphsName_Array[17]=Stator_Surface +RadialTempGraphsName_Array[18]=Fluid_WR_A +RadialTempGraphsName_Array[19]=Fluid_Rotor_WJ +RadialTempGraphsName_Array[20]=Fluid_SG_A +RadialTempGraphsName_Array[21]=Fluid_Slot_WJ +RadialTempGraphsGraph_Array[0]=True +RadialTempGraphsGraph_Array[1]=True +RadialTempGraphsGraph_Array[2]=True +RadialTempGraphsGraph_Array[3]=True +RadialTempGraphsGraph_Array[4]=True +RadialTempGraphsGraph_Array[5]=True +RadialTempGraphsGraph_Array[6]=True +RadialTempGraphsGraph_Array[7]=True +RadialTempGraphsGraph_Array[8]=True +RadialTempGraphsGraph_Array[9]=True +RadialTempGraphsGraph_Array[10]=True +RadialTempGraphsGraph_Array[11]=True +RadialTempGraphsGraph_Array[12]=True +RadialTempGraphsGraph_Array[13]=True +RadialTempGraphsGraph_Array[14]=True +RadialTempGraphsGraph_Array[15]=True +RadialTempGraphsGraph_Array[16]=True +RadialTempGraphsGraph_Array[17]=True +RadialTempGraphsGraph_Array[18]=True +RadialTempGraphsGraph_Array[19]=True +RadialTempGraphsGraph_Array[20]=True +RadialTempGraphsGraph_Array[21]=True + +[Radiation] +Emissivity_UseSingleValue=True +Emissivity_SingleValue=0.9 + +[SaturationMap] +SaturationMap_ExportFile=E:\ANSYS_Motor-CAD\14_1_17\Motor-CAD Data\templates\e8_eMobility_IPM\Lab\SaturationLossMap_import_fem_motorcad.mat +SaturationMap_Export=True +LossMap_Export=True +SaturationMap_ExportToCSV=False +SaturationMap_InputDefinition=0 +SaturationMap_CalculationMethod=1 +SaturationMap_FEACalculationType=1 +SaturationMap_ResultType=1 +SaturationMap_FieldCurrentDefinition=0 +SaturationMap_StatorCurrentMax=200 +SaturationMap_StatorCurrentStep=50 +SaturationMap_StatorCurrentMin=0 +SaturationMap_PhaseAdvanceMax=180 +SaturationMap_PhaseAdvanceStep=10 +SaturationMap_PhaseAdvanceMin=-180 +SaturationMap_Current_D_Max=0 +SaturationMap_Current_D_Step=30 +SaturationMap_Current_D_Min=-150 +SaturationMap_Current_Q_Max=150 +SaturationMap_Current_Q_Step=30 +SaturationMap_Current_Q_Min=0 +SaturationMap_FieldCurrentMax=12 +SaturationMap_FieldCurrentStep=4 +SaturationMap_FieldCurrentMin=0 +LossMap_Speed=2100 +SaturationMap_CalculationStatus=04-01-22 10:48:07: Saturation and Loss maps calculation completed with FEA calculation method maximum stator current = 200.00 A (peak) maximum phase advance = 180.00 elec deg speed = 2100.00 rpm +SaturationMap_CalculationComplete=True + +[Transient] +TransientEmbeddingSolver=0 +TransientCalculationType=0 +Duty_Cycle_Definition=3 +Duty_Cycle_Input_Type=1 +Duty_Cycle_Drive_Type=0 +Duty_Cycle_DC_Bus_Voltage_Definition=0 +Duty_Cycle_Gear_Ratio_Definition=0 +Simple_Transient_Definition=0 +Simple_Transient_Torque=200.2 +Simple_Transient_Period=4000 +TRANSIENT_TIME_PERIOD=4000 +Simple_Transient_Number_Points=100 +NUMBER_TRANSIENT_POINTS=100 +EndPoint_TimeBetweenPoints=40 +Transient_Number_Cycles=1 +Transient_Loss_Calculation=0 +External_Duty_Cycle_File= +SaveDutyCycleDataInMot=False +ExternalDutyCycleDataInMot=False +DutyCycle_LossValue_Used=1 +Transient_Fluid_Capacitance=1 +UseEndPointTempLimit_Magnet=False +EndPointTempLimit_Magnet=180 +UseEndPointTempLimit_Bearing=False +EndPointTempLimit_Bearing=180 +UseEndPointTempLimit_ArmatureWdg=True +EndPointTempLimit_ArmatureWdg=180 +UseEndPointTempLimit_FieldWdg=False +EndPointTempLimit_FieldWdg=180 +UseEndPointTempLimit_Commutator=False +EndPointTempLimit_Commutator=180 +UseEndPointTempLimit_Brushes=False +EndPointTempLimit_Brushes=180 +UseEndPointTempLimit_Cage=False +EndPointTempLimit_Cage=180 +UseEndPointTempLimit_Encoder=False +EndPointTempLimit_Encoder=180 +EndPoint_Definition=0 +EndPoint_SimplePoints=10 +EndPoint_StableSeconds=10 +EndPoint_StableConvergenceErrorTolerance=0.001 +Endpoint_DutyPoints=10 +Duty_Cycle_Num_Periods=596 +Transient_Calculation_Type=Simple_Transient +Duty_Cycle_Pcu_Value_or_pu_Input=Duty_Cycle_Pcu_Value_Input +Duty_Cycle_Data_Definition=Duty_Cycle_Torque_Speed +Transient_Speed_Increase_Factor=1 +dTambient_Over_Transient_Time_Period=0 +number_of_phases=3 +number_of_phases_with_an_open_circuit_fault=1 +Coil_Current_Fault_div_Coil_Current_Normal=1.5 + +[Cuboidal_Model] +Winding_Cuboid_Width[0]=3.13516061813385 +Winding_Cuboid_Width[1]=2.35137046360039 +Winding_Cuboid_Height[0]=0.4525 +Winding_Cuboid_Height[1]=0.4525 + +[Reduced_Node_Model] +ReducedNodeRecordPowerSpread=False +ReducedNodeSelection=1 +ReducedNodeAutoLoadSelection=False +ReducedNodeNumber=0 +ReducedNodeMaxResistance=10000000 +ReducedNodeCapacitanceScale=1 + +[Phasor_Diagram] +PhasorShowCurrents=True +PhasorShowFluxLinkages=True +PhasorShowVoltages=True +PhasorTextDisplay=1 +PhasorLabelSelection=0 + +[EquivalentCircuit_Diagram] +IMEquivalentTextDisplay=4 +IMEquivalentCircuitView=0 + +[Geometry_Export] +GeometryExportFormat=0 +DXFView_Export=0 +DXFComponent_Rotor=True +DXFComponent_Stator=False +DXFComponent_Housing=False +DXFOption_SegmentOutlines=True +DXFOption_SeparateCoils=True +DXFOption_ClosedSlotOpening=True +DXFOption_ClosedMagnetGap=True +DXFOption_Conductors=False +DXFOption_SlotLiner=False +DXFOption_WireInsulation=False +DXFOption_SlotDucts=True +DXFOption_CoilDivider=True +DXFWindingOption_SlotTeeth=True +STL_FormatOptions=0 + +[Ansys] +AnsysExportFormat=1 +AnsysModelType=0 +AnsysSolve=0 +AnsysReplaceArcEntities=False +AnsysReplaceArcEntities_MinimumSweep=0.1 +Ansys_ArcType=1 +Ansys_MergeEntities=0 +Ansys_NonStandardRegions_Number=1 +Ansys_NonStandardRegions_Names[0]= +Ansys_NonStandardRegions_Types[0]=Custom (Non Standard) +Ansys_NonStandardRegions_Temperatures[0]=20 + +[Winding] +EWdgEffectiveKCalc=1 +Kt_LitzBundle_Radial=0 +Kt_LitzBundle_Tangential=0 +Kt_LitzBundle_Axial=0 +RequestedGrossSlotFillFactor=0.519742384591195 +RequestedNetSlotFillFactor=0.4 +RequestedLitzFillFactor=0.85 +WindingView=1 +ConductiveWedge=0 +RequestedGrossSlotFillFactorField=0.4 +RequestedGrossSlotFillFactorRotor=0.4 +FieldConductorSeparation=0.1 +RotorConductorSeparation=0.1 +FieldConductorPlacement=0 +RotorConductorPlacement=0 +FormWoundVerticalGap=0.1 +FormWoundHorizontalGap=0.1 +FieldWindingView=1 +RotorWindingView=1 +SyncRotorCuboid_X=0 +SyncRotorCuboid_Y=0 +RotorInsSlotBaseThickness=0 +RotorInsToothSideThickness=0 +FieldConductorsSlotBase=0.1 +RotorConductorsSlotBase=0.1 +FieldConductorsSlotTooth=0.1 +RotorConductorsSlotTooth=0.1 +FieldConductorsVertical=0.1 +RotorConductorsVertical=0.1 +FieldConductorsHorizontal=0.1 +RotorConductorsHorizontal=0.1 +CuboidPositionSetting=0 + +[Region_Options] +Region_PointTolerance=0.0001 +Region_ArcSegments_Number=5 + +[Transient_Settings] +TransientResultsAnalysisEnabled=False +TransientResultsAnalysisFile= +TransientResultsAnalysisPeriod=1 +EnableTemperatureVariationWithinStep=True +TemperatureVariationWithinStep=2 +AllowableTemperatureVariation=0.1 +AllowableTimeVariation=0.1 +FluidTemperatureCalculation=2 +TransientResultsView=0 + +[h_Nat_Con_Adjust] +h_Nat_Conv_Housing_Active_No_Fins_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_No_Fins=1 +h_Nat_Conv_Housing_Active_Fin_Base_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Fin_Base=1 +h_Nat_Conv_Housing_Active_Fin_Sides_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Fin_Sides=1 +h_Nat_Conv_Housing_Active_Fin_Tips_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Fin_Tips=1 +h_Nat_Conv_Housing_Active_Fin_Channel_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Fin_Channel=1 +h_Nat_Conv_Housing_Active_Corner_Cutout_Adjust=1 +Adjustment_H[Nc]_Housing_[A]_-_Corner_Cutout=1 +h_Nat_Conv_Housing_Front_No_Fins_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_No_Fins=1 +h_Nat_Conv_Housing_Front_Fin_Base_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Fin_Base=1 +h_Nat_Conv_Housing_Front_Fin_Sides_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Fin_Sides=1 +h_Nat_Conv_Housing_Front_Fin_Tips_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Fin_Tips=1 +h_Nat_Conv_Housing_Front_Fin_Channel_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Fin_Channel=1 +h_Nat_Conv_Housing_Front_Corner_Cutout_Adjust=1 +Adjustment_H[Nc]_Housing_[F]_-_Corner_Cutout=1 +h_Nat_Conv_Housing_Rear_No_Fins_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_No_Fins=1 +h_Nat_Conv_Housing_Rear_Fin_Base_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Fin_Base=1 +h_Nat_Conv_Housing_Rear_Fin_Sides_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Fin_Sides=1 +h_Nat_Conv_Housing_Rear_Fin_Tips_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Fin_Tips=1 +h_Nat_Conv_Housing_Rear_Fin_Channel_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Fin_Channel=1 +h_Nat_Conv_Housing_Rear_Corner_Cutout_Adjust=1 +Adjustment_H[Nc]_Housing_[R]_-_Corner_Cutout=1 +h_Nat_Conv_Endcap_Front_Radial_Adjust=1 +Adjustment_H[Nc]_Endcap_[F]_-_Radial=1 +h_Nat_Conv_Endcap_Front_Axial_Adjust=1 +Adjustment_H[Nc]_Endcap_[F]_-_Axial=1 +h_Nat_Conv_Endcap_Rear_Radial_Adjust=1 +Adjustment_H[Nc]_Endcap_[R]_-_Radial=1 +h_Nat_Conv_Endcap_Rear_Axial_Adjust=1 +Adjustment_H[Nc]_Endcap_[R]_-_Axial=1 +h_Nat_Conv_Plate_Adjust=1 +Adjustment_H[Nc]_Flange_Plate=1 +h_Nat_Conv_Axle_Plate_F_Adjust=1 +Adjustment_H[Nc]_Axle_Plate_[F]=1 +h_Nat_Conv_Axle_Plate_R_Adjust=1 +Adjustment_H[Nc]_Axle_Plate_[R]=1 +h_Nat_Conv_Base_Adjust=1 +Adjustment_H[Nc]_Base_Plate=1 +h_Nat_Conv_EncCase_Radial_Adjust=1 +Adjustment_H[Nc]_Encoder_Case_-_Radial=1 +h_Nat_Conv_EncCase_Axial_Adjust=1 +Adjustment_H[Nc]_Encoder_Case_-_Axial=1 + +[h_Nat_Con_Input] +h_Nat_Conv_Housing_Active_No_Fins_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_No_Fins=6 +h_Nat_Conv_Housing_Active_Fin_Base_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Fin_Base=6 +h_Nat_Conv_Housing_Active_Fin_Sides_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Fin_Sides=6 +h_Nat_Conv_Housing_Active_Fin_Tips_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Fin_Tips=6 +h_Nat_Conv_Housing_Active_Fin_Channel_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Fin_Channel=6 +h_Nat_Conv_Housing_Active_Corner_Cutout_Input=6 +Input_Value_H[Nc]_Housing_[A]_-_Corner_Cutout=6 +h_Nat_Conv_Housing_Front_No_Fins_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_No_Fins=6 +h_Nat_Conv_Housing_Front_Fin_Base_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Fin_Base=6 +h_Nat_Conv_Housing_Front_Fin_Sides_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Fin_Sides=6 +h_Nat_Conv_Housing_Front_Fin_Tips_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Fin_Tips=6 +h_Nat_Conv_Housing_Front_Fin_Channel_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Fin_Channel=6 +h_Nat_Conv_Housing_Front_Corner_Cutout_Input=6 +Input_Value_H[Nc]_Housing_[F]_-_Corner_Cutout=6 +h_Nat_Conv_Housing_Rear_No_Fins_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_No_Fins=6 +h_Nat_Conv_Housing_Rear_Fin_Base_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Fin_Base=6 +h_Nat_Conv_Housing_Rear_Fin_Sides_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Fin_Sides=6 +h_Nat_Conv_Housing_Rear_Fin_Tips_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Fin_Tips=6 +h_Nat_Conv_Housing_Rear_Fin_Channel_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Fin_Channel=6 +h_Nat_Conv_Housing_Rear_Corner_Cutout_Input=6 +Input_Value_H[Nc]_Housing_[R]_-_Corner_Cutout=6 +h_Nat_Conv_Endcap_Front_Radial_Input=6 +Input_Value_H[Nc]_Endcap_[F]_-_Radial=6 +h_Nat_Conv_Endcap_Front_Axial_Input=6 +Input_Value_H[Nc]_Endcap_[F]_-_Axial=6 +h_Nat_Conv_Endcap_Rear_Radial_Input=6 +Input_Value_H[Nc]_Endcap_[R]_-_Radial=6 +h_Nat_Conv_Endcap_Rear_Axial_Input=6 +Input_Value_H[Nc]_Endcap_[R]_-_Axial=6 +h_Nat_Conv_Plate_Input=6 +Input_Value_H[Nc]_Flange_Plate=6 +h_Nat_Conv_Axle_Plate_F_Input=6 +Input_Value_H[Nc]_Axle_Plate_[F]=6 +h_Nat_Conv_Axle_Plate_R_Input=6 +Input_Value_H[Nc]_Axle_Plate_[R]=6 +h_Nat_Conv_Base_Input=6 +Input_Value_H[Nc]_Base_Plate=6 +h_Nat_Conv_EncCase_Radial_Input=6 +Input_Value_H[Nc]_Encoder_Case_-_Radial=6 +h_Nat_Conv_EncCase_Axial_Input=6 +Input_Value_H[Nc]_Encoder_Case_-_Axial=6 + +[Nat_Con_Notes] +Nat_Conv_Notes_Housing_Active_No_Fins= +Notes_H[Nc]_Housing_[A]_-_No_Fins= +Nat_Conv_Notes_Housing_Active_Fin_Base= +Notes_H[Nc]_Housing_[A]_-_Fin_Base= +Nat_Conv_Notes_Housing_Active_Fin_Sides= +Notes_H[Nc]_Housing_[A]_-_Fin_Sides= +Nat_Conv_Notes_Housing_Active_Fin_Tips= +Notes_H[Nc]_Housing_[A]_-_Fin_Tips= +Nat_Conv_Notes_Housing_Active_Fin_Channel= +Notes_H[Nc]_Housing_[A]_-_Fin_Channel= +Nat_Conv_Notes_Housing_Active_Corner_Cutout= +Notes_H[Nc]_Housing_[A]_-_Corner_Cutout= +Nat_Conv_Notes_Housing_Front_No_Fins= +Notes_H[Nc]_Housing_[F]_-_No_Fins= +Nat_Conv_Notes_Housing_Front_Fin_Base= +Notes_H[Nc]_Housing_[F]_-_Fin_Base= +Nat_Conv_Notes_Housing_Front_Fin_Sides= +Notes_H[Nc]_Housing_[F]_-_Fin_Sides= +Nat_Conv_Notes_Housing_Front_Fin_Tips= +Notes_H[Nc]_Housing_[F]_-_Fin_Tips= +Nat_Conv_Notes_Housing_Front_Fin_Channel= +Notes_H[Nc]_Housing_[F]_-_Fin_Channel= +Nat_Conv_Notes_Housing_Front_Corner_Cutout= +Notes_H[Nc]_Housing_[F]_-_Corner_Cutout= +Nat_Conv_Notes_Housing_Rear_No_Fins= +Notes_H[Nc]_Housing_[R]_-_No_Fins= +Nat_Conv_Notes_Housing_Rear_Fin_Base= +Notes_H[Nc]_Housing_[R]_-_Fin_Base= +Nat_Conv_Notes_Housing_Rear_Fin_Sides= +Notes_H[Nc]_Housing_[R]_-_Fin_Sides= +Nat_Conv_Notes_Housing_Rear_Fin_Tips= +Notes_H[Nc]_Housing_[R]_-_Fin_Tips= +Nat_Conv_Notes_Housing_Rear_Fin_Channel= +Notes_H[Nc]_Housing_[R]_-_Fin_Channel= +Nat_Conv_Notes_Housing_Rear_Corner_Cutout= +Notes_H[Nc]_Housing_[R]_-_Corner_Cutout= +Nat_Conv_Notes_Endcap_Front_Radial= +Notes_H[Nc]_Endcap_[F]_-_Radial= +Nat_Conv_Notes_Endcap_Front_Axial= +Notes_H[Nc]_Endcap_[F]_-_Axial= +Nat_Conv_Notes_Endcap_Rear_Radial= +Notes_H[Nc]_Endcap_[R]_-_Radial= +Nat_Conv_Notes_Endcap_Rear_Axial= +Notes_H[Nc]_Endcap_[R]_-_Axial= +Nat_Conv_Notes_Plate= +Notes_H[Nc]_Flange_Plate= +Nat_Conv_Notes_Axle_Plate_F= +Notes_H[Nc]_Axle_Plate_[F]= +Nat_Conv_Notes_Axle_Plate_R= +Notes_H[Nc]_Axle_Plate_[R]= +Nat_Conv_Notes_Base= +Notes_H[Nc]_Base_Plate= +Nat_Conv_Notes_EncCase_Radial= +Notes_H[Nc]_Encoder_Case_-_Radial= +Nat_Conv_Notes_EncCase_Axial= +Notes_H[Nc]_Encoder_Case_-_Axial= + +[h_Forced_Con_Vel_Mult] +Velocity_Forced_Conv_Housing_Front_No_Fins_Multiplier=0.219584 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_No_Fins=0.219584 +Velocity_Forced_Conv_Housing_Front_Fin_Base_Multiplier=0.214336 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Base=0.214336 +Velocity_Forced_Conv_Housing_Front_Fin_Sides_Multiplier=0.214336 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Sides=0.214336 +Velocity_Forced_Conv_Housing_Front_Fin_Tips_Multiplier=0.214336 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Tips=0.214336 +Velocity_Forced_Conv_Housing_Front_Fin_Channel_Multiplier=1 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Fin_Channel=1 +Velocity_Forced_Conv_Housing_Front_Corner_Cutout_Multiplier=0.214336 +Velocity_Multiplier_H[Fc]_Housing_[F]_-_Corner_Cutout=0.214336 +Velocity_Forced_Conv_Housing_Rear_No_Fins_Multiplier=0.594496 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_No_Fins=0.594496 +Velocity_Forced_Conv_Housing_Rear_Fin_Base_Multiplier=0.657856 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Base=0.657856 +Velocity_Forced_Conv_Housing_Rear_Fin_Sides_Multiplier=0.657856 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Sides=0.657856 +Velocity_Forced_Conv_Housing_Rear_Fin_Tips_Multiplier=0.657856 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Tips=0.657856 +Velocity_Forced_Conv_Housing_Rear_Fin_Channel_Multiplier=1 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Fin_Channel=1 +Velocity_Forced_Conv_Housing_Rear_Corner_Cutout_Multiplier=0.657856 +Velocity_Multiplier_H[Fc]_Housing_[R]_-_Corner_Cutout=0.657856 +Velocity_Forced_Conv_Endcap_Front_Radial_Multiplier=0.205376 +Velocity_Multiplier_H[Fc]_Endcap_[F]_-_Radial=0.205376 +Velocity_Forced_Conv_Endcap_Front_Axial_Multiplier=0.205376 +Velocity_Multiplier_H[Fc]_Endcap_[F]_-_Axial=0.205376 +Velocity_Forced_Conv_Endcap_Rear_Radial_Multiplier=0.773696 +Velocity_Multiplier_H[Fc]_Endcap_[R]_-_Radial=0.773696 +Velocity_Forced_Conv_Endcap_Rear_Axial_Multiplier=1 +Velocity_Multiplier_H[Fc]_Endcap_[R]_-_Axial=1 +Velocity_Forced_Conv_Plate_Multiplier=0.201664 +Velocity_Multiplier_H[Fc]_Flange_Plate=0.201664 +Velocity_Forced_Conv_Axle_Plate_F_Multiplier=0 +Velocity_Multiplier_H[Fc]_Axle_Plate_[F]=0 +Velocity_Forced_Conv_Axle_Plate_R_Multiplier=0 +Velocity_Multiplier_H[Fc]_Axle_Plate_[R]=0 +Velocity_Forced_Conv_Base_Multiplier=0.2 +Velocity_Multiplier_H[Fc]_Base_Plate=0.2 +Velocity_Forced_Conv_EncCase_Radial_Multiplier=0.7 +Velocity_Multiplier_H[Fc]_Encoder_Case_-_Radial=0.7 +Velocity_Forced_Conv_EncCase_Axial_Multiplier=0.7 +Velocity_Multiplier_H[Fc]_Encoder_Case_-_Axial=0.7 + +[h_Forced_Con_Adjust] +Forced_Conv_Turbulence_Factor=1.7 +Turbulence_Factor=1.7 +h_Forced_Conv_Housing_Front_No_Fins_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_No_Fins=1 +h_Forced_Conv_Housing_Front_Fin_Base_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Fin_Base=1 +h_Forced_Conv_Housing_Front_Fin_Sides_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Fin_Sides=1 +h_Forced_Conv_Housing_Front_Fin_Tips_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Fin_Tips=1 +h_Forced_Conv_Housing_Front_Fin_Channel_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Fin_Channel=1 +h_Forced_Conv_Housing_Front_Corner_Cutout_Adjust=1 +Adjustment_H[Fc]_Housing_[F]_-_Corner_Cutout=1 +h_Forced_Conv_Housing_Rear_No_Fins_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_No_Fins=1 +h_Forced_Conv_Housing_Rear_Fin_Base_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Fin_Base=1 +h_Forced_Conv_Housing_Rear_Fin_Sides_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Fin_Sides=1 +h_Forced_Conv_Housing_Rear_Fin_Tips_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Fin_Tips=1 +h_Forced_Conv_Housing_Rear_Fin_Channel_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Fin_Channel=1 +h_Forced_Conv_Housing_Rear_Corner_Cutout_Adjust=1 +Adjustment_H[Fc]_Housing_[R]_-_Corner_Cutout=1 +h_Forced_Conv_Endcap_Front_Radial_Adjust=1 +Adjustment_H[Fc]_Endcap_[F]_-_Radial=1 +h_Forced_Conv_Endcap_Front_Axial_Adjust=1 +Adjustment_H[Fc]_Endcap_[F]_-_Axial=1 +h_Forced_Conv_Endcap_Rear_Radial_Adjust=1 +Adjustment_H[Fc]_Endcap_[R]_-_Radial=1 +h_Forced_Conv_Endcap_Rear_Axial_Adjust=1 +Adjustment_H[Fc]_Endcap_[R]_-_Axial=1 +h_Forced_Conv_Plate_Adjust=1 +Adjustment_H[Fc]_Flange_Plate=1 +h_Forced_Conv_Axle_Plate_F_Adjust=1 +Adjustment_H[Fc]_Axle_Plate_[F]=1 +h_Forced_Conv_Axle_Plate_R_Adjust=1 +Adjustment_H[Fc]_Axle_Plate_[R]=1 +h_Forced_Conv_Base_Adjust=1 +Adjustment_H[Fc]_Base_Plate=1 +h_Forced_Conv_EncCase_Radial_Adjust=1 +Adjustment_H[Fc]_Encoder_Case_-_Radial=1 +h_Forced_Conv_EncCase_Axial_Adjust=1 +Adjustment_H[Fc]_Encoder_Case_-_Axial=1 + +[Forced_Con_Notes] +Forced_Conv_Notes_Housing_Front_No_Fins[0]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[0]= +Forced_Conv_Notes_Housing_Front_No_Fins[1]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[1]= +Forced_Conv_Notes_Housing_Front_No_Fins[2]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[2]= +Forced_Conv_Notes_Housing_Front_No_Fins[3]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[3]= +Forced_Conv_Notes_Housing_Front_No_Fins[4]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[4]= +Forced_Conv_Notes_Housing_Front_No_Fins[5]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[5]= +Forced_Conv_Notes_Housing_Front_No_Fins[6]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[6]= +Forced_Conv_Notes_Housing_Front_No_Fins[7]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[7]= +Forced_Conv_Notes_Housing_Front_No_Fins[8]= +Notes_H[Fc]_Housing_[F]_-_No_Fins[8]= +Forced_Conv_Notes_Housing_Front_Fin_Base[0]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[0]= +Forced_Conv_Notes_Housing_Front_Fin_Base[1]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[1]= +Forced_Conv_Notes_Housing_Front_Fin_Base[2]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[2]= +Forced_Conv_Notes_Housing_Front_Fin_Base[3]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[3]= +Forced_Conv_Notes_Housing_Front_Fin_Base[4]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[4]= +Forced_Conv_Notes_Housing_Front_Fin_Base[5]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[5]= +Forced_Conv_Notes_Housing_Front_Fin_Base[6]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[6]= +Forced_Conv_Notes_Housing_Front_Fin_Base[7]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[7]= +Forced_Conv_Notes_Housing_Front_Fin_Base[8]= +Notes_H[Fc]_Housing_[F]_-_Fin_Base[8]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[0]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[0]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[1]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[1]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[2]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[2]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[3]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[3]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[4]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[4]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[5]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[5]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[6]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[6]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[7]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[7]= +Forced_Conv_Notes_Housing_Front_Fin_Sides[8]= +Notes_H[Fc]_Housing_[F]_-_Fin_Sides[8]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[0]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[0]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[1]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[1]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[2]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[2]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[3]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[3]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[4]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[4]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[5]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[5]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[6]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[6]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[7]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[7]= +Forced_Conv_Notes_Housing_Front_Fin_Tips[8]= +Notes_H[Fc]_Housing_[F]_-_Fin_Tips[8]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[0]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[0]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[1]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[1]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[2]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[2]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[3]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[3]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[4]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[4]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[5]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[5]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[6]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[6]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[7]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[7]= +Forced_Conv_Notes_Housing_Front_Fin_Channel[8]= +Notes_H[Fc]_Housing_[F]_-_Fin_Channel[8]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[0]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[0]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[1]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[1]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[2]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[2]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[3]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[3]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[4]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[4]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[5]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[5]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[6]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[6]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[7]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[7]= +Forced_Conv_Notes_Housing_Front_Corner_Cutout[8]= +Notes_H[Fc]_Housing_[F]_-_Corner_Cutout[8]= +Forced_Conv_Notes_Housing_Rear_No_Fins[0]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[0]= +Forced_Conv_Notes_Housing_Rear_No_Fins[1]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[1]= +Forced_Conv_Notes_Housing_Rear_No_Fins[2]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[2]= +Forced_Conv_Notes_Housing_Rear_No_Fins[3]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[3]= +Forced_Conv_Notes_Housing_Rear_No_Fins[4]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[4]= +Forced_Conv_Notes_Housing_Rear_No_Fins[5]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[5]= +Forced_Conv_Notes_Housing_Rear_No_Fins[6]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[6]= +Forced_Conv_Notes_Housing_Rear_No_Fins[7]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[7]= +Forced_Conv_Notes_Housing_Rear_No_Fins[8]= +Notes_H[Fc]_Housing_[R]_-_No_Fins[8]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[0]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[0]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[1]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[1]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[2]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[2]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[3]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[3]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[4]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[4]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[5]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[5]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[6]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[6]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[7]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[7]= +Forced_Conv_Notes_Housing_Rear_Fin_Base[8]= +Notes_H[Fc]_Housing_[R]_-_Fin_Base[8]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[0]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[0]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[1]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[1]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[2]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[2]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[3]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[3]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[4]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[4]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[5]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[5]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[6]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[6]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[7]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[7]= +Forced_Conv_Notes_Housing_Rear_Fin_Sides[8]= +Notes_H[Fc]_Housing_[R]_-_Fin_Sides[8]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[0]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[0]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[1]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[1]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[2]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[2]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[3]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[3]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[4]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[4]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[5]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[5]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[6]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[6]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[7]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[7]= +Forced_Conv_Notes_Housing_Rear_Fin_Tips[8]= +Notes_H[Fc]_Housing_[R]_-_Fin_Tips[8]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[0]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[0]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[1]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[1]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[2]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[2]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[3]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[3]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[4]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[4]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[5]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[5]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[6]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[6]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[7]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[7]= +Forced_Conv_Notes_Housing_Rear_Fin_Channel[8]= +Notes_H[Fc]_Housing_[R]_-_Fin_Channel[8]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[0]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[0]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[1]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[1]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[2]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[2]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[3]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[3]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[4]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[4]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[5]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[5]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[6]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[6]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[7]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[7]= +Forced_Conv_Notes_Housing_Rear_Corner_Cutout[8]= +Notes_H[Fc]_Housing_[R]_-_Corner_Cutout[8]= +Forced_Conv_Notes_Endcap_Front_Radial[0]= +Notes_H[Fc]_Endcap_[F]_-_Radial[0]= +Forced_Conv_Notes_Endcap_Front_Radial[1]= +Notes_H[Fc]_Endcap_[F]_-_Radial[1]= +Forced_Conv_Notes_Endcap_Front_Radial[2]= +Notes_H[Fc]_Endcap_[F]_-_Radial[2]= +Forced_Conv_Notes_Endcap_Front_Radial[3]= +Notes_H[Fc]_Endcap_[F]_-_Radial[3]= +Forced_Conv_Notes_Endcap_Front_Radial[4]= +Notes_H[Fc]_Endcap_[F]_-_Radial[4]= +Forced_Conv_Notes_Endcap_Front_Radial[5]= +Notes_H[Fc]_Endcap_[F]_-_Radial[5]= +Forced_Conv_Notes_Endcap_Front_Radial[6]= +Notes_H[Fc]_Endcap_[F]_-_Radial[6]= +Forced_Conv_Notes_Endcap_Front_Radial[7]= +Notes_H[Fc]_Endcap_[F]_-_Radial[7]= +Forced_Conv_Notes_Endcap_Front_Radial[8]= +Notes_H[Fc]_Endcap_[F]_-_Radial[8]= +Forced_Conv_Notes_Endcap_Front_Axial[0]= +Notes_H[Fc]_Endcap_[F]_-_Axial[0]= +Forced_Conv_Notes_Endcap_Front_Axial[1]= +Notes_H[Fc]_Endcap_[F]_-_Axial[1]= +Forced_Conv_Notes_Endcap_Front_Axial[2]= +Notes_H[Fc]_Endcap_[F]_-_Axial[2]= +Forced_Conv_Notes_Endcap_Front_Axial[3]= +Notes_H[Fc]_Endcap_[F]_-_Axial[3]= +Forced_Conv_Notes_Endcap_Front_Axial[4]= +Notes_H[Fc]_Endcap_[F]_-_Axial[4]= +Forced_Conv_Notes_Endcap_Front_Axial[5]= +Notes_H[Fc]_Endcap_[F]_-_Axial[5]= +Forced_Conv_Notes_Endcap_Front_Axial[6]= +Notes_H[Fc]_Endcap_[F]_-_Axial[6]= +Forced_Conv_Notes_Endcap_Front_Axial[7]= +Notes_H[Fc]_Endcap_[F]_-_Axial[7]= +Forced_Conv_Notes_Endcap_Front_Axial[8]= +Notes_H[Fc]_Endcap_[F]_-_Axial[8]= +Forced_Conv_Notes_Endcap_Rear_Radial[0]= +Notes_H[Fc]_Endcap_[R]_-_Radial[0]= +Forced_Conv_Notes_Endcap_Rear_Radial[1]= +Notes_H[Fc]_Endcap_[R]_-_Radial[1]= +Forced_Conv_Notes_Endcap_Rear_Radial[2]= +Notes_H[Fc]_Endcap_[R]_-_Radial[2]= +Forced_Conv_Notes_Endcap_Rear_Radial[3]= +Notes_H[Fc]_Endcap_[R]_-_Radial[3]= +Forced_Conv_Notes_Endcap_Rear_Radial[4]= +Notes_H[Fc]_Endcap_[R]_-_Radial[4]= +Forced_Conv_Notes_Endcap_Rear_Radial[5]= +Notes_H[Fc]_Endcap_[R]_-_Radial[5]= +Forced_Conv_Notes_Endcap_Rear_Radial[6]= +Notes_H[Fc]_Endcap_[R]_-_Radial[6]= +Forced_Conv_Notes_Endcap_Rear_Radial[7]= +Notes_H[Fc]_Endcap_[R]_-_Radial[7]= +Forced_Conv_Notes_Endcap_Rear_Radial[8]= +Notes_H[Fc]_Endcap_[R]_-_Radial[8]= +Forced_Conv_Notes_Endcap_Rear_Axial[0]= +Notes_H[Fc]_Endcap_[R]_-_Axial[0]= +Forced_Conv_Notes_Endcap_Rear_Axial[1]= +Notes_H[Fc]_Endcap_[R]_-_Axial[1]= +Forced_Conv_Notes_Endcap_Rear_Axial[2]= +Notes_H[Fc]_Endcap_[R]_-_Axial[2]= +Forced_Conv_Notes_Endcap_Rear_Axial[3]= +Notes_H[Fc]_Endcap_[R]_-_Axial[3]= +Forced_Conv_Notes_Endcap_Rear_Axial[4]= +Notes_H[Fc]_Endcap_[R]_-_Axial[4]= +Forced_Conv_Notes_Endcap_Rear_Axial[5]= +Notes_H[Fc]_Endcap_[R]_-_Axial[5]= +Forced_Conv_Notes_Endcap_Rear_Axial[6]= +Notes_H[Fc]_Endcap_[R]_-_Axial[6]= +Forced_Conv_Notes_Endcap_Rear_Axial[7]= +Notes_H[Fc]_Endcap_[R]_-_Axial[7]= +Forced_Conv_Notes_Endcap_Rear_Axial[8]= +Notes_H[Fc]_Endcap_[R]_-_Axial[8]= +Forced_Conv_Notes_Plate[0]= +Notes_H[Fc]_Flange_Plate[0]= +Forced_Conv_Notes_Plate[1]= +Notes_H[Fc]_Flange_Plate[1]= +Forced_Conv_Notes_Plate[2]= +Notes_H[Fc]_Flange_Plate[2]= +Forced_Conv_Notes_Plate[3]= +Notes_H[Fc]_Flange_Plate[3]= +Forced_Conv_Notes_Plate[4]= +Notes_H[Fc]_Flange_Plate[4]= +Forced_Conv_Notes_Plate[5]= +Notes_H[Fc]_Flange_Plate[5]= +Forced_Conv_Notes_Plate[6]= +Notes_H[Fc]_Flange_Plate[6]= +Forced_Conv_Notes_Plate[7]= +Notes_H[Fc]_Flange_Plate[7]= +Forced_Conv_Notes_Plate[8]= +Notes_H[Fc]_Flange_Plate[8]= +Forced_Conv_Notes_Axle_Plate_F[0]= +Forced_Conv_Notes_Axle_Plate_F[1]= +Forced_Conv_Notes_Axle_Plate_F[2]= +Forced_Conv_Notes_Axle_Plate_F[3]= +Forced_Conv_Notes_Axle_Plate_F[4]= +Forced_Conv_Notes_Axle_Plate_F[5]= +Forced_Conv_Notes_Axle_Plate_F[6]= +Forced_Conv_Notes_Axle_Plate_F[7]= +Forced_Conv_Notes_Axle_Plate_F[8]= +Forced_Conv_Notes_Axle_Plate_R[0]= +Forced_Conv_Notes_Axle_Plate_R[1]= +Forced_Conv_Notes_Axle_Plate_R[2]= +Forced_Conv_Notes_Axle_Plate_R[3]= +Forced_Conv_Notes_Axle_Plate_R[4]= +Forced_Conv_Notes_Axle_Plate_R[5]= +Forced_Conv_Notes_Axle_Plate_R[6]= +Forced_Conv_Notes_Axle_Plate_R[7]= +Forced_Conv_Notes_Axle_Plate_R[8]= +Forced_Conv_Notes_Base[0]= +Notes_H[Fc]_Base_Plate[0]= +Forced_Conv_Notes_Base[1]= +Notes_H[Fc]_Base_Plate[1]= +Forced_Conv_Notes_Base[2]= +Notes_H[Fc]_Base_Plate[2]= +Forced_Conv_Notes_Base[3]= +Notes_H[Fc]_Base_Plate[3]= +Forced_Conv_Notes_Base[4]= +Notes_H[Fc]_Base_Plate[4]= +Forced_Conv_Notes_Base[5]= +Notes_H[Fc]_Base_Plate[5]= +Forced_Conv_Notes_Base[6]= +Notes_H[Fc]_Base_Plate[6]= +Forced_Conv_Notes_Base[7]= +Notes_H[Fc]_Base_Plate[7]= +Forced_Conv_Notes_Base[8]= +Notes_H[Fc]_Base_Plate[8]= +Forced_Conv_Notes_EncCase_Radial[0]= +Notes_H[Fc]_Encoder_Case_-_Radial[0]= +Forced_Conv_Notes_EncCase_Radial[1]= +Notes_H[Fc]_Encoder_Case_-_Radial[1]= +Forced_Conv_Notes_EncCase_Radial[2]= +Notes_H[Fc]_Encoder_Case_-_Radial[2]= +Forced_Conv_Notes_EncCase_Radial[3]= +Notes_H[Fc]_Encoder_Case_-_Radial[3]= +Forced_Conv_Notes_EncCase_Radial[4]= +Notes_H[Fc]_Encoder_Case_-_Radial[4]= +Forced_Conv_Notes_EncCase_Radial[5]= +Notes_H[Fc]_Encoder_Case_-_Radial[5]= +Forced_Conv_Notes_EncCase_Radial[6]= +Notes_H[Fc]_Encoder_Case_-_Radial[6]= +Forced_Conv_Notes_EncCase_Radial[7]= +Notes_H[Fc]_Encoder_Case_-_Radial[7]= +Forced_Conv_Notes_EncCase_Radial[8]= +Notes_H[Fc]_Encoder_Case_-_Radial[8]= +Forced_Conv_Notes_EncCase_Axial[0]= +Notes_H[Fc]_Encoder_Case_-_Axial[0]= +Forced_Conv_Notes_EncCase_Axial[1]= +Notes_H[Fc]_Encoder_Case_-_Axial[1]= +Forced_Conv_Notes_EncCase_Axial[2]= +Notes_H[Fc]_Encoder_Case_-_Axial[2]= +Forced_Conv_Notes_EncCase_Axial[3]= +Notes_H[Fc]_Encoder_Case_-_Axial[3]= +Forced_Conv_Notes_EncCase_Axial[4]= +Notes_H[Fc]_Encoder_Case_-_Axial[4]= +Forced_Conv_Notes_EncCase_Axial[5]= +Notes_H[Fc]_Encoder_Case_-_Axial[5]= +Forced_Conv_Notes_EncCase_Axial[6]= +Notes_H[Fc]_Encoder_Case_-_Axial[6]= +Forced_Conv_Notes_EncCase_Axial[7]= +Notes_H[Fc]_Encoder_Case_-_Axial[7]= +Forced_Conv_Notes_EncCase_Axial[8]= +Notes_H[Fc]_Encoder_Case_-_Axial[8]= + +[NVH] +NVHMagnitudeScaleType=0 +VibratoryRef_Displacement=1E-8 +VibratoryRef_Velocity=1E-8 +VibratoryRef_Acceleration=1E-5 +VibratoryRef_SoundPower=1E-12 +VibratoryRef_ForceDensity=1 +VibratoryRef_Force=1 +NVHStructural_Slice=0 +NVHFreqAxisType=0 +NVHTimeOrderType=0 +NVHMaxSpaceOrder_OL=25 +NVHMaxFrequencyOrder_OL=25 +NVHMaximumOrderDefinition=0 +NVHFreqAxisShift=0 +SpeedOfSound=342 +NVHAirDensity=1.225 +RadiationEfficiency=1 +NVHCampbellSelection=0 +NVHSpatiogramSelection=0 +NVHOrderTrackingSelection=0 +NVHOrderTrackingHarmonics_Space=10 +NVHOrderTrackingHarmonics_Freq=10 +NVHOrderTrackingHarmonics_Space_Freq=10 +NVHMaximumSoundFrequency=25000 +NVHOrderTracking_XAxis=0 +ForceAnalysisElecCycles_Min_OL=1 +ForceAnalysisElecCycles_Min_OC=1 +ForceAnalysisElecCycles_Max_OL=1 +ForceAnalysisElecCycles_Max_OC=1 +ForceAnalysisElecCycles_Definition=0 +NVHNumInterpolationPoints=20 +NVHNumColourInterpolationSegments=5 +NVHModal_IncludeWindingMass=False +NVHExport_Displacement_Static=True +NVHExport_Displacement_Dynamic=True +NVHExport_MagFactor=True +NVHExport_Velocity=True +NVHExport_Acceleration=True +NVHExport_RadiatedPower_N=True +NVHExport_RadiatedPower_M=True +NVHExport_RadiatedPower_MN=True +NVHExport_AnsysSound=True +NVHExportFile= +NVHRunModels_BPMOR=False +NVHAcousticModel=0 +NVHAcousticWeighting=0 +NVHSoundPressureDistance=1000 +NVHSoundPressureDirectivityFactor=1 +ShowDXFImportProcessingSettings=False +CalculateNVHModels=0 + +[Convergence_Graph_Setup] +Thermal_Convergence_Graph_Enabled[13]=True +Thermal_Convergence_Graph_Enabled[101]=True +Thermal_Max_Error_Graph_enabled=True + +[M350-50A] +Type=Fixed_Solid +Solid Type=Steel +Thermal Conductivity=30 +Specific Heat=460 +Density=7650 +YieldStress=305 +PoissonsRatio=0.3 +YoungsCoefficient=200000 +KcValue=0.65 +ElectricalResistivity=4.4E-07 +TempCoefElectricalResistivity=0 +LaminationThickness=0.5 +KhValue_Steinmetz=0.03427 +KhValue_Bertotti=0.002851 +KhValue_Bertotti_Maxwell=0.02091 +KeddyValue_Steinmetz=5.44E-06 +KexcValue=0.004142 +KexcValue_Maxwell=0 +alphaValue_Steinmetz=2.737 +alphaValue_Bertotti=3.766 +alphaValue_Bertotti_Maxwell=2 +betavalue_Steinmetz=0 +BValue[0]=0 +HValue[0]=0 +BValue[1]=0.1 +HValue[1]=34.8 +BValue[2]=0.2 +HValue[2]=46 +BValue[3]=0.3 +HValue[3]=53.7 +BValue[4]=0.4 +HValue[4]=60.6 +BValue[5]=0.5 +HValue[5]=67.4 +BValue[6]=0.6 +HValue[6]=74.6 +BValue[7]=0.7 +HValue[7]=82.6 +BValue[8]=0.8 +HValue[8]=91.8 +BValue[9]=0.9 +HValue[9]=103 +BValue[10]=1 +HValue[10]=119 +BValue[11]=1.1 +HValue[11]=141 +BValue[12]=1.2 +HValue[12]=178 +BValue[13]=1.3 +HValue[13]=250 +BValue[14]=1.4 +HValue[14]=455 +BValue[15]=1.5 +HValue[15]=1180 +BValue[16]=1.6 +HValue[16]=3020 +BValue[17]=1.7 +HValue[17]=6100 +BValue[18]=1.8 +HValue[18]=10700 +BValue[19]=1.9 +HValue[19]=25000 +BValue[20]=1.956 +HValue[20]=35000 +BValue[21]=2.1 +HValue[21]=75000 +BValue[22]=2.2 +HValue[22]=115000 +BValue[23]=2.2701 +HValue[23]=150000 +BValue[24]=2.4 +HValue[24]=229580 +BHExtrapolationEnabled=0 +Frequency[0]=50 +LossDensity[0]=0.03 +FluxDensity[0]=0.1 +Frequency[1]=50 +LossDensity[1]=0.09 +FluxDensity[1]=0.2 +Frequency[2]=50 +LossDensity[2]=0.18 +FluxDensity[2]=0.3 +Frequency[3]=50 +LossDensity[3]=0.29 +FluxDensity[3]=0.4 +Frequency[4]=50 +LossDensity[4]=0.42 +FluxDensity[4]=0.5 +Frequency[5]=50 +LossDensity[5]=0.56 +FluxDensity[5]=0.6 +Frequency[6]=50 +LossDensity[6]=0.73 +FluxDensity[6]=0.7 +Frequency[7]=50 +LossDensity[7]=0.91 +FluxDensity[7]=0.8 +Frequency[8]=50 +LossDensity[8]=1.11 +FluxDensity[8]=0.9 +Frequency[9]=50 +LossDensity[9]=1.33 +FluxDensity[9]=1 +Frequency[10]=50 +LossDensity[10]=1.58 +FluxDensity[10]=1.1 +Frequency[11]=50 +LossDensity[11]=1.86 +FluxDensity[11]=1.2 +Frequency[12]=50 +LossDensity[12]=2.19 +FluxDensity[12]=1.3 +Frequency[13]=50 +LossDensity[13]=2.63 +FluxDensity[13]=1.4 +Frequency[14]=50 +LossDensity[14]=3.14 +FluxDensity[14]=1.5 +Frequency[15]=50 +LossDensity[15]=3.66 +FluxDensity[15]=1.6 +Frequency[16]=50 +LossDensity[16]=4.07 +FluxDensity[16]=1.7 +Frequency[17]=50 +LossDensity[17]=4.4 +FluxDensity[17]=1.8 +Frequency[18]=60 +LossDensity[18]=0.044 +FluxDensity[18]=0.1 +Frequency[19]=60 +LossDensity[19]=0.11 +FluxDensity[19]=0.2 +Frequency[20]=60 +LossDensity[20]=0.22 +FluxDensity[20]=0.3 +Frequency[21]=60 +LossDensity[21]=0.353 +FluxDensity[21]=0.4 +Frequency[22]=60 +LossDensity[22]=0.529 +FluxDensity[22]=0.5 +Frequency[23]=60 +LossDensity[23]=0.705 +FluxDensity[23]=0.6 +Frequency[24]=60 +LossDensity[24]=0.926 +FluxDensity[24]=0.7 +Frequency[25]=60 +LossDensity[25]=1.146 +FluxDensity[25]=0.8 +Frequency[26]=60 +LossDensity[26]=1.411 +FluxDensity[26]=0.9 +Frequency[27]=60 +LossDensity[27]=1.68 +FluxDensity[27]=1 +Frequency[28]=60 +LossDensity[28]=2.01 +FluxDensity[28]=1.1 +Frequency[29]=60 +LossDensity[29]=2.36 +FluxDensity[29]=1.2 +Frequency[30]=60 +LossDensity[30]=2.78 +FluxDensity[30]=1.3 +Frequency[31]=60 +LossDensity[31]=3.33 +FluxDensity[31]=1.4 +Frequency[32]=60 +LossDensity[32]=3.99 +FluxDensity[32]=1.5 +Frequency[33]=60 +LossDensity[33]=4.65 +FluxDensity[33]=1.6 +Frequency[34]=60 +LossDensity[34]=5.18 +FluxDensity[34]=1.7 +Frequency[35]=60 +LossDensity[35]=5.62 +FluxDensity[35]=1.8 +Frequency[36]=100 +LossDensity[36]=0.066 +FluxDensity[36]=0.1 +Frequency[37]=100 +LossDensity[37]=0.22 +FluxDensity[37]=0.2 +Frequency[38]=100 +LossDensity[38]=0.441 +FluxDensity[38]=0.3 +Frequency[39]=100 +LossDensity[39]=0.727 +FluxDensity[39]=0.4 +Frequency[40]=100 +LossDensity[40]=1.058 +FluxDensity[40]=0.5 +Frequency[41]=100 +LossDensity[41]=1.455 +FluxDensity[41]=0.6 +Frequency[42]=100 +LossDensity[42]=1.9 +FluxDensity[42]=0.7 +Frequency[43]=100 +LossDensity[43]=2.38 +FluxDensity[43]=0.8 +Frequency[44]=100 +LossDensity[44]=2.95 +FluxDensity[44]=0.9 +Frequency[45]=100 +LossDensity[45]=3.57 +FluxDensity[45]=1 +Frequency[46]=100 +LossDensity[46]=4.3 +FluxDensity[46]=1.1 +Frequency[47]=100 +LossDensity[47]=5.07 +FluxDensity[47]=1.2 +Frequency[48]=100 +LossDensity[48]=5.99 +FluxDensity[48]=1.3 +Frequency[49]=100 +LossDensity[49]=7.12 +FluxDensity[49]=1.4 +Frequency[50]=100 +LossDensity[50]=8.42 +FluxDensity[50]=1.5 +Frequency[51]=200 +LossDensity[51]=0.132 +FluxDensity[51]=0.1 +Frequency[52]=200 +LossDensity[52]=0.529 +FluxDensity[52]=0.2 +Frequency[53]=200 +LossDensity[53]=1.124 +FluxDensity[53]=0.3 +Frequency[54]=200 +LossDensity[54]=1.87 +FluxDensity[54]=0.4 +Frequency[55]=200 +LossDensity[55]=2.8 +FluxDensity[55]=0.5 +Frequency[56]=200 +LossDensity[56]=3.88 +FluxDensity[56]=0.6 +Frequency[57]=200 +LossDensity[57]=5.14 +FluxDensity[57]=0.7 +Frequency[58]=200 +LossDensity[58]=6.61 +FluxDensity[58]=0.8 +Frequency[59]=200 +LossDensity[59]=8.29 +FluxDensity[59]=0.9 +Frequency[60]=200 +LossDensity[60]=10.2 +FluxDensity[60]=1 +Frequency[61]=200 +LossDensity[61]=12.5 +FluxDensity[61]=1.1 +Frequency[62]=200 +LossDensity[62]=14.99 +FluxDensity[62]=1.2 +Frequency[63]=200 +LossDensity[63]=17.8 +FluxDensity[63]=1.3 +Frequency[64]=200 +LossDensity[64]=21.1 +FluxDensity[64]=1.4 +Frequency[65]=200 +LossDensity[65]=24.7 +FluxDensity[65]=1.5 +Frequency[66]=400 +LossDensity[66]=0.397 +FluxDensity[66]=0.1 +Frequency[67]=400 +LossDensity[67]=1.499 +FluxDensity[67]=0.2 +Frequency[68]=400 +LossDensity[68]=3.11 +FluxDensity[68]=0.3 +Frequency[69]=400 +LossDensity[69]=5.22 +FluxDensity[69]=0.4 +Frequency[70]=400 +LossDensity[70]=7.85 +FluxDensity[70]=0.5 +Frequency[71]=400 +LossDensity[71]=11.09 +FluxDensity[71]=0.6 +Frequency[72]=400 +LossDensity[72]=14.9 +FluxDensity[72]=0.7 +Frequency[73]=400 +LossDensity[73]=19.4 +FluxDensity[73]=0.8 +Frequency[74]=400 +LossDensity[74]=24.9 +FluxDensity[74]=0.9 +Frequency[75]=400 +LossDensity[75]=31.3 +FluxDensity[75]=1 +Frequency[76]=400 +LossDensity[76]=38.8 +FluxDensity[76]=1.1 +Frequency[77]=400 +LossDensity[77]=47.4 +FluxDensity[77]=1.2 +Frequency[78]=400 +LossDensity[78]=57.7 +FluxDensity[78]=1.3 +Frequency[79]=400 +LossDensity[79]=69.4 +FluxDensity[79]=1.4 +Frequency[80]=400 +LossDensity[80]=83.1 +FluxDensity[80]=1.5 +Frequency[81]=1000 +LossDensity[81]=1.763 +FluxDensity[81]=0.1 +Frequency[82]=1000 +LossDensity[82]=6.19 +FluxDensity[82]=0.2 +Frequency[83]=1000 +LossDensity[83]=12.61 +FluxDensity[83]=0.3 +Frequency[84]=1000 +LossDensity[84]=21.2 +FluxDensity[84]=0.4 +Frequency[85]=1000 +LossDensity[85]=32.4 +FluxDensity[85]=0.5 +Frequency[86]=1000 +LossDensity[86]=46.7 +FluxDensity[86]=0.6 +Frequency[87]=1000 +LossDensity[87]=65 +FluxDensity[87]=0.7 +Frequency[88]=1000 +LossDensity[88]=87.9 +FluxDensity[88]=0.8 +Frequency[89]=1000 +LossDensity[89]=115.9 +FluxDensity[89]=0.9 +Frequency[90]=1000 +LossDensity[90]=151 +FluxDensity[90]=1 +Frequency[91]=1000 +LossDensity[91]=192 +FluxDensity[91]=1.1 +Frequency[92]=2500 +LossDensity[92]=7.36 +FluxDensity[92]=0.1 +Frequency[93]=2500 +LossDensity[93]=25.3 +FluxDensity[93]=0.2 +Frequency[94]=2500 +LossDensity[94]=53.3 +FluxDensity[94]=0.3 +Frequency[95]=2500 +LossDensity[95]=93 +FluxDensity[95]=0.4 +Frequency[96]=2500 +LossDensity[96]=147.9 +FluxDensity[96]=0.5 +Frequency[97]=2500 +LossDensity[97]=225 +FluxDensity[97]=0.6 +Frequency[98]=2500 +LossDensity[98]=324 +FluxDensity[98]=0.7 +Frequency[99]=2500 +LossDensity[99]=454 +FluxDensity[99]=0.8 +Frequency[100]=2500 +LossDensity[100]=608 +FluxDensity[100]=0.9 +Frequency[101]=2500 +LossDensity[101]=796 +FluxDensity[101]=1 + +[N30UH] +Type=Fixed_Solid +Solid Type=Magnet +Thermal Conductivity=7.6 +Specific Heat=460 +Density=7500 +YieldStress=0 +PoissonsRatio=0.24 +YoungsCoefficient=160000 +ElectricalResistivity=1.8E-06 +TempCoefElectricalResistivity=0 +MagnetBrValue=1.125 +MagneturValue=1.05 +MagnetTempCoefBr=-0.12 +BKneeDefined=0 +KneePointMethod=1 +MagnetHcJValue=1990000 +MagnetRefTemp=20 +ValidMagnetTemperature_Min=20 +ValidMagnetTemperature_Max=180 +MagnetTempCoefHcJ=-0.465 +MagnetSquarenessFactor=6E-05 +UrCalculationMethod=0 +UrToDefineUr=1.05 +HcToCalculateUr=0 +BrToCalculateUr=0 +H1ToCalculateUr=0 +B1ToCalculateUr=0 +H2ToCalculateUr=0 +B2ToCalculateUr=0 +HcAtRefTempToCalculateUr=0 + +[Copper (Pure)_e8_IPMSM_HWJandVent] +Type=Fixed_Solid +Solid Type=General +Thermal Conductivity=401 +Specific Heat=385 +Density=8933 +YieldStress=180 +PoissonsRatio=0.355 +YoungsCoefficient=117000 +ElectricalResistivity=1.724E-08 +TempCoefElectricalResistivity=0.003862 + +[optiSlang_Inputs] +optiSLangInputCount=0 + +[optiSlang_Requirements] +optiSLangRequirementCount=0 + +[optiSlang_Objectives] +optiSLangObjectiveCount=0 + +[Conductor_Placement] +Missing_Rows_Left[0]=2 +Rows_Left[0]=19 +Missing_Rows_Left[1]=1 +Rows_Left[1]=20 +Missing_Rows_Left[2]=1 +Rows_Left[2]=20 +Missing_Rows_Left[3]=1 +Rows_Left[3]=7 +Missing_Rows_Right[0]=2 +Rows_Right[0]=19 +Missing_Rows_Right[1]=1 +Rows_Right[1]=20 +Missing_Rows_Right[2]=1 +Rows_Right[2]=14 +Missing_Rows_Right[3]=1 +Rows_Right[3]=1 + +[Magnetic_Winding] +Phase_1_Go1[0]=0 +Phase_1_Go2[0]=1 +Phase_1_Return1[0]=0 +Phase_1_Return2[0]=6 +Phase_1_Turns[0]=6 +Phase_1_Go1[1]=0 +Phase_1_Go2[1]=12 +Phase_1_Return1[1]=0 +Phase_1_Return2[1]=7 +Phase_1_Turns[1]=6 +Phase_1_Go1[2]=0 +Phase_1_Go2[2]=13 +Phase_1_Return1[2]=0 +Phase_1_Return2[2]=18 +Phase_1_Turns[2]=6 +Phase_1_Go1[3]=0 +Phase_1_Go2[3]=24 +Phase_1_Return1[3]=0 +Phase_1_Return2[3]=19 +Phase_1_Turns[3]=6 +Phase_1_Go1[4]=0 +Phase_1_Go2[4]=25 +Phase_1_Return1[4]=0 +Phase_1_Return2[4]=30 +Phase_1_Turns[4]=6 +Phase_1_Go1[5]=0 +Phase_1_Go2[5]=36 +Phase_1_Return1[5]=0 +Phase_1_Return2[5]=31 +Phase_1_Turns[5]=6 +Phase_1_Go1[6]=0 +Phase_1_Go2[6]=37 +Phase_1_Return1[6]=0 +Phase_1_Return2[6]=42 +Phase_1_Turns[6]=6 +Phase_1_Go1[7]=0 +Phase_1_Go2[7]=48 +Phase_1_Return1[7]=0 +Phase_1_Return2[7]=43 +Phase_1_Turns[7]=6 +Phase_2_Go1[0]=0 +Phase_2_Go2[0]=17 +Phase_2_Return1[0]=0 +Phase_2_Return2[0]=22 +Phase_2_Turns[0]=6 +Phase_2_Go1[1]=0 +Phase_2_Go2[1]=28 +Phase_2_Return1[1]=0 +Phase_2_Return2[1]=23 +Phase_2_Turns[1]=6 +Phase_2_Go1[2]=0 +Phase_2_Go2[2]=29 +Phase_2_Return1[2]=0 +Phase_2_Return2[2]=34 +Phase_2_Turns[2]=6 +Phase_2_Go1[3]=0 +Phase_2_Go2[3]=40 +Phase_2_Return1[3]=0 +Phase_2_Return2[3]=35 +Phase_2_Turns[3]=6 +Phase_2_Go1[4]=0 +Phase_2_Go2[4]=41 +Phase_2_Return1[4]=0 +Phase_2_Return2[4]=46 +Phase_2_Turns[4]=6 +Phase_2_Go1[5]=0 +Phase_2_Go2[5]=4 +Phase_2_Return1[5]=0 +Phase_2_Return2[5]=47 +Phase_2_Turns[5]=6 +Phase_2_Go1[6]=0 +Phase_2_Go2[6]=5 +Phase_2_Return1[6]=0 +Phase_2_Return2[6]=10 +Phase_2_Turns[6]=6 +Phase_2_Go1[7]=0 +Phase_2_Go2[7]=16 +Phase_2_Return1[7]=0 +Phase_2_Return2[7]=11 +Phase_2_Turns[7]=6 +Phase_3_Go1[0]=0 +Phase_3_Go2[0]=33 +Phase_3_Return1[0]=0 +Phase_3_Return2[0]=38 +Phase_3_Turns[0]=6 +Phase_3_Go1[1]=0 +Phase_3_Go2[1]=44 +Phase_3_Return1[1]=0 +Phase_3_Return2[1]=39 +Phase_3_Turns[1]=6 +Phase_3_Go1[2]=0 +Phase_3_Go2[2]=45 +Phase_3_Return1[2]=0 +Phase_3_Return2[2]=2 +Phase_3_Turns[2]=6 +Phase_3_Go1[3]=0 +Phase_3_Go2[3]=8 +Phase_3_Return1[3]=0 +Phase_3_Return2[3]=3 +Phase_3_Turns[3]=6 +Phase_3_Go1[4]=0 +Phase_3_Go2[4]=9 +Phase_3_Return1[4]=0 +Phase_3_Return2[4]=14 +Phase_3_Turns[4]=6 +Phase_3_Go1[5]=0 +Phase_3_Go2[5]=20 +Phase_3_Return1[5]=0 +Phase_3_Return2[5]=15 +Phase_3_Turns[5]=6 +Phase_3_Go1[6]=0 +Phase_3_Go2[6]=21 +Phase_3_Return1[6]=0 +Phase_3_Return2[6]=26 +Phase_3_Turns[6]=6 +Phase_3_Go1[7]=0 +Phase_3_Go2[7]=32 +Phase_3_Return1[7]=0 +Phase_3_Return2[7]=27 +Phase_3_Turns[7]=6 +Phase_1Path_1_GoSlot[0]=0 +Phase_1Path_1_GoRadialPosition[0]=0 +Phase_1Path_1_GoTangentialPosition[0]=C +Phase_1Path_1_ReturnSlot[0]=5 +Phase_1Path_1_ReturnRadialPosition[0]=0 +Phase_1Path_1_ReturnTangentialPosition[0]=C +Phase_1Path_1_Turns[0]=6 +Phase_1Path_1_GoSlot[1]=11 +Phase_1Path_1_GoRadialPosition[1]=0 +Phase_1Path_1_GoTangentialPosition[1]=C +Phase_1Path_1_ReturnSlot[1]=6 +Phase_1Path_1_ReturnRadialPosition[1]=0 +Phase_1Path_1_ReturnTangentialPosition[1]=C +Phase_1Path_1_Turns[1]=6 +Phase_1Path_1_GoSlot[2]=12 +Phase_1Path_1_GoRadialPosition[2]=0 +Phase_1Path_1_GoTangentialPosition[2]=C +Phase_1Path_1_ReturnSlot[2]=17 +Phase_1Path_1_ReturnRadialPosition[2]=0 +Phase_1Path_1_ReturnTangentialPosition[2]=C +Phase_1Path_1_Turns[2]=6 +Phase_1Path_1_GoSlot[3]=23 +Phase_1Path_1_GoRadialPosition[3]=0 +Phase_1Path_1_GoTangentialPosition[3]=C +Phase_1Path_1_ReturnSlot[3]=18 +Phase_1Path_1_ReturnRadialPosition[3]=0 +Phase_1Path_1_ReturnTangentialPosition[3]=C +Phase_1Path_1_Turns[3]=6 +Phase_1Path_2_GoSlot[0]=24 +Phase_1Path_2_GoRadialPosition[0]=0 +Phase_1Path_2_GoTangentialPosition[0]=C +Phase_1Path_2_ReturnSlot[0]=29 +Phase_1Path_2_ReturnRadialPosition[0]=0 +Phase_1Path_2_ReturnTangentialPosition[0]=C +Phase_1Path_2_Turns[0]=6 +Phase_1Path_2_GoSlot[1]=35 +Phase_1Path_2_GoRadialPosition[1]=0 +Phase_1Path_2_GoTangentialPosition[1]=C +Phase_1Path_2_ReturnSlot[1]=30 +Phase_1Path_2_ReturnRadialPosition[1]=0 +Phase_1Path_2_ReturnTangentialPosition[1]=C +Phase_1Path_2_Turns[1]=6 +Phase_1Path_2_GoSlot[2]=36 +Phase_1Path_2_GoRadialPosition[2]=0 +Phase_1Path_2_GoTangentialPosition[2]=C +Phase_1Path_2_ReturnSlot[2]=41 +Phase_1Path_2_ReturnRadialPosition[2]=0 +Phase_1Path_2_ReturnTangentialPosition[2]=C +Phase_1Path_2_Turns[2]=6 +Phase_1Path_2_GoSlot[3]=47 +Phase_1Path_2_GoRadialPosition[3]=0 +Phase_1Path_2_GoTangentialPosition[3]=C +Phase_1Path_2_ReturnSlot[3]=42 +Phase_1Path_2_ReturnRadialPosition[3]=0 +Phase_1Path_2_ReturnTangentialPosition[3]=C +Phase_1Path_2_Turns[3]=6 +Phase_2Path_1_GoSlot[0]=16 +Phase_2Path_1_GoRadialPosition[0]=0 +Phase_2Path_1_GoTangentialPosition[0]=C +Phase_2Path_1_ReturnSlot[0]=21 +Phase_2Path_1_ReturnRadialPosition[0]=0 +Phase_2Path_1_ReturnTangentialPosition[0]=C +Phase_2Path_1_Turns[0]=6 +Phase_2Path_1_GoSlot[1]=27 +Phase_2Path_1_GoRadialPosition[1]=0 +Phase_2Path_1_GoTangentialPosition[1]=C +Phase_2Path_1_ReturnSlot[1]=22 +Phase_2Path_1_ReturnRadialPosition[1]=0 +Phase_2Path_1_ReturnTangentialPosition[1]=C +Phase_2Path_1_Turns[1]=6 +Phase_2Path_1_GoSlot[2]=28 +Phase_2Path_1_GoRadialPosition[2]=0 +Phase_2Path_1_GoTangentialPosition[2]=C +Phase_2Path_1_ReturnSlot[2]=33 +Phase_2Path_1_ReturnRadialPosition[2]=0 +Phase_2Path_1_ReturnTangentialPosition[2]=C +Phase_2Path_1_Turns[2]=6 +Phase_2Path_1_GoSlot[3]=39 +Phase_2Path_1_GoRadialPosition[3]=0 +Phase_2Path_1_GoTangentialPosition[3]=C +Phase_2Path_1_ReturnSlot[3]=34 +Phase_2Path_1_ReturnRadialPosition[3]=0 +Phase_2Path_1_ReturnTangentialPosition[3]=C +Phase_2Path_1_Turns[3]=6 +Phase_2Path_2_GoSlot[0]=40 +Phase_2Path_2_GoRadialPosition[0]=0 +Phase_2Path_2_GoTangentialPosition[0]=C +Phase_2Path_2_ReturnSlot[0]=45 +Phase_2Path_2_ReturnRadialPosition[0]=0 +Phase_2Path_2_ReturnTangentialPosition[0]=C +Phase_2Path_2_Turns[0]=6 +Phase_2Path_2_GoSlot[1]=3 +Phase_2Path_2_GoRadialPosition[1]=0 +Phase_2Path_2_GoTangentialPosition[1]=C +Phase_2Path_2_ReturnSlot[1]=46 +Phase_2Path_2_ReturnRadialPosition[1]=0 +Phase_2Path_2_ReturnTangentialPosition[1]=C +Phase_2Path_2_Turns[1]=6 +Phase_2Path_2_GoSlot[2]=4 +Phase_2Path_2_GoRadialPosition[2]=0 +Phase_2Path_2_GoTangentialPosition[2]=C +Phase_2Path_2_ReturnSlot[2]=9 +Phase_2Path_2_ReturnRadialPosition[2]=0 +Phase_2Path_2_ReturnTangentialPosition[2]=C +Phase_2Path_2_Turns[2]=6 +Phase_2Path_2_GoSlot[3]=15 +Phase_2Path_2_GoRadialPosition[3]=0 +Phase_2Path_2_GoTangentialPosition[3]=C +Phase_2Path_2_ReturnSlot[3]=10 +Phase_2Path_2_ReturnRadialPosition[3]=0 +Phase_2Path_2_ReturnTangentialPosition[3]=C +Phase_2Path_2_Turns[3]=6 +Phase_3Path_1_GoSlot[0]=32 +Phase_3Path_1_GoRadialPosition[0]=0 +Phase_3Path_1_GoTangentialPosition[0]=C +Phase_3Path_1_ReturnSlot[0]=37 +Phase_3Path_1_ReturnRadialPosition[0]=0 +Phase_3Path_1_ReturnTangentialPosition[0]=C +Phase_3Path_1_Turns[0]=6 +Phase_3Path_1_GoSlot[1]=43 +Phase_3Path_1_GoRadialPosition[1]=0 +Phase_3Path_1_GoTangentialPosition[1]=C +Phase_3Path_1_ReturnSlot[1]=38 +Phase_3Path_1_ReturnRadialPosition[1]=0 +Phase_3Path_1_ReturnTangentialPosition[1]=C +Phase_3Path_1_Turns[1]=6 +Phase_3Path_1_GoSlot[2]=44 +Phase_3Path_1_GoRadialPosition[2]=0 +Phase_3Path_1_GoTangentialPosition[2]=C +Phase_3Path_1_ReturnSlot[2]=1 +Phase_3Path_1_ReturnRadialPosition[2]=0 +Phase_3Path_1_ReturnTangentialPosition[2]=C +Phase_3Path_1_Turns[2]=6 +Phase_3Path_1_GoSlot[3]=7 +Phase_3Path_1_GoRadialPosition[3]=0 +Phase_3Path_1_GoTangentialPosition[3]=C +Phase_3Path_1_ReturnSlot[3]=2 +Phase_3Path_1_ReturnRadialPosition[3]=0 +Phase_3Path_1_ReturnTangentialPosition[3]=C +Phase_3Path_1_Turns[3]=6 +Phase_3Path_2_GoSlot[0]=8 +Phase_3Path_2_GoRadialPosition[0]=0 +Phase_3Path_2_GoTangentialPosition[0]=C +Phase_3Path_2_ReturnSlot[0]=13 +Phase_3Path_2_ReturnRadialPosition[0]=0 +Phase_3Path_2_ReturnTangentialPosition[0]=C +Phase_3Path_2_Turns[0]=6 +Phase_3Path_2_GoSlot[1]=19 +Phase_3Path_2_GoRadialPosition[1]=0 +Phase_3Path_2_GoTangentialPosition[1]=C +Phase_3Path_2_ReturnSlot[1]=14 +Phase_3Path_2_ReturnRadialPosition[1]=0 +Phase_3Path_2_ReturnTangentialPosition[1]=C +Phase_3Path_2_Turns[1]=6 +Phase_3Path_2_GoSlot[2]=20 +Phase_3Path_2_GoRadialPosition[2]=0 +Phase_3Path_2_GoTangentialPosition[2]=C +Phase_3Path_2_ReturnSlot[2]=25 +Phase_3Path_2_ReturnRadialPosition[2]=0 +Phase_3Path_2_ReturnTangentialPosition[2]=C +Phase_3Path_2_Turns[2]=6 +Phase_3Path_2_GoSlot[3]=31 +Phase_3Path_2_GoRadialPosition[3]=0 +Phase_3Path_2_GoTangentialPosition[3]=C +Phase_3Path_2_ReturnSlot[3]=26 +Phase_3Path_2_ReturnRadialPosition[3]=0 +Phase_3Path_2_ReturnTangentialPosition[3]=C +Phase_3Path_2_Turns[3]=6 + +[CustomDriveCycle] +ElecAngleValue[0]=0 +CurrentValuePh1[0]=-1 +CurrentValuePh2[0]=-0.77942286 +CurrentValuePh3[0]=0 +ElecAngleValue[1]=8 +CurrentValuePh1[1]=-0.93871826604637 +CurrentValuePh2[1]=-0.77700372 +CurrentValuePh3[1]=0 +ElecAngleValue[2]=16 +CurrentValuePh1[2]=-0.888205238663473 +CurrentValuePh2[2]=-0.77498461 +CurrentValuePh3[2]=0 +ElecAngleValue[3]=24 +CurrentValuePh1[3]=-0.853502821699245 +CurrentValuePh2[3]=-0.77336551 +CurrentValuePh3[3]=0 +ElecAngleValue[4]=32 +CurrentValuePh1[4]=-0.83530381575845 +CurrentValuePh2[4]=-0.77214178 +CurrentValuePh3[4]=0 +ElecAngleValue[5]=40 +CurrentValuePh1[5]=-0.830968776744942 +CurrentValuePh2[5]=-0.77130443 +CurrentValuePh3[5]=0 +ElecAngleValue[6]=48 +CurrentValuePh1[6]=-0.837488724876224 +CurrentValuePh2[6]=-0.77084036 +CurrentValuePh3[6]=0 +ElecAngleValue[7]=56 +CurrentValuePh1[7]=-0.847918046727221 +CurrentValuePh2[7]=-0.77073264 +CurrentValuePh3[7]=0 +ElecAngleValue[8]=64 +CurrentValuePh1[8]=-0.717074962894959 +CurrentValuePh2[8]=-0.77096085 +CurrentValuePh3[8]=0 +ElecAngleValue[9]=72 +CurrentValuePh1[9]=-0.493388829474918 +CurrentValuePh2[9]=-0.77150137 +CurrentValuePh3[9]=0 +ElecAngleValue[10]=80 +CurrentValuePh1[10]=-0.322200911905088 +CurrentValuePh2[10]=-0.7723278 +CurrentValuePh3[10]=0 +ElecAngleValue[11]=88 +CurrentValuePh1[11]=-0.191138628374357 +CurrentValuePh2[11]=-0.77341129 +CurrentValuePh3[11]=0 +ElecAngleValue[12]=96 +CurrentValuePh1[12]=-0.0878816831657559 +CurrentValuePh2[12]=-0.77472094 +CurrentValuePh3[12]=0 +ElecAngleValue[13]=104 +CurrentValuePh1[13]=-0.00130268482913961 +CurrentValuePh2[13]=-0.77622421 +CurrentValuePh3[13]=0 +ElecAngleValue[14]=112 +CurrentValuePh1[14]=0.0731984999888216 +CurrentValuePh2[14]=-0.77788733 +CurrentValuePh3[14]=0 +ElecAngleValue[15]=120 +CurrentValuePh1[15]=0.148082202995087 +CurrentValuePh2[15]=-0.7796757 +CurrentValuePh3[15]=0 +ElecAngleValue[16]=128 +CurrentValuePh1[16]=0.340846938270071 +CurrentValuePh2[16]=-0.78155429 +CurrentValuePh3[16]=0 +ElecAngleValue[17]=136 +CurrentValuePh1[17]=0.486279356030335 +CurrentValuePh2[17]=-0.7834881 +CurrentValuePh3[17]=0 +ElecAngleValue[18]=144 +CurrentValuePh1[18]=0.601133288822327 +CurrentValuePh2[18]=-0.7854425 +CurrentValuePh3[18]=0 +ElecAngleValue[19]=152 +CurrentValuePh1[19]=0.698607183716649 +CurrentValuePh2[19]=-0.78738366 +CurrentValuePh3[19]=0 +ElecAngleValue[20]=160 +CurrentValuePh1[20]=0.787909069154176 +CurrentValuePh2[20]=-0.78927889 +CurrentValuePh3[20]=0 +ElecAngleValue[21]=168 +CurrentValuePh1[21]=0.873798737924755 +CurrentValuePh2[21]=-0.79109706 +CurrentValuePh3[21]=0 +ElecAngleValue[22]=176 +CurrentValuePh1[22]=0.958295180377405 +CurrentValuePh2[22]=-0.79280888 +CurrentValuePh3[22]=0 +ElecAngleValue[23]=184 +CurrentValuePh1[23]=0.968528323433258 +CurrentValuePh2[23]=-0.79438723 +CurrentValuePh3[23]=0 +ElecAngleValue[24]=192 +CurrentValuePh1[24]=0.911687351888338 +CurrentValuePh2[24]=-0.79580748 +CurrentValuePh3[24]=0 +ElecAngleValue[25]=200 +CurrentValuePh1[25]=0.868743794472829 +CurrentValuePh2[25]=-0.79704773 +CurrentValuePh3[25]=0 +ElecAngleValue[26]=208 +CurrentValuePh1[26]=0.842440000512874 +CurrentValuePh2[26]=-0.79808903 +CurrentValuePh3[26]=0 +ElecAngleValue[27]=216 +CurrentValuePh1[27]=0.831668330631916 +CurrentValuePh2[27]=-0.79891562 +CurrentValuePh3[27]=0 +ElecAngleValue[28]=224 +CurrentValuePh1[28]=0.83253704010037 +CurrentValuePh2[28]=-0.79951503 +CurrentValuePh3[28]=0 +ElecAngleValue[29]=232 +CurrentValuePh1[29]=0.8428882292834 +CurrentValuePh2[29]=-0.7998783 +CurrentValuePh3[29]=0 +ElecAngleValue[30]=240 +CurrentValuePh1[30]=0.851859148749219 +CurrentValuePh2[30]=-0.8 +CurrentValuePh3[30]=0 +ElecAngleValue[31]=248 +CurrentValuePh1[31]=0.597931117288872 +CurrentValuePh2[31]=-0.7998783 +CurrentValuePh3[31]=0 +ElecAngleValue[32]=256 +CurrentValuePh1[32]=0.401991793105739 +CurrentValuePh2[32]=-0.79951503 +CurrentValuePh3[32]=0 +ElecAngleValue[33]=264 +CurrentValuePh1[33]=0.252440106015682 +CurrentValuePh2[33]=-0.79891562 +CurrentValuePh3[33]=0 +ElecAngleValue[34]=272 +CurrentValuePh1[34]=0.136769228882188 +CurrentValuePh2[34]=-0.79808903 +CurrentValuePh3[34]=0 +ElecAngleValue[35]=280 +CurrentValuePh1[35]=0.0431313647772651 +CurrentValuePh2[35]=-0.79704773 +CurrentValuePh3[35]=0 +ElecAngleValue[36]=288 +CurrentValuePh1[36]=-0.036242021204752 +CurrentValuePh2[36]=-0.79580748 +CurrentValuePh3[36]=0 +ElecAngleValue[37]=296 +CurrentValuePh1[37]=-0.110314973495683 +CurrentValuePh2[37]=-0.79438723 +CurrentValuePh3[37]=0 +ElecAngleValue[38]=304 +CurrentValuePh1[38]=-0.251510228361608 +CurrentValuePh2[38]=-0.79280888 +CurrentValuePh3[38]=0 +ElecAngleValue[39]=312 +CurrentValuePh1[39]=-0.418361438437887 +CurrentValuePh2[39]=-0.79109706 +CurrentValuePh3[39]=0 +ElecAngleValue[40]=320 +CurrentValuePh1[40]=-0.546611404305135 +CurrentValuePh2[40]=-0.78927889 +CurrentValuePh3[40]=0 +ElecAngleValue[41]=328 +CurrentValuePh1[41]=-0.651373323646622 +CurrentValuePh2[41]=-0.78738366 +CurrentValuePh3[41]=0 +ElecAngleValue[42]=336 +CurrentValuePh1[42]=-0.743859140125114 +CurrentValuePh2[42]=-0.7854425 +CurrentValuePh3[42]=0 +ElecAngleValue[43]=344 +CurrentValuePh1[43]=-0.831304490648428 +CurrentValuePh2[43]=-0.7834881 +CurrentValuePh3[43]=0 +ElecAngleValue[44]=352 +CurrentValuePh1[44]=-0.916152033951411 +CurrentValuePh2[44]=-0.78155429 +CurrentValuePh3[44]=0 +ElecAngleValue[45]=360 +CurrentValuePh1[45]=-1 +CurrentValuePh2[45]=-0.7796757 +CurrentValuePh3[45]=0 + +[Scripting] +ScriptLines=95 +Script[0]="" +Script[1]="" +Script[2]="" +Script[3]="" +Script[4]="" +Script[5]="" +Script[6]="" +Script[7]="" +Script[8]="" +Script[9]="" +Script[10]="" +Script[11]="" +Script[12]="" +Script[13]="" +Script[14]="" +Script[15]="" +Script[16]="" +Script[17]="" +Script[18]="" +Script[19]="" +Script[20]="'' example Script" +Script[21]="' this is the main function called when the run script button is pressed" +Script[22]="' the function is passed the current title of the motor project" +Script[23]="Function MainFunction(Title)" +Script[24]="dim mcad" +Script[25]="set mcad = createobject(""motorcad.appautomation"")" +Script[26]="call mcad.showmessage(""example of script for ""+ Title)" +Script[27]="" +Script[28]="' speed up the set by setting to avoid immediate update of input" +Script[29]="call mcad.AvoidImmediateUpdate(true)" +Script[30]="" +Script[31]="' set all messages to display in a separate window" +Script[32]="' Warning: this will disable crucial popups e.g. prompts to save files, overwrite data etc" +Script[33]="' Please ensure this is the behaviour you want" +Script[34]="call mcad.SetVariable(""MessageDisplayState"",2)" +Script[35]="" +Script[36]="' set the radial cross section display" +Script[37]="'call mcad.DisplayScreen(""Radial"")" +Script[38]="" +Script[39]="' example of call to a separate function" +Script[40]="mySecondFunction(mcad)" +Script[41]="" +Script[42]="' set the scripting display" +Script[43]="call mcad.DisplayScreen(""Scripting"")" +Script[44]="" +Script[45]="' Restore the messages" +Script[46]="call mcad.SetVariable(""MessageDisplayState"", 0)" +Script[47]="" +Script[48]="End Function" +Script[49]="" +Script[50]="' this is an example of a separate function that takes mcad as a parameter" +Script[51]="Function mySecondFunction(mcad)" +Script[52]="for toothWidth = 1 to 3 step .5" +Script[53]="call mcad.showmessage(""Tooth width = "" + CStr(toothWidth))" +Script[54]="call mcad.SetVariable(""Tooth_Width"", toothWidth)" +Script[55]="call mcad.DoSteadyStateAnalysis" +Script[56]="call mcad.GetVariable(""T_[WINDING_AVERAGE]"", temperature)" +Script[57]="call mcad.showmessage(""Winding temperature = "" + CStr(temperature))" +Script[58]="" +Script[59]="' to be able to stop a script from the stop button need this code in the innermost loop" +Script[60]="' this asks Motor-CAD if the stop button has been pressed" +Script[61]="if mcad.IsStopRequested then exit function end if" +Script[62]="" +Script[63]="" +Script[64]="Next" +Script[65]="" +Script[66]="" +Script[67]="' myExcelCall" +Script[68]="" +Script[69]="End Function" +Script[70]="" +Script[71]="' this function is called the first time when scripting is run during the analysis" +Script[72]="' this allows parameters to be initialised" +Script[73]="Function Initialisation(Title)" +Script[74]="" +Script[75]="End Function" +Script[76]="" +Script[77]="' this function is called when scripting is run during the analysis after the duty cycle has completed" +Script[78]="' this allows any calculations to be made at the end of the transient" +Script[79]="Function Finalisation(Title)" +Script[80]="" +Script[81]="End Function" +Script[82]="" +Script[83]="" +Script[84]="" +Script[85]="" +Script[86]="' this is an example of putting values into excel" +Script[87]="'Function myExcelCall" +Script[88]="' dim excel" +Script[89]="' set excel = createObject(""excel.application"")" +Script[90]="' excel.visible = TRUE" +Script[91]="' excel.workbooks.add" +Script[92]="" +Script[93]="' excel.cells(1,1).value = ""temperature""" +Script[94]="'End Function" + +[Python_Scripting] +ScriptLines_Python=36 +Python_Script[0]="# need to import win32com.client to use MotorCAD.AppAutomation " +Python_Script[1]="import win32com.client " +Python_Script[2]=" " +Python_Script[3]="#define a function to use later" +Python_Script[4]="def myfunction():" +Python_Script[5]=" array_ToothWidths = [1,1.5,2,2.5,3]" +Python_Script[6]=" for toothWidth in array_ToothWidths: " +Python_Script[7]=" mcApp.showmessage(""Tooth width = "" + str(toothWidth))" +Python_Script[8]=" mcApp.SetVariable(""Tooth_Width"", toothWidth)" +Python_Script[9]=" mcApp.DoSteadyStateAnalysis() " +Python_Script[10]=" ex, temperature = mcApp.GetVariable(""T_[WINDING_AVERAGE]"", )" +Python_Script[11]=" mcApp.showmessage(""Winding temperature = "" + str(temperature)) " +Python_Script[12]="" +Python_Script[13]=" #to be able to stop a script from the stop button need this code in the innermost loop" +Python_Script[14]=" #this asks Motor-CAD if the stop button has been pressed" +Python_Script[15]=" isTrue = mcApp.IsStopRequested()" +Python_Script[16]=" if isTrue:" +Python_Script[17]=" print(""Stop Requested"")" +Python_Script[18]=" break " +Python_Script[19]="" +Python_Script[20]="# create Motor-CAD ActiveX connection" +Python_Script[21]="mcApp = win32com.client.Dispatch(""MotorCAD.AppAutomation"")" +Python_Script[22]="" +Python_Script[23]="# set all messages to display in a separate window" +Python_Script[24]="# Warning: this will disable crucial popups e.g. prompts to save files, overwrite data etc" +Python_Script[25]="# Please ensure this is the behaviour you want" +Python_Script[26]="mcApp.SetVariable(""MessageDisplayState"",2) " +Python_Script[27]="" +Python_Script[28]="# run the function declared above" +Python_Script[29]="myfunction() " +Python_Script[30]="" +Python_Script[31]="" +Python_Script[32]="# restore the message dialogs" +Python_Script[33]="mcApp.SetVariable(""MessageDisplayState"", 0)" +Python_Script[34]=" " +Python_Script[35]="# end of script " + diff --git a/interface/+mcadinterface/AbstractInterface.m b/interface/+mcadinterface/AbstractInterface.m index f9403b4..5ea7b94 100644 --- a/interface/+mcadinterface/AbstractInterface.m +++ b/interface/+mcadinterface/AbstractInterface.m @@ -1,82 +1,94 @@ -classdef (Abstract) AbstractInterface < handle - %ABSTRACTINTERFACE Base class for Motor-CAD interfaces that implements - % the basic load, set, and get methods. - % The client interface classes require a mapping of Motor-CAD parameter - % names to MATLAB parameter names. - - % Copyright 2022-2023 The MathWorks, Inc. - - properties(Abstract, Constant, Access=protected) - McadParameterNameList cell % Motor-CAD parameter names list - ParameterNameList cell % Interface class parameter names list - end - - properties(Access=protected) - mcad % Motor-CAD instance object - motFullFile % mot file full path - McadParameterValuesList cell % Motor-CAD parameter values list - end - - methods(Access=public) - function obj = AbstractInterface(motFullFile) - % AbstractInterface constructor method - obj.loadMcad(motFullFile); - obj.getMcadParameters(); - obj.setMcadMatrixSeparator(); - - for idxParam = 1:length(obj.McadParameterNameList) - paramName = obj.ParameterNameList{idxParam}; - paramValue = obj.McadParameterValuesList{idxParam}; - obj.(paramName) = paramValue; - end - end - - function setParameter(obj, paramName, paramValue) - % Set parameter value in Motor-CAD - idxParam = strcmp(obj.ParameterNameList, paramName); - obj.McadParameterValuesList{idxParam} = paramValue; - mcadParameterName = obj.McadParameterNameList{idxParam}; - invoke(obj.mcad,'DisplayScreen','Scripting'); - invoke(obj.mcad, 'SetVariable', mcadParameterName, paramValue); - end - - function paramValue = getParameter(obj,paramName) - % Get parameter value from Motor-CAD - idxParam = strcmp(obj.ParameterNameList, paramName); - paramValue = obj.McadParameterValuesList{idxParam}; - end - end - - methods(Access=private) - function loadMcad(obj, motFullFile) - % Load the Motor-CAD .mot file - motFullFile = which(motFullFile); - obj.motFullFile = motFullFile; - if ~isfile(motFullFile) - error('.mot file not found on the path. Add the file to the path or use the full file path.'); - end - obj.mcad = actxserver('MotorCAD.AppAutomation'); - invoke(obj.mcad, 'SetVariable',"MessageDisplayState",2); % avoid pop-up windows - invoke(obj.mcad,'LoadFromFile',motFullFile); - invoke(obj.mcad,'DisplayScreen','Scripting'); - end - - function getMcadParameters(obj) - % Get all Motor-CAD parameters in the McadParameterNameList - for idxParam = 1:length(obj.McadParameterNameList) - paramName = obj.McadParameterNameList{idxParam}; - [success, paramValue] = invoke(obj.mcad, 'GetVariable', paramName); - if success ~= 0 - warn('GetVariable failed') - paramValue = NaN; - end - obj.McadParameterValuesList{idxParam} = paramValue; - end - end - - function setMcadMatrixSeparator(obj) - % Set the Motor-CAD MatrixTextSeparator property to ";" - invoke(obj.mcad, 'SetVariable',"MatrixTextSeparator",";"); - end - end +classdef (Abstract) AbstractInterface < handle + %ABSTRACTINTERFACE Base class for Motor-CAD interfaces that implements + % the basic load, set, and get methods. + % The client interface classes require a mapping of Motor-CAD parameter + % names to MATLAB parameter names. + + % Copyright 2022-2023 The MathWorks, Inc. + + properties(Abstract, Constant, Access=protected) + McadParameterNameList cell % Motor-CAD parameter names list + ParameterNameList cell % Interface class parameter names list + end + + properties(Access=protected) + mcad % Motor-CAD instance object + motFullFile % mot file full path + McadParameterValuesList cell % Motor-CAD parameter values list + end + + methods(Access=public) + function obj = AbstractInterface(motFullFile) + % AbstractInterface constructor method + obj.loadMcad(motFullFile); + obj.getMcadParameters(); + obj.setMcadMatrixSeparator(); + + for idxParam = 1:length(obj.McadParameterNameList) + paramName = obj.ParameterNameList{idxParam}; + paramValue = obj.McadParameterValuesList{idxParam}; + obj.(paramName) = paramValue; + end + end + + function setParameter(obj, paramName, paramValue) + % Set parameter value in Motor-CAD + idxParam = strcmp(obj.ParameterNameList, paramName); + obj.McadParameterValuesList{idxParam} = paramValue; + mcadParameterName = obj.McadParameterNameList{idxParam}; + invoke(obj.mcad,'DisplayScreen','Scripting'); + invoke(obj.mcad, 'SetVariable', mcadParameterName, paramValue); + end + + function paramValue = getParameter(obj,paramName) + % Get parameter value from Motor-CAD + idxParam = strcmp(obj.ParameterNameList, paramName); + paramValue = obj.McadParameterValuesList{idxParam}; + end + end + + methods(Access=private) + function loadMcad(obj, motFullFile) + % Load the Motor-CAD .mot file + motFullFile = which(motFullFile); + obj.motFullFile = motFullFile; + if ~isfile(motFullFile) + error('.mot file not found on the path. Add the file to the path or use the full file path.'); + end + try + obj.mcad = actxserver('MotorCAD.AppAutomation'); + catch theException + % Construct a combined error message + combinedErrorMessage = "MATLAB is unable to connect to the Motor-CAD ActiveX automation server. " + ... + "Ensure you opened the .mot file with 'Visual Basic' selected " + ... + "as Scripting Engine option." + newline + ... + "Root cause error: " + newline + ... + "Error ID: " + theException.identifier + newline + ... + "Error Message: " + theException.message; + % Throw a new error with the combined message + error(combinedErrorMessage); + end + invoke(obj.mcad, 'SetVariable',"MessageDisplayState",2); % avoid pop-up windows + invoke(obj.mcad,'LoadFromFile',motFullFile); + invoke(obj.mcad,'DisplayScreen','Scripting'); + end + + function getMcadParameters(obj) + % Get all Motor-CAD parameters in the McadParameterNameList + for idxParam = 1:length(obj.McadParameterNameList) + paramName = obj.McadParameterNameList{idxParam}; + [success, paramValue] = invoke(obj.mcad, 'GetVariable', paramName); + if success ~= 0 + warn('GetVariable failed') + paramValue = NaN; + end + obj.McadParameterValuesList{idxParam} = paramValue; + end + end + + function setMcadMatrixSeparator(obj) + % Set the Motor-CAD MatrixTextSeparator property to ";" + invoke(obj.mcad, 'SetVariable',"MatrixTextSeparator",";"); + end + end end \ No newline at end of file diff --git a/interface/+mcadinterface/BasicInterface.m b/interface/+mcadinterface/BasicInterface.m index 0e375a0..f695996 100644 --- a/interface/+mcadinterface/BasicInterface.m +++ b/interface/+mcadinterface/BasicInterface.m @@ -1,576 +1,638 @@ -classdef BasicInterface < mcadinterface.AbstractInterface - %BASICINTERFACE Motor-CAD interface that sets and gets parameter values and - %implements callbacks to push changes of MATLAB parameter values to the - %associated Motor-CAD instance. - - % Copyright 2022 The MathWorks, Inc. - - properties(Constant, Access=protected) - McadParameterNameList = {'Ambient_Temperature'; ... - 'StatorCopperLossesVaryWithTemp'; ... - 'StatorCopperTempCoefResistivity'; ... - 'StatorWindingTemperatureAtWhichPcuInput'; ... - 'RotorCopperLossesVaryWithTemp'; ... - 'RotorCopperTempCoefResistivity'; ... - 'RotorWindingTemperatureAtWhichPcuInput'; ... - 'MagneticThermalCoupling'; ... - 'LabThermalCoupling'; ... - ... Loss variables - 'Armature_Copper_Loss_@Ref_Speed'; ... - 'Rotor_Copper_Loss_@Ref_Speed'; ... - 'Stator_Iron_Loss_@Ref_Speed_[Back_Iron]'; ... - 'Stator_Iron_Loss_@Ref_Speed_[Tooth]'; ... - 'IM_SllStatorSplit_MotorLAB'; ... - 'Stator_Iron_Stray_Load_Loss_@Ref_Speed'; ... - 'Rotor_Iron_Stray_Load_Loss_@Ref_Speed'; ... - 'Stator_Copper_Stray_Load_Loss_@Ref_Speed'; ... - 'Rotor_Copper_Stray_Load_Loss_@Ref_Speed'; ... - 'Magnet_Iron_Loss_@Ref_Speed'; ... - 'Rotor_Iron_Loss_@Ref_Speed_[Embedded_Magnet_Pole]'; ... - 'Rotor_Iron_Loss_@Ref_Speed_[Back_Iron]'; ... - 'Rotor_Iron_Loss_@Ref_Speed_[Tooth]'; ... - 'Friction_Loss_[F]_@Ref_Speed'; ... - 'Friction_Loss_[R]_@Ref_Speed'; ... - 'Windage_Loss_@Ref_Speed'; ... - 'Windage_Loss_(Ext_Fan)@Ref_Speed'; ... - ... - 'TorqueDemand_MotorLAB'; ... - 'SpeedDemand_MotorLAB'; ... - 'Shaft_Speed_[RPM]'; ... - ... Cooling system variables ------- - ... Ventilated - 'Through_Ventilation'; ... - 'SelfVentilation'; ... - 'TVent_Flow_Rate'; ... - 'TVent_Inlet_Temperature'; ... - ... Housing Water Jacket - 'Housing_Water_Jacket'; ... - 'WJ_Fluid_Volume_Flow_Rate'; ... - 'WJ_Fluid_Inlet_Temperature'; ... - ... Shaft Spiral Groove - 'Shaft_Spiral_Groove'; ... - 'Shaft_Groove_Fluid_Volume_Flow_Rate'; ... - 'Shaft_Groove_Fluid_Inlet_Temperature'; ... - ... Wet Rotor - 'Wet_Rotor'; ... - 'Wet_Rotor_Fluid_Volume_Flow_Rate'; ... - 'Wet_Rotor_Inlet_Temperature'; ... - ... Spray Cooling - 'Spray_Cooling'; ... - 'Spray_Cooling_Fluid_Volume_Flow_Rate'; ... - 'Spray_Cooling_Inlet_Temp'; ... - ... Rotor Water Jacket - 'Rotor_Water_Jacket'; ... - 'Rotor_WJ_Fluid_Volume_Flow_Rate'; ... - 'RotorWJ_Inlet_Temp'; ... - ... Slot Water Jacket - 'Slot_Water_Jacket'; ... - 'Slot_WJ_Fluid_Volume_Flow_Rate'; ... - 'Slot_WJ_fluid_inlet_temperature'; ... - ... add all cooling inlet variables - ... Calculation settings - 'ThermalCalcType'; ... - 'TransientCalculationType'; ... - 'Simple_Transient_Period'; ... - 'EndPoint_Definition'; ... - 'Simple_Transient_Definition'; ... - 'Simple_Transient_Number_Points'; ... - 'Simple_Transient_Torque'; ... - 'InitialTransientTemperatureOption' ... - }; - ParameterNameList = {'Tambient_degC'; ... - 'EnableStatorTempCoeffRes'; ... - 'StatorTempCoeffRes'; ... - 'TrefStator_degC'; ... - 'EnableRotorTempCoeffRes'; ... - 'RotorTempCoeffRes'; ... - 'TrefRotor_degC'; ... - 'MagneticThermalCouplingChoice'; ... - 'LabThermalCouplingChoice'; ... - ... Loss variables - 'Armature_Copper_Loss'; ... - 'Rotor_Copper_Loss'; ... - 'Stator_Iron_Loss_Back_Iron'; ... - 'Stator_Iron_Loss_Tooth'; ... - 'Stray_Loss_Stator_Iron_Proportion'; ... - 'Stator_Iron_Stray_Load_Loss'; ... - 'Rotor_Iron_Stray_Load_Loss'; ... - 'Stator_Copper_Stray_Load_Loss'; ... - 'Rotor_Copper_Stray_Load_Loss'; ... - 'Magnet_Iron_Loss'; ... - 'Rotor_Iron_Loss_Embedded_Magnet_Pole'; ... - 'Rotor_Iron_Loss_Back_Iron'; ... - 'Rotor_Iron_Loss_Tooth'; ... - 'Friction_Loss_F'; ... - 'Friction_Loss_R'; ... - 'Windage_Loss'; ... - 'Windage_Loss_Ext_Fan'; ... - ... - 'Shaft_Torque_Nm'; ... - 'Shaft_Speed_RPM'; ... - 'Shaft_Speed_RPM_Thermal'; ... - ... Cooling system variables ----------- - ... Ventilated - 'Ventilated_Enable'; ... - 'Ventilated_Enable2'; ... - 'Ventilated_FlowRate_m3ps'; ... - 'Ventilated_InletTemperature_degC'; ... - ... Housing Water Jacket - 'HousingWaterJacket_Enable'; ... - 'HousingWaterJacket_FlowRate_m3ps'; ... - 'HousingWaterJacket_InletTemperature_degC'; ... - ... Shaft Spiral Groove - 'ShaftSpiralGroove_Enable'; ... - 'ShaftSpiralGroove_FlowRate_m3ps'; ... - 'ShaftSpiralGroove_InletTemperature_degC'; ... - ... Wet Rotor - 'WetRotor_Enable'; ... - 'WetRotor_FlowRate_m3ps'; ... - 'WetRotor_InletTemperature_degC'; ... - ... Spray Cooling - 'SprayCooling_Enable'; ... - 'SprayCooling_FlowRate_m3ps'; ... - 'SprayCooling_InletTemperature_degC'; ... - ... Rotor Water Jacket - 'RotorWaterJacket_Enable'; ... - 'RotorWaterJacket_FlowRate_m3ps'; ... - 'RotorWaterJacket_InletTemperature_degC'; ... - ... Slot Water Jacket - 'SlotWaterJacket_Enable'; ... - 'SlotWaterJacket_FlowRate_m3ps'; ... - 'SlotWaterJacket_InletTemperature_degC'; ... - ... add all cooling inlet variables - ... Calculation settings - 'ThermalSteadyOrTransientChoice'; ... - 'TransientOption'; ... - 'StopTime'; ... - 'StopTimeChoice'; ... - 'TransientLossesOrTorqueChoice'; ... - 'NumTimeSteps'; ... - 'TransientTorqueValue'; ... - 'InitialTemperatureOption' ... - }; - end - - properties(Access=public) - Tambient_degC (1,1) double % Ambient temperature [degC] - EnableStatorTempCoeffRes (1,1) int32 % Enable stator temperature coefficient for resistivity - StatorTempCoeffRes (1,1) double % Stator temperature coefficient for resistivity [S.I.] - TrefStator_degC (1,1) double % Stator reference temperature [degC] - EnableRotorTempCoeffRes (1,1) int32 % Enable rotor temperature coefficient for resistivity - RotorTempCoeffRes (1,1) double % Rotor temperature coefficient for resistivity [S.I.] - TrefRotor_degC (1,1) double % Rotor reference temperature [degC] - MagneticThermalCouplingChoice (1,1) int32 % Magnetic-Thermal coupling choice - LabThermalCouplingChoice (1,1) int32 % Lab-Thermal coupling choice - ... - Shaft_Torque_Nm (1,1) double % Shaft torque operating point [Nm] - Shaft_Speed_RPM (1,1) double % Shaft speed operating point [rpm] - ... - Ventilated_Enable (1,1) int32 % Enable "Ventilated" cooling system - Ventilated_FlowRate_m3ps (1,1) double % Flow rate (Ventilated) [m3/s] - Ventilated_InletTemperature_degC (1,1) double % Inlet temperature (Ventilated) [degC] - HousingWaterJacket_Enable (1,1) int32 % Enable "Housing Water Jacket" cooling system - HousingWaterJacket_FlowRate_m3ps (1,1) double % Flow rate (Housing Water Jacket) [m3/s] - HousingWaterJacket_InletTemperature_degC (1,1) double % Inlet temperature (Housing Water Jacket) [degC] - ShaftSpiralGroove_Enable (1,1) int32 % Enable "Shaft Spiral Groove" cooling system - ShaftSpiralGroove_FlowRate_m3ps (1,1) double % Flow rate (Shaft Spiral Groove) [m3/s] - ShaftSpiralGroove_InletTemperature_degC (1,1) double % Inlet temperature (Shaft Spiral Groove) [degC] - WetRotor_Enable (1,1) int32 % Enable "Wet Rotor" cooling system - WetRotor_FlowRate_m3ps (1,1) double % Flow rate (Wet Rotor) [m3/s] - WetRotor_InletTemperature_degC (1,1) double % Inlet temperature (Wet Rotor) [degC] - SprayCooling_Enable (1,1) int32 % Enable "Spray Cooling" cooling system - SprayCooling_FlowRate_m3ps (1,1) double % Flow rate (Spray Cooling) [m3/s] - SprayCooling_InletTemperature_degC (1,1) double % Inlet temperature (Spray Cooling) [degC] - RotorWaterJacket_Enable (1,1) int32 % Enable "Rotor Water Jacket" cooling system - RotorWaterJacket_FlowRate_m3ps (1,1) double % Flow rate (Rotor Water Jacket) [m3/s] - RotorWaterJacket_InletTemperature_degC (1,1) double % Inlet temperature (Rotor Water Jacket) [degC] - SlotWaterJacket_Enable (1,1) int32 % Enable "Slot Water Jacket" cooling system - SlotWaterJacket_FlowRate_m3ps (1,1) double % Flow rate (Slot Water Jacket) [m3/s] - SlotWaterJacket_InletTemperature_degC (1,1) double % Inlet temperature (Slot Water Jacket) [degC] - ... - ThermalSteadyOrTransientChoice (1,1) int32 % Choice for steady-state or transient calculation - TransientOption (1,1) int32 % Transient option - StopTime (1,1) double % Transient stop time [s] - StopTimeChoice (1,1) int32 % Choice for transient stop condition - TransientLossesOrTorqueChoice (1,1) int32 % Choice for transient losses (specify loss or specify torque) - NumTimeSteps (1,1) int32 % Number of time steps for transient calculation - TransientTorqueValue (1,1) double % Load torque for transient calculation - InitialTemperatureOption (1,1) int32 % Initial temperature option for transient calculation - end - properties(GetAccess=protected) - Ventilated_Enable2 (1,1) int32 - Shaft_Speed_RPM_Thermal (1,1) double - end - % Losses - properties(GetAccess=protected) - Armature_Copper_Loss (1,1) double % Stator copper loss [W] - Rotor_Copper_Loss (1,1) double % Rotor copper loss [W] - Stator_Iron_Loss_Back_Iron (1,1) double % Stator back iron loss [W] - Stator_Iron_Loss_Tooth (1,1) double % Stator tooth iron loss [W] - Stator_Iron_Stray_Load_Loss (1,1) double % Stator iron stray loss [W] - Rotor_Iron_Stray_Load_Loss (1,1) double % Rotor iron stray loss [W] - Stator_Copper_Stray_Load_Loss (1,1) double % Stator copper stray loss [W] - Rotor_Copper_Stray_Load_Loss (1,1) double % Rotor copper stray loss [W] - Magnet_Iron_Loss (1,1) double % Magnet loss [W] - Rotor_Iron_Loss_Embedded_Magnet_Pole (1,1) double % Rotor pole iron loss [W] - Rotor_Iron_Loss_Back_Iron (1,1) double % Rotor back iron loss [W] - Rotor_Iron_Loss_Tooth (1,1) double % Rotor tooth iron loss [W] - Friction_Loss_F (1,1) double % Front bearing friction loss [W] - Friction_Loss_R (1,1) double % Rear bearing friction loss [W] - Windage_Loss (1,1) double % Windage loss [W] - Windage_Loss_Ext_Fan (1,1) double % External fan windage loss [W] - end - properties(Access=public) - Stray_Loss_Stator_Iron_Proportion (1,1) double % Proportion of iron stray loss in stator - end - properties(Constant, Access=public) - % LossTypes - LossTypes = {'Armature_Copper_Loss'; ... - 'Rotor_Copper_Loss'; ... - 'Stator_Iron_Loss_Back_Iron'; ... - 'Stator_Iron_Loss_Tooth'; ... - 'Stator_Iron_Stray_Load_Loss'; ... - 'Rotor_Iron_Stray_Load_Loss'; ... - 'Stator_Copper_Stray_Load_Loss'; ... - 'Rotor_Copper_Stray_Load_Loss'; ... - 'Magnet_Iron_Loss'; ... - 'Rotor_Iron_Loss_Embedded_Magnet_Pole'; ... - 'Rotor_Iron_Loss_Back_Iron'; ... - 'Rotor_Iron_Loss_Tooth'; ... - 'Friction_Loss_F'; ... - 'Friction_Loss_R'; ... - 'Windage_Loss'; ... - 'Windage_Loss_Ext_Fan'} - end - properties(Access=public) - LossValues (16,1) double % Loss values corresponding to LossTypes - end - - % Overload the constructor - methods - function obj = BasicInterface(motFullFile) - % BasicInterface constructor - - obj = obj@mcadinterface.AbstractInterface(motFullFile); - - % Special parameters - for idxLoss = 1:length(obj.LossTypes) - thisLossName = obj.LossTypes{idxLoss}; - thisLossValue = obj.getParameter(thisLossName); - obj.LossValues(idxLoss) = thisLossValue; - end - - % SelfVentilated OR Through_Ventilated are the same setting. Use Through_Ventilated only - enableSelfVent = obj.getParameter('Ventilated_Enable2'); - if enableSelfVent - obj.Ventilated_Enable2 = 0; - obj.Ventilated_Enable = 1; - end - - end - end - - - % Basic set methods - methods - function set.Tambient_degC(obj, value) - obj.setParameter('Tambient_degC', value); - obj.Tambient_degC = value; - end - - function set.EnableStatorTempCoeffRes(obj, value) - obj.setParameter('EnableStatorTempCoeffRes', value); - obj.EnableStatorTempCoeffRes = value; - end - - function set.StatorTempCoeffRes(obj, value) - obj.setParameter('StatorTempCoeffRes', value); - obj.StatorTempCoeffRes = value; - end - - function set.TrefStator_degC(obj, value) - obj.setParameter('TrefStator_degC', value); - obj.TrefStator_degC = value; - end - - function set.EnableRotorTempCoeffRes(obj, value) - obj.setParameter('EnableRotorTempCoeffRes', value); - obj.EnableRotorTempCoeffRes = value; - end - - function set.RotorTempCoeffRes(obj, value) - obj.setParameter('RotorTempCoeffRes', value); - obj.RotorTempCoeffRes = value; - end - - function set.TrefRotor_degC(obj, value) - obj.setParameter('TrefRotor_degC', value); - obj.TrefRotor_degC = value; - end - - function set.MagneticThermalCouplingChoice(obj, value) - obj.setParameter('MagneticThermalCouplingChoice', value); - obj.MagneticThermalCouplingChoice = value; - end - - function set.LabThermalCouplingChoice(obj, value) - obj.setParameter('LabThermalCouplingChoice', value); - obj.LabThermalCouplingChoice = value; - end - - function set.Armature_Copper_Loss(obj, value) - obj.setParameter('Armature_Copper_Loss', value); - obj.Armature_Copper_Loss = value; - end - - function set.Rotor_Copper_Loss(obj, value) - obj.setParameter('Rotor_Copper_Loss', value); - obj.Rotor_Copper_Loss = value; - end - - function set.Stator_Iron_Loss_Back_Iron(obj, value) - obj.setParameter('Stator_Iron_Loss_Back_Iron', value); - obj.Stator_Iron_Loss_Back_Iron = value; - end - - function set.Stator_Iron_Loss_Tooth(obj, value) - obj.setParameter('Stator_Iron_Loss_Tooth', value); - obj.Stator_Iron_Loss_Tooth = value; - end - - function set.Stator_Iron_Stray_Load_Loss(obj, value) - obj.setParameter('Stator_Iron_Stray_Load_Loss', value); - obj.Stator_Iron_Stray_Load_Loss = value; - end - - function set.Rotor_Iron_Stray_Load_Loss(obj, value) - obj.setParameter('Rotor_Iron_Stray_Load_Loss', value); - obj.Rotor_Iron_Stray_Load_Loss = value; - end - - function set.Stator_Copper_Stray_Load_Loss(obj, value) - obj.setParameter('Stator_Copper_Stray_Load_Loss', value); - obj.Stator_Copper_Stray_Load_Loss = value; - end - - function set.Rotor_Copper_Stray_Load_Loss(obj, value) - obj.setParameter('Rotor_Copper_Stray_Load_Loss', value); - obj.Rotor_Copper_Stray_Load_Loss = value; - end - - function set.Magnet_Iron_Loss(obj, value) - obj.setParameter('Magnet_Iron_Loss', value); - obj.Magnet_Iron_Loss = value; - end - - function set.Rotor_Iron_Loss_Embedded_Magnet_Pole(obj, value) - obj.setParameter('Rotor_Iron_Loss_Embedded_Magnet_Pole', value); - obj.Rotor_Iron_Loss_Embedded_Magnet_Pole = value; - end - - function set.Rotor_Iron_Loss_Back_Iron(obj, value) - obj.setParameter('Rotor_Iron_Loss_Back_Iron', value); - obj.Rotor_Iron_Loss_Back_Iron = value; - end - - function set.Friction_Loss_F(obj, value) - obj.setParameter('Friction_Loss_F', value); - obj.Friction_Loss_F = value; - end - - function set.Friction_Loss_R(obj, value) - obj.setParameter('Friction_Loss_R', value); - obj.Friction_Loss_R = value; - end - - function set.Windage_Loss(obj, value) - obj.setParameter('Windage_Loss', value); - obj.Windage_Loss = value; - end - - function set.Windage_Loss_Ext_Fan(obj, value) - obj.setParameter('Windage_Loss_Ext_Fan', value); - obj.Windage_Loss_Ext_Fan = value; - end - - function set.Stray_Loss_Stator_Iron_Proportion(obj, value) - obj.setParameter('Stray_Loss_Stator_Iron_Proportion', value); - obj.Stray_Loss_Stator_Iron_Proportion = value; - end - - function set.Shaft_Torque_Nm(obj, value) - obj.setParameter('Shaft_Torque_Nm', value); - obj.Shaft_Torque_Nm = value; - end - - function set.Ventilated_Enable(obj, value) - obj.setParameter('Ventilated_Enable', value); - obj.Ventilated_Enable = value; - end - - function set.Ventilated_FlowRate_m3ps(obj, value) - obj.setParameter('Ventilated_FlowRate_m3ps', value); - obj.Ventilated_FlowRate_m3ps = value; - end - - function set.Ventilated_InletTemperature_degC(obj, value) - obj.setParameter('Ventilated_InletTemperature_degC', value); - obj.Ventilated_InletTemperature_degC = value; - end - - function set.HousingWaterJacket_Enable(obj, value) - obj.setParameter('HousingWaterJacket_Enable', value); - obj.HousingWaterJacket_Enable = value; - end - - function set.HousingWaterJacket_FlowRate_m3ps(obj, value) - obj.setParameter('HousingWaterJacket_FlowRate_m3ps', value); - obj.HousingWaterJacket_FlowRate_m3ps = value; - end - - function set.HousingWaterJacket_InletTemperature_degC(obj, value) - obj.setParameter('HousingWaterJacket_InletTemperature_degC', value); - obj.HousingWaterJacket_InletTemperature_degC = value; - end - - function set.ShaftSpiralGroove_Enable(obj, value) - obj.setParameter('ShaftSpiralGroove_Enable', value); - obj.ShaftSpiralGroove_Enable = value; - end - - function set.ShaftSpiralGroove_FlowRate_m3ps(obj, value) - obj.setParameter('ShaftSpiralGroove_FlowRate_m3ps', value); - obj.ShaftSpiralGroove_FlowRate_m3ps = value; - end - - function set.ShaftSpiralGroove_InletTemperature_degC(obj, value) - obj.setParameter('ShaftSpiralGroove_InletTemperature_degC', value); - obj.ShaftSpiralGroove_InletTemperature_degC = value; - end - - function set.WetRotor_Enable(obj, value) - obj.setParameter('WetRotor_Enable', value); - obj.WetRotor_Enable = value; - end - - function set.WetRotor_FlowRate_m3ps(obj, value) - obj.setParameter('WetRotor_FlowRate_m3ps', value); - obj.WetRotor_FlowRate_m3ps = value; - end - - function set.WetRotor_InletTemperature_degC(obj, value) - obj.setParameter('WetRotor_InletTemperature_degC', value); - obj.WetRotor_InletTemperature_degC = value; - end - - function set.SprayCooling_Enable(obj, value) - obj.setParameter('SprayCooling_Enable', value); - obj.SprayCooling_Enable = value; - end - - function set.SprayCooling_FlowRate_m3ps(obj, value) - obj.setParameter('SprayCooling_FlowRate_m3ps', value); - obj.SprayCooling_FlowRate_m3ps = value; - end - - function set.SprayCooling_InletTemperature_degC(obj, value) - obj.setParameter('SprayCooling_InletTemperature_degC', value); - obj.SprayCooling_InletTemperature_degC = value; - end - - function set.RotorWaterJacket_Enable(obj, value) - obj.setParameter('RotorWaterJacket_Enable', value); - obj.RotorWaterJacket_Enable = value; - end - - function set.RotorWaterJacket_FlowRate_m3ps(obj, value) - obj.setParameter('RotorWaterJacket_FlowRate_m3ps', value); - obj.RotorWaterJacket_FlowRate_m3ps = value; - end - - function set.RotorWaterJacket_InletTemperature_degC(obj, value) - obj.setParameter('RotorWaterJacket_InletTemperature_degC', value); - obj.RotorWaterJacket_InletTemperature_degC = value; - end - - function set.SlotWaterJacket_Enable(obj, value) - obj.setParameter('SlotWaterJacket_Enable', value); - obj.SlotWaterJacket_Enable = value; - end - - function set.SlotWaterJacket_FlowRate_m3ps(obj, value) - obj.setParameter('SlotWaterJacket_FlowRate_m3ps', value); - obj.SlotWaterJacket_FlowRate_m3ps = value; - end - - function set.SlotWaterJacket_InletTemperature_degC(obj, value) - obj.setParameter('SlotWaterJacket_InletTemperature_degC', value); - obj.SlotWaterJacket_InletTemperature_degC = value; - end - - function set.ThermalSteadyOrTransientChoice(obj, value) - obj.setParameter('ThermalSteadyOrTransientChoice', value); - obj.ThermalSteadyOrTransientChoice = value; - end - - function set.TransientOption(obj, value) - obj.setParameter('TransientOption', value); - obj.TransientOption = value; - end - - function set.StopTime(obj, value) - obj.setParameter('StopTime', value); - obj.StopTime = value; - end - - function set.StopTimeChoice(obj, value) - obj.setParameter('StopTimeChoice', value); - obj.StopTimeChoice = value; - end - - function set.TransientLossesOrTorqueChoice(obj, value) - obj.setParameter('TransientLossesOrTorqueChoice', value); - obj.TransientLossesOrTorqueChoice = value; - end - - function set.NumTimeSteps(obj, value) - obj.setParameter('NumTimeSteps', value); - obj.NumTimeSteps = value; - end - - function set.TransientTorqueValue(obj, value) - obj.setParameter('TransientTorqueValue', value); - obj.TransientTorqueValue = value; - end - - function set.InitialTemperatureOption(obj, value) - obj.setParameter('InitialTemperatureOption', value); - obj.InitialTemperatureOption = value; - end - - end - - % Composite set methods - methods - - function set.Shaft_Speed_RPM(obj, value) - obj.setParameter('Shaft_Speed_RPM', value); - obj.Shaft_Speed_RPM = value; - obj.setParameter('Shaft_Speed_RPM_Thermal', value); - end - - function set.LossValues(obj, valuesVec) - arguments - obj mcadinterface.BasicInterface - valuesVec (:,1) {mustBeNumeric,mustBeGreaterThanOrEqual(valuesVec, 0)} - end - for idxLoss = 1:length(obj.LossTypes) - thisLossName = obj.LossTypes{idxLoss}; - obj.setParameter(thisLossName, valuesVec(idxLoss)) - end - obj.LossValues = valuesVec; - end - - end -end - +classdef BasicInterface < mcadinterface.AbstractInterface + %BASICINTERFACE Motor-CAD interface that sets and gets parameter values and + %implements callbacks to push changes of MATLAB parameter values to the + %associated Motor-CAD instance. + + % Copyright 2022 The MathWorks, Inc. + + properties(Constant, Access=protected) + McadParameterNameList = {'Ambient_Temperature'; ... + 'StatorCopperLossesVaryWithTemp'; ... + 'StatorCopperTempCoefResistivity'; ... + 'StatorWindingTemperatureAtWhichPcuInput'; ... + 'RotorCopperLossesVaryWithTemp'; ... + 'RotorCopperTempCoefResistivity'; ... + 'RotorWindingTemperatureAtWhichPcuInput'; ... + 'MagneticThermalCoupling'; ... + 'LabThermalCoupling'; ... + ... Loss variables + 'Armature_Copper_Loss_@Ref_Speed'; ... + 'Rotor_Copper_Loss_@Ref_Speed'; ... + 'Stator_Iron_Loss_@Ref_Speed_[Back_Iron]'; ... + 'Stator_Iron_Loss_@Ref_Speed_[Tooth]'; ... + 'IM_SllStatorSplit_MotorLAB'; ... + 'Stator_Iron_Stray_Load_Loss_@Ref_Speed'; ... + 'Rotor_Iron_Stray_Load_Loss_@Ref_Speed'; ... + 'Stator_Copper_Stray_Load_Loss_@Ref_Speed'; ... + 'Rotor_Copper_Stray_Load_Loss_@Ref_Speed'; ... + 'Magnet_Iron_Loss_@Ref_Speed'; ... + 'Rotor_Iron_Loss_@Ref_Speed_[Embedded_Magnet_Pole]'; ... + 'Rotor_Iron_Loss_@Ref_Speed_[Back_Iron]'; ... + 'Rotor_Iron_Loss_@Ref_Speed_[Tooth]'; ... + 'Friction_Loss_[F]_@Ref_Speed'; ... + 'Friction_Loss_[R]_@Ref_Speed'; ... + 'Windage_Loss_@Ref_Speed'; ... + 'Windage_Loss_(Ext_Fan)@Ref_Speed'; ... + ... + 'TorqueDemand_MotorLAB'; ... + 'SpeedDemand_MotorLAB'; ... + 'Shaft_Speed_[RPM]'; ... + ... Additional loss options + 'Loss_Function_Speed'; ... + 'Copper_Losses_Vary_With_Temperature'; ... + 'RotorCopperLossesVaryWithTemp'; ... + 'StatorIronStrayLoadLossesVaryWithTemp'; ... + 'RotorIronStrayLoadLossesVaryWithTemp'; ... + 'StatorCopperStrayLoadLossesVaryWithTemp'; ... + 'RotorCopperStrayLoadLossesVaryWithTemp'; ... + ... Cooling system variables ------- + ... Ventilated + 'Through_Ventilation'; ... + 'SelfVentilation'; ... + 'TVent_Flow_Rate'; ... + 'TVent_Inlet_Temperature'; ... + ... Housing Water Jacket + 'Housing_Water_Jacket'; ... + 'WJ_Fluid_Volume_Flow_Rate'; ... + 'WJ_Fluid_Inlet_Temperature'; ... + ... Shaft Spiral Groove + 'Shaft_Spiral_Groove'; ... + 'Shaft_Groove_Fluid_Volume_Flow_Rate'; ... + 'Shaft_Groove_Fluid_Inlet_Temperature'; ... + ... Wet Rotor + 'Wet_Rotor'; ... + 'Wet_Rotor_Fluid_Volume_Flow_Rate'; ... + 'Wet_Rotor_Inlet_Temperature'; ... + ... Spray Cooling + 'Spray_Cooling'; ... + 'Spray_Cooling_Fluid_Volume_Flow_Rate'; ... + 'Spray_Cooling_Inlet_Temp'; ... + ... Rotor Water Jacket + 'Rotor_Water_Jacket'; ... + 'Rotor_WJ_Fluid_Volume_Flow_Rate'; ... + 'RotorWJ_Inlet_Temp'; ... + ... Slot Water Jacket + 'Slot_Water_Jacket'; ... + 'Slot_WJ_Fluid_Volume_Flow_Rate'; ... + 'Slot_WJ_fluid_inlet_temperature'; ... + ... add all cooling inlet variables + ... Calculation settings + 'ThermalCalcType'; ... + 'TransientCalculationType'; ... + 'Simple_Transient_Period'; ... + 'EndPoint_Definition'; ... + 'Simple_Transient_Definition'; ... + 'Simple_Transient_Number_Points'; ... + 'Simple_Transient_Torque'; ... + 'InitialTransientTemperatureOption' ... + }; + ParameterNameList = {'Tambient_degC'; ... + 'EnableStatorTempCoeffRes'; ... + 'StatorTempCoeffRes'; ... + 'TrefStator_degC'; ... + 'EnableRotorTempCoeffRes'; ... + 'RotorTempCoeffRes'; ... + 'TrefRotor_degC'; ... + 'MagneticThermalCouplingChoice'; ... + 'LabThermalCouplingChoice'; ... + ... Loss variables + 'Armature_Copper_Loss'; ... + 'Rotor_Copper_Loss'; ... + 'Stator_Iron_Loss_Back_Iron'; ... + 'Stator_Iron_Loss_Tooth'; ... + 'Stray_Loss_Stator_Iron_Proportion'; ... + 'Stator_Iron_Stray_Load_Loss'; ... + 'Rotor_Iron_Stray_Load_Loss'; ... + 'Stator_Copper_Stray_Load_Loss'; ... + 'Rotor_Copper_Stray_Load_Loss'; ... + 'Magnet_Iron_Loss'; ... + 'Rotor_Iron_Loss_Embedded_Magnet_Pole'; ... + 'Rotor_Iron_Loss_Back_Iron'; ... + 'Rotor_Iron_Loss_Tooth'; ... + 'Friction_Loss_F'; ... + 'Friction_Loss_R'; ... + 'Windage_Loss'; ... + 'Windage_Loss_Ext_Fan'; ... + ... + 'Shaft_Torque_Nm'; ... + 'Shaft_Speed_RPM'; ... + 'Shaft_Speed_RPM_Thermal'; ... + ... Additional loss options + 'Loss_Function_Speed'; ... + 'Copper_Losses_Vary_With_Temperature'; ... + 'RotorCopperLossesVaryWithTemp'; ... + 'StatorIronStrayLoadLossesVaryWithTemp'; ... + 'RotorIronStrayLoadLossesVaryWithTemp'; ... + 'StatorCopperStrayLoadLossesVaryWithTemp'; ... + 'RotorCopperStrayLoadLossesVaryWithTemp'; ... + ... Cooling system variables ----------- + ... Ventilated + 'Ventilated_Enable'; ... + 'Ventilated_Enable2'; ... + 'Ventilated_FlowRate_m3ps'; ... + 'Ventilated_InletTemperature_degC'; ... + ... Housing Water Jacket + 'HousingWaterJacket_Enable'; ... + 'HousingWaterJacket_FlowRate_m3ps'; ... + 'HousingWaterJacket_InletTemperature_degC'; ... + ... Shaft Spiral Groove + 'ShaftSpiralGroove_Enable'; ... + 'ShaftSpiralGroove_FlowRate_m3ps'; ... + 'ShaftSpiralGroove_InletTemperature_degC'; ... + ... Wet Rotor + 'WetRotor_Enable'; ... + 'WetRotor_FlowRate_m3ps'; ... + 'WetRotor_InletTemperature_degC'; ... + ... Spray Cooling + 'SprayCooling_Enable'; ... + 'SprayCooling_FlowRate_m3ps'; ... + 'SprayCooling_InletTemperature_degC'; ... + ... Rotor Water Jacket + 'RotorWaterJacket_Enable'; ... + 'RotorWaterJacket_FlowRate_m3ps'; ... + 'RotorWaterJacket_InletTemperature_degC'; ... + ... Slot Water Jacket + 'SlotWaterJacket_Enable'; ... + 'SlotWaterJacket_FlowRate_m3ps'; ... + 'SlotWaterJacket_InletTemperature_degC'; ... + ... add all cooling inlet variables + ... Calculation settings + 'ThermalSteadyOrTransientChoice'; ... + 'TransientOption'; ... + 'StopTime'; ... + 'StopTimeChoice'; ... + 'TransientLossesOrTorqueChoice'; ... + 'NumTimeSteps'; ... + 'TransientTorqueValue'; ... + 'InitialTemperatureOption' ... + }; + end + + properties(Access=public) + Tambient_degC (1,1) double % Ambient temperature [degC] + EnableStatorTempCoeffRes (1,1) int32 % Enable stator temperature coefficient for resistivity + StatorTempCoeffRes (1,1) double % Stator temperature coefficient for resistivity [S.I.] + TrefStator_degC (1,1) double % Stator reference temperature [degC] + EnableRotorTempCoeffRes (1,1) int32 % Enable rotor temperature coefficient for resistivity + RotorTempCoeffRes (1,1) double % Rotor temperature coefficient for resistivity [S.I.] + TrefRotor_degC (1,1) double % Rotor reference temperature [degC] + MagneticThermalCouplingChoice (1,1) int32 % Magnetic-Thermal coupling choice + LabThermalCouplingChoice (1,1) int32 % Lab-Thermal coupling choice + ... + Shaft_Torque_Nm (1,1) double % Shaft torque operating point [Nm] + Shaft_Speed_RPM (1,1) double % Shaft speed operating point [rpm] + ... Additional loss options + Loss_Function_Speed (1,1) int32 % Enable speed dependent losses + Copper_Losses_Vary_With_Temperature (1,1) int32 % Enable copper loss variation with temperature + RotorCopperLossesVaryWithTemp (1,1) int32 % Enable rotor cage losses variation with temperature + StatorIronStrayLoadLossesVaryWithTemp (1,1) int32 % Enable stator iron stray load losses variation with temperature + RotorIronStrayLoadLossesVaryWithTemp (1,1) int32 % Enable rotor iron stray load losses variation with temperature + StatorCopperStrayLoadLossesVaryWithTemp (1,1) int32 % Enable stator copper stray load losses variation with temperature + RotorCopperStrayLoadLossesVaryWithTemp (1,1) int32 % Enable rotor copper stray load losses variation with temperature + ... + Ventilated_Enable (1,1) int32 % Enable "Ventilated" cooling system + Ventilated_FlowRate_m3ps (1,1) double % Flow rate (Ventilated) [m3/s] + Ventilated_InletTemperature_degC (1,1) double % Inlet temperature (Ventilated) [degC] + HousingWaterJacket_Enable (1,1) int32 % Enable "Housing Water Jacket" cooling system + HousingWaterJacket_FlowRate_m3ps (1,1) double % Flow rate (Housing Water Jacket) [m3/s] + HousingWaterJacket_InletTemperature_degC (1,1) double % Inlet temperature (Housing Water Jacket) [degC] + ShaftSpiralGroove_Enable (1,1) int32 % Enable "Shaft Spiral Groove" cooling system + ShaftSpiralGroove_FlowRate_m3ps (1,1) double % Flow rate (Shaft Spiral Groove) [m3/s] + ShaftSpiralGroove_InletTemperature_degC (1,1) double % Inlet temperature (Shaft Spiral Groove) [degC] + WetRotor_Enable (1,1) int32 % Enable "Wet Rotor" cooling system + WetRotor_FlowRate_m3ps (1,1) double % Flow rate (Wet Rotor) [m3/s] + WetRotor_InletTemperature_degC (1,1) double % Inlet temperature (Wet Rotor) [degC] + SprayCooling_Enable (1,1) int32 % Enable "Spray Cooling" cooling system + SprayCooling_FlowRate_m3ps (1,1) double % Flow rate (Spray Cooling) [m3/s] + SprayCooling_InletTemperature_degC (1,1) double % Inlet temperature (Spray Cooling) [degC] + RotorWaterJacket_Enable (1,1) int32 % Enable "Rotor Water Jacket" cooling system + RotorWaterJacket_FlowRate_m3ps (1,1) double % Flow rate (Rotor Water Jacket) [m3/s] + RotorWaterJacket_InletTemperature_degC (1,1) double % Inlet temperature (Rotor Water Jacket) [degC] + SlotWaterJacket_Enable (1,1) int32 % Enable "Slot Water Jacket" cooling system + SlotWaterJacket_FlowRate_m3ps (1,1) double % Flow rate (Slot Water Jacket) [m3/s] + SlotWaterJacket_InletTemperature_degC (1,1) double % Inlet temperature (Slot Water Jacket) [degC] + ... + ThermalSteadyOrTransientChoice (1,1) int32 % Choice for steady-state or transient calculation + TransientOption (1,1) int32 % Transient option + StopTime (1,1) double % Transient stop time [s] + StopTimeChoice (1,1) int32 % Choice for transient stop condition + TransientLossesOrTorqueChoice (1,1) int32 % Choice for transient losses (specify loss or specify torque) + NumTimeSteps (1,1) int32 % Number of time steps for transient calculation + TransientTorqueValue (1,1) double % Load torque for transient calculation + InitialTemperatureOption (1,1) int32 % Initial temperature option for transient calculation + end + properties(GetAccess=protected) + Ventilated_Enable2 (1,1) int32 + Shaft_Speed_RPM_Thermal (1,1) double + end + % Losses + properties(GetAccess=protected) + Armature_Copper_Loss (1,1) double % Stator copper loss [W] + Rotor_Copper_Loss (1,1) double % Rotor copper loss [W] + Stator_Iron_Loss_Back_Iron (1,1) double % Stator back iron loss [W] + Stator_Iron_Loss_Tooth (1,1) double % Stator tooth iron loss [W] + Stator_Iron_Stray_Load_Loss (1,1) double % Stator iron stray loss [W] + Rotor_Iron_Stray_Load_Loss (1,1) double % Rotor iron stray loss [W] + Stator_Copper_Stray_Load_Loss (1,1) double % Stator copper stray loss [W] + Rotor_Copper_Stray_Load_Loss (1,1) double % Rotor copper stray loss [W] + Magnet_Iron_Loss (1,1) double % Magnet loss [W] + Rotor_Iron_Loss_Embedded_Magnet_Pole (1,1) double % Rotor pole iron loss [W] + Rotor_Iron_Loss_Back_Iron (1,1) double % Rotor back iron loss [W] + Rotor_Iron_Loss_Tooth (1,1) double % Rotor tooth iron loss [W] + Friction_Loss_F (1,1) double % Front bearing friction loss [W] + Friction_Loss_R (1,1) double % Rear bearing friction loss [W] + Windage_Loss (1,1) double % Windage loss [W] + Windage_Loss_Ext_Fan (1,1) double % External fan windage loss [W] + end + properties(Access=public) + Stray_Loss_Stator_Iron_Proportion (1,1) double % Proportion of iron stray loss in stator + end + properties(Constant, Access=public) + % LossTypes + LossTypes = {'Armature_Copper_Loss'; ... + 'Rotor_Copper_Loss'; ... + 'Stator_Iron_Loss_Back_Iron'; ... + 'Stator_Iron_Loss_Tooth'; ... + 'Stator_Iron_Stray_Load_Loss'; ... + 'Rotor_Iron_Stray_Load_Loss'; ... + 'Stator_Copper_Stray_Load_Loss'; ... + 'Rotor_Copper_Stray_Load_Loss'; ... + 'Magnet_Iron_Loss'; ... + 'Rotor_Iron_Loss_Embedded_Magnet_Pole'; ... + 'Rotor_Iron_Loss_Back_Iron'; ... + 'Rotor_Iron_Loss_Tooth'; ... + 'Friction_Loss_F'; ... + 'Friction_Loss_R'; ... + 'Windage_Loss'; ... + 'Windage_Loss_Ext_Fan'} + end + properties(Access=public) + LossValues (16,1) double % Loss values corresponding to LossTypes + end + + % Overload the constructor + methods + function obj = BasicInterface(motFullFile) + % BasicInterface constructor + + obj = obj@mcadinterface.AbstractInterface(motFullFile); + + % Special parameters + for idxLoss = 1:length(obj.LossTypes) + thisLossName = obj.LossTypes{idxLoss}; + thisLossValue = obj.getParameter(thisLossName); + obj.LossValues(idxLoss) = thisLossValue; + end + + % SelfVentilated OR Through_Ventilated are the same setting. Use Through_Ventilated only + enableSelfVent = obj.getParameter('Ventilated_Enable2'); + if enableSelfVent + obj.Ventilated_Enable2 = 0; + obj.Ventilated_Enable = 1; + end + + end + end + + % Basic set methods + methods + function set.Tambient_degC(obj, value) + obj.setParameter('Tambient_degC', value); + obj.Tambient_degC = value; + end + + function set.EnableStatorTempCoeffRes(obj, value) + obj.setParameter('EnableStatorTempCoeffRes', value); + obj.EnableStatorTempCoeffRes = value; + end + + function set.StatorTempCoeffRes(obj, value) + obj.setParameter('StatorTempCoeffRes', value); + obj.StatorTempCoeffRes = value; + end + + function set.TrefStator_degC(obj, value) + obj.setParameter('TrefStator_degC', value); + obj.TrefStator_degC = value; + end + + function set.EnableRotorTempCoeffRes(obj, value) + obj.setParameter('EnableRotorTempCoeffRes', value); + obj.EnableRotorTempCoeffRes = value; + end + + function set.RotorTempCoeffRes(obj, value) + obj.setParameter('RotorTempCoeffRes', value); + obj.RotorTempCoeffRes = value; + end + + function set.TrefRotor_degC(obj, value) + obj.setParameter('TrefRotor_degC', value); + obj.TrefRotor_degC = value; + end + + function set.MagneticThermalCouplingChoice(obj, value) + obj.setParameter('MagneticThermalCouplingChoice', value); + obj.MagneticThermalCouplingChoice = value; + end + + function set.LabThermalCouplingChoice(obj, value) + obj.setParameter('LabThermalCouplingChoice', value); + obj.LabThermalCouplingChoice = value; + end + + function set.Armature_Copper_Loss(obj, value) + obj.setParameter('Armature_Copper_Loss', value); + obj.Armature_Copper_Loss = value; + end + + function set.Rotor_Copper_Loss(obj, value) + obj.setParameter('Rotor_Copper_Loss', value); + obj.Rotor_Copper_Loss = value; + end + + function set.Stator_Iron_Loss_Back_Iron(obj, value) + obj.setParameter('Stator_Iron_Loss_Back_Iron', value); + obj.Stator_Iron_Loss_Back_Iron = value; + end + + function set.Stator_Iron_Loss_Tooth(obj, value) + obj.setParameter('Stator_Iron_Loss_Tooth', value); + obj.Stator_Iron_Loss_Tooth = value; + end + + function set.Stator_Iron_Stray_Load_Loss(obj, value) + obj.setParameter('Stator_Iron_Stray_Load_Loss', value); + obj.Stator_Iron_Stray_Load_Loss = value; + end + + function set.Rotor_Iron_Stray_Load_Loss(obj, value) + obj.setParameter('Rotor_Iron_Stray_Load_Loss', value); + obj.Rotor_Iron_Stray_Load_Loss = value; + end + + function set.Stator_Copper_Stray_Load_Loss(obj, value) + obj.setParameter('Stator_Copper_Stray_Load_Loss', value); + obj.Stator_Copper_Stray_Load_Loss = value; + end + + function set.Rotor_Copper_Stray_Load_Loss(obj, value) + obj.setParameter('Rotor_Copper_Stray_Load_Loss', value); + obj.Rotor_Copper_Stray_Load_Loss = value; + end + + function set.Magnet_Iron_Loss(obj, value) + obj.setParameter('Magnet_Iron_Loss', value); + obj.Magnet_Iron_Loss = value; + end + + function set.Rotor_Iron_Loss_Embedded_Magnet_Pole(obj, value) + obj.setParameter('Rotor_Iron_Loss_Embedded_Magnet_Pole', value); + obj.Rotor_Iron_Loss_Embedded_Magnet_Pole = value; + end + + function set.Rotor_Iron_Loss_Back_Iron(obj, value) + obj.setParameter('Rotor_Iron_Loss_Back_Iron', value); + obj.Rotor_Iron_Loss_Back_Iron = value; + end + + function set.Friction_Loss_F(obj, value) + obj.setParameter('Friction_Loss_F', value); + obj.Friction_Loss_F = value; + end + + function set.Friction_Loss_R(obj, value) + obj.setParameter('Friction_Loss_R', value); + obj.Friction_Loss_R = value; + end + + function set.Windage_Loss(obj, value) + obj.setParameter('Windage_Loss', value); + obj.Windage_Loss = value; + end + + function set.Windage_Loss_Ext_Fan(obj, value) + obj.setParameter('Windage_Loss_Ext_Fan', value); + obj.Windage_Loss_Ext_Fan = value; + end + + function set.Stray_Loss_Stator_Iron_Proportion(obj, value) + obj.setParameter('Stray_Loss_Stator_Iron_Proportion', value); + obj.Stray_Loss_Stator_Iron_Proportion = value; + end + + function set.Shaft_Torque_Nm(obj, value) + obj.setParameter('Shaft_Torque_Nm', value); + obj.Shaft_Torque_Nm = value; + end + + % -------------- + function set.Loss_Function_Speed(obj, value) + obj.setParameter('Loss_Function_Speed', value); + obj.Loss_Function_Speed = value; + end + + function set.Copper_Losses_Vary_With_Temperature(obj, value) + obj.setParameter('Copper_Losses_Vary_With_Temperature', value); + obj.Copper_Losses_Vary_With_Temperature = value; + end + + function set.RotorCopperLossesVaryWithTemp(obj, value) + obj.setParameter('RotorCopperLossesVaryWithTemp', value); + obj.RotorCopperLossesVaryWithTemp = value; + end + + function set.StatorIronStrayLoadLossesVaryWithTemp(obj, value) + obj.setParameter('StatorIronStrayLoadLossesVaryWithTemp', value); + obj.StatorIronStrayLoadLossesVaryWithTemp = value; + end + + function set.RotorIronStrayLoadLossesVaryWithTemp(obj, value) + obj.setParameter('RotorIronStrayLoadLossesVaryWithTemp', value); + obj.RotorIronStrayLoadLossesVaryWithTemp = value; + end + + function set.StatorCopperStrayLoadLossesVaryWithTemp(obj, value) + obj.setParameter('StatorCopperStrayLoadLossesVaryWithTemp', value); + obj.StatorCopperStrayLoadLossesVaryWithTemp = value; + end + + function set.RotorCopperStrayLoadLossesVaryWithTemp(obj, value) + obj.setParameter('RotorCopperStrayLoadLossesVaryWithTemp', value); + obj.RotorCopperStrayLoadLossesVaryWithTemp = value; + end + + + % --------------- + + function set.Ventilated_Enable(obj, value) + obj.setParameter('Ventilated_Enable', value); + obj.Ventilated_Enable = value; + end + + function set.Ventilated_FlowRate_m3ps(obj, value) + obj.setParameter('Ventilated_FlowRate_m3ps', value); + obj.Ventilated_FlowRate_m3ps = value; + end + + function set.Ventilated_InletTemperature_degC(obj, value) + obj.setParameter('Ventilated_InletTemperature_degC', value); + obj.Ventilated_InletTemperature_degC = value; + end + + function set.HousingWaterJacket_Enable(obj, value) + obj.setParameter('HousingWaterJacket_Enable', value); + obj.HousingWaterJacket_Enable = value; + end + + function set.HousingWaterJacket_FlowRate_m3ps(obj, value) + obj.setParameter('HousingWaterJacket_FlowRate_m3ps', value); + obj.HousingWaterJacket_FlowRate_m3ps = value; + end + + function set.HousingWaterJacket_InletTemperature_degC(obj, value) + obj.setParameter('HousingWaterJacket_InletTemperature_degC', value); + obj.HousingWaterJacket_InletTemperature_degC = value; + end + + function set.ShaftSpiralGroove_Enable(obj, value) + obj.setParameter('ShaftSpiralGroove_Enable', value); + obj.ShaftSpiralGroove_Enable = value; + end + + function set.ShaftSpiralGroove_FlowRate_m3ps(obj, value) + obj.setParameter('ShaftSpiralGroove_FlowRate_m3ps', value); + obj.ShaftSpiralGroove_FlowRate_m3ps = value; + end + + function set.ShaftSpiralGroove_InletTemperature_degC(obj, value) + obj.setParameter('ShaftSpiralGroove_InletTemperature_degC', value); + obj.ShaftSpiralGroove_InletTemperature_degC = value; + end + + function set.WetRotor_Enable(obj, value) + obj.setParameter('WetRotor_Enable', value); + obj.WetRotor_Enable = value; + end + + function set.WetRotor_FlowRate_m3ps(obj, value) + obj.setParameter('WetRotor_FlowRate_m3ps', value); + obj.WetRotor_FlowRate_m3ps = value; + end + + function set.WetRotor_InletTemperature_degC(obj, value) + obj.setParameter('WetRotor_InletTemperature_degC', value); + obj.WetRotor_InletTemperature_degC = value; + end + + function set.SprayCooling_Enable(obj, value) + obj.setParameter('SprayCooling_Enable', value); + obj.SprayCooling_Enable = value; + end + + function set.SprayCooling_FlowRate_m3ps(obj, value) + obj.setParameter('SprayCooling_FlowRate_m3ps', value); + obj.SprayCooling_FlowRate_m3ps = value; + end + + function set.SprayCooling_InletTemperature_degC(obj, value) + obj.setParameter('SprayCooling_InletTemperature_degC', value); + obj.SprayCooling_InletTemperature_degC = value; + end + + function set.RotorWaterJacket_Enable(obj, value) + obj.setParameter('RotorWaterJacket_Enable', value); + obj.RotorWaterJacket_Enable = value; + end + + function set.RotorWaterJacket_FlowRate_m3ps(obj, value) + obj.setParameter('RotorWaterJacket_FlowRate_m3ps', value); + obj.RotorWaterJacket_FlowRate_m3ps = value; + end + + function set.RotorWaterJacket_InletTemperature_degC(obj, value) + obj.setParameter('RotorWaterJacket_InletTemperature_degC', value); + obj.RotorWaterJacket_InletTemperature_degC = value; + end + + function set.SlotWaterJacket_Enable(obj, value) + obj.setParameter('SlotWaterJacket_Enable', value); + obj.SlotWaterJacket_Enable = value; + end + + function set.SlotWaterJacket_FlowRate_m3ps(obj, value) + obj.setParameter('SlotWaterJacket_FlowRate_m3ps', value); + obj.SlotWaterJacket_FlowRate_m3ps = value; + end + + function set.SlotWaterJacket_InletTemperature_degC(obj, value) + obj.setParameter('SlotWaterJacket_InletTemperature_degC', value); + obj.SlotWaterJacket_InletTemperature_degC = value; + end + + function set.ThermalSteadyOrTransientChoice(obj, value) + obj.setParameter('ThermalSteadyOrTransientChoice', value); + obj.ThermalSteadyOrTransientChoice = value; + end + + function set.TransientOption(obj, value) + obj.setParameter('TransientOption', value); + obj.TransientOption = value; + end + + function set.StopTime(obj, value) + obj.setParameter('StopTime', value); + obj.StopTime = value; + end + + function set.StopTimeChoice(obj, value) + obj.setParameter('StopTimeChoice', value); + obj.StopTimeChoice = value; + end + + function set.TransientLossesOrTorqueChoice(obj, value) + obj.setParameter('TransientLossesOrTorqueChoice', value); + obj.TransientLossesOrTorqueChoice = value; + end + + function set.NumTimeSteps(obj, value) + obj.setParameter('NumTimeSteps', value); + obj.NumTimeSteps = value; + end + + function set.TransientTorqueValue(obj, value) + obj.setParameter('TransientTorqueValue', value); + obj.TransientTorqueValue = value; + end + + function set.InitialTemperatureOption(obj, value) + obj.setParameter('InitialTemperatureOption', value); + obj.InitialTemperatureOption = value; + end + + end + + % Composite set methods + methods + + function set.Shaft_Speed_RPM(obj, value) + obj.setParameter('Shaft_Speed_RPM', value); + obj.Shaft_Speed_RPM = value; + obj.setParameter('Shaft_Speed_RPM_Thermal', value); + end + + function set.LossValues(obj, valuesVec) + arguments + obj mcadinterface.BasicInterface + valuesVec (:,1) {mustBeNumeric,mustBeGreaterThanOrEqual(valuesVec, 0)} + end + for idxLoss = 1:length(obj.LossTypes) + thisLossName = obj.LossTypes{idxLoss}; + obj.setParameter(thisLossName, valuesVec(idxLoss)) + end + obj.LossValues = valuesVec; + end + + end +end + diff --git a/interface/+mcadinterface/ThermalInterface.m b/interface/+mcadinterface/ThermalInterface.m index 9852bb5..afaa018 100644 --- a/interface/+mcadinterface/ThermalInterface.m +++ b/interface/+mcadinterface/ThermalInterface.m @@ -1,1228 +1,1279 @@ -classdef ThermalInterface < mcadinterface.BasicInterface - %THERMALINTERFACE Motor-CAD interface for thermal modeling workflows. - - % Copyright 2022-2023 The MathWorks, Inc. - - properties(SetAccess=protected) - workingDirectory % Working directory - mcadROMLibName % Library of Simulink subsystems required for the ROM model - end - - properties(SetAccess=private) - NodeNames (:,1) cell % List of node names - NodeNamesAndMcadIdx (:,2) cell % List of node names and the corresponding Motor-CAD index - GroupNamesAndMcadIdxes (:,2) cell % List of group names and the Motor-CAD index of the nodes in each group - CoolingSystemNamesAndMcadIdxes (:,2) cell % List of cooling system group names and the Motor-CAD index of the fluid nodes in each cooling system - - % Lab Maps - - Speed_Mat (:,:) double % Speed map [rpm] - Shaft_Torque_Mat (:,:) double % Torque map [N*m] - Stator_Copper_Loss_Mat (:,:) double % Stator copper loss map [W] - Rotor_Cage_Loss_Mat (:,:) double % Rotor copper loss map [W] - Iron_Loss_Stator_Back_Iron_Mat (:,:) double % Stator back iron loss map [W] - Iron_Loss_Stator_Tooth_Mat (:,:) double % Stator tooth iron loss map [W] - Stray_Load_Loss_Mat (:,:) double % Stray loss map [W] - Magnet_Loss_Mat (:,:) double % Magnet loss map [W] - Iron_Loss_Rotor_Pole_Mat (:,:) double % Rotor pole iron loss map [W] - Iron_Loss_Rotor_Back_Iron_Mat (:,:) double % Rotor back iron loss map [W] - Iron_Loss_Rotor_Tooth_Mat (:,:) double % Rotor tooth iron loss map [W] - Friction_Loss_Mat (:,:) double % Friction loss map [W] - Windage_Loss_Mat (:,:) double % Windage loss map [W] - - % Thermal matrices - - CapMat (:,:) double % Node capacitance vector - ResMat (:,:) double % Node resistance matrix - PowMat (:,:) double % Node steady-state power vector - TempMat (:,:) double % Node temperature boundary condition - - % State-space matrices - - Amat (:,:) double % State-space A matrix - Bmat (:,:) double % State-space B matrix - - % Cooling system data - - EnabledCoolingSystems (:,1) logical % List of which cooling systems are enabled (true or false) - CoolingSystemsDigraphs (:,1) struct % Structure containing the directed graph of each cooling systems node flow - AdjacencyMat (:,:) double % Global adjacency matrix for cooling systems node flow connectivity - InletArrayIdxs (:,1) double % Inlet nodes indices - OutletArrayIdxs (:,1) double % Outlet nodes indices - CoolantArrayIdxs (:,1) double % Coolant nodes indices - end - - properties(Constant) - % List of supported cooling systems - SupportedCoolingSystemsMcadNames = ... - {'Ventilated'; ... - 'Housing Water Jacket'; ... - 'Shaft Spiral Groove'; ... - 'Wet Rotor'; ... - 'Spray Cooling'; ... - 'Rotor Water Jacket'; ... - 'Slot Water Jacket'; ... - }; - end - - methods(Access=public) - - function obj = ThermalInterface(motFullFile) - % ThermalInterface constructor - obj = obj@mcadinterface.BasicInterface(motFullFile); - theProject = matlab.project.rootProject; - projectRootDir = theProject.RootFolder; - obj.workingDirectory = fullfile(projectRootDir, 'data'); - obj.mcadROMLibName = 'mcadROM_lib'; - - obj.calculateThermalSteadyState(); % initialize node temperatures - obj.updateModel(); - - end - - function updateModel(obj) - % Update state-space matrices, group names, nodes, cooling - % systems, and loss tables, based on the current state of - % Motor-CAD variables. - - % Set thermal matrices, group names, node names, and mcad idxs - obj.updateMatricesAndGroupNamesAndNodes(); - - obj.updateCoolingSystemsData(); - obj.checkCoolingSystemsIndependent(); - - obj.updateLabLossTables(); - - end - - % Basic MotorCAD thermal commands --------- - function calculateLabOperatingPoint(obj) - % Calculate Lab Operating Point - invoke(obj.mcad, 'CalculateOperatingPoint_Lab'); - end - - function calculateThermalSteadyState(obj) - % Calculate thermal steady state - invoke(obj.mcad, 'DoSteadyStateAnalysis'); - end - - function calculateThermalTransient(obj) - % Calculate thermal transient - invoke(obj.mcad, 'DoTransientAnalysis'); - end - - function runThermalSteadyStateWithSpecifiedLosses(obj, lossVec) - % Run a thermal steady-state calculation with specified loss - % values for each type of loss in "LossTypes". - - obj.ThermalSteadyOrTransientChoice = 0; - obj.MagneticThermalCouplingChoice = 0; - obj.LabThermalCouplingChoice = 0; - obj.LossValues = lossVec; - - obj.calculateThermalSteadyState(); - - end - - function runThermalSteadyStateWithSpecifiedTorqueSpeed(obj, torqueVal, speedVal) - % Run a thermal steady-state calculation for a specified operating point (load - % torque and shaft speed). - - obj.ThermalSteadyOrTransientChoice = 0; - obj.MagneticThermalCouplingChoice = 0; - obj.LabThermalCouplingChoice = 2; - obj.Shaft_Torque_Nm = torqueVal; - obj.Shaft_Speed_RPM = speedVal; - - obj.calculateLabOperatingPoint(); - - end - - function runThermalTransientWithSpecifiedLosses(obj, lossVec, stopTime, numTimeSteps) - % Run a thermal transient calculation with specified loss - % values for each type of loss in "LossTypes". You also specify the stop - % time and number of time steps - - obj.ThermalSteadyOrTransientChoice = 1; - obj.TransientOption = 0; - obj.StopTimeChoice = 0; % fixed period - obj.StopTime = stopTime; - obj.TransientLossesOrTorqueChoice = 0; % specify losses - obj.NumTimeSteps = numTimeSteps; - obj.InitialTemperatureOption = 0; % initialize at ambient temperature - - obj.LossValues = lossVec; - - obj.calculateThermalTransient(); - - end - - function runThermalTransientWithSpecifiedTorqueSpeed(obj, torqueVal, speedVal, stopTime, numTimeSteps) - % Run a thermal transient calculation with specified operating point (load - % torque and shaft speed). You also specify the stop time and - % number of time steps. - - obj.ThermalSteadyOrTransientChoice = 1; - obj.TransientOption = 0; - obj.StopTimeChoice = 0; % fixed period - obj.StopTime = stopTime; - obj.TransientLossesOrTorqueChoice = 1; % specify torque - obj.NumTimeSteps = numTimeSteps; - obj.InitialTemperatureOption = 0; % initialize at ambient temperature - - obj.TransientTorqueValue = torqueVal; - obj.Shaft_Speed_RPM = speedVal; - - obj.calculateThermalTransient(); - - end - - function writeThermalStateSpaceFiles(obj) - % Export thermal matrices into text files (.cmf, .rmf, .pmf, - % .tmf, .nmf) - invoke(obj.mcad,'ExportMatrices', obj.workingDirectory); - end - - function [CapMat, ResMat, PowMat, TempMat, NodeNames] = getThermalStateSpaceMatricesFromFiles(obj) - %Get the capacitance, resistance, and power - %arrays for thermal model .cmf, .rmf, .pmf text files in the current - %directory. - - motFileName = obj.motFullFile; - - CapFileName = strrep(motFileName, '.mot', '.cmf'); - ResFileName = strrep(motFileName, '.mot', '.rmf'); - PowFileName = strrep(motFileName, '.mot', '.pmf'); - TempFileName = strrep(motFileName, '.mot', '.tmf'); - - - % Read cmf file - [CapMatNm1, ~] = readMfFile1D(CapFileName); % size numNodes-1 - numNodes = length(CapMatNm1) + 1; % number of nodes (+1 for ambient) - CapMat = zeros(numNodes,1); - CapMat(2:end) = CapMatNm1; - - % Read tmf file - [TempMat, NodeNames] = readMfFile1D(TempFileName); % size numNodes - % remove initial and final parenthesis from obj.NodeNames - for idxNode = 1:length(NodeNames) - NodeNames{idxNode} = NodeNames{idxNode}(2:end-1); - end - - CapMat(1,1) = 1e20; % Ambient must have large capacitance - for idx_node=2:numNodes - if TempMat(idx_node,1) ~= -10000000 % Fixed-temperature node - % Model these nodes as having very large capacitances - CapMat(idx_node,1) = 1e20; - end - end - - % Read rmf file - ResMat = readMfFile2D(ResFileName, numNodes); - - % Read pmf file - [PowMatNm1,~] = readMfFile1D(PowFileName); % size numNodes-1 - PowMat = zeros(numNodes,1); - PowMat(2:end) = PowMatNm1; - - end - - function [GroupNamesAndMcadIdxes, NodeNamesAndMcadIdx] = updateMatricesAndGroupNamesAndNodes(obj) - % Update state-space matrices, group data (names and Motor-CAD - % indices) and node data (names and Motor-CAD indices) - - xxLossValues = obj.LossValues; - xxEnableStatorTempCoeffRes = obj.EnableStatorTempCoeffRes; - xxEnableRotorTempCoeffRes = obj.EnableRotorTempCoeffRes; - - obj.setupForThermalMatricesUpdate(); - obj.writeThermalStateSpaceFiles(); - [xCapMat, xResMat, xPowMat, xTempMat, xNodeNames] = obj.getThermalStateSpaceMatricesFromFiles(); - - % restore original properties prior to matrices update - obj.LossValues = xxLossValues; - obj.EnableStatorTempCoeffRes = xxEnableStatorTempCoeffRes; - obj.EnableRotorTempCoeffRes = xxEnableRotorTempCoeffRes; - - obj.CapMat = xCapMat; - obj.ResMat = xResMat; - obj.PowMat = xPowMat; - obj.TempMat = xTempMat; - - [xAmat, xBmat] = getStateSpaceMatricesFromThermalMatrices(xCapMat, xResMat); - obj.Amat = xAmat; - obj.Bmat = xBmat; - - obj.NodeNames = xNodeNames; - - % Read nmf file - motFileName = obj.motFullFile; - NodeFileName = strrep(motFileName, '.mot', '.nmf'); - - [GroupNames, nodeNames, GroupIdxs, NodeIdx] = readNmfFile(NodeFileName); % size numNodes-1 - - numNodes = length(NodeIdx); - numGroups = length(GroupNames); - - GroupNamesAndMcadIdxes = cell(numGroups, 2); - GroupNamesAndMcadIdxes(:,1) = GroupNames; - GroupNamesAndMcadIdxes(:,2) = GroupIdxs; - - NodeNamesAndMcadIdx = cell(numNodes, 2); - NodeNamesAndMcadIdx(:,1) = nodeNames; - NodeNamesAndMcadIdx(:,2) = NodeIdx; - - % sort according to obj.NodeNames - sortIdxs = nan(size(nodeNames)); - for idxNode = 1:numNodes - sortIdxs(idxNode) = find(strcmp(NodeNamesAndMcadIdx(:,1),obj.NodeNames{idxNode})); - end - NodeNamesAndMcadIdx(:,2) = NodeNamesAndMcadIdx(sortIdxs,2); - for idxNode = 1:numNodes - NodeNamesAndMcadIdx(idxNode,1) = obj.NodeNames(idxNode); - end - - % remove initial and final parenthesis from obj.NodeNames - obj.NodeNames = NodeNamesAndMcadIdx(:,1); - - % Update - obj.GroupNamesAndMcadIdxes = GroupNamesAndMcadIdxes; - obj.NodeNamesAndMcadIdx = NodeNamesAndMcadIdx; - - end - - function updateCoolingSystemsData(obj) - % Update cooling systems data (AdjacencyMat, InletArrayIdxs, - % OutletArrayIdxs, CoolantArrayIdxs) - - groupNames = obj.GroupNamesAndMcadIdxes(:,1); - obj.CoolingSystemNamesAndMcadIdxes = obj.GroupNamesAndMcadIdxes(contains(groupNames, obj.SupportedCoolingSystemsMcadNames), :); - obj.EnabledCoolingSystems = contains(obj.SupportedCoolingSystemsMcadNames, obj.CoolingSystemNamesAndMcadIdxes(:,1)); - numSuppCoolSys = length(obj.SupportedCoolingSystemsMcadNames); - obj.CoolingSystemsDigraphs = struct(); - for idxSuppCoolSys = 1:numSuppCoolSys - isThisCoolSysEnabled = obj.EnabledCoolingSystems(idxSuppCoolSys); - thisCoolantGroupName = obj.SupportedCoolingSystemsMcadNames{idxSuppCoolSys}; - if isThisCoolSysEnabled - [thisCoolantDigraph, thisCoolantNodeNamesAndArrayIdx] = obj.getDigraphForCoolantGroup(thisCoolantGroupName, false); % don't draw plot - obj.CoolingSystemsDigraphs(idxSuppCoolSys).Digraph = thisCoolantDigraph; - obj.CoolingSystemsDigraphs(idxSuppCoolSys).NodeNamesAndArrayIdx = thisCoolantNodeNamesAndArrayIdx; - else - obj.CoolingSystemsDigraphs(idxSuppCoolSys).Digraph = []; % empty digraph - obj.CoolingSystemsDigraphs(idxSuppCoolSys).NodeNamesAndArrayIdx = []; % empty NodeNamesAndArrayIdx - end - end - - [xAdjacencyMat, xInletArrayIdxs, xOutletArrayIdxs, xCoolantArrayIdxs] = getAdjacencyMatAndInletOutletIdxs(obj); - obj.AdjacencyMat = xAdjacencyMat; - obj.InletArrayIdxs = xInletArrayIdxs; - obj.OutletArrayIdxs = xOutletArrayIdxs; - obj.CoolantArrayIdxs = xCoolantArrayIdxs; - - end - - function TnodesVec = getSteadyStateTemperatureForNodeMcadIdxs(obj, mcadIdxs) - % Get steady-state temperature for a list of nodes specified by - % the Motor-CAD indices. - - TnodesVec = nan(length(mcadIdxs), 1); - for idxNode = 1:length(mcadIdxs) - [success, Tval] = invoke(obj.mcad, 'GetNodeTemperature', mcadIdxs(idxNode)); - if success ~=0 - warning('Failure in GetNodeTemperature'); - else - TnodesVec(idxNode) = Tval; - end - end - end - - function PnodesVec = getSteadyStatePowerForNodeMcadIdxs(obj, mcadIdxs) - % Get steady-state power for a list of nodes specified by - % the Motor-CAD indices. - - PnodesVec = nan(length(mcadIdxs), 1); - for idxNode = 1:length(mcadIdxs) - [success, Tval] = invoke(obj.mcad, 'GetNodePower', mcadIdxs(idxNode)); - if success ~=0 - warning('Failure in GetNodePower'); - else - PnodesVec(idxNode) = Tval; - end - end - end - - function [tVec, TnodesVec] = getTransientTemperatureForNodeMcadIdxs(obj, mcadIdxs) - % Get transient temperature time series for a list of nodes specified by - % the Motor-CAD indices. - - [~, numTimePoints] = invoke(obj.mcad, 'GetVariable', 'Simple_Transient_Number_Points'); - numTimePoints = numTimePoints+1; % include initial time - TnodesVec = nan(length(mcadIdxs), numTimePoints); - tVec = nan(1,numTimePoints); - for idxNode = 1:length(mcadIdxs) - for idxTime = 1:numTimePoints - [success,x,y] = invoke(obj.mcad,'GetTemperatureGraphPoint',mcadIdxs(idxNode),idxTime-1); - if success == 0 - tVec(idxTime) = x; - TnodesVec(idxNode, idxTime) = y; - end - end - end - end - - function [tVec, PnodesVec] = getTransientPowerForNodeMcadIdxs(obj, mcadIdxs) - % Get transient power time series for a list of nodes specified by - % the Motor-CAD indices. - - [~, numTimePoints] = invoke(obj.mcad, 'GetVariable', 'Simple_Transient_Number_Points'); - numTimePoints = numTimePoints+1; % include initial time - PnodesVec = nan(length(mcadIdxs), numTimePoints); - tVec = nan(1,numTimePoints); - for idxNode = 1:length(mcadIdxs) - for idxTime = 1:numTimePoints - [success,x,y] = invoke(obj.mcad,'GetPowerGraphPoint',mcadIdxs(idxNode),idxTime-1); - if success == 0 - tVec(idxTime) = x; - PnodesVec(idxNode, idxTime) = y; - end - end - end - PnodesVec(1,:) = 0; - end - - function plotTransientTemperatureForNodeMcadIdxs(obj, mcadIdxs) - % Plot transient temperature time series for a list of nodes specified by - % the Motor-CAD indices. - - [tVec, TnodesVec] = obj.getTransientTemperatureForNodeMcadIdxs(mcadIdxs); - allMcadIdxs = [obj.NodeNamesAndMcadIdx{:,2}]; - legendNodeNames = cell(length(mcadIdxs),1); - for idxNode = 1:length(mcadIdxs) - legendNodeNames{idxNode} = obj.NodeNames{allMcadIdxs == mcadIdxs(idxNode)}; - end - figure(); - plot(tVec, TnodesVec); - legend(legendNodeNames, 'Interpreter', 'none'); - grid on - xlabel('Time [s]'); - ylabel('Node temperature [degC]'); - - end - - % Basic MotorCAD Lab commands -------------- - function calculateMagneticLab(obj) - % Calculate magnetic lab - - invoke(obj.mcad, 'CalculateMagnetic_Lab'); - % CalculateMagnetic_Lab uses the existing pre-built magnetic - % lab (from a previous call to BuildModel_Lab) - end - - function updateLabLossTables(obj) - % Update Lab loss tables for each type of loss - - [~, motFile] = fileparts(obj.motFullFile); - LabFileName = fullfile(extractBefore(obj.motFullFile, motFile), motFile, 'Lab', 'MotorLAB_elecdata.mat'); - if ~isfile(LabFileName) % need to generate Lab mat file - obj.calculateMagneticLab(); - end - outLoad = load(LabFileName); - - % Speed and Shaft_Torque always exist - Speed = outLoad.Speed; - Shaft_Torque = outLoad.Shaft_Torque; - % Losses may be specific to each machine - check first - if isfield(outLoad, 'Stator_Copper_Loss') - Stator_Copper_Loss = outLoad.Stator_Copper_Loss; - else % this machine type does not include this loss type - Stator_Copper_Loss = zeros(size(Speed)); - end - if isfield(outLoad, 'Rotor_Cage_Loss') - Rotor_Cage_Loss = outLoad.Rotor_Cage_Loss; - else % this machine type does not include this loss type - Rotor_Cage_Loss = zeros(size(Speed)); - end - if isfield(outLoad, 'Iron_Loss_Stator_Back_Iron') - Iron_Loss_Stator_Back_Iron = outLoad.Iron_Loss_Stator_Back_Iron; - else % this machine type does not include this loss type - Iron_Loss_Stator_Back_Iron = zeros(size(Speed)); - end - if isfield(outLoad, 'Iron_Loss_Stator_Tooth') - Iron_Loss_Stator_Tooth = outLoad.Iron_Loss_Stator_Tooth; - else % this machine type does not include this loss type - Iron_Loss_Stator_Tooth = zeros(size(Speed)); - end - if isfield(outLoad, 'Stray_Load_Loss') - Stray_Load_Loss = outLoad.Stray_Load_Loss; - else % this machine type does not include this loss type - Stray_Load_Loss = zeros(size(Speed)); - end - if isfield(outLoad, 'Magnet_Loss') - Magnet_Loss = outLoad.Magnet_Loss; - else % this machine type does not include this loss type - Magnet_Loss = zeros(size(Speed)); - end - if isfield(outLoad, 'Iron_Loss_Rotor_Pole') - Iron_Loss_Rotor_Pole = outLoad.Iron_Loss_Rotor_Pole; - else % this machine type does not include this loss type - Iron_Loss_Rotor_Pole = zeros(size(Speed)); - end - if isfield(outLoad, 'Iron_Loss_Rotor_Back_Iron') - Iron_Loss_Rotor_Back_Iron = outLoad.Iron_Loss_Rotor_Back_Iron; - else % this machine type does not include this loss type - Iron_Loss_Rotor_Back_Iron = zeros(size(Speed)); - end - if isfield(outLoad, 'Iron_Loss_Rotor_Tooth') - Iron_Loss_Rotor_Tooth = outLoad.Iron_Loss_Rotor_Tooth; - else % this machine type does not include this loss type - Iron_Loss_Rotor_Tooth = zeros(size(Speed)); - end - if isfield(outLoad, 'Friction_Loss') - Friction_Loss = outLoad.Friction_Loss; - else % this machine type does not include this loss type - Friction_Loss = zeros(size(Speed)); - end - if isfield(outLoad, 'Windage_Loss') - Windage_Loss = outLoad.Windage_Loss; - else % this machine type does not include this loss type - Windage_Loss = zeros(size(Speed)); - end - - obj.Speed_Mat = Speed; - obj.Shaft_Torque_Mat = Shaft_Torque; - obj.Stator_Copper_Loss_Mat = Stator_Copper_Loss; - obj.Rotor_Cage_Loss_Mat = Rotor_Cage_Loss; - obj.Iron_Loss_Stator_Back_Iron_Mat = Iron_Loss_Stator_Back_Iron; - obj.Iron_Loss_Stator_Tooth_Mat = Iron_Loss_Stator_Tooth; - obj.Stray_Load_Loss_Mat = Stray_Load_Loss; - obj.Magnet_Loss_Mat = Magnet_Loss; - obj.Iron_Loss_Rotor_Pole_Mat = Iron_Loss_Rotor_Pole; - obj.Iron_Loss_Rotor_Back_Iron_Mat = Iron_Loss_Rotor_Back_Iron; - obj.Iron_Loss_Rotor_Tooth_Mat = Iron_Loss_Rotor_Tooth; - obj.Friction_Loss_Mat = Friction_Loss; - obj.Windage_Loss_Mat = Windage_Loss; - - end - - % Advanced workflows ----------- - - function [DirectedGraphCoolant, NodeNamesAndArrayIdx] = getDigraphForCoolantGroup(obj, CoolantGroupName, plotCoolantGraphFlag) - % Get the directed flow graph for a specific cooling system - % group. Optionally plot the graph. - % Input arguments: - % - CoolantGroupName [string] : name of the cooling group - % Output arguments: - % - Digraph [1x1 digraph] : Directed graph that represents the coolant flow from inlet to - % outlet nodes with possible path splits and merges - % - NodeNamesAndArrayIdx [Mx3 cell] : cell with the node name, - % array index, and Mcad index for each of the coolant nodes. The order is - % in the same order of the AdjacencyMatrix rows - - % Extract coolant variables - AllNodeNames = obj.NodeNames; - assert(all(strcmp(AllNodeNames, obj.NodeNamesAndMcadIdx(:,1)))) % required condition - AllMcadIdxes = [obj.NodeNamesAndMcadIdx{:,2}]; - xResMat = obj.ResMat; - CoolantNodesMcadIdx = obj.CoolingSystemNamesAndMcadIdxes{contains(obj.CoolingSystemNamesAndMcadIdxes(:,1), CoolantGroupName), 2}; - CoolantNodeNames = cell(size(CoolantNodesMcadIdx)); - CoolantArrayIdxes = nan(size(CoolantNodesMcadIdx)); - NodeNamesAndArrayIdx = cell(length(CoolantNodesMcadIdx),3); - for idxCoolantNode = 1:length(CoolantNodesMcadIdx) - CoolantNodeNames{idxCoolantNode} = AllNodeNames{CoolantNodesMcadIdx(idxCoolantNode) == AllMcadIdxes}; - CoolantArrayIdxes(idxCoolantNode) = find(CoolantNodesMcadIdx(idxCoolantNode) == AllMcadIdxes); - NodeNamesAndArrayIdx{idxCoolantNode, 1} = CoolantNodeNames{idxCoolantNode}; - NodeNamesAndArrayIdx{idxCoolantNode, 2} = CoolantArrayIdxes(idxCoolantNode); - NodeNamesAndArrayIdx{idxCoolantNode, 3} = CoolantNodesMcadIdx(idxCoolantNode); - end - - ResMatCoolant = xResMat(CoolantArrayIdxes, CoolantArrayIdxes); - - % Inlet to outlet graph search - isInlet = contains(CoolantNodeNames, 'Inlet'); - if any(isInlet) - if sum(int32(isInlet)) > 1 - error('Only one inlet per cooling system is supported'); - else - % BFS GRAPH ALGORITHM - UndirectedAdjacencyMatrix = abs(ResMatCoolant)<1e8 & ResMatCoolant~=0; % nodes are connected and is not itself - GraphCoolant = graph(UndirectedAdjacencyMatrix, CoolantNodeNames); - nodeVisitList = GraphCoolant.bfsearch(CoolantNodeNames(isInlet)); - DirectedGraphCoolant = digraph(adjacency(GraphCoolant), CoolantNodeNames); % all connections are double-edged - DirectedGraphCoolant = DirectedGraphCoolant.rmedge(nodeVisitList(2:end), nodeVisitList(1:end-1)); % remove edges from BFS - % remove cycles - [~,edge_indices] = DirectedGraphCoolant.dfsearch(CoolantNodeNames(isInlet), 'edgetodiscovered', 'Restart', true); - DirectedGraphCoolant = DirectedGraphCoolant.rmedge(edge_indices); - - if plotCoolantGraphFlag - figure('Name', CoolantGroupName); - graphPlot = DirectedGraphCoolant.plot(); - graphPlot.Interpreter = 'none'; % avoid subscript labels - set(graphPlot.Parent.Title, 'String', CoolantGroupName) - end - - end - else - error('No inlet found. Cooling groups must contain an inlet node, identified with an "Inlet" substring in the node name.'); - end - - end - - function areIndependent = checkCoolingSystemsIndependent(obj) - % Returns true if the enabled cooling systems are independent - % i.e. they don't merge or split into each other (no fluid - % is mixed between cooling systems) - - % Get ArrayIdx for both of the cooling system nodes - enabledCoolSysIdxes = find(obj.EnabledCoolingSystems); - if length(enabledCoolSysIdxes)<=1 - areIndependent = true; - return - end - pairCasesMat = nchoosek(enabledCoolSysIdxes, 2); - [numCases, ~] = size(pairCasesMat); - couplingMat = zeros(length(obj.EnabledCoolingSystems)); - for idxCase = 1:numCases - firstCoolSys = pairCasesMat(idxCase, 1); - secondCoolSys = pairCasesMat(idxCase, 2); - firstCoolStruct = obj.CoolingSystemsDigraphs(firstCoolSys); - firstCoolArrayIdxs = [firstCoolStruct.NodeNamesAndArrayIdx{:,2}]'; - secondCoolStruct = obj.CoolingSystemsDigraphs(secondCoolSys); - secondCoolArrayIdxs = [secondCoolStruct.NodeNamesAndArrayIdx{:,2}]'; - CoolantArrayIdxes = cat(1, firstCoolArrayIdxs, secondCoolArrayIdxs); - - % Get mutual adjacency matrix - xResMat = obj.ResMat; - ResMatCoolant = xResMat(CoolantArrayIdxes, CoolantArrayIdxes); - UndirectedAdjacencyMatrix = abs(ResMatCoolant)<1e8 & ResMatCoolant~=0 ; - - % Get non-diagonal submatrice (cross-coupling) - NondiagonalSubmatrix = UndirectedAdjacencyMatrix(1:length(firstCoolArrayIdxs), (length(firstCoolArrayIdxs)+1):end); - if any(NondiagonalSubmatrix(:)) - couplingMat(firstCoolSys, secondCoolSys) = 1; - couplingMat(secondCoolSys, firstCoolSys) = 1; - end - - end - - if any(couplingMat(:)==1) - areIndependent = false; - warnString = 'INVALID COOLING SYSTEMS SETTINGS: At least two cooling systems are coupled. This is not supported yet. Modify the Motor-CAD cooling system options to resolve this issue. '; - warning(warnString); - warnString = strcat(warnString, [newline, 'Invalid couplings between cooling systems found: ']); - for idx1 = 1:length(enabledCoolSysIdxes) - for idx2 = 1:length(enabledCoolSysIdxes) - if couplingMat(idx1,idx2)==1 - name1 = obj.CoolingSystemNamesAndMcadIdxes{idx1, 1}; - name2 = obj.CoolingSystemNamesAndMcadIdxes{idx2, 1}; - warnString = strcat(warnString, [char(name1), ' coupled with ', char(name2), '. ', newline]); - end - end - end - warndlg(warnString); % pop-up warning dialog - else - areIndependent = true; - end - - end - - function [AdjacencyMat, InletArrayIdxs, OutletArrayIdxs, CoolantArrayIdxs] = getAdjacencyMatAndInletOutletIdxs(obj) - % Get adjacency matrix, inlet node indices, outlet node indices - % and all coolant node indices for each cooling system. - - IdxsEnabledCoolSys = find(obj.EnabledCoolingSystems); - InletArrayIdxs = nan(length(IdxsEnabledCoolSys),1); - OutletArrayIdxs = nan(length(IdxsEnabledCoolSys),1); - CoolantArrayIdxs = []; - AdjacencyMat = zeros(size(obj.ResMat)); - for idx = 1:length(IdxsEnabledCoolSys) - idxCoolSys = IdxsEnabledCoolSys(idx); - thisDigraph = obj.CoolingSystemsDigraphs(idxCoolSys).Digraph; - thisNodeNamesAndArrayIdx = obj.CoolingSystemsDigraphs(idxCoolSys).NodeNamesAndArrayIdx; - nodeNames = thisNodeNamesAndArrayIdx(:,1); - nodeArrayIdxs = [thisNodeNamesAndArrayIdx{:,2}]; - CoolantArrayIdxs = cat(1,CoolantArrayIdxs, nodeArrayIdxs(:)); - % find inlet and outlet - inletIdx = contains(nodeNames, 'Inlet'); - pathSequence = thisDigraph.bfsearch(find(inletIdx)); - outletIdx = pathSequence(end); - InletArrayIdxs(idx) = nodeArrayIdxs(inletIdx); - OutletArrayIdxs(idx) = nodeArrayIdxs(outletIdx); - % Add edges to global adjacency matrix - AdjacencyMat(nodeArrayIdxs, nodeArrayIdxs) = adjacency(thisDigraph); - end - - end - - function lossDistrForEachType = getLossDistrForEachType(obj) - % Get loss distribution amongst nodes, for each loss type. - - xxLossValues = obj.LossValues; - xxEnableStatorTempCoeffRes = obj.EnableStatorTempCoeffRes; - xxEnableRotorTempCoeffRes = obj.EnableRotorTempCoeffRes; - - obj.EnableStatorTempCoeffRes = 0; - obj.EnableRotorTempCoeffRes = 0; - numLossTypes = length(obj.LossValues); - numStates = length(obj.NodeNames); - totalLossForTest = 100; % [W] - lossDistrForEachType = zeros(numLossTypes, numStates); - for idxLossType = 1:numLossTypes - lossVals = zeros(numLossTypes,1); - lossVals(idxLossType) = totalLossForTest; - obj.runThermalSteadyStateWithSpecifiedLosses(lossVals); - obj.writeThermalStateSpaceFiles(); - [~, ~, xPowMat, ~, ~] = obj.getThermalStateSpaceMatricesFromFiles(); - xPowMat(xPowMat<0)=0; - powLossDistribution = xPowMat./totalLossForTest; - if (sum(powLossDistribution)>1e-3) && (abs(sum(powLossDistribution)-1)>1e-3) - warning(['The loss distribution for ' char(obj.LossTypes{idxLossType}), ' is not consistent. Results may be inaccurate.']); - end - lossDistrForEachType(idxLossType,:) = powLossDistribution; - end - obj.EnableStatorTempCoeffRes = 1; - obj.EnableRotorTempCoeffRes = 1; - - % restore original properties prior to matrices update - obj.LossValues = xxLossValues; - obj.EnableStatorTempCoeffRes = xxEnableStatorTempCoeffRes; - obj.EnableRotorTempCoeffRes = xxEnableRotorTempCoeffRes; - - end - - function [AmatND, BmatND, ResMatND, TnodesInit, ... - AdjacencyMat, InletCoolIdxs, OutletCoolIdxs] = generateSimulinkReducedOrderModel(obj, modelName, ... - coolingSystemsEnabled, BkptsStruct) - % Generate a Simulink model implementing a ROM consisting of a - % set of state-space models at certain breakpoints (shaft speeds, - % coolant flow rates, and coolant inlet temperatures). The ROM - % interpolates the state-space arrays between breakpoints. - - % 1) COMPUTE ROM DATA - - % Enable the cooling systems and get the flowrate and inlet - % temperature property names. - numCoolSys = length(coolingSystemsEnabled); - frPropNames = cell(numCoolSys,1); - TinPropNames = cell(numCoolSys,1); - for idxCoolingSys = 1:length(string(coolingSystemsEnabled)) - thisCoolingSys = coolingSystemsEnabled{idxCoolingSys}; - enablePropName = strcat(erase(thisCoolingSys, ' '), '_Enable'); - obj.(enablePropName) = 1; - - frPropNames{idxCoolingSys} = strcat(erase(thisCoolingSys, ' '), '_FlowRate_m3ps'); - TinPropNames{idxCoolingSys} = strcat(erase(thisCoolingSys, ' '), '_InletTemperature_degC'); - end - obj.updateModel(); - - % Get ambient temperature and initial node temperatures - Tambient_degC = obj.Tambient_degC; - TnodesInit = Tambient_degC*ones(size(obj.TempMat)); - - % size pre-allocation - numStates = length(obj.TempMat); - sizeMatND = nan(1, 1+2*numCoolSys+2); - sizeMatND(1) = length(BkptsStruct.w); - currIdx=2; - for idxCool = 1:numCoolSys - frNumel = length(BkptsStruct.(strcat('fr',num2str(idxCool)))); - sizeMatND(currIdx)=frNumel; - currIdx=currIdx+1; - end - for idxCool = 1:numCoolSys - TinNumel = length(BkptsStruct.(strcat('Tin',num2str(idxCool)))); - sizeMatND(currIdx)=TinNumel; - currIdx=currIdx+1; - end - sizeMatND(end-1)=numStates; - sizeMatND(end)=numStates; - AmatND = nan(sizeMatND); - BmatND = nan(sizeMatND); - ResMatND = nan(sizeMatND); - dummySS = ss(ones(numStates), ones(numStates), eye(numStates), zeros(numStates)); - StateSpaceND = repmat(dummySS, [1,1,sizeMatND(1:end-2)]); - samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct); - StateSpaceND.SamplingGrid = samplingGridStruct; - - % Get coolant data - AdjacencyMat = obj.AdjacencyMat; - InletCoolIdxs = obj.InletArrayIdxs; - OutletCoolIdxs = obj.OutletArrayIdxs; - - % Calculate state-space model at each breakpoint ------- - idxsCell = getNestedForLoopIdxs(sizeMatND(1:end-2)); - - % Calculate state-space matrices for each breakpoint - for idxBkptCmb = 1:length(idxsCell) - bkptIdxsComb = idxsCell{idxBkptCmb}; - idxSpeed = bkptIdxsComb(1); - % Set speed - obj.Shaft_Speed_RPM = BkptsStruct.w(idxSpeed); - % Set cooling systems fr and Tin - for idxCool = 1:numCoolSys - frBkpts = BkptsStruct.(strcat('fr',num2str(idxCool))); - TinBkpts = BkptsStruct.(strcat('Tin',num2str(idxCool))); - idxFr = idxCool+1; - idxTin = idxCool+numCoolSys+1; - frVal = frBkpts(bkptIdxsComb(idxFr)); - TinVal = TinBkpts(bkptIdxsComb(idxTin)); - obj.(frPropNames{idxCool}) = frVal/60/1000; - obj.(TinPropNames{idxCool}) = TinVal; - end - - obj.updateModel(); - - % get state-space matrices - xAmat = obj.Amat; - xBmat = obj.Bmat; - xResMat = obj.ResMat; - idxCell = num2cell(bkptIdxsComb); - StateSpaceND(:,:,idxCell{:}) = ss(xAmat, xBmat, eye(numStates), zeros(numStates)); - for idx1 = 1:numStates - for idx2 = 1:numStates - indCell = num2cell([bkptIdxsComb,idx1,idx2],1); - ind = sub2ind(sizeMatND, indCell{:}); - AmatND(ind) = xAmat(idx1,idx2); - BmatND(ind) = xBmat(idx1,idx2); - ResMatND(ind) = xResMat(idx1,idx2); - end - end - end - - % re-interpolate tables in a grid - [ShaftTorqueVec, SpeedVec, xStator_Copper_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Stator_Copper_Loss_Mat); - [~,~,xRotor_Cage_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Rotor_Cage_Loss_Mat); - [~,~,xIron_Loss_Stator_Back_Iron_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Stator_Back_Iron_Mat); - [~,~,xIron_Loss_Stator_Tooth_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Stator_Tooth_Mat); - [~,~,xStray_Load_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Stray_Load_Loss_Mat); - [~,~,xMagnet_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Magnet_Loss_Mat); - [~,~,xIron_Loss_Rotor_Pole_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Rotor_Pole_Mat); - [~,~,xIron_Loss_Rotor_Back_Iron_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Rotor_Back_Iron_Mat); - [~,~,xIron_Loss_Rotor_Tooth_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Rotor_Tooth_Mat); - [~,~,xFriction_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Friction_Loss_Mat); - [~,~,xWindage_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Windage_Loss_Mat); - - - % Get PowerLossDistributor params - lossDistrForEachType = obj.getLossDistrForEachType(); - TrefStator = obj.TrefStator_degC; - TrefRotor = obj.TrefRotor_degC; - xStatorCopperTempCoefResistivity = obj.StatorTempCoeffRes; - xRotorCopperTempCoefResistivity = obj.RotorTempCoeffRes; - xCoolantArrayIdxs = obj.CoolantArrayIdxs; - xCapMat = obj.CapMat; - - % 2) GENERATE SIMULINK MODEL - % create and open the model - open_system(new_system(modelName)); - set_param(modelName, 'StopTime', '1000'); - % set solver params - set_param(modelName,'AbsTol','1e-3'); - set_param(modelName,'AutoScaleAbsTol','off'); - % add blocks - [~,motName,~] = fileparts(obj.motFullFile); - romSubsysPath = strcat(modelName, '/',motName, '_ReducedOrderModel'); - add_block('built-in/Subsystem', romSubsysPath, ... - 'Position', '[0,0,250,150]'); - hLossMaps = add_block(strcat(obj.mcadROMLibName, '/LossMaps'), ... - strcat(romSubsysPath, '/Loss Maps from Motor-CAD Lab'), ... - 'SpeedVec', 'SpeedVec', ... - 'ShaftTorqueVec', 'ShaftTorqueVec', ... - 'Stator_Copper_Loss_Mat', 'Stator_Copper_Loss_Mat', ... - 'Rotor_Cage_Loss_Mat', 'Rotor_Cage_Loss_Mat', ... - 'Iron_Loss_Stator_Back_Iron_Mat', 'Iron_Loss_Stator_Back_Iron_Mat', ... - 'Iron_Loss_Stator_Tooth_Mat', 'Iron_Loss_Stator_Tooth_Mat', ... - 'Stray_Loss_Stator_Iron_Proportion', 'Stray_Loss_Stator_Iron_Proportion', ... - 'Stray_Load_Loss_Mat', 'Stray_Load_Loss_Mat', ... - 'Magnet_Loss_Mat', 'Magnet_Loss_Mat', ... - 'Iron_Loss_Rotor_Pole_Mat', 'Iron_Loss_Rotor_Pole_Mat', ... - 'Iron_Loss_Rotor_Back_Iron_Mat', 'Iron_Loss_Rotor_Back_Iron_Mat', ... - 'Iron_Loss_Rotor_Tooth_Mat', 'Iron_Loss_Rotor_Tooth_Mat', ... - 'Friction_Loss_Mat', 'Friction_Loss_Mat', ... - 'Windage_Loss_Mat', 'Windage_Loss_Mat' ... - ); - hInTorque = add_block('simulink/Commonly Used Blocks/In1', strcat(romSubsysPath, '/ShaftTorque_Nm')); - hInSpeed = add_block('simulink/Commonly Used Blocks/In1', strcat(romSubsysPath, '/ShaftSpeed_RPM')); - hOutTnodes = add_block('simulink/Commonly Used Blocks/Out1', strcat(romSubsysPath, '/TempNodes')); - if isempty(coolingSystemsEnabled) % passive cooling - hIntpSs = add_block(strcat(obj.mcadROMLibName, '/InterpolatedStateSpaceThermalModel (LPV) (Passive Cooling)'), ... - strcat(romSubsysPath, '/nterpolatedStateSpaceThermalModel (LPV) (Passive Cooling)'), ... - 'StateSpaceND', 'StateSpaceND', ... - 'TnodesInit', 'TnodesInit'... - ); - hPowLossDistr = add_block(strcat(obj.mcadROMLibName, '/PowerLossDistributor (Passive Cooling)'), ... - strcat(romSubsysPath, '/PowerLossDistributor (Passive Cooling)'), ... - 'TrefStator', 'TrefStator', ... - 'StatorCopperTempCoefResistivity', 'StatorCopperTempCoefResistivity', ... - 'TrefRotor', 'TrefRotor', ... - 'RotorCopperTempCoefResistivity', 'RotorCopperTempCoefResistivity', ... - 'LossDistrForEachType', 'LossDistrForEachType', ... - 'CapMat', 'CapMat'); - else % active cooling - hIntpSs = add_block(strcat(obj.mcadROMLibName, '/InterpolatedStateSpaceThermalModel (LPV)'), ... - strcat(romSubsysPath, '/Interpolated State-Space Thermal Model (LPV)'), ... - 'StateSpaceND', 'StateSpaceND', ... - 'CoolAdjMat', 'AdjacencyMat', ... - 'CoolantArrayIdxs', 'CoolantArrayIdxs', ... - 'InletCoolantIdxs', 'InletCoolIdxs', ... - 'OutletCoolantIdxs', 'OutletCoolIdxs', ... - 'TnodesInit', 'TnodesInit'... - ); - hPowLossDistr = add_block(strcat(obj.mcadROMLibName, '/PowerLossDistributor'), ... - strcat(romSubsysPath, '/Power Loss Distributor'), ... - 'TrefStator', 'TrefStator', ... - 'StatorCopperTempCoefResistivity', 'StatorCopperTempCoefResistivity', ... - 'TrefRotor', 'TrefRotor', ... - 'RotorCopperTempCoefResistivity', 'RotorCopperTempCoefResistivity', ... - 'LossDistrForEachType', 'LossDistrForEachType', ... - 'CapMat', 'CapMat', ... - 'CoolantArrayIdxs', 'CoolantArrayIdxs'); - hDemuxMux = add_block(strcat(obj.mcadROMLibName, '/CoolantDemuxMux'), ... - strcat(romSubsysPath, '/Coolant Interface'), ... - 'numCoolSys', num2str(numCoolSys)); - hCoolIn = []; - for idxCool = 1:numCoolSys - thisCoolingSys = coolingSystemsEnabled{idxCool}; - inletName = strcat(erase(thisCoolingSys, ' '), '_Inlet'); - hCoolIn(end+1) = add_block('simulink/Commonly Used Blocks/In1', strcat(romSubsysPath, '/', inletName)); %#ok - end - hOutPnodes = add_block('simulink/Commonly Used Blocks/Out1', strcat(romSubsysPath, '/PowNodes')); - hOutTcoolOut = add_block('simulink/Commonly Used Blocks/Out1', strcat(romSubsysPath, '/TcoolOutVec')); - end - - % connect blocks - hLossMapsPorts = get_param(hLossMaps, 'PortHandles'); - hInTorquePort = get_param(hInTorque, 'PortHandles'); - hInSpeedPort = get_param(hInSpeed, 'PortHandles'); - hPowLossDistrPorts = get_param(hPowLossDistr, 'PortHandles'); - hIntpSsPorts = get_param(hIntpSs, 'PortHandles'); - hOutTnodesPort = get_param(hOutTnodes, 'PortHandles'); - add_line(romSubsysPath, hInTorquePort.Outport, hLossMapsPorts.Inport(1)); - add_line(romSubsysPath, hInSpeedPort.Outport, hLossMapsPorts.Inport(2)); - add_line(romSubsysPath, hPowLossDistrPorts.Outport, hIntpSsPorts.Inport(1)); - add_line(romSubsysPath, hInSpeedPort.Outport, hIntpSsPorts.Inport(2)); - add_line(romSubsysPath, hIntpSsPorts.Outport(1), hPowLossDistrPorts.Inport(1)); - add_line(romSubsysPath, hLossMapsPorts.Outport, hPowLossDistrPorts.Inport(2)); - add_line(romSubsysPath, hIntpSsPorts.Outport(1), hOutTnodesPort.Inport); - if ~isempty(coolingSystemsEnabled) % active cooling - specific additional connections - hDemuxMuxPorts = get_param(hDemuxMux, 'PortHandles'); - hOutPnodesPort = get_param(hOutPnodes, 'PortHandles'); - hOutTcoolOutPort = get_param(hOutTcoolOut, 'PortHandles'); - for idxCool = 1:numCoolSys - hCoolInPort = get_param(hCoolIn(idxCool), 'PortHandles'); - add_line(romSubsysPath, hCoolInPort.Outport, hDemuxMuxPorts.Inport(idxCool)); - end - add_line(romSubsysPath, hDemuxMuxPorts.Outport(1), hIntpSsPorts.Inport(3)); - add_line(romSubsysPath, hDemuxMuxPorts.Outport(2), hIntpSsPorts.Inport(4)); - add_line(romSubsysPath, hIntpSsPorts.Outport(2), hOutPnodesPort.Inport); - add_line(romSubsysPath, hIntpSsPorts.Outport(3), hOutTcoolOutPort.Inport); - end - - % Write data into model workspace - mdlWks = get_param(modelName,'ModelWorkspace'); - assignin(mdlWks,'StateSpaceND', StateSpaceND); - assignin(mdlWks,'AdjacencyMat', AdjacencyMat); - assignin(mdlWks,'InletCoolIdxs', InletCoolIdxs); - assignin(mdlWks,'OutletCoolIdxs', OutletCoolIdxs); - assignin(mdlWks,'TnodesInit', TnodesInit); - assignin(mdlWks,'SpeedVec', SpeedVec); - assignin(mdlWks,'ShaftTorqueVec', ShaftTorqueVec); - assignin(mdlWks,'Stator_Copper_Loss_Mat', xStator_Copper_Loss_Mat); - assignin(mdlWks,'Rotor_Cage_Loss_Mat', xRotor_Cage_Loss_Mat); - assignin(mdlWks,'Iron_Loss_Stator_Back_Iron_Mat', xIron_Loss_Stator_Back_Iron_Mat); - assignin(mdlWks,'Iron_Loss_Stator_Tooth_Mat', xIron_Loss_Stator_Tooth_Mat); - assignin(mdlWks,'Stray_Loss_Stator_Iron_Proportion', obj.Stray_Loss_Stator_Iron_Proportion); - assignin(mdlWks,'Stray_Load_Loss_Mat', xStray_Load_Loss_Mat); - assignin(mdlWks,'Magnet_Loss_Mat', xMagnet_Loss_Mat); - assignin(mdlWks,'Iron_Loss_Rotor_Pole_Mat', xIron_Loss_Rotor_Pole_Mat); - assignin(mdlWks,'Iron_Loss_Rotor_Back_Iron_Mat', xIron_Loss_Rotor_Back_Iron_Mat); - assignin(mdlWks,'Iron_Loss_Rotor_Tooth_Mat', xIron_Loss_Rotor_Tooth_Mat); - assignin(mdlWks,'Friction_Loss_Mat', xFriction_Loss_Mat); - assignin(mdlWks,'Windage_Loss_Mat', xWindage_Loss_Mat); - assignin(mdlWks,'TrefStator', TrefStator); - assignin(mdlWks,'TrefRotor', TrefRotor); - assignin(mdlWks,'StatorCopperTempCoefResistivity', xStatorCopperTempCoefResistivity); - assignin(mdlWks,'RotorCopperTempCoefResistivity', xRotorCopperTempCoefResistivity); - assignin(mdlWks,'LossDistrForEachType', lossDistrForEachType); - assignin(mdlWks,'CapMat', xCapMat); - assignin(mdlWks,'CoolantArrayIdxs', xCoolantArrayIdxs); - - % add dummy inputs to ROM subsystem - add_block('simulink/Sources/Constant', strcat(modelName, '/SpeedRPM'), ... - 'Value', '2000'); - add_block('simulink/Sources/Constant', strcat(modelName, '/TorqueNm'), ... - 'Value', '20'); - add_line(modelName, strcat('TorqueNm', '/1'), strcat(motName, '_ReducedOrderModel', '/1')) - add_line(modelName, strcat('SpeedRPM', '/1'), strcat(motName, '_ReducedOrderModel', '/2')) - for idxCool = 1:numCoolSys - thisCoolingSys = coolingSystemsEnabled{idxCool}; - frBlockName = strcat(erase(thisCoolingSys, ' '), '_Flowrate_lpm'); - TinBlockName = strcat(erase(thisCoolingSys, ' '), '_InletTemp_degC'); - add_block('simulink/Sources/Constant', strcat(modelName, '/', frBlockName), ... - 'Value', '3'); - add_block('simulink/Sources/Constant', strcat(modelName, '/', TinBlockName), ... - 'Value', '25'); - add_block('simulink/Commonly Used Blocks/Mux', strcat(modelName, '/Mux', num2str(idxCool))); - add_line(modelName, strcat(frBlockName, '/1'), strcat('Mux', num2str(idxCool), '/1')) - add_line(modelName, strcat(TinBlockName, '/1'), strcat('Mux', num2str(idxCool), '/2')) - add_line(modelName, strcat('Mux', num2str(idxCool), '/1'), strcat(motName, '_ReducedOrderModel', '/', num2str(2+idxCool))); - end - - % add scopes and outport to the ROM subsystem outputs - add_block('simulink/Sinks/Scope', strcat(modelName, '/Node Temperatures')) - add_block('simulink/Sinks/Out1', strcat(modelName, '/Out')) - add_line(modelName, strcat(motName, '_ReducedOrderModel', '/1'), strcat('Node Temperatures', '/1')) - add_line(modelName, strcat(motName, '_ReducedOrderModel', '/1'), strcat('Out', '/1')) - if ~isempty(coolingSystemsEnabled) % active cooling - specific additional Scopes - add_block('simulink/Sinks/Scope', strcat(modelName, '/Node Powers')) - add_block('simulink/Sinks/Scope', strcat(modelName, '/Coolant Outlet Temperature')) - add_line(modelName, strcat(motName, '_ReducedOrderModel', '/2'), strcat('Node Powers', '/1')) - add_line(modelName, strcat(motName, '_ReducedOrderModel', '/3'), strcat('Coolant Outlet Temperature', '/1')) - end - - % tidy-up connections - Simulink.BlockDiagram.arrangeSystem(romSubsysPath); - Simulink.BlockDiagram.arrangeSystem(modelName); - - end - - end - - methods(Access=private) - function setupForThermalMatricesUpdate(obj) - % Matrices must be computed at zero loss inputs and no - % temperature coefficient effect - - obj.EnableStatorTempCoeffRes = 0; % no temp coefficient effect - obj.EnableRotorTempCoeffRes = 0; % no temp coefficient effect - residualLossVal = 0.1; % very small loss ~ 0 - lossVec = residualLossVal*ones(size(obj.LossValues)); - - obj.runThermalSteadyStateWithSpecifiedLosses(lossVec) - - end - end - -end - -% Helper functions - -function [Amat, Bmat] = getStateSpaceMatricesFromThermalMatrices(CapMat, ResMat) - % Get A,B matrices from capacitance and resistance matrices - - % Create matrixes A B C and D for state space model - [N,~]=size(ResMat); - R_inv = zeros(N); - C_inv = zeros(N,1); - if numel(CapMat)>N % CapMat is a NxN matrix - CapVec = diag(CapMat); - CapVec = CapVec(:); % column vec - else - CapVec = CapMat(:); - end - - % Setup model parameters - % Build inverse R,C matrixes - for row=1:1:N - for col=1:1:N - R_inv(row,col)=1/ResMat(row,col); - if row==col - R_inv(row,col)=0; - end - end - end - - for i=1:1:N - C_inv(i,1)=1/CapVec(i,1); - end - - % Build Amat matrix - - Amat=zeros(N); - - % Top right half of Amat matrix - for row=1:1:N - for col=row+1:1:N - if C_inv(row,1) < 10^6 - Amat(row,col)=C_inv(row,1)*R_inv(row,col); - else - Amat(row,col)=(10^6)*R_inv(row,col); - end - end - end - - % Bottom left half of Amat matrix - for row=2:1:N - for col=1:row-1 - if C_inv(row,1)< 10^6 - Amat(row,col)=C_inv(row,1)*R_inv(row,col); - else - Amat(row,col)=(10^6)*R_inv(row,col); - end - end - end - - % Diagonal of Amat Matrix - for row=1:1:N - if C_inv(row,1)< 10^6 - Amat(row,row)=-(C_inv(row,1)*(sum(R_inv(row,:)))); - else - Amat(row,row)=(-(10^6)*(sum(R_inv(row,:)))); - end - end - - % Build Bmat matrix - Bmat=zeros(N); - - for row=1:1:N - if C_inv(row,1)< 10^6 - Bmat(row,row)=C_inv(row,1); - - else - Bmat(row,row)= 10^6; - end - end - -end - -function [array1d, nodeNames] = readMfFile1D(FileName) - - fid = fopen(FileName, 'rt'); - fgetl(fid); % first line not useful - fgetl(fid); % second line contains number of nodes - - datacell = textscan(fid, '%d%s%f', 'Delimiter',';', 'CollectOutput', 1); - - nodeNames = datacell{2}; %a cell array of strings - array1d = datacell{3}; %as a numeric array - - fclose(fid); -end - -function array2d = readMfFile2D(FileName, numNodes) - - fileID = fopen(FileName,'r'); - - % If error exit - if fileID < 0 - disp('Error loading the file, exit') - return - end - - % Read first lines without useful info - textscan(fileID, '%[^\n\r]', 3, 'WhiteSpace', '', 'ReturnOnError', false, 'EndOfLine', '\r\n'); - - % Read resistance values - formatSpec = '%s'; - % Read the resistance values. Extra node for ambient. - for i=1:numNodes - formatSpec = [formatSpec, '%f']; %#ok - end - formatSpec = [formatSpec, '%[^\n\r]']; - dataArray = textscan(fileID, formatSpec, 'Delimiter', ';', 'TextType', 'string', 'ReturnOnError', false); - fclose(fileID); - - % Generate the resistace matrix - array2d = zeros(numNodes); - - % Create the matrix (R matrix in only 1 vector) - dtmp = cell2mat(dataArray(1,2:numNodes+1)); - array2d(:) = dtmp(:); -end - -function [GroupNames, NodeNames, GroupIdxs, NodeIdx] = readNmfFile(FileName) - - fid = fopen(FileName, 'rt'); - fgetl(fid); % first line not useful - fgetl(fid); % second line contains number of nodes - fgetl(fid); % third line is whitespace - - datacell = textscan(fid, '%s', 'CollectOutput', 1, 'Delimiter', newline); - datacell = datacell{1}; % data is one level below - - numGroups = 0; - numNodes = 0; - GroupNames = {}; - NodeNames = {}; - GroupIdxs = {}; - NodeIdx = {}; - for idxLine = 1:length(datacell) - thisLine = datacell{idxLine}; - if ~isempty(thisLine) % skip empty lines - if startsWith(thisLine, '[') % new group - % New group - numGroups = numGroups+1; - GroupNames{end+1} = thisLine(2:end-1); %#ok - GroupIdxs{end+1} = []; %#ok - else - % Keep adding to the current group - numNodes = numNodes+1; - nodeIdx = str2double(extractBefore(thisLine, ' ')); - nodeName = extractAfter(thisLine, '('); % Assumes node name between parenthesis - nodeName = nodeName(1:end-1); % last character is ")" - NodeNames{end+1} = nodeName; %#ok - NodeIdx{end+1} = nodeIdx; %#ok - GroupIdxs{end}(end+1) = nodeIdx; - end - end - end - - fclose(fid); -end - -function idxsCell = getNestedForLoopIdxs(arraySizeVec) - - n = length(arraySizeVec); % Number of indices - currentIdxs = ones(1, n); % Current indices - idxsCell = cell(prod(arraySizeVec), 1); - counter = 0; - ready = false; - while ~ready - counter = counter + 1; - idxsCell{counter} = currentIdxs; - % Increase the index vector - ready = true; - for k = n:-1:1 - currentIdxs(k) = currentIdxs(k) + 1; - if currentIdxs(k) <= arraySizeVec(k) - ready = false; - break; - end - currentIdxs(k) = 1; % Reset, proceed with previous element - end - end - -end - -function [xVec, yVec, zgMat] = reInterpolateTable(xsMat, ysMat, zsMat) - % Re-interpolate scattered map into square grid - - zInterpolant = scatteredInterpolant(xsMat(:), ysMat(:), zsMat(:), 'linear', 'nearest'); - xMin = min(xsMat(:)); - xMax = max(xsMat(:)); - [xLen,~] = size(xsMat); - xVec = linspace(xMin, xMax, xLen); - yMin = min(ysMat(:)); - yMax = max(ysMat(:)); - [~,yLen] = size(ysMat); - yVec = linspace(yMin, yMax, yLen); - [xgrid, ygrid] = ndgrid(xVec, yVec); - zgMat = zInterpolant(xgrid, ygrid); - -end - -function samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct) - % Get sampling grid from breakpoints structure. - - fieldNamesCell = fieldnames(BkptsStruct); - fieldValuesCell = cell(size(fieldNamesCell)); - numFields = length(fieldNamesCell); - for idxField = 1:numFields - fieldValuesCell{idxField} = BkptsStruct.(fieldNamesCell{idxField}); - end - - samplingGridValues = cell(size(fieldNamesCell)); - [samplingGridValues{:}] = ndgrid(fieldValuesCell{:}); - - samplingGridStruct = cell2struct(samplingGridValues, fieldNamesCell, 1); - +classdef ThermalInterface < mcadinterface.BasicInterface + %THERMALINTERFACE Motor-CAD interface for thermal modeling workflows. + + % Copyright 2022-2023 The MathWorks, Inc. + + properties(SetAccess=protected) + workingDirectory % Working directory + mcadROMLibName % Library of Simulink subsystems required for the ROM model + end + + properties(SetAccess=private) + NodeNames (:,1) cell % List of node names + NodeNamesAndMcadIdx (:,2) cell % List of node names and the corresponding Motor-CAD index + GroupNamesAndMcadIdxes (:,2) cell % List of group names and the Motor-CAD index of the nodes in each group + CoolingSystemNamesAndMcadIdxes (:,2) cell % List of cooling system group names and the Motor-CAD index of the fluid nodes in each cooling system + + % Lab Maps + + Speed_Mat (:,:) double % Speed map [rpm] + Shaft_Torque_Mat (:,:) double % Torque map [N*m] + Stator_Copper_Loss_Mat (:,:) double % Stator copper loss map [W] + Rotor_Cage_Loss_Mat (:,:) double % Rotor copper loss map [W] + Iron_Loss_Stator_Back_Iron_Mat (:,:) double % Stator back iron loss map [W] + Iron_Loss_Stator_Tooth_Mat (:,:) double % Stator tooth iron loss map [W] + Stray_Load_Loss_Mat (:,:) double % Stray loss map [W] + Magnet_Loss_Mat (:,:) double % Magnet loss map [W] + Iron_Loss_Rotor_Pole_Mat (:,:) double % Rotor pole iron loss map [W] + Iron_Loss_Rotor_Back_Iron_Mat (:,:) double % Rotor back iron loss map [W] + Iron_Loss_Rotor_Tooth_Mat (:,:) double % Rotor tooth iron loss map [W] + Friction_Loss_Mat (:,:) double % Friction loss map [W] + Windage_Loss_Mat (:,:) double % Windage loss map [W] + + % Thermal matrices + + CapMat (:,:) double % Node capacitance vector + ResMat (:,:) double % Node resistance matrix + PowMat (:,:) double % Node steady-state power vector + TempMat (:,:) double % Node temperature boundary condition + + % State-space matrices + + Amat (:,:) double % State-space A matrix + Bmat (:,:) double % State-space B matrix + + % Cooling system data + + EnabledCoolingSystems (:,1) logical % List of which cooling systems are enabled (true or false) + CoolingSystemsDigraphs (:,1) struct % Structure containing the directed graph of each cooling systems node flow + AdjacencyMat (:,:) double % Global adjacency matrix for cooling systems node flow connectivity + InletArrayIdxs (:,1) double % Inlet nodes indices + OutletArrayIdxs (:,1) double % Outlet nodes indices + CoolantArrayIdxs (:,1) double % Coolant nodes indices + end + + properties(Constant) + % List of supported cooling systems + SupportedCoolingSystemsMcadNames = ... + {'Ventilated'; ... + 'Housing Water Jacket'; ... + 'Shaft Spiral Groove'; ... + 'Wet Rotor'; ... + 'Spray Cooling'; ... + 'Rotor Water Jacket'; ... + 'Slot Water Jacket'; ... + }; + end + + methods(Access=public) + + function obj = ThermalInterface(motFile) + % ThermalInterface constructor + obj = obj@mcadinterface.BasicInterface(motFile); + fullFilePath = which(motFile); + obj.workingDirectory = fileparts(fullFilePath); % use same folder as .mot file + obj.mcadROMLibName = 'mcadROM_lib'; + + obj.calculateThermalSteadyState(); % initialize node temperatures + obj.updateModel(); + + end + + function updateModel(obj) + % Update state-space matrices, group names, nodes, cooling + % systems, and loss tables, based on the current state of + % Motor-CAD variables. + + % Set thermal matrices, group names, node names, and mcad idxs + obj.updateMatricesAndGroupNamesAndNodes(); + + obj.updateCoolingSystemsData(); + obj.checkCoolingSystemsIndependent(); + + obj.updateLabLossTables(); + + end + + % Basic MotorCAD thermal commands --------- + function calculateLabOperatingPoint(obj) + % Calculate Lab Operating Point + invoke(obj.mcad, 'CalculateOperatingPoint_Lab'); + end + + function calculateThermalSteadyState(obj) + % Calculate thermal steady state + invoke(obj.mcad, 'DoSteadyStateAnalysis'); + end + + function calculateThermalTransient(obj) + % Calculate thermal transient + invoke(obj.mcad, 'DoTransientAnalysis'); + end + + function runThermalSteadyStateWithSpecifiedLosses(obj, lossVec) + % Run a thermal steady-state calculation with specified loss + % values for each type of loss in "LossTypes". + + obj.ThermalSteadyOrTransientChoice = 0; + obj.MagneticThermalCouplingChoice = 0; + obj.LabThermalCouplingChoice = 0; + obj.LossValues = lossVec; + + obj.calculateThermalSteadyState(); + + end + + function runThermalSteadyStateWithSpecifiedTorqueSpeed(obj, torqueVal, speedVal) + % Run a thermal steady-state calculation for a specified operating point (load + % torque and shaft speed). + + obj.ThermalSteadyOrTransientChoice = 0; + obj.MagneticThermalCouplingChoice = 0; + obj.LabThermalCouplingChoice = 2; + obj.Shaft_Torque_Nm = torqueVal; + obj.Shaft_Speed_RPM = speedVal; + + obj.calculateLabOperatingPoint(); + + end + + function runThermalTransientWithSpecifiedLosses(obj, lossVec, stopTime, numTimeSteps) + % Run a thermal transient calculation with specified loss + % values for each type of loss in "LossTypes". You also specify the stop + % time and number of time steps + + obj.ThermalSteadyOrTransientChoice = 1; + obj.TransientOption = 0; + obj.StopTimeChoice = 0; % fixed period + obj.StopTime = stopTime; + obj.TransientLossesOrTorqueChoice = 0; % specify losses + obj.NumTimeSteps = numTimeSteps; + obj.InitialTemperatureOption = 0; % initialize at ambient temperature + + obj.LossValues = lossVec; + + obj.calculateThermalTransient(); + + end + + function runThermalTransientWithSpecifiedTorqueSpeed(obj, torqueVal, speedVal, stopTime, numTimeSteps) + % Run a thermal transient calculation with specified operating point (load + % torque and shaft speed). You also specify the stop time and + % number of time steps. + + obj.ThermalSteadyOrTransientChoice = 1; + obj.TransientOption = 0; + obj.StopTimeChoice = 0; % fixed period + obj.StopTime = stopTime; + obj.TransientLossesOrTorqueChoice = 1; % specify torque + obj.NumTimeSteps = numTimeSteps; + obj.InitialTemperatureOption = 0; % initialize at ambient temperature + + obj.TransientTorqueValue = torqueVal; + obj.Shaft_Speed_RPM = speedVal; + + obj.calculateThermalTransient(); + + end + + function writeThermalStateSpaceFiles(obj) + % Export thermal matrices into text files (.cmf, .rmf, .pmf, + % .tmf, .nmf) + invoke(obj.mcad,'ExportMatrices', obj.workingDirectory); + end + + function [CapMat, ResMat, PowMat, TempMat, NodeNames] = getThermalStateSpaceMatricesFromFiles(obj) + %Get the capacitance, resistance, and power + %arrays for thermal model .cmf, .rmf, .pmf text files in the current + %directory. + + motFileName = obj.motFullFile; + + CapFileName = strrep(motFileName, '.mot', '.cmf'); + ResFileName = strrep(motFileName, '.mot', '.rmf'); + PowFileName = strrep(motFileName, '.mot', '.pmf'); + TempFileName = strrep(motFileName, '.mot', '.tmf'); + + + % Read cmf file + [CapMatNm1, ~] = readMfFile1D(CapFileName); % size numNodes-1 + numNodes = length(CapMatNm1) + 1; % number of nodes (+1 for ambient) + CapMat = zeros(numNodes,1); + CapMat(2:end) = CapMatNm1; + + % Read tmf file + [TempMat, NodeNames] = readMfFile1D(TempFileName); % size numNodes + % remove initial and final parenthesis from obj.NodeNames + for idxNode = 1:length(NodeNames) + NodeNames{idxNode} = NodeNames{idxNode}(2:end-1); + end + + CapMat(1,1) = 1e20; % Ambient must have large capacitance + for idx_node=2:numNodes + if TempMat(idx_node,1) ~= -10000000 % Fixed-temperature node + % Model these nodes as having very large capacitances + CapMat(idx_node,1) = 1e20; + end + end + + % Read rmf file + ResMat = readMfFile2D(ResFileName, numNodes); + + % Read pmf file + [PowMatNm1,~] = readMfFile1D(PowFileName); % size numNodes-1 + PowMat = zeros(numNodes,1); + PowMat(2:end) = PowMatNm1; + + end + + function [GroupNamesAndMcadIdxes, NodeNamesAndMcadIdx] = updateMatricesAndGroupNamesAndNodes(obj) + % Update state-space matrices, group data (names and Motor-CAD + % indices) and node data (names and Motor-CAD indices) + + xxLossValues = obj.LossValues; + xxEnableStatorTempCoeffRes = obj.EnableStatorTempCoeffRes; + xxEnableRotorTempCoeffRes = obj.EnableRotorTempCoeffRes; + + obj.setupForThermalMatricesUpdate(); + obj.writeThermalStateSpaceFiles(); + [xCapMat, xResMat, xPowMat, xTempMat, xNodeNames] = obj.getThermalStateSpaceMatricesFromFiles(); + + % restore original properties prior to matrices update + obj.LossValues = xxLossValues; + obj.EnableStatorTempCoeffRes = xxEnableStatorTempCoeffRes; + obj.EnableRotorTempCoeffRes = xxEnableRotorTempCoeffRes; + + obj.CapMat = xCapMat; + obj.ResMat = xResMat; + obj.PowMat = xPowMat; + obj.TempMat = xTempMat; + + [xAmat, xBmat] = getStateSpaceMatricesFromThermalMatrices(xCapMat, xResMat); + obj.Amat = xAmat; + obj.Bmat = xBmat; + + obj.NodeNames = xNodeNames; + + % Read nmf file + motFileName = obj.motFullFile; + NodeFileName = strrep(motFileName, '.mot', '.nmf'); + + [GroupNames, nodeNames, GroupIdxs, NodeIdx] = readNmfFile(NodeFileName); % size numNodes-1 + + numNodes = length(NodeIdx); + numGroups = length(GroupNames); + + GroupNamesAndMcadIdxes = cell(numGroups, 2); + GroupNamesAndMcadIdxes(:,1) = GroupNames; + GroupNamesAndMcadIdxes(:,2) = GroupIdxs; + + NodeNamesAndMcadIdx = cell(numNodes, 2); + NodeNamesAndMcadIdx(:,1) = nodeNames; + NodeNamesAndMcadIdx(:,2) = NodeIdx; + + % sort according to obj.NodeNames + sortIdxs = nan(size(nodeNames)); + for idxNode = 1:numNodes + sortIdxs(idxNode) = find(strcmp(NodeNamesAndMcadIdx(:,1),obj.NodeNames{idxNode})); + end + NodeNamesAndMcadIdx(:,2) = NodeNamesAndMcadIdx(sortIdxs,2); + for idxNode = 1:numNodes + NodeNamesAndMcadIdx(idxNode,1) = obj.NodeNames(idxNode); + end + + % remove initial and final parenthesis from obj.NodeNames + obj.NodeNames = NodeNamesAndMcadIdx(:,1); + + % Update + obj.GroupNamesAndMcadIdxes = GroupNamesAndMcadIdxes; + obj.NodeNamesAndMcadIdx = NodeNamesAndMcadIdx; + + end + + function updateCoolingSystemsData(obj) + % Update cooling systems data (AdjacencyMat, InletArrayIdxs, + % OutletArrayIdxs, CoolantArrayIdxs) + + groupNames = obj.GroupNamesAndMcadIdxes(:,1); + obj.CoolingSystemNamesAndMcadIdxes = obj.GroupNamesAndMcadIdxes(contains(groupNames, obj.SupportedCoolingSystemsMcadNames), :); + obj.EnabledCoolingSystems = contains(obj.SupportedCoolingSystemsMcadNames, obj.CoolingSystemNamesAndMcadIdxes(:,1)); + numSuppCoolSys = length(obj.SupportedCoolingSystemsMcadNames); + obj.CoolingSystemsDigraphs = struct(); + for idxSuppCoolSys = 1:numSuppCoolSys + isThisCoolSysEnabled = obj.EnabledCoolingSystems(idxSuppCoolSys); + thisCoolantGroupName = obj.SupportedCoolingSystemsMcadNames{idxSuppCoolSys}; + if isThisCoolSysEnabled + [thisCoolantDigraph, thisCoolantNodeNamesAndArrayIdx] = obj.getDigraphForCoolantGroup(thisCoolantGroupName, false); % don't draw plot + obj.CoolingSystemsDigraphs(idxSuppCoolSys).Digraph = thisCoolantDigraph; + obj.CoolingSystemsDigraphs(idxSuppCoolSys).NodeNamesAndArrayIdx = thisCoolantNodeNamesAndArrayIdx; + else + obj.CoolingSystemsDigraphs(idxSuppCoolSys).Digraph = []; % empty digraph + obj.CoolingSystemsDigraphs(idxSuppCoolSys).NodeNamesAndArrayIdx = []; % empty NodeNamesAndArrayIdx + end + end + + [xAdjacencyMat, xInletArrayIdxs, xOutletArrayIdxs, xCoolantArrayIdxs] = getAdjacencyMatAndInletOutletIdxs(obj); + obj.AdjacencyMat = xAdjacencyMat; + obj.InletArrayIdxs = xInletArrayIdxs; + obj.OutletArrayIdxs = xOutletArrayIdxs; + obj.CoolantArrayIdxs = xCoolantArrayIdxs; + + end + + function TnodesVec = getSteadyStateTemperatureForNodeMcadIdxs(obj, mcadIdxs) + % Get steady-state temperature for a list of nodes specified by + % the Motor-CAD indices. + + TnodesVec = nan(length(mcadIdxs), 1); + for idxNode = 1:length(mcadIdxs) + [success, Tval] = invoke(obj.mcad, 'GetNodeTemperature', mcadIdxs(idxNode)); + if success ~=0 + warning('Failure in GetNodeTemperature'); + else + TnodesVec(idxNode) = Tval; + end + end + end + + function PnodesVec = getSteadyStatePowerForNodeMcadIdxs(obj, mcadIdxs) + % Get steady-state power for a list of nodes specified by + % the Motor-CAD indices. + + PnodesVec = nan(length(mcadIdxs), 1); + for idxNode = 1:length(mcadIdxs) + [success, Tval] = invoke(obj.mcad, 'GetNodePower', mcadIdxs(idxNode)); + if success ~=0 + warning('Failure in GetNodePower'); + else + PnodesVec(idxNode) = Tval; + end + end + end + + function [tVec, TnodesVec] = getTransientTemperatureForNodeMcadIdxs(obj, mcadIdxs) + % Get transient temperature time series for a list of nodes specified by + % the Motor-CAD indices. + + [~, numTimePoints] = invoke(obj.mcad, 'GetVariable', 'Simple_Transient_Number_Points'); + numTimePoints = numTimePoints+1; % include initial time + TnodesVec = nan(length(mcadIdxs), numTimePoints); + tVec = nan(1,numTimePoints); + for idxNode = 1:length(mcadIdxs) + for idxTime = 1:numTimePoints + [success,x,y] = invoke(obj.mcad,'GetTemperatureGraphPoint',mcadIdxs(idxNode),idxTime-1); + if success == 0 + tVec(idxTime) = x; + TnodesVec(idxNode, idxTime) = y; + end + end + end + end + + function [tVec, PnodesVec] = getTransientPowerForNodeMcadIdxs(obj, mcadIdxs) + % Get transient power time series for a list of nodes specified by + % the Motor-CAD indices. + + [~, numTimePoints] = invoke(obj.mcad, 'GetVariable', 'Simple_Transient_Number_Points'); + numTimePoints = numTimePoints+1; % include initial time + PnodesVec = nan(length(mcadIdxs), numTimePoints); + tVec = nan(1,numTimePoints); + for idxNode = 1:length(mcadIdxs) + for idxTime = 1:numTimePoints + [success,x,y] = invoke(obj.mcad,'GetPowerGraphPoint',mcadIdxs(idxNode),idxTime-1); + if success == 0 + tVec(idxTime) = x; + PnodesVec(idxNode, idxTime) = y; + end + end + end + PnodesVec(1,:) = 0; + end + + function plotTransientTemperatureForNodeMcadIdxs(obj, mcadIdxs) + % Plot transient temperature time series for a list of nodes specified by + % the Motor-CAD indices. + + [tVec, TnodesVec] = obj.getTransientTemperatureForNodeMcadIdxs(mcadIdxs); + allMcadIdxs = [obj.NodeNamesAndMcadIdx{:,2}]; + legendNodeNames = cell(length(mcadIdxs),1); + for idxNode = 1:length(mcadIdxs) + legendNodeNames{idxNode} = obj.NodeNames{allMcadIdxs == mcadIdxs(idxNode)}; + end + figure(); + plot(tVec, TnodesVec); + legend(legendNodeNames, 'Interpreter', 'none'); + grid on + xlabel('Time [s]'); + ylabel('Node temperature [degC]'); + + end + + % Basic MotorCAD Lab commands -------------- + function calculateMagneticLab(obj) + % Calculate magnetic lab + + invoke(obj.mcad, 'CalculateMagnetic_Lab'); + % CalculateMagnetic_Lab uses the existing pre-built magnetic + % lab (from a previous call to BuildModel_Lab) + end + + function updateLabLossTables(obj) + % Update Lab loss tables for each type of loss + + [~, motFile] = fileparts(obj.motFullFile); + LabFileName = fullfile(extractBefore(obj.motFullFile, motFile), motFile, 'Lab', 'MotorLAB_elecdata.mat'); + if ~isfile(LabFileName) % need to generate Lab mat file + obj.calculateMagneticLab(); + end + outLoad = load(LabFileName); + + % Speed and Shaft_Torque always exist + Speed = outLoad.Speed; + Shaft_Torque = outLoad.Shaft_Torque; + % Losses may be specific to each machine - check first + if isfield(outLoad, 'Stator_Copper_Loss') + Stator_Copper_Loss = outLoad.Stator_Copper_Loss; + else % this machine type does not include this loss type + Stator_Copper_Loss = zeros(size(Speed)); + end + if isfield(outLoad, 'Rotor_Cage_Loss') + Rotor_Cage_Loss = outLoad.Rotor_Cage_Loss; + else % this machine type does not include this loss type + Rotor_Cage_Loss = zeros(size(Speed)); + end + if isfield(outLoad, 'Iron_Loss_Stator_Back_Iron') + Iron_Loss_Stator_Back_Iron = outLoad.Iron_Loss_Stator_Back_Iron; + else % this machine type does not include this loss type + Iron_Loss_Stator_Back_Iron = zeros(size(Speed)); + end + if isfield(outLoad, 'Iron_Loss_Stator_Tooth') + Iron_Loss_Stator_Tooth = outLoad.Iron_Loss_Stator_Tooth; + else % this machine type does not include this loss type + Iron_Loss_Stator_Tooth = zeros(size(Speed)); + end + if isfield(outLoad, 'Stray_Load_Loss') + Stray_Load_Loss = outLoad.Stray_Load_Loss; + else % this machine type does not include this loss type + Stray_Load_Loss = zeros(size(Speed)); + end + if isfield(outLoad, 'Magnet_Loss') + Magnet_Loss = outLoad.Magnet_Loss; + else % this machine type does not include this loss type + Magnet_Loss = zeros(size(Speed)); + end + if isfield(outLoad, 'Iron_Loss_Rotor_Pole') + Iron_Loss_Rotor_Pole = outLoad.Iron_Loss_Rotor_Pole; + else % this machine type does not include this loss type + Iron_Loss_Rotor_Pole = zeros(size(Speed)); + end + if isfield(outLoad, 'Iron_Loss_Rotor_Back_Iron') + Iron_Loss_Rotor_Back_Iron = outLoad.Iron_Loss_Rotor_Back_Iron; + else % this machine type does not include this loss type + Iron_Loss_Rotor_Back_Iron = zeros(size(Speed)); + end + if isfield(outLoad, 'Iron_Loss_Rotor_Tooth') + Iron_Loss_Rotor_Tooth = outLoad.Iron_Loss_Rotor_Tooth; + else % this machine type does not include this loss type + Iron_Loss_Rotor_Tooth = zeros(size(Speed)); + end + if isfield(outLoad, 'Friction_Loss') + Friction_Loss = outLoad.Friction_Loss; + else % this machine type does not include this loss type + Friction_Loss = zeros(size(Speed)); + end + if isfield(outLoad, 'Windage_Loss') + Windage_Loss = outLoad.Windage_Loss; + else % this machine type does not include this loss type + Windage_Loss = zeros(size(Speed)); + end + + obj.Speed_Mat = Speed; + obj.Shaft_Torque_Mat = Shaft_Torque; + obj.Stator_Copper_Loss_Mat = Stator_Copper_Loss; + obj.Rotor_Cage_Loss_Mat = Rotor_Cage_Loss; + obj.Iron_Loss_Stator_Back_Iron_Mat = Iron_Loss_Stator_Back_Iron; + obj.Iron_Loss_Stator_Tooth_Mat = Iron_Loss_Stator_Tooth; + obj.Stray_Load_Loss_Mat = Stray_Load_Loss; + obj.Magnet_Loss_Mat = Magnet_Loss; + obj.Iron_Loss_Rotor_Pole_Mat = Iron_Loss_Rotor_Pole; + obj.Iron_Loss_Rotor_Back_Iron_Mat = Iron_Loss_Rotor_Back_Iron; + obj.Iron_Loss_Rotor_Tooth_Mat = Iron_Loss_Rotor_Tooth; + obj.Friction_Loss_Mat = Friction_Loss; + obj.Windage_Loss_Mat = Windage_Loss; + + end + + % Advanced workflows ----------- + + function [DirectedGraphCoolant, NodeNamesAndArrayIdx] = getDigraphForCoolantGroup(obj, CoolantGroupName, plotCoolantGraphFlag) + % Get the directed flow graph for a specific cooling system + % group. Optionally plot the graph. + % Input arguments: + % - CoolantGroupName [string] : name of the cooling group + % Output arguments: + % - Digraph [1x1 digraph] : Directed graph that represents the coolant flow from inlet to + % outlet nodes with possible path splits and merges + % - NodeNamesAndArrayIdx [Mx3 cell] : cell with the node name, + % array index, and Mcad index for each of the coolant nodes. The order is + % in the same order of the AdjacencyMatrix rows + + % Extract coolant variables + AllNodeNames = obj.NodeNames; + assert(all(strcmp(AllNodeNames, obj.NodeNamesAndMcadIdx(:,1)))) % required condition + AllMcadIdxes = [obj.NodeNamesAndMcadIdx{:,2}]; + xResMat = obj.ResMat; + CoolantNodesMcadIdx = obj.CoolingSystemNamesAndMcadIdxes{contains(obj.CoolingSystemNamesAndMcadIdxes(:,1), CoolantGroupName), 2}; + CoolantNodeNames = cell(size(CoolantNodesMcadIdx)); + CoolantArrayIdxes = nan(size(CoolantNodesMcadIdx)); + NodeNamesAndArrayIdx = cell(length(CoolantNodesMcadIdx),3); + for idxCoolantNode = 1:length(CoolantNodesMcadIdx) + CoolantNodeNames{idxCoolantNode} = AllNodeNames{CoolantNodesMcadIdx(idxCoolantNode) == AllMcadIdxes}; + CoolantArrayIdxes(idxCoolantNode) = find(CoolantNodesMcadIdx(idxCoolantNode) == AllMcadIdxes); + NodeNamesAndArrayIdx{idxCoolantNode, 1} = CoolantNodeNames{idxCoolantNode}; + NodeNamesAndArrayIdx{idxCoolantNode, 2} = CoolantArrayIdxes(idxCoolantNode); + NodeNamesAndArrayIdx{idxCoolantNode, 3} = CoolantNodesMcadIdx(idxCoolantNode); + end + + ResMatCoolant = xResMat(CoolantArrayIdxes, CoolantArrayIdxes); + + % Inlet to outlet graph search + isInlet = contains(CoolantNodeNames, 'Inlet'); + if any(isInlet) + if sum(int32(isInlet)) > 1 + error('Only one inlet per cooling system is supported'); + else + % BFS GRAPH ALGORITHM + UndirectedAdjacencyMatrix = abs(ResMatCoolant)<1e8 & ResMatCoolant~=0; % nodes are connected and is not itself + GraphCoolant = graph(UndirectedAdjacencyMatrix, CoolantNodeNames); + nodeVisitList = GraphCoolant.bfsearch(CoolantNodeNames(isInlet)); + DirectedGraphCoolant = digraph(adjacency(GraphCoolant), CoolantNodeNames); % all connections are double-edged + DirectedGraphCoolant = DirectedGraphCoolant.rmedge(nodeVisitList(2:end), nodeVisitList(1:end-1)); % remove edges from BFS + % remove cycles + [~,edge_indices] = DirectedGraphCoolant.dfsearch(CoolantNodeNames(isInlet), 'edgetodiscovered', 'Restart', true); + DirectedGraphCoolant = DirectedGraphCoolant.rmedge(edge_indices); + + if plotCoolantGraphFlag + figure('Name', CoolantGroupName); + graphPlot = DirectedGraphCoolant.plot(); + graphPlot.Interpreter = 'none'; % avoid subscript labels + set(graphPlot.Parent.Title, 'String', CoolantGroupName) + end + + end + else + error('No inlet found. Cooling groups must contain an inlet node, identified with an "Inlet" substring in the node name.'); + end + + end + + function areIndependent = checkCoolingSystemsIndependent(obj) + % Returns true if the enabled cooling systems are independent + % i.e. they don't merge or split into each other (no fluid + % is mixed between cooling systems) + + % Get ArrayIdx for both of the cooling system nodes + enabledCoolSysIdxes = find(obj.EnabledCoolingSystems); + if length(enabledCoolSysIdxes)<=1 + areIndependent = true; + return + end + pairCasesMat = nchoosek(enabledCoolSysIdxes, 2); + [numCases, ~] = size(pairCasesMat); + couplingMat = zeros(length(obj.EnabledCoolingSystems)); + for idxCase = 1:numCases + firstCoolSys = pairCasesMat(idxCase, 1); + secondCoolSys = pairCasesMat(idxCase, 2); + firstCoolStruct = obj.CoolingSystemsDigraphs(firstCoolSys); + firstCoolArrayIdxs = [firstCoolStruct.NodeNamesAndArrayIdx{:,2}]'; + secondCoolStruct = obj.CoolingSystemsDigraphs(secondCoolSys); + secondCoolArrayIdxs = [secondCoolStruct.NodeNamesAndArrayIdx{:,2}]'; + CoolantArrayIdxes = cat(1, firstCoolArrayIdxs, secondCoolArrayIdxs); + + % Get mutual adjacency matrix + xResMat = obj.ResMat; + ResMatCoolant = xResMat(CoolantArrayIdxes, CoolantArrayIdxes); + UndirectedAdjacencyMatrix = abs(ResMatCoolant)<1e8 & ResMatCoolant~=0 ; + + % Get non-diagonal submatrice (cross-coupling) + NondiagonalSubmatrix = UndirectedAdjacencyMatrix(1:length(firstCoolArrayIdxs), (length(firstCoolArrayIdxs)+1):end); + if any(NondiagonalSubmatrix(:)) + couplingMat(firstCoolSys, secondCoolSys) = 1; + couplingMat(secondCoolSys, firstCoolSys) = 1; + end + + end + + if any(couplingMat(:)==1) + areIndependent = false; + warnString = 'INVALID COOLING SYSTEMS SETTINGS: At least two cooling systems are coupled. This is not supported yet. Modify the Motor-CAD cooling system options to resolve this issue. '; + warning(warnString); + warnString = strcat(warnString, [newline, 'Invalid couplings between cooling systems found: ']); + for idx1 = 1:length(enabledCoolSysIdxes) + for idx2 = 1:length(enabledCoolSysIdxes) + if couplingMat(idx1,idx2)==1 + name1 = obj.CoolingSystemNamesAndMcadIdxes{idx1, 1}; + name2 = obj.CoolingSystemNamesAndMcadIdxes{idx2, 1}; + warnString = strcat(warnString, [char(name1), ' coupled with ', char(name2), '. ', newline]); + end + end + end + warndlg(warnString); % pop-up warning dialog + else + areIndependent = true; + end + + end + + function [AdjacencyMat, InletArrayIdxs, OutletArrayIdxs, CoolantArrayIdxs] = getAdjacencyMatAndInletOutletIdxs(obj) + % Get adjacency matrix, inlet node indices, outlet node indices + % and all coolant node indices for each cooling system. + + IdxsEnabledCoolSys = find(obj.EnabledCoolingSystems); + InletArrayIdxs = nan(length(IdxsEnabledCoolSys),1); + OutletArrayIdxs = nan(length(IdxsEnabledCoolSys),1); + CoolantArrayIdxs = []; + AdjacencyMat = zeros(size(obj.ResMat)); + for idx = 1:length(IdxsEnabledCoolSys) + idxCoolSys = IdxsEnabledCoolSys(idx); + thisDigraph = obj.CoolingSystemsDigraphs(idxCoolSys).Digraph; + thisNodeNamesAndArrayIdx = obj.CoolingSystemsDigraphs(idxCoolSys).NodeNamesAndArrayIdx; + nodeNames = thisNodeNamesAndArrayIdx(:,1); + nodeArrayIdxs = [thisNodeNamesAndArrayIdx{:,2}]; + CoolantArrayIdxs = cat(1,CoolantArrayIdxs, nodeArrayIdxs(:)); + % find inlet and outlet + inletIdx = contains(nodeNames, 'Inlet'); + pathSequence = thisDigraph.bfsearch(find(inletIdx)); + outletIdx = pathSequence(end); + InletArrayIdxs(idx) = nodeArrayIdxs(inletIdx); + OutletArrayIdxs(idx) = nodeArrayIdxs(outletIdx); + % Add edges to global adjacency matrix + AdjacencyMat(nodeArrayIdxs, nodeArrayIdxs) = adjacency(thisDigraph); + end + + end + + function lossDistrForEachType = getLossDistrForEachType(obj) + % Get loss distribution amongst nodes, for each loss type. + + xxLossValues = obj.LossValues; + xxEnableStatorTempCoeffRes = obj.EnableStatorTempCoeffRes; + xxEnableRotorTempCoeffRes = obj.EnableRotorTempCoeffRes; + + obj.EnableStatorTempCoeffRes = 0; + obj.EnableRotorTempCoeffRes = 0; + numLossTypes = length(obj.LossValues); + numStates = length(obj.NodeNames); + totalLossForTest = 100; % [W] + lossDistrForEachType = zeros(numLossTypes, numStates); + for idxLossType = 1:numLossTypes + lossVals = zeros(numLossTypes,1); + lossVals(idxLossType) = totalLossForTest; + obj.runThermalSteadyStateWithSpecifiedLosses(lossVals); + obj.writeThermalStateSpaceFiles(); + [~, ~, xPowMat, ~, ~] = obj.getThermalStateSpaceMatricesFromFiles(); + xPowMat(xPowMat<0)=0; + powLossDistribution = xPowMat./totalLossForTest; + if (sum(powLossDistribution)>1e-3) && (abs(sum(powLossDistribution)-1)>1e-3) + warning(['The loss distribution for ' char(obj.LossTypes{idxLossType}), ' is not consistent. Results may be inaccurate.']); + end + lossDistrForEachType(idxLossType,:) = powLossDistribution; + end + obj.EnableStatorTempCoeffRes = 1; + obj.EnableRotorTempCoeffRes = 1; + + % restore original properties prior to matrices update + obj.LossValues = xxLossValues; + obj.EnableStatorTempCoeffRes = xxEnableStatorTempCoeffRes; + obj.EnableRotorTempCoeffRes = xxEnableRotorTempCoeffRes; + + end + + function [AmatND, BmatND, ResMatND, TnodesInit, ... + AdjacencyMat, InletCoolIdxs, OutletCoolIdxs] = generateSimulinkReducedOrderModel(obj, modelName, ... + coolingSystemsEnabled, BkptsStruct) + % Generate a Simulink model implementing a ROM consisting of a + % set of state-space models at certain breakpoints (shaft speeds, + % coolant flow rates, and coolant inlet temperatures). The ROM + % interpolates the state-space arrays between breakpoints. + + obj.turnOffLossDependenceWithTemperatureOrSpeed(); + + % 1) COMPUTE ROM DATA + + % Enable the cooling systems and get the flowrate and inlet + % temperature property names. + disp("Enabling the specified cooling systems..."); + numCoolSys = length(coolingSystemsEnabled); + frPropNames = cell(numCoolSys,1); + TinPropNames = cell(numCoolSys,1); + for idxCoolingSys = 1:length(string(coolingSystemsEnabled)) + thisCoolingSys = coolingSystemsEnabled{idxCoolingSys}; + enablePropName = strcat(erase(thisCoolingSys, ' '), '_Enable'); + obj.(enablePropName) = 1; + + frPropNames{idxCoolingSys} = strcat(erase(thisCoolingSys, ' '), '_FlowRate_m3ps'); + TinPropNames{idxCoolingSys} = strcat(erase(thisCoolingSys, ' '), '_InletTemperature_degC'); + end + obj.updateModel(); + + % Get ambient temperature and initial node temperatures + Tambient_degC = obj.Tambient_degC; + TnodesInit = Tambient_degC*ones(size(obj.TempMat)); + + % size pre-allocation + numStates = length(obj.TempMat); + sizeMatND = nan(1, 1+2*numCoolSys+2); + sizeMatND(1) = length(BkptsStruct.w); + currIdx=2; + for idxCool = 1:numCoolSys + frNumel = length(BkptsStruct.(strcat('fr',num2str(idxCool)))); + sizeMatND(currIdx)=frNumel; + currIdx=currIdx+1; + end + for idxCool = 1:numCoolSys + TinNumel = length(BkptsStruct.(strcat('Tin',num2str(idxCool)))); + sizeMatND(currIdx)=TinNumel; + currIdx=currIdx+1; + end + sizeMatND(end-1)=numStates; + sizeMatND(end)=numStates; + AmatND = nan(sizeMatND); + BmatND = nan(sizeMatND); + ResMatND = nan(sizeMatND); + dummySS = ss(ones(numStates), ones(numStates), eye(numStates), zeros(numStates)); + StateSpaceND = repmat(dummySS, [1,1,sizeMatND(1:end-2)]); + samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct); + StateSpaceND.SamplingGrid = samplingGridStruct; + + % Get coolant data + AdjacencyMat = obj.AdjacencyMat; + InletCoolIdxs = obj.InletArrayIdxs; + OutletCoolIdxs = obj.OutletArrayIdxs; + + % Calculate state-space model at each breakpoint ------- + idxsCell = getNestedForLoopIdxs(sizeMatND(1:end-2)); + + % Calculate state-space matrices for each breakpoint + disp("Calculating state-space matrices for each breakpoint..."); + for idxBkptCmb = 1:length(idxsCell) + bkptIdxsComb = idxsCell{idxBkptCmb}; + idxSpeed = bkptIdxsComb(1); + disp("Breakpoint #" + num2str(idxBkptCmb)); + % Set speed + disp(" Speed = " + num2str(BkptsStruct.w(idxSpeed)) + " rpm"); + obj.Shaft_Speed_RPM = BkptsStruct.w(idxSpeed); + % Set cooling systems fr and Tin + for idxCool = 1:numCoolSys + frBkpts = BkptsStruct.(strcat('fr',num2str(idxCool))); + TinBkpts = BkptsStruct.(strcat('Tin',num2str(idxCool))); + idxFr = idxCool+1; + idxTin = idxCool+numCoolSys+1; + frVal = frBkpts(bkptIdxsComb(idxFr)); + disp(" " + coolingSystemsEnabled{idxCool} + " flow rate = " + frVal + " lpm"); + obj.(frPropNames{idxCool}) = frVal/60/1000; + TinVal = TinBkpts(bkptIdxsComb(idxTin)); + disp(" " + coolingSystemsEnabled{idxCool} +" inlet temperature = " + TinVal + " degC"); + obj.(TinPropNames{idxCool}) = TinVal; + end + disp(""); + + obj.updateModel(); + + % get state-space matrices + xAmat = obj.Amat; + xBmat = obj.Bmat; + xResMat = obj.ResMat; + idxCell = num2cell(bkptIdxsComb); + StateSpaceND(:,:,idxCell{:}) = ss(xAmat, xBmat, eye(numStates), zeros(numStates)); + for idx1 = 1:numStates + for idx2 = 1:numStates + indCell = num2cell([bkptIdxsComb,idx1,idx2],1); + ind = sub2ind(sizeMatND, indCell{:}); + AmatND(ind) = xAmat(idx1,idx2); + BmatND(ind) = xBmat(idx1,idx2); + ResMatND(ind) = xResMat(idx1,idx2); + end + end + end + + % re-interpolate tables in a grid + [ShaftTorqueVec, SpeedVec, xStator_Copper_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Stator_Copper_Loss_Mat); + [~,~,xRotor_Cage_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Rotor_Cage_Loss_Mat); + [~,~,xIron_Loss_Stator_Back_Iron_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Stator_Back_Iron_Mat); + [~,~,xIron_Loss_Stator_Tooth_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Stator_Tooth_Mat); + [~,~,xStray_Load_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Stray_Load_Loss_Mat); + [~,~,xMagnet_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Magnet_Loss_Mat); + [~,~,xIron_Loss_Rotor_Pole_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Rotor_Pole_Mat); + [~,~,xIron_Loss_Rotor_Back_Iron_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Rotor_Back_Iron_Mat); + [~,~,xIron_Loss_Rotor_Tooth_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Iron_Loss_Rotor_Tooth_Mat); + [~,~,xFriction_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Friction_Loss_Mat); + [~,~,xWindage_Loss_Mat] = reInterpolateTable(obj.Shaft_Torque_Mat, obj.Speed_Mat, obj.Windage_Loss_Mat); + + + % Get PowerLossDistributor params + disp("Estimating power loss distribution for each loss type...") + lossDistrForEachType = obj.getLossDistrForEachType(); + TrefStator = obj.TrefStator_degC; + TrefRotor = obj.TrefRotor_degC; + xStatorCopperTempCoefResistivity = obj.StatorTempCoeffRes; + xRotorCopperTempCoefResistivity = obj.RotorTempCoeffRes; + xCoolantArrayIdxs = obj.CoolantArrayIdxs; + xCapMat = obj.CapMat; + + % 2) GENERATE SIMULINK MODEL + disp("Creating Simulink model...") + % create and open the model + open_system(new_system(modelName)); + set_param(modelName, 'StopTime', '1000'); + % set solver params + set_param(modelName,'AbsTol','1e-3'); + set_param(modelName,'AutoScaleAbsTol','off'); + % add blocks + [~,motName,~] = fileparts(obj.motFullFile); + romSubsysPath = strcat(modelName, '/',motName, '_ReducedOrderModel'); + add_block('built-in/Subsystem', romSubsysPath, ... + 'Position', '[0,0,250,150]'); + hLossMaps = add_block(strcat(obj.mcadROMLibName, '/LossMaps'), ... + strcat(romSubsysPath, '/Loss Maps from Motor-CAD Lab'), ... + 'SpeedVec', 'SpeedVec', ... + 'ShaftTorqueVec', 'ShaftTorqueVec', ... + 'Stator_Copper_Loss_Mat', 'Stator_Copper_Loss_Mat', ... + 'Rotor_Cage_Loss_Mat', 'Rotor_Cage_Loss_Mat', ... + 'Iron_Loss_Stator_Back_Iron_Mat', 'Iron_Loss_Stator_Back_Iron_Mat', ... + 'Iron_Loss_Stator_Tooth_Mat', 'Iron_Loss_Stator_Tooth_Mat', ... + 'Stray_Loss_Stator_Iron_Proportion', 'Stray_Loss_Stator_Iron_Proportion', ... + 'Stray_Load_Loss_Mat', 'Stray_Load_Loss_Mat', ... + 'Magnet_Loss_Mat', 'Magnet_Loss_Mat', ... + 'Iron_Loss_Rotor_Pole_Mat', 'Iron_Loss_Rotor_Pole_Mat', ... + 'Iron_Loss_Rotor_Back_Iron_Mat', 'Iron_Loss_Rotor_Back_Iron_Mat', ... + 'Iron_Loss_Rotor_Tooth_Mat', 'Iron_Loss_Rotor_Tooth_Mat', ... + 'Friction_Loss_Mat', 'Friction_Loss_Mat', ... + 'Windage_Loss_Mat', 'Windage_Loss_Mat' ... + ); + hInTorque = add_block('simulink/Commonly Used Blocks/In1', strcat(romSubsysPath, '/ShaftTorque_Nm')); + hInSpeed = add_block('simulink/Commonly Used Blocks/In1', strcat(romSubsysPath, '/ShaftSpeed_RPM')); + hOutTnodes = add_block('simulink/Commonly Used Blocks/Out1', strcat(romSubsysPath, '/TempNodes')); + if isempty(coolingSystemsEnabled) % passive cooling + hIntpSs = add_block(strcat(obj.mcadROMLibName, '/InterpolatedStateSpaceThermalModel (LPV) (Passive Cooling)'), ... + strcat(romSubsysPath, '/nterpolatedStateSpaceThermalModel (LPV) (Passive Cooling)'), ... + 'StateSpaceND', 'StateSpaceND', ... + 'TnodesInit', 'TnodesInit'... + ); + hPowLossDistr = add_block(strcat(obj.mcadROMLibName, '/PowerLossDistributor (Passive Cooling)'), ... + strcat(romSubsysPath, '/PowerLossDistributor (Passive Cooling)'), ... + 'TrefStator', 'TrefStator', ... + 'StatorCopperTempCoefResistivity', 'StatorCopperTempCoefResistivity', ... + 'TrefRotor', 'TrefRotor', ... + 'RotorCopperTempCoefResistivity', 'RotorCopperTempCoefResistivity', ... + 'LossDistrForEachType', 'LossDistrForEachType', ... + 'CapMat', 'CapMat'); + else % active cooling + hIntpSs = add_block(strcat(obj.mcadROMLibName, '/InterpolatedStateSpaceThermalModel (LPV)'), ... + strcat(romSubsysPath, '/Interpolated State-Space Thermal Model (LPV)'), ... + 'StateSpaceND', 'StateSpaceND', ... + 'CoolAdjMat', 'AdjacencyMat', ... + 'CoolantArrayIdxs', 'CoolantArrayIdxs', ... + 'InletCoolantIdxs', 'InletCoolIdxs', ... + 'OutletCoolantIdxs', 'OutletCoolIdxs', ... + 'TnodesInit', 'TnodesInit'... + ); + hPowLossDistr = add_block(strcat(obj.mcadROMLibName, '/PowerLossDistributor'), ... + strcat(romSubsysPath, '/Power Loss Distributor'), ... + 'TrefStator', 'TrefStator', ... + 'StatorCopperTempCoefResistivity', 'StatorCopperTempCoefResistivity', ... + 'TrefRotor', 'TrefRotor', ... + 'RotorCopperTempCoefResistivity', 'RotorCopperTempCoefResistivity', ... + 'LossDistrForEachType', 'LossDistrForEachType', ... + 'CapMat', 'CapMat', ... + 'CoolantArrayIdxs', 'CoolantArrayIdxs'); + hDemuxMux = add_block(strcat(obj.mcadROMLibName, '/CoolantDemuxMux'), ... + strcat(romSubsysPath, '/Coolant Interface'), ... + 'numCoolSys', num2str(numCoolSys)); + hCoolIn = []; + for idxCool = 1:numCoolSys + thisCoolingSys = coolingSystemsEnabled{idxCool}; + inletName = strcat(erase(thisCoolingSys, ' '), '_Inlet'); + hCoolIn(end+1) = add_block('simulink/Commonly Used Blocks/In1', strcat(romSubsysPath, '/', inletName)); %#ok + end + hOutPnodes = add_block('simulink/Commonly Used Blocks/Out1', strcat(romSubsysPath, '/PowNodes')); + hOutTcoolOut = add_block('simulink/Commonly Used Blocks/Out1', strcat(romSubsysPath, '/TcoolOutVec')); + end + + % connect blocks + hLossMapsPorts = get_param(hLossMaps, 'PortHandles'); + hInTorquePort = get_param(hInTorque, 'PortHandles'); + hInSpeedPort = get_param(hInSpeed, 'PortHandles'); + hPowLossDistrPorts = get_param(hPowLossDistr, 'PortHandles'); + hIntpSsPorts = get_param(hIntpSs, 'PortHandles'); + hOutTnodesPort = get_param(hOutTnodes, 'PortHandles'); + add_line(romSubsysPath, hInTorquePort.Outport, hLossMapsPorts.Inport(1)); + add_line(romSubsysPath, hInSpeedPort.Outport, hLossMapsPorts.Inport(2)); + add_line(romSubsysPath, hPowLossDistrPorts.Outport, hIntpSsPorts.Inport(1)); + add_line(romSubsysPath, hInSpeedPort.Outport, hIntpSsPorts.Inport(2)); + add_line(romSubsysPath, hIntpSsPorts.Outport(1), hPowLossDistrPorts.Inport(1)); + add_line(romSubsysPath, hLossMapsPorts.Outport, hPowLossDistrPorts.Inport(2)); + add_line(romSubsysPath, hIntpSsPorts.Outport(1), hOutTnodesPort.Inport); + if ~isempty(coolingSystemsEnabled) % active cooling - specific additional connections + hDemuxMuxPorts = get_param(hDemuxMux, 'PortHandles'); + hOutPnodesPort = get_param(hOutPnodes, 'PortHandles'); + hOutTcoolOutPort = get_param(hOutTcoolOut, 'PortHandles'); + for idxCool = 1:numCoolSys + hCoolInPort = get_param(hCoolIn(idxCool), 'PortHandles'); + add_line(romSubsysPath, hCoolInPort.Outport, hDemuxMuxPorts.Inport(idxCool)); + end + add_line(romSubsysPath, hDemuxMuxPorts.Outport(1), hIntpSsPorts.Inport(3)); + add_line(romSubsysPath, hDemuxMuxPorts.Outport(2), hIntpSsPorts.Inport(4)); + add_line(romSubsysPath, hIntpSsPorts.Outport(2), hOutPnodesPort.Inport); + add_line(romSubsysPath, hIntpSsPorts.Outport(3), hOutTcoolOutPort.Inport); + end + + % Write data into model workspace + mdlWks = get_param(modelName,'ModelWorkspace'); + assignin(mdlWks,'StateSpaceND', StateSpaceND); + assignin(mdlWks,'AdjacencyMat', AdjacencyMat); + assignin(mdlWks,'InletCoolIdxs', InletCoolIdxs); + assignin(mdlWks,'OutletCoolIdxs', OutletCoolIdxs); + assignin(mdlWks,'TnodesInit', TnodesInit); + assignin(mdlWks,'SpeedVec', SpeedVec); + assignin(mdlWks,'ShaftTorqueVec', ShaftTorqueVec); + assignin(mdlWks,'Stator_Copper_Loss_Mat', xStator_Copper_Loss_Mat); + assignin(mdlWks,'Rotor_Cage_Loss_Mat', xRotor_Cage_Loss_Mat); + assignin(mdlWks,'Iron_Loss_Stator_Back_Iron_Mat', xIron_Loss_Stator_Back_Iron_Mat); + assignin(mdlWks,'Iron_Loss_Stator_Tooth_Mat', xIron_Loss_Stator_Tooth_Mat); + assignin(mdlWks,'Stray_Loss_Stator_Iron_Proportion', obj.Stray_Loss_Stator_Iron_Proportion); + assignin(mdlWks,'Stray_Load_Loss_Mat', xStray_Load_Loss_Mat); + assignin(mdlWks,'Magnet_Loss_Mat', xMagnet_Loss_Mat); + assignin(mdlWks,'Iron_Loss_Rotor_Pole_Mat', xIron_Loss_Rotor_Pole_Mat); + assignin(mdlWks,'Iron_Loss_Rotor_Back_Iron_Mat', xIron_Loss_Rotor_Back_Iron_Mat); + assignin(mdlWks,'Iron_Loss_Rotor_Tooth_Mat', xIron_Loss_Rotor_Tooth_Mat); + assignin(mdlWks,'Friction_Loss_Mat', xFriction_Loss_Mat); + assignin(mdlWks,'Windage_Loss_Mat', xWindage_Loss_Mat); + assignin(mdlWks,'TrefStator', TrefStator); + assignin(mdlWks,'TrefRotor', TrefRotor); + assignin(mdlWks,'StatorCopperTempCoefResistivity', xStatorCopperTempCoefResistivity); + assignin(mdlWks,'RotorCopperTempCoefResistivity', xRotorCopperTempCoefResistivity); + assignin(mdlWks,'LossDistrForEachType', lossDistrForEachType); + assignin(mdlWks,'CapMat', xCapMat); + assignin(mdlWks,'CoolantArrayIdxs', xCoolantArrayIdxs); + + % add dummy inputs to ROM subsystem + add_block('simulink/Sources/Constant', strcat(modelName, '/SpeedRPM'), ... + 'Value', '2000'); + add_block('simulink/Sources/Constant', strcat(modelName, '/TorqueNm'), ... + 'Value', '20'); + add_line(modelName, strcat('TorqueNm', '/1'), strcat(motName, '_ReducedOrderModel', '/1')) + add_line(modelName, strcat('SpeedRPM', '/1'), strcat(motName, '_ReducedOrderModel', '/2')) + for idxCool = 1:numCoolSys + thisCoolingSys = coolingSystemsEnabled{idxCool}; + frBlockName = strcat(erase(thisCoolingSys, ' '), '_Flowrate_lpm'); + TinBlockName = strcat(erase(thisCoolingSys, ' '), '_InletTemp_degC'); + add_block('simulink/Sources/Constant', strcat(modelName, '/', frBlockName), ... + 'Value', '3'); + add_block('simulink/Sources/Constant', strcat(modelName, '/', TinBlockName), ... + 'Value', '25'); + add_block('simulink/Commonly Used Blocks/Mux', strcat(modelName, '/Mux', num2str(idxCool))); + add_line(modelName, strcat(frBlockName, '/1'), strcat('Mux', num2str(idxCool), '/1')) + add_line(modelName, strcat(TinBlockName, '/1'), strcat('Mux', num2str(idxCool), '/2')) + add_line(modelName, strcat('Mux', num2str(idxCool), '/1'), strcat(motName, '_ReducedOrderModel', '/', num2str(2+idxCool))); + end + + % add scopes and outport to the ROM subsystem outputs + add_block('simulink/Sinks/Scope', strcat(modelName, '/Node Temperatures')) + add_block('simulink/Sinks/Out1', strcat(modelName, '/Out')) + add_line(modelName, strcat(motName, '_ReducedOrderModel', '/1'), strcat('Node Temperatures', '/1')) + add_line(modelName, strcat(motName, '_ReducedOrderModel', '/1'), strcat('Out', '/1')) + if ~isempty(coolingSystemsEnabled) % active cooling - specific additional Scopes + add_block('simulink/Sinks/Scope', strcat(modelName, '/Node Powers')) + add_block('simulink/Sinks/Scope', strcat(modelName, '/Coolant Outlet Temperature')) + add_line(modelName, strcat(motName, '_ReducedOrderModel', '/2'), strcat('Node Powers', '/1')) + add_line(modelName, strcat(motName, '_ReducedOrderModel', '/3'), strcat('Coolant Outlet Temperature', '/1')) + end + + % tidy-up connections + Simulink.BlockDiagram.arrangeSystem(romSubsysPath); + Simulink.BlockDiagram.arrangeSystem(modelName); + + end + + end + + methods(Access=private) + function setupForThermalMatricesUpdate(obj) + % Matrices must be computed at zero loss inputs and no + % temperature coefficient effect + + obj.EnableStatorTempCoeffRes = 0; % no temp coefficient effect + obj.EnableRotorTempCoeffRes = 0; % no temp coefficient effect + residualLossVal = 0.1; % very small loss ~ 0 + lossVec = residualLossVal*ones(size(obj.LossValues)); + + obj.runThermalSteadyStateWithSpecifiedLosses(lossVec) + + end + + function turnOffLossDependenceWithTemperatureOrSpeed(obj) + % Disable loss dependence on speed and temperature. This is + % required to correctly estimate the loss distribution amongst + % nodes. + if obj.Loss_Function_Speed==int32(1) + warning("Turning off 'Copper Losses Vary with Temperature'. This is required to correctly estimate the loss distribution amongst nodes.") + obj.Loss_Function_Speed = 0; + end + + if obj.Copper_Losses_Vary_With_Temperature==int32(1) + warning("Turning off 'Copper Losses Vary with Temperature'. This is required to correctly estimate the loss distribution amongst nodes.") + obj.Copper_Losses_Vary_With_Temperature = 0; + end + + if obj.RotorCopperLossesVaryWithTemp==int32(1) + warning("Turning off 'Rotor Cage Losses Vary with Temperature'. This is required to correctly estimate the loss distribution amongst nodes.") + obj.RotorCopperLossesVaryWithTemp = 0; + end + + if obj.StatorIronStrayLoadLossesVaryWithTemp==int32(1) + warning("Turning off 'Stator Iron Stray Losses Vary with Temperature'. This is required to correctly estimate the loss distribution amongst nodes.") + obj.StatorIronStrayLoadLossesVaryWithTemp = 0; + end + + if obj.RotorIronStrayLoadLossesVaryWithTemp==int32(1) + warning("Turning off 'Rotor Iron Stray Losses Vary with Temperature'. This is required to correctly estimate the loss distribution amongst nodes.") + obj.RotorIronStrayLoadLossesVaryWithTemp = 0; + end + + if obj.StatorCopperStrayLoadLossesVaryWithTemp==int32(1) + warning("Turning off 'Stator Copper Stray Losses Vary with Temperature'. This is required to correctly estimate the loss distribution amongst nodes.") + obj.StatorCopperStrayLoadLossesVaryWithTemp = 0; + end + + if obj.RotorCopperStrayLoadLossesVaryWithTemp==int32(1) + warning("Turning off 'Rotor Copper Stray Losses Vary with Temperature'. This is required to correctly estimate the loss distribution amongst nodes.") + obj.RotorCopperStrayLoadLossesVaryWithTemp = 0; + end + + end + end + +end + +% Helper functions + +function [Amat, Bmat] = getStateSpaceMatricesFromThermalMatrices(CapMat, ResMat) + % Get A,B matrices from capacitance and resistance matrices + + % Create matrixes A B C and D for state space model + [N,~]=size(ResMat); + R_inv = zeros(N); + C_inv = zeros(N,1); + if numel(CapMat)>N % CapMat is a NxN matrix + CapVec = diag(CapMat); + CapVec = CapVec(:); % column vec + else + CapVec = CapMat(:); + end + + % Setup model parameters + % Build inverse R,C matrixes + for row=1:1:N + for col=1:1:N + R_inv(row,col)=1/ResMat(row,col); + if row==col + R_inv(row,col)=0; + end + end + end + + for i=1:1:N + C_inv(i,1)=1/CapVec(i,1); + end + + % Build Amat matrix + + Amat=zeros(N); + + % Top right half of Amat matrix + for row=1:1:N + for col=row+1:1:N + if C_inv(row,1) < 10^6 + Amat(row,col)=C_inv(row,1)*R_inv(row,col); + else + Amat(row,col)=(10^6)*R_inv(row,col); + end + end + end + + % Bottom left half of Amat matrix + for row=2:1:N + for col=1:row-1 + if C_inv(row,1)< 10^6 + Amat(row,col)=C_inv(row,1)*R_inv(row,col); + else + Amat(row,col)=(10^6)*R_inv(row,col); + end + end + end + + % Diagonal of Amat Matrix + for row=1:1:N + if C_inv(row,1)< 10^6 + Amat(row,row)=-(C_inv(row,1)*(sum(R_inv(row,:)))); + else + Amat(row,row)=(-(10^6)*(sum(R_inv(row,:)))); + end + end + + % Build Bmat matrix + Bmat=zeros(N); + + for row=1:1:N + if C_inv(row,1)< 10^6 + Bmat(row,row)=C_inv(row,1); + + else + Bmat(row,row)= 10^6; + end + end + +end + +function [array1d, nodeNames] = readMfFile1D(FileName) + + fid = fopen(FileName, 'rt'); + fgetl(fid); % first line not useful + fgetl(fid); % second line contains number of nodes + + datacell = textscan(fid, '%d%s%f', 'Delimiter',';', 'CollectOutput', 1); + + nodeNames = datacell{2}; %a cell array of strings + array1d = datacell{3}; %as a numeric array + + fclose(fid); +end + +function array2d = readMfFile2D(FileName, numNodes) + + fileID = fopen(FileName,'r'); + + % If error exit + if fileID < 0 + disp('Error loading the file, exit') + return + end + + % Read first lines without useful info + textscan(fileID, '%[^\n\r]', 3, 'WhiteSpace', '', 'ReturnOnError', false, 'EndOfLine', '\r\n'); + + % Read resistance values + formatSpec = '%s'; + % Read the resistance values. Extra node for ambient. + for i=1:numNodes + formatSpec = [formatSpec, '%f']; %#ok + end + formatSpec = [formatSpec, '%[^\n\r]']; + dataArray = textscan(fileID, formatSpec, 'Delimiter', ';', 'TextType', 'string', 'ReturnOnError', false); + fclose(fileID); + + % Generate the resistace matrix + array2d = zeros(numNodes); + + % Create the matrix (R matrix in only 1 vector) + dtmp = cell2mat(dataArray(1,2:numNodes+1)); + array2d(:) = dtmp(:); +end + +function [GroupNames, NodeNames, GroupIdxs, NodeIdx] = readNmfFile(FileName) + + fid = fopen(FileName, 'rt'); + fgetl(fid); % first line not useful + fgetl(fid); % second line contains number of nodes + fgetl(fid); % third line is whitespace + + datacell = textscan(fid, '%s', 'CollectOutput', 1, 'Delimiter', newline); + datacell = datacell{1}; % data is one level below + + numGroups = 0; + numNodes = 0; + GroupNames = {}; + NodeNames = {}; + GroupIdxs = {}; + NodeIdx = {}; + for idxLine = 1:length(datacell) + thisLine = datacell{idxLine}; + if ~isempty(thisLine) % skip empty lines + if startsWith(thisLine, '[') % new group + % New group + numGroups = numGroups+1; + GroupNames{end+1} = thisLine(2:end-1); %#ok + GroupIdxs{end+1} = []; %#ok + else + % Keep adding to the current group + numNodes = numNodes+1; + nodeIdx = str2double(extractBefore(thisLine, ' ')); + nodeName = extractAfter(thisLine, '('); % Assumes node name between parenthesis + nodeName = nodeName(1:end-1); % last character is ")" + NodeNames{end+1} = nodeName; %#ok + NodeIdx{end+1} = nodeIdx; %#ok + GroupIdxs{end}(end+1) = nodeIdx; + end + end + end + + fclose(fid); +end + +function idxsCell = getNestedForLoopIdxs(arraySizeVec) + + n = length(arraySizeVec); % Number of indices + currentIdxs = ones(1, n); % Current indices + idxsCell = cell(prod(arraySizeVec), 1); + counter = 0; + ready = false; + while ~ready + counter = counter + 1; + idxsCell{counter} = currentIdxs; + % Increase the index vector + ready = true; + for k = n:-1:1 + currentIdxs(k) = currentIdxs(k) + 1; + if currentIdxs(k) <= arraySizeVec(k) + ready = false; + break; + end + currentIdxs(k) = 1; % Reset, proceed with previous element + end + end + +end + +function [xVec, yVec, zgMat] = reInterpolateTable(xsMat, ysMat, zsMat) + % Re-interpolate scattered map into square grid + + zInterpolant = scatteredInterpolant(xsMat(:), ysMat(:), zsMat(:), 'linear', 'nearest'); + xMin = min(xsMat(:)); + xMax = max(xsMat(:)); + [xLen,~] = size(xsMat); + xVec = linspace(xMin, xMax, xLen); + yMin = min(ysMat(:)); + yMax = max(ysMat(:)); + [~,yLen] = size(ysMat); + yVec = linspace(yMin, yMax, yLen); + [xgrid, ygrid] = ndgrid(xVec, yVec); + zgMat = zInterpolant(xgrid, ygrid); + +end + +function samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct) + % Get sampling grid from breakpoints structure. + + fieldNamesCell = fieldnames(BkptsStruct); + fieldValuesCell = cell(size(fieldNamesCell)); + numFields = length(fieldNamesCell); + for idxField = 1:numFields + fieldValuesCell{idxField} = BkptsStruct.(fieldNamesCell{idxField}); + end + + samplingGridValues = cell(size(fieldNamesCell)); + [samplingGridValues{:}] = ndgrid(fieldValuesCell{:}); + + samplingGridStruct = cell2struct(samplingGridValues, fieldNamesCell, 1); + end \ No newline at end of file diff --git a/libraries/+mcadROM/+mfun/coolantHeatflowAdjustmentImplementation.m b/libraries/+mcadROM/+mfun/coolantHeatflowAdjustmentImplementation.m index e33de0e..e106c54 100644 --- a/libraries/+mcadROM/+mfun/coolantHeatflowAdjustmentImplementation.m +++ b/libraries/+mcadROM/+mfun/coolantHeatflowAdjustmentImplementation.m @@ -1,26 +1,26 @@ -function nodelossCorrection = coolantHeatflowAdjustmentImplementation(Tnodes, ResMat, CoolAdjMat, CoolantArrayIdxs, numStates) - % COOLANTHEATFLOWADJUSTMENTIMPLEMENTATION Calculates node loss correction in upstream coolant nodes. - % Returns the node loss correction for the coolant nodes that have - % upstream heat flow. Heat flow can only be conduced downstream, hence - % any upstream heat flow must be substracted. This function computes - % this adjustment. - - % Copyright 2022 The MathWorks, Inc. - - nodelossCorrection = zeros(numStates,1); - - for idx1 = 1:length(CoolantArrayIdxs) - thisCoolNodeIdx = CoolantArrayIdxs(idx1); - nextCoolNodeIdxs = find(CoolAdjMat(thisCoolNodeIdx,:)==1); - for idx2 = 1:length(nextCoolNodeIdxs) % for each downstream node - thisNextCoolNodeIdx = nextCoolNodeIdxs(idx2); - ResVal = ResMat(thisCoolNodeIdx, thisNextCoolNodeIdx); % resistance between this upstream and downstream coolant nodes - powCorrection = max((Tnodes(thisNextCoolNodeIdx) - Tnodes(thisCoolNodeIdx))/ResVal, 0); % compute heat flow adjustment using node temperature drop and resistance. - nodelossCorrection(thisCoolNodeIdx) = nodelossCorrection(thisCoolNodeIdx) - powCorrection; - end - end - -end - - - +function nodelossCorrection = coolantHeatflowAdjustmentImplementation(Tnodes, ResMat, CoolAdjMat, CoolantArrayIdxs, numStates) + % COOLANTHEATFLOWADJUSTMENTIMPLEMENTATION Calculates node loss correction in upstream coolant nodes. + % Returns the node loss correction for the coolant nodes that have + % upstream heat flow. Heat flow can only be conduced downstream, hence + % any upstream heat flow must be substracted. This function computes + % this adjustment. + + % Copyright 2022 The MathWorks, Inc. + + nodelossCorrection = zeros(numStates,1); + + for idx1 = 1:length(CoolantArrayIdxs) + thisCoolNodeIdx = CoolantArrayIdxs(idx1); + nextCoolNodeIdxs = find(CoolAdjMat(thisCoolNodeIdx,:)==1); + for idx2 = 1:length(nextCoolNodeIdxs) % for each downstream node + thisNextCoolNodeIdx = nextCoolNodeIdxs(idx2); + ResVal = ResMat(thisCoolNodeIdx, thisNextCoolNodeIdx); % resistance between this upstream and downstream coolant nodes + powCorrection = max((Tnodes(thisNextCoolNodeIdx) - Tnodes(thisCoolNodeIdx))/ResVal, 0); % compute heat flow adjustment using node temperature drop and resistance. + nodelossCorrection(thisCoolNodeIdx) = nodelossCorrection(thisCoolNodeIdx) - powCorrection; + end + end + +end + + + diff --git a/libraries/+mcadROM/+mfun/getRCFromAB.m b/libraries/+mcadROM/+mfun/getRCFromAB.m index cf9271c..57c20c4 100644 --- a/libraries/+mcadROM/+mfun/getRCFromAB.m +++ b/libraries/+mcadROM/+mfun/getRCFromAB.m @@ -1,23 +1,23 @@ -function [ResMat, CapMat] = getRCFromAB(Amat, Bmat) - % getRCFromAB Returns the resistance and capacitance matrices corresponding - % to the A,B state-space matrices. - - % Copyright 2022 The MathWorks, Inc. - - % Size pre-allocation - [N,~]=size(Amat); - ResMat = zeros(N,N); - C_inv = diag(Bmat); - CapMat = 1./C_inv; - - % Top right half of ResMat matrix - for row=1:1:N - for col=row+1:1:N - ResMat(row,col) = C_inv(row,1)/Amat(row,col); - end - end - - % Bottom left half of ResMat matrix - ResMat = ResMat + triu(ResMat,1)'; - -end +function [ResMat, CapMat] = getRCFromAB(Amat, Bmat) + % getRCFromAB Returns the resistance and capacitance matrices corresponding + % to the A,B state-space matrices. + + % Copyright 2022 The MathWorks, Inc. + + % Size pre-allocation + [N,~]=size(Amat); + ResMat = zeros(N,N); + C_inv = diag(Bmat); + CapMat = 1./C_inv; + + % Top right half of ResMat matrix + for row=1:1:N + for col=row+1:1:N + ResMat(row,col) = C_inv(row,1)/Amat(row,col); + end + end + + % Bottom left half of ResMat matrix + ResMat = ResMat + triu(ResMat,1)'; + +end diff --git a/libraries/+mcadROM/+mfun/powerLossDistributorImplementation.m b/libraries/+mcadROM/+mfun/powerLossDistributorImplementation.m index 4d5937e..09b11fb 100644 --- a/libraries/+mcadROM/+mfun/powerLossDistributorImplementation.m +++ b/libraries/+mcadROM/+mfun/powerLossDistributorImplementation.m @@ -1,60 +1,60 @@ -function nodeloss = powerLossDistributorImplementation(Tnodes, lossEachType, ... - TrefStator, StatorCopperTempCoefResistivity, TrefRotor, RotorCopperTempCoefResistivity, LossDistrForEachType, numStates, CapMat, CoolantArrayIdxs) %#codegen - % POWERLOSSDISTRIBUTORIMPLEMENTATION Calculates node loss based on the - % node temperatures, loss of each type, and the loss distribution - % table, amongst other parameters. It applies the temperature - % correction for copper losses. - % - % Input arguments: - % - Tnodes: [double Nx1]: vector of node temperatures - % - lossEachType: [double Mx1]: vector of loss value for each type of loss. - % - TrefStator: [double 1x1]: Stator reference temperature. - % - StatorCopperTempCoefResistivity: [double 1x1]: Stator temperature coefficient for copper resistivity - % - TrefRotor: [double 1x1]: Rotor reference temperature. - % - RotorCopperTempCoefResistivity: [double 1x1]: Rotor temperature coefficient for copper resistivity - % - LossDistrForEachType [double MxN]: Distribution of node losses for each loss type - % - numStates [double 1x1]: Number of states (nodes) - % - CapMat [double Nx1]: Node thermal capacitance vector. - % - CoolantArrayIdxs [double Px1]: Array of coolant indices. - % - % Output arguments: - % - nodeloss: [double Nx1]: Node power losses. - - % Copyright 2022 The MathWorks, Inc. - - % Stator copper loss temperature correction - idxStatorCopperLoss = 1; - LossDistrForStatorCopperLoss = LossDistrForEachType(idxStatorCopperLoss,:); - statorCopperLoss = lossEachType(idxStatorCopperLoss); - statorCopperLossNodes = LossDistrForStatorCopperLoss'*statorCopperLoss; - statorCopperNodes = LossDistrForStatorCopperLoss(:)>0; - statorCopperNodes(CoolantArrayIdxs) = false; % Do not include coolant nodes - TstatorAvg = sum(Tnodes(statorCopperNodes).*CapMat(statorCopperNodes)/sum(CapMat(statorCopperNodes))); - temperatureFactorStatorCopper = (1 + (TstatorAvg-20)*StatorCopperTempCoefResistivity)/(1 + (TrefStator-20)*StatorCopperTempCoefResistivity); - - % Rotor copper loss temperature correction - idxRotorCopperLoss = 2; - LossDistrForRotorCopperLoss = LossDistrForEachType(idxRotorCopperLoss,:); - rotorCopperLoss = lossEachType(idxRotorCopperLoss); - rotorCopperLossNodes = LossDistrForRotorCopperLoss'*rotorCopperLoss; - rotorCopperNodes = LossDistrForRotorCopperLoss(:)>0; - rotorCopperNodes(CoolantArrayIdxs) = false; % Do not include coolant nodes - TrotorAvg = sum(Tnodes(rotorCopperNodes).*CapMat(rotorCopperNodes)/sum(CapMat(rotorCopperNodes))); - temperatureFactorRotorCopper = (1 + (TrotorAvg-20)*RotorCopperTempCoefResistivity)/(1 + (TrefRotor-20)*RotorCopperTempCoefResistivity); - - % Non-temperature-dependent loss distributions - otherlossNodes = zeros(numStates,1); - for idxLoss = 1:length(lossEachType) - if idxLoss ~= idxStatorCopperLoss && idxLoss ~= idxRotorCopperLoss % ignore copper loss types - otherlossNodes = otherlossNodes + LossDistrForEachType(idxLoss,:)'*lossEachType(idxLoss); - end - end - - nodeloss = zeros(numStates,1); - nodeloss(:) = statorCopperLossNodes.*temperatureFactorStatorCopper + rotorCopperLossNodes.*temperatureFactorRotorCopper + otherlossNodes; - - nodeloss(1) = 0; % Ambient node is constant temperature, loss has no sense. - nodeloss(CoolantArrayIdxs) = 0; % Fluid heatflow to be computed in the State-Space model with upstream correction. -end - - +function nodeloss = powerLossDistributorImplementation(Tnodes, lossEachType, ... + TrefStator, StatorCopperTempCoefResistivity, TrefRotor, RotorCopperTempCoefResistivity, LossDistrForEachType, numStates, CapMat, CoolantArrayIdxs) %#codegen + % POWERLOSSDISTRIBUTORIMPLEMENTATION Calculates node loss based on the + % node temperatures, loss of each type, and the loss distribution + % table, amongst other parameters. It applies the temperature + % correction for copper losses. + % + % Input arguments: + % - Tnodes: [double Nx1]: vector of node temperatures + % - lossEachType: [double Mx1]: vector of loss value for each type of loss. + % - TrefStator: [double 1x1]: Stator reference temperature. + % - StatorCopperTempCoefResistivity: [double 1x1]: Stator temperature coefficient for copper resistivity + % - TrefRotor: [double 1x1]: Rotor reference temperature. + % - RotorCopperTempCoefResistivity: [double 1x1]: Rotor temperature coefficient for copper resistivity + % - LossDistrForEachType [double MxN]: Distribution of node losses for each loss type + % - numStates [double 1x1]: Number of states (nodes) + % - CapMat [double Nx1]: Node thermal capacitance vector. + % - CoolantArrayIdxs [double Px1]: Array of coolant indices. + % + % Output arguments: + % - nodeloss: [double Nx1]: Node power losses. + + % Copyright 2022 The MathWorks, Inc. + + % Stator copper loss temperature correction + idxStatorCopperLoss = 1; + LossDistrForStatorCopperLoss = LossDistrForEachType(idxStatorCopperLoss,:); + statorCopperLoss = lossEachType(idxStatorCopperLoss); + statorCopperLossNodes = LossDistrForStatorCopperLoss'*statorCopperLoss; + statorCopperNodes = LossDistrForStatorCopperLoss(:)>0; + statorCopperNodes(CoolantArrayIdxs) = false; % Do not include coolant nodes + TstatorAvg = sum(Tnodes(statorCopperNodes).*CapMat(statorCopperNodes)/sum(CapMat(statorCopperNodes))); + temperatureFactorStatorCopper = (1 + (TstatorAvg-20)*StatorCopperTempCoefResistivity)/(1 + (TrefStator-20)*StatorCopperTempCoefResistivity); + + % Rotor copper loss temperature correction + idxRotorCopperLoss = 2; + LossDistrForRotorCopperLoss = LossDistrForEachType(idxRotorCopperLoss,:); + rotorCopperLoss = lossEachType(idxRotorCopperLoss); + rotorCopperLossNodes = LossDistrForRotorCopperLoss'*rotorCopperLoss; + rotorCopperNodes = LossDistrForRotorCopperLoss(:)>0; + rotorCopperNodes(CoolantArrayIdxs) = false; % Do not include coolant nodes + TrotorAvg = sum(Tnodes(rotorCopperNodes).*CapMat(rotorCopperNodes)/sum(CapMat(rotorCopperNodes))); + temperatureFactorRotorCopper = (1 + (TrotorAvg-20)*RotorCopperTempCoefResistivity)/(1 + (TrefRotor-20)*RotorCopperTempCoefResistivity); + + % Non-temperature-dependent loss distributions + otherlossNodes = zeros(numStates,1); + for idxLoss = 1:length(lossEachType) + if idxLoss ~= idxStatorCopperLoss && idxLoss ~= idxRotorCopperLoss % ignore copper loss types + otherlossNodes = otherlossNodes + LossDistrForEachType(idxLoss,:)'*lossEachType(idxLoss); + end + end + + nodeloss = zeros(numStates,1); + nodeloss(:) = statorCopperLossNodes.*temperatureFactorStatorCopper + rotorCopperLossNodes.*temperatureFactorRotorCopper + otherlossNodes; + + nodeloss(1) = 0; % Ambient node is constant temperature, loss has no sense. + nodeloss(CoolantArrayIdxs) = 0; % Fluid heatflow to be computed in the State-Space model with upstream correction. +end + + diff --git a/libraries/+mcadROM/+mfun/thermalStateSpaceInterpolatorImplementation.m b/libraries/+mcadROM/+mfun/thermalStateSpaceInterpolatorImplementation.m index cb278eb..a71b8be 100644 --- a/libraries/+mcadROM/+mfun/thermalStateSpaceInterpolatorImplementation.m +++ b/libraries/+mcadROM/+mfun/thermalStateSpaceInterpolatorImplementation.m @@ -1,29 +1,29 @@ -function [Amat, Bmat, ResMat] = thermalStateSpaceInterpolatorImplementation(rotorspeed, flowrate, TcoolantIn, ... - Xstruct, AMatND, BMatND, ResMatND, numStates) - % THERMALSTATESPACEINTERPOLATORIMPLEMENTATION: Interpolates - % N-dimensional matrices AMatND, BmatND, ResMatND into 2-dimensional - % matrices Amat, Bmat, ResMat, based on rotorspeed, flowrate, and - % TcoolantIn values. - - % Copyright 2022 The MathWorks, Inc. - - coder.extrinsic('griddedInterpolant') - - Amat = zeros(numStates,numStates); - Bmat = zeros(numStates,numStates); - ResMat = zeros(numStates,numStates); - - Xcell = struct2cell(Xstruct); - AmatInterpolant = griddedInterpolant(Xcell, AMatND, 'linear', 'linear'); - BmatInterpolant = griddedInterpolant(Xcell, BMatND, 'linear', 'linear'); - ResMatInterpolant = griddedInterpolant(Xcell, ResMatND, 'linear', 'linear'); - - Xqcell = num2cell([rotorspeed; flowrate(:); TcoolantIn(:)]); - Amat(:) = AmatInterpolant(Xqcell); - Bmat(:) = BmatInterpolant(Xqcell); - ResMat(:) = ResMatInterpolant(Xqcell); - -end - - - +function [Amat, Bmat, ResMat] = thermalStateSpaceInterpolatorImplementation(rotorspeed, flowrate, TcoolantIn, ... + Xstruct, AMatND, BMatND, ResMatND, numStates) + % THERMALSTATESPACEINTERPOLATORIMPLEMENTATION: Interpolates + % N-dimensional matrices AMatND, BmatND, ResMatND into 2-dimensional + % matrices Amat, Bmat, ResMat, based on rotorspeed, flowrate, and + % TcoolantIn values. + + % Copyright 2022 The MathWorks, Inc. + + coder.extrinsic('griddedInterpolant') + + Amat = zeros(numStates,numStates); + Bmat = zeros(numStates,numStates); + ResMat = zeros(numStates,numStates); + + Xcell = struct2cell(Xstruct); + AmatInterpolant = griddedInterpolant(Xcell, AMatND, 'linear', 'linear'); + BmatInterpolant = griddedInterpolant(Xcell, BMatND, 'linear', 'linear'); + ResMatInterpolant = griddedInterpolant(Xcell, ResMatND, 'linear', 'linear'); + + Xqcell = num2cell([rotorspeed; flowrate(:); TcoolantIn(:)]); + Amat(:) = AmatInterpolant(Xqcell); + Bmat(:) = BmatInterpolant(Xqcell); + ResMat(:) = ResMatInterpolant(Xqcell); + +end + + + diff --git a/models/e5_IM_HWJ_ROM.slx b/models/e5_IM_HWJ_ROM.slx index 22f8e30..c9e954e 100644 Binary files a/models/e5_IM_HWJ_ROM.slx and b/models/e5_IM_HWJ_ROM.slx differ diff --git a/models/e8_IPMSM_HWJandVent_ROM.slx b/models/e8_IPMSM_HWJandVent_ROM.slx index e9b1b28..6c2cc27 100644 Binary files a/models/e8_IPMSM_HWJandVent_ROM.slx and b/models/e8_IPMSM_HWJandVent_ROM.slx differ diff --git a/test/libraries/mcadROM_lib/tCoolantHeatflowAdjustmentImplementation.m b/test/libraries/mcadROM_lib/tCoolantHeatflowAdjustmentImplementation.m index 6710bd4..4377c38 100644 --- a/test/libraries/mcadROM_lib/tCoolantHeatflowAdjustmentImplementation.m +++ b/test/libraries/mcadROM_lib/tCoolantHeatflowAdjustmentImplementation.m @@ -1,44 +1,44 @@ -classdef tCoolantHeatflowAdjustmentImplementation < matlab.unittest.TestCase - % Unit tests for mcadROM.mfun.coolantHeatflowAdjustmentImplementation - - % Copyright 2022 The MathWorks, Inc. - - properties - funcUnderTest = @mcadROM.mfun.coolantHeatflowAdjustmentImplementation - end - - methods(Test) - - function testCoolantHeatflowAdjustmentSimpleCase(test) - % Simple case with 4 nodes and 3 coolant nodes - - numStates = 4; - Tnodes = [100,200,300,400]'; - ResMat = 1e9*ones(4,4); - for idx = 1:4 - ResMat(idx,idx) = 0; - end - % Coolant connection path: 1->2->3 - CoolAdjMat = zeros(4,4); - CoolAdjMat(1,2) = 1; - CoolAdjMat(2,3) = 1; - CoolantArrayIdxs = [1,2,3]; - ResMat(1,2) = 1; ResMat(2,1) = 1; - ResMat(2,3) = 1; ResMat(3,2) = 1; - - nodelossCorrectionActual = test.funcUnderTest(Tnodes, ResMat, CoolAdjMat, CoolantArrayIdxs, numStates); - - % Compute expected nodelossCorrection vector - nodelossCorrectionExpected = zeros(size(Tnodes)); - nodelossCorrectionExpected(1) = -(Tnodes(2) - Tnodes(1))/ResMat(1,2); - nodelossCorrectionExpected(2) = -(Tnodes(3) - Tnodes(2))/ResMat(2,3); - nodelossCorrectionExpected(3) = 0; - - test.verifyEqual(nodelossCorrectionActual, nodelossCorrectionExpected, ... - 'Node loss correction does not match expected values'); - - end - - end -end - +classdef tCoolantHeatflowAdjustmentImplementation < matlab.unittest.TestCase + % Unit tests for mcadROM.mfun.coolantHeatflowAdjustmentImplementation + + % Copyright 2022 The MathWorks, Inc. + + properties + funcUnderTest = @mcadROM.mfun.coolantHeatflowAdjustmentImplementation + end + + methods(Test) + + function testCoolantHeatflowAdjustmentSimpleCase(test) + % Simple case with 4 nodes and 3 coolant nodes + + numStates = 4; + Tnodes = [100,200,300,400]'; + ResMat = 1e9*ones(4,4); + for idx = 1:4 + ResMat(idx,idx) = 0; + end + % Coolant connection path: 1->2->3 + CoolAdjMat = zeros(4,4); + CoolAdjMat(1,2) = 1; + CoolAdjMat(2,3) = 1; + CoolantArrayIdxs = [1,2,3]; + ResMat(1,2) = 1; ResMat(2,1) = 1; + ResMat(2,3) = 1; ResMat(3,2) = 1; + + nodelossCorrectionActual = test.funcUnderTest(Tnodes, ResMat, CoolAdjMat, CoolantArrayIdxs, numStates); + + % Compute expected nodelossCorrection vector + nodelossCorrectionExpected = zeros(size(Tnodes)); + nodelossCorrectionExpected(1) = -(Tnodes(2) - Tnodes(1))/ResMat(1,2); + nodelossCorrectionExpected(2) = -(Tnodes(3) - Tnodes(2))/ResMat(2,3); + nodelossCorrectionExpected(3) = 0; + + test.verifyEqual(nodelossCorrectionActual, nodelossCorrectionExpected, ... + 'Node loss correction does not match expected values'); + + end + + end +end + diff --git a/test/libraries/mcadROM_lib/tGetRCFromAB.m b/test/libraries/mcadROM_lib/tGetRCFromAB.m index abf9860..2598c85 100644 --- a/test/libraries/mcadROM_lib/tGetRCFromAB.m +++ b/test/libraries/mcadROM_lib/tGetRCFromAB.m @@ -1,56 +1,56 @@ -classdef tGetRCFromAB < matlab.unittest.TestCase - % Unit tests for mcadROM.mfun.getRCFromAB - - % Copyright 2022 The MathWorks, Inc. - - properties - funPreProcess = @getStateSpaceMatricesFromThermalMatrices - funcUnderTest = @mcadROM.mfun.getRCFromAB - end - - methods(Test) - - function testConsistencyRC2RC(test) - - % Check that the function returns the original data, - % generated from getStateSpaceMatricesFromThermalMatrices - - CapMat1 = 1e-2*[1,2,3,4]'; - ResMat1 = rand(4); - for idx=1:4 - ResMat1(idx,idx) = 0; - end - ResMat1=triu(ResMat1.',1) + tril(ResMat1); % make symmetrical - - test.assertEqual(ResMat1, ResMat1', 'Resistance matrix is not symmetrical'); - - [Amat, Bmat] = test.funPreProcess(CapMat1, ResMat1); - [ResMat2, CapMat2] = test.funcUnderTest(Amat,Bmat); - - test.verifyEqual(ResMat1, ResMat2, 'AbsTol', 1e-7, 'Resistance matrix not equal to the expected matrix'); - test.verifyEqual(CapMat1, CapMat2, 'AbsTol', 1e-7, 'Capacitance matrix not equal to the expected matrix'); - - end - - function testConsistencyAB2AB(test) - - % Check that the function returns the original data, - % generated from getStateSpaceMatricesFromThermalMatrices - - Amat1 = ones(3); - Amat1(1,1) = 20; - Amat1(2,2) = 30; - Amat1(3,3) = 40; - Bmat1 = diag(rand(3,1)); - - [ResMat1, CapMat1] = test.funcUnderTest(Amat1,Bmat1); - [Amat2, Bmat2] = test.funPreProcess(CapMat1, ResMat1); - [ResMat2, CapMat2] = test.funcUnderTest(Amat2,Bmat2); - - test.verifyEqual(ResMat1, ResMat2, 'AbsTol', 1e-7, 'Resistance matrix not equal to the expected matrix'); - test.verifyEqual(CapMat1, CapMat2, 'AbsTol', 1e-7, 'Capacitance matrix not equal to the expected matrix'); - - - end - end -end +classdef tGetRCFromAB < matlab.unittest.TestCase + % Unit tests for mcadROM.mfun.getRCFromAB + + % Copyright 2022 The MathWorks, Inc. + + properties + funPreProcess = @getStateSpaceMatricesFromThermalMatrices + funcUnderTest = @mcadROM.mfun.getRCFromAB + end + + methods(Test) + + function testConsistencyRC2RC(test) + + % Check that the function returns the original data, + % generated from getStateSpaceMatricesFromThermalMatrices + + CapMat1 = 1e-2*[1,2,3,4]'; + ResMat1 = rand(4); + for idx=1:4 + ResMat1(idx,idx) = 0; + end + ResMat1=triu(ResMat1.',1) + tril(ResMat1); % make symmetrical + + test.assertEqual(ResMat1, ResMat1', 'Resistance matrix is not symmetrical'); + + [Amat, Bmat] = test.funPreProcess(CapMat1, ResMat1); + [ResMat2, CapMat2] = test.funcUnderTest(Amat,Bmat); + + test.verifyEqual(ResMat1, ResMat2, 'AbsTol', 1e-7, 'Resistance matrix not equal to the expected matrix'); + test.verifyEqual(CapMat1, CapMat2, 'AbsTol', 1e-7, 'Capacitance matrix not equal to the expected matrix'); + + end + + function testConsistencyAB2AB(test) + + % Check that the function returns the original data, + % generated from getStateSpaceMatricesFromThermalMatrices + + Amat1 = ones(3); + Amat1(1,1) = 20; + Amat1(2,2) = 30; + Amat1(3,3) = 40; + Bmat1 = diag(rand(3,1)); + + [ResMat1, CapMat1] = test.funcUnderTest(Amat1,Bmat1); + [Amat2, Bmat2] = test.funPreProcess(CapMat1, ResMat1); + [ResMat2, CapMat2] = test.funcUnderTest(Amat2,Bmat2); + + test.verifyEqual(ResMat1, ResMat2, 'AbsTol', 1e-7, 'Resistance matrix not equal to the expected matrix'); + test.verifyEqual(CapMat1, CapMat2, 'AbsTol', 1e-7, 'Capacitance matrix not equal to the expected matrix'); + + + end + end +end diff --git a/test/libraries/mcadROM_lib/tInterpolatedStateSpaceThermalModel.m b/test/libraries/mcadROM_lib/tInterpolatedStateSpaceThermalModel.m index b0e12a1..46c3179 100644 --- a/test/libraries/mcadROM_lib/tInterpolatedStateSpaceThermalModel.m +++ b/test/libraries/mcadROM_lib/tInterpolatedStateSpaceThermalModel.m @@ -1,321 +1,321 @@ -classdef tInterpolatedStateSpaceThermalModel < matlab.unittest.TestCase - % tInterpolatedStateSpaceThermalModel Tests the Simulink subsystem - % InterpolatedStateSpaceThermalModel - % This also indirectly tests the function getStateSpaceMatricesFromThermalMatrices - - % Copyright 2022 The MathWorks, Inc. - - properties - modelName = {'mSimpleThermalStateSpaceLPV', 'mLPVsys'}; - funcPreProcess = @getStateSpaceMatricesFromThermalMatrices - end - - % Simple cases - properties(TestParameter) - CaseData = { struct('CapMat', [1; 1; 1], 'ResMat', [1,1,1; 1,1,1; 1,1,1]), ... - struct('CapMat', [1e-1; 10; 1e2], 'ResMat', [1,1e3,1; 1e3,1,1; 1,1,1]), ... - struct('CapMat', [1; 1e4; 1], 'ResMat', [1,1,1e4; 1,1,1; 1e4,1,1])} - - PowData = {[0;0;0], ... % [W] - [1000;500;2000], ... - [500;1e4;0],... - [0;0;-100]} - - dimInterp = {1,2} - wBkpt = {1,2} - frBkpt = {1,2} - - idxSScomb = {[1,1,1],[2,2,2],[1,2,1],[2,1,2]} - nodelossVal = {2*ones(150,1), 4*rand(150,1)} - end - - methods(Test, ParameterCombination='exhaustive') - - function testLPVvsStateSpace(test, idxSScomb, nodelossVal) - % Verify A,B matrices and node temperatures from the LPV block - % match the values from the State Space block, for different - % index combinations and nodeloss values. - - import Simulink.sdi.constraints.MatchesSignal - - model = test.modelName{2}; - load_system(model); - test.addTeardown(@close_system,model,0) - - mdlwks = get_param(model, 'ModelWorkspace'); - StateSpaceND = mdlwks.getVariable('StateSpaceND'); - samplingGrid = StateSpaceND.SamplingGrid; - wBkpts = squeeze(samplingGrid.w(:,1,1))'; - frBkpts = squeeze(samplingGrid.fr1(1,:,1)); - TinBkpts = squeeze(samplingGrid.Tin1(1,1,:))'; - - wIdx = idxSScomb(1); - frIdx = idxSScomb(2); - TinIdx = idxSScomb(3); - ssIdxComb = StateSpaceND(:,:,wIdx,frIdx,TinIdx); - Amat = ssIdxComb.A; - Bmat = ssIdxComb.B; - [numStates, ~] = size(Amat); - TnodesInit = TinBkpts(TinIdx).*ones(numStates,1); - - clear(mdlwks); % to ensure it uses data generated in this test - assignin(mdlwks, 'StateSpaceND', StateSpaceND); - assignin(mdlwks, 'Amat', Amat); - assignin(mdlwks, 'Bmat', Bmat); - assignin(mdlwks, 'speedVal', wBkpts(wIdx)); - assignin(mdlwks, 'flowrateVal', frBkpts(frIdx)); - assignin(mdlwks, 'TinVal', TinBkpts(TinIdx)); - assignin(mdlwks, 'TnodesInit', TnodesInit); - assignin(mdlwks, 'nodelossVal', nodelossVal); - - out = sim(model); - - % A,B matrices verification - AmatLPV = out.yout{1}.Values.Data(:,:,end); - BmatLPV = out.yout{2}.Values.Data(:,:,end); - test.verifyEqual(AmatLPV, Amat, 'AbsTol', 1e-8, 'RelTol', 1e-8, 'A matrix does not match expected value'); - test.verifyEqual(BmatLPV, Bmat, 'AbsTol', 1e-8, 'RelTol', 1e-8, 'B matrix does not match expected value'); - - % Output verification (Temperatures) - TnodesVecLPV = squeeze(out.yout{3}.Values.Data(:,1,:)); - TnodesLPV = timeseries(TnodesVecLPV', out.tout); - TnodesVecSS = squeeze(out.yout{4}.Values.Data(:,1,:)); - TnodesSS = timeseries(TnodesVecSS', out.tout); - - TabsTol = 1e-1; % degC - relTol = 1e-3; - timeTol = 1e-1; - test.verifyThat(TnodesLPV, MatchesSignal(TnodesSS, 'AbsTol', TabsTol, 'RelTol', relTol, 'TimeTol', timeTol), 'LPV Temperatures do not match SS Temperatures'); - - end - - function testSimple3dofCaseAgainstSimscapeBaseline(test, CaseData, PowData) - % Check that the StateSpaceThermalModelSubsystem produces the - % same results as the equivalent Simscape thermal model (using - % thermal resistance and thermal capacitance blocks) for a - % thermal network with 3 nodes, with constant A,B matrices - - CapMat = CaseData.CapMat; - ResMat = CaseData.ResMat; - test.assertEqual(ResMat(1,2),ResMat(2,1), 'Invalid data: Non-symmetric resistance matrix'); - test.assertEqual(ResMat(1,3),ResMat(3,1), 'Invalid data: Non-symmetric resistance matrix'); - test.assertEqual(ResMat(2,3),ResMat(3,2), 'Invalid data: Non-symmetric resistance matrix'); - test.assertGreaterThan(CapMat, 0, 'Invalid data: non-positive capacitance vector'); - assignin('base', 'CapMat', CapMat); - assignin('base', 'ResMat', ResMat); - - [AMat, BMat] = test.funcPreProcess(CapMat, ResMat); - - model = test.modelName{1}; - load_system(model); - test.addTeardown(@close_system,model,0) - - TcoolantIn = 300; - assignin('base', 'TcoolantIn', TcoolantIn); - BkptsStruct = struct(); - BkptsStruct.w = [0,2]; - BkptsStruct.fr1 = [0,2]; - BkptsStruct.Tin1 = [TcoolantIn-100,TcoolantIn+100]; - assignin('base', 'BkptsStruct', BkptsStruct); - - % Simulate a point in the middle of the grid [0,2] - wVal = 1; - frVal = 1; - assignin('base', 'wVal', wVal); - assignin('base', 'frVal', frVal); - - AMatND = nan(2,2,2,3,3); - BMatND = nan(2,2,2,3,3); - ResMatND = nan(2,2,2,3,3); - for idx1 = 1:2 - for idx2 = 1:2 - for idx3 = 1:2 - AMatND(idx1,idx2,idx3, :,:) = AMat; - BMatND(idx1,idx2,idx3, :,:) = BMat; - ResMatND(idx1,idx2,idx3, :,:) = ResMat; - StateSpaceND(:,:,idx1,idx2,idx3) = ss(AMat, BMat, eye(3), zeros(3)); %#ok - end - end - end - samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct); - StateSpaceND.SamplingGrid = samplingGridStruct; - - test.assertFalse(isnan(any(AMatND(:)))); - test.assertFalse(isnan(any(BMatND(:)))); - assignin('base', 'AMatND', AMatND); - assignin('base', 'BMatND', BMatND); - assignin('base', 'ResMatND', ResMatND); - assignin('base', 'StateSpaceND', StateSpaceND); - assignin('base', 'ResMat', ResMat); - TnodesInit = [TcoolantIn;330;290]; - assignin('base', 'TnodesInit', TnodesInit); - AdjMat = zeros(3,3); - PowVec = PowData; % W - idx_TcoolantIn = 1; - idx_TcoolantOut = 2; - AdjMat(idx_TcoolantIn, idx_TcoolantOut) = 1; - assignin('base','PowVec', PowVec); - assignin('base','idx_TcoolantIn', idx_TcoolantIn); - assignin('base','idx_TcoolantOut', idx_TcoolantOut); - assignin('base', 'AdjMat', AdjMat); - - out = sim(model); - - TnodesExpected = squeeze(out.yout{1}.Values.Data); - TnodesGridded = squeeze(out.yout{2}.Values.Data)'; - TnodesLPV = squeeze(out.yout{3}.Values.Data)'; - - test.verifyEqual(TnodesGridded, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... - 'griddedInterpolant version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); - test.verifyEqual(TnodesLPV, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... - 'LPV version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); - - end - - function testInterpolation(test, dimInterp, wBkpt, frBkpt) - - % Check that the StateSpaceThermalModelSubsystem produces the - % same results as the equivalent Simscape thermal model (using - % thermal resistance and thermal capacitance blocks) for a - % thermal network with 3 nodes, with interpolated A,B - % matrices. - - CapMat1 = [1; 1; 1]; - ResMat1 = [1,1,1; 1,1,1; 1,1,1]; - CapMat2 = [2; 1; 3]; - ResMat2 = 0.5*[1,1,1; 1,1,1; 1,1,1]; - - [AMat1, BMat1] = test.funcPreProcess(CapMat1, ResMat1); - [AMat2, BMat2] = test.funcPreProcess(CapMat2, ResMat2); - - model = test.modelName{1}; - load_system(model); - test.addTeardown(@close_system,model,0) - - TcoolantIn = 300; - assignin('base', 'TcoolantIn', TcoolantIn); - BkptsStruct = struct(); - BkptsStruct.w = [0,2]; - BkptsStruct.fr1 = [0,2]; - BkptsStruct.Tin1 = [TcoolantIn-100,TcoolantIn+100]; - assignin('base', 'BkptsStruct', BkptsStruct); - - AMatND = nan(2,2,2,3,3); - BMatND = nan(2,2,2,3,3); - ResMatND = nan(2,2,2,3,3); - for idx1 = 1:2 - for idx2 = 1:2 - for idx3 = 1:2 - switch dimInterp - case 1 - flagInterp = idx1; - case 2 - flagInterp = idx2; - end - if flagInterp ==1 - % 1st bkpt -> AMat1, BMat1 - AMatND(idx1,idx2,idx3, :,:) = AMat1; - BMatND(idx1,idx2,idx3, :,:) = BMat1; - ResMatND(idx1,idx2,idx3, :,:) = ResMat1; - StateSpaceND(:,:,idx1,idx2,idx3) = ss(AMat1, BMat1, eye(3), zeros(3)); %#ok - else - % 2nd bkpt -> AMat2, BMat2 - AMatND(idx1,idx2,idx3, :,:) = AMat2; - BMatND(idx1,idx2,idx3, :,:) = BMat2; - ResMatND(idx1,idx2,idx3, :,:) = ResMat2; - StateSpaceND(:,:,idx1,idx2,idx3) = ss(AMat2, BMat2, eye(3), zeros(3)); %#ok - end - end - end - end - samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct); - StateSpaceND.SamplingGrid = samplingGridStruct; - - test.assertFalse(isnan(any(AMatND(:)))); - test.assertFalse(isnan(any(BMatND(:)))); - assignin('base', 'AMatND', AMatND); - assignin('base', 'BMatND', BMatND); - assignin('base', 'ResMatND', ResMatND); - assignin('base', 'StateSpaceND', StateSpaceND); - - TnodesInit = [TcoolantIn;330;290]; - assignin('base', 'TnodesInit', TnodesInit); - AdjMat = zeros(3,3); - PowVec = [200;400;100]; % W - idx_TcoolantIn = 1; - idx_TcoolantOut = 2; - AdjMat(idx_TcoolantIn, idx_TcoolantOut) = 1; - assignin('base','PowVec', PowVec); - assignin('base','idx_TcoolantIn', idx_TcoolantIn); - assignin('base','idx_TcoolantOut', idx_TcoolantOut); - assignin('base', 'AdjMat', AdjMat); - - % CASE 1: 1st bkpt ----- - assignin('base', 'CapMat', CapMat1); - assignin('base', 'ResMat', ResMat1); - switch dimInterp - case 1 % speed - assignin('base', 'wVal', BkptsStruct.w(1)); - assignin('base', 'frVal', BkptsStruct.fr1(frBkpt)); - case 2 % fr - assignin('base', 'wVal', BkptsStruct.w(wBkpt)); - assignin('base', 'frVal', BkptsStruct.fr1(1)); - end - - out = sim(model); - - TnodesExpected = squeeze(out.yout{1}.Values.Data); - TnodesGridded = squeeze(out.yout{2}.Values.Data)'; - TnodesLPV = squeeze(out.yout{3}.Values.Data)'; - - test.verifyEqual(TnodesGridded, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... - 'CASE 1: griddedInterpolant version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); - test.verifyEqual(TnodesLPV, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... - 'CASE 1: LPV version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); - - % CASE 2: 2nd bkpt ----- - - assignin('base', 'CapMat', CapMat2); - assignin('base', 'ResMat', ResMat2); - switch dimInterp - case 1 % speed - assignin('base', 'wVal', BkptsStruct.w(2)); - assignin('base', 'frVal', BkptsStruct.fr1(frBkpt)); - case 2 % fr - assignin('base', 'wVal', BkptsStruct.w(wBkpt)); - assignin('base', 'frVal', BkptsStruct.fr1(2)); - end - - out = sim(model); - - TnodesExpected = squeeze(out.yout{1}.Values.Data); - TnodesGridded = squeeze(out.yout{2}.Values.Data)'; - TnodesLPV = squeeze(out.yout{3}.Values.Data)'; - - test.verifyEqual(TnodesGridded, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... - 'CASE 2: griddedInterpolant version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); - test.verifyEqual(TnodesLPV, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... - 'CASE 2: LPV version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); - - end - - end -end - -function samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct) - % Returns the sampling grid structure based on the BkptsStruct - - fieldNamesCell = fieldnames(BkptsStruct); - fieldValuesCell = cell(size(fieldNamesCell)); - numFields = length(fieldNamesCell); - for idxField = 1:numFields - fieldValuesCell{idxField} = BkptsStruct.(fieldNamesCell{idxField}); - end - - samplingGridValues = cell(size(fieldNamesCell)); - [samplingGridValues{:}] = ndgrid(fieldValuesCell{:}); - - samplingGridStruct = cell2struct(samplingGridValues, fieldNamesCell, 1); - -end - +classdef tInterpolatedStateSpaceThermalModel < matlab.unittest.TestCase + % tInterpolatedStateSpaceThermalModel Tests the Simulink subsystem + % InterpolatedStateSpaceThermalModel + % This also indirectly tests the function getStateSpaceMatricesFromThermalMatrices + + % Copyright 2022 The MathWorks, Inc. + + properties + modelName = {'mSimpleThermalStateSpaceLPV', 'mLPVsys'}; + funcPreProcess = @getStateSpaceMatricesFromThermalMatrices + end + + % Simple cases + properties(TestParameter) + CaseData = { struct('CapMat', [1; 1; 1], 'ResMat', [1,1,1; 1,1,1; 1,1,1]), ... + struct('CapMat', [1e-1; 10; 1e2], 'ResMat', [1,1e3,1; 1e3,1,1; 1,1,1]), ... + struct('CapMat', [1; 1e4; 1], 'ResMat', [1,1,1e4; 1,1,1; 1e4,1,1])} + + PowData = {[0;0;0], ... % [W] + [1000;500;2000], ... + [500;1e4;0],... + [0;0;-100]} + + dimInterp = {1,2} + wBkpt = {1,2} + frBkpt = {1,2} + + idxSScomb = {[1,1,1],[2,2,2],[1,2,1],[2,1,2]} + nodelossVal = {2*ones(150,1), 4*rand(150,1)} + end + + methods(Test, ParameterCombination='exhaustive') + + function testLPVvsStateSpace(test, idxSScomb, nodelossVal) + % Verify A,B matrices and node temperatures from the LPV block + % match the values from the State Space block, for different + % index combinations and nodeloss values. + + import Simulink.sdi.constraints.MatchesSignal + + model = test.modelName{2}; + load_system(model); + test.addTeardown(@close_system,model,0) + + mdlwks = get_param(model, 'ModelWorkspace'); + StateSpaceND = mdlwks.getVariable('StateSpaceND'); + samplingGrid = StateSpaceND.SamplingGrid; + wBkpts = squeeze(samplingGrid.w(:,1,1))'; + frBkpts = squeeze(samplingGrid.fr1(1,:,1)); + TinBkpts = squeeze(samplingGrid.Tin1(1,1,:))'; + + wIdx = idxSScomb(1); + frIdx = idxSScomb(2); + TinIdx = idxSScomb(3); + ssIdxComb = StateSpaceND(:,:,wIdx,frIdx,TinIdx); + Amat = ssIdxComb.A; + Bmat = ssIdxComb.B; + [numStates, ~] = size(Amat); + TnodesInit = TinBkpts(TinIdx).*ones(numStates,1); + + clear(mdlwks); % to ensure it uses data generated in this test + assignin(mdlwks, 'StateSpaceND', StateSpaceND); + assignin(mdlwks, 'Amat', Amat); + assignin(mdlwks, 'Bmat', Bmat); + assignin(mdlwks, 'speedVal', wBkpts(wIdx)); + assignin(mdlwks, 'flowrateVal', frBkpts(frIdx)); + assignin(mdlwks, 'TinVal', TinBkpts(TinIdx)); + assignin(mdlwks, 'TnodesInit', TnodesInit); + assignin(mdlwks, 'nodelossVal', nodelossVal); + + out = sim(model); + + % A,B matrices verification + AmatLPV = out.yout{1}.Values.Data(:,:,end); + BmatLPV = out.yout{2}.Values.Data(:,:,end); + test.verifyEqual(AmatLPV, Amat, 'AbsTol', 1e-8, 'RelTol', 1e-8, 'A matrix does not match expected value'); + test.verifyEqual(BmatLPV, Bmat, 'AbsTol', 1e-8, 'RelTol', 1e-8, 'B matrix does not match expected value'); + + % Output verification (Temperatures) + TnodesVecLPV = squeeze(out.yout{3}.Values.Data(:,1,:)); + TnodesLPV = timeseries(TnodesVecLPV', out.tout); + TnodesVecSS = squeeze(out.yout{4}.Values.Data(:,1,:)); + TnodesSS = timeseries(TnodesVecSS', out.tout); + + TabsTol = 1e-1; % degC + relTol = 1e-3; + timeTol = 1e-1; + test.verifyThat(TnodesLPV, MatchesSignal(TnodesSS, 'AbsTol', TabsTol, 'RelTol', relTol, 'TimeTol', timeTol), 'LPV Temperatures do not match SS Temperatures'); + + end + + function testSimple3dofCaseAgainstSimscapeBaseline(test, CaseData, PowData) + % Check that the StateSpaceThermalModelSubsystem produces the + % same results as the equivalent Simscape thermal model (using + % thermal resistance and thermal capacitance blocks) for a + % thermal network with 3 nodes, with constant A,B matrices + + CapMat = CaseData.CapMat; + ResMat = CaseData.ResMat; + test.assertEqual(ResMat(1,2),ResMat(2,1), 'Invalid data: Non-symmetric resistance matrix'); + test.assertEqual(ResMat(1,3),ResMat(3,1), 'Invalid data: Non-symmetric resistance matrix'); + test.assertEqual(ResMat(2,3),ResMat(3,2), 'Invalid data: Non-symmetric resistance matrix'); + test.assertGreaterThan(CapMat, 0, 'Invalid data: non-positive capacitance vector'); + assignin('base', 'CapMat', CapMat); + assignin('base', 'ResMat', ResMat); + + [AMat, BMat] = test.funcPreProcess(CapMat, ResMat); + + model = test.modelName{1}; + load_system(model); + test.addTeardown(@close_system,model,0) + + TcoolantIn = 300; + assignin('base', 'TcoolantIn', TcoolantIn); + BkptsStruct = struct(); + BkptsStruct.w = [0,2]; + BkptsStruct.fr1 = [0,2]; + BkptsStruct.Tin1 = [TcoolantIn-100,TcoolantIn+100]; + assignin('base', 'BkptsStruct', BkptsStruct); + + % Simulate a point in the middle of the grid [0,2] + wVal = 1; + frVal = 1; + assignin('base', 'wVal', wVal); + assignin('base', 'frVal', frVal); + + AMatND = nan(2,2,2,3,3); + BMatND = nan(2,2,2,3,3); + ResMatND = nan(2,2,2,3,3); + for idx1 = 1:2 + for idx2 = 1:2 + for idx3 = 1:2 + AMatND(idx1,idx2,idx3, :,:) = AMat; + BMatND(idx1,idx2,idx3, :,:) = BMat; + ResMatND(idx1,idx2,idx3, :,:) = ResMat; + StateSpaceND(:,:,idx1,idx2,idx3) = ss(AMat, BMat, eye(3), zeros(3)); %#ok + end + end + end + samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct); + StateSpaceND.SamplingGrid = samplingGridStruct; + + test.assertFalse(isnan(any(AMatND(:)))); + test.assertFalse(isnan(any(BMatND(:)))); + assignin('base', 'AMatND', AMatND); + assignin('base', 'BMatND', BMatND); + assignin('base', 'ResMatND', ResMatND); + assignin('base', 'StateSpaceND', StateSpaceND); + assignin('base', 'ResMat', ResMat); + TnodesInit = [TcoolantIn;330;290]; + assignin('base', 'TnodesInit', TnodesInit); + AdjMat = zeros(3,3); + PowVec = PowData; % W + idx_TcoolantIn = 1; + idx_TcoolantOut = 2; + AdjMat(idx_TcoolantIn, idx_TcoolantOut) = 1; + assignin('base','PowVec', PowVec); + assignin('base','idx_TcoolantIn', idx_TcoolantIn); + assignin('base','idx_TcoolantOut', idx_TcoolantOut); + assignin('base', 'AdjMat', AdjMat); + + out = sim(model); + + TnodesExpected = squeeze(out.yout{1}.Values.Data); + TnodesGridded = squeeze(out.yout{2}.Values.Data)'; + TnodesLPV = squeeze(out.yout{3}.Values.Data)'; + + test.verifyEqual(TnodesGridded, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... + 'griddedInterpolant version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); + test.verifyEqual(TnodesLPV, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... + 'LPV version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); + + end + + function testInterpolation(test, dimInterp, wBkpt, frBkpt) + + % Check that the StateSpaceThermalModelSubsystem produces the + % same results as the equivalent Simscape thermal model (using + % thermal resistance and thermal capacitance blocks) for a + % thermal network with 3 nodes, with interpolated A,B + % matrices. + + CapMat1 = [1; 1; 1]; + ResMat1 = [1,1,1; 1,1,1; 1,1,1]; + CapMat2 = [2; 1; 3]; + ResMat2 = 0.5*[1,1,1; 1,1,1; 1,1,1]; + + [AMat1, BMat1] = test.funcPreProcess(CapMat1, ResMat1); + [AMat2, BMat2] = test.funcPreProcess(CapMat2, ResMat2); + + model = test.modelName{1}; + load_system(model); + test.addTeardown(@close_system,model,0) + + TcoolantIn = 300; + assignin('base', 'TcoolantIn', TcoolantIn); + BkptsStruct = struct(); + BkptsStruct.w = [0,2]; + BkptsStruct.fr1 = [0,2]; + BkptsStruct.Tin1 = [TcoolantIn-100,TcoolantIn+100]; + assignin('base', 'BkptsStruct', BkptsStruct); + + AMatND = nan(2,2,2,3,3); + BMatND = nan(2,2,2,3,3); + ResMatND = nan(2,2,2,3,3); + for idx1 = 1:2 + for idx2 = 1:2 + for idx3 = 1:2 + switch dimInterp + case 1 + flagInterp = idx1; + case 2 + flagInterp = idx2; + end + if flagInterp ==1 + % 1st bkpt -> AMat1, BMat1 + AMatND(idx1,idx2,idx3, :,:) = AMat1; + BMatND(idx1,idx2,idx3, :,:) = BMat1; + ResMatND(idx1,idx2,idx3, :,:) = ResMat1; + StateSpaceND(:,:,idx1,idx2,idx3) = ss(AMat1, BMat1, eye(3), zeros(3)); %#ok + else + % 2nd bkpt -> AMat2, BMat2 + AMatND(idx1,idx2,idx3, :,:) = AMat2; + BMatND(idx1,idx2,idx3, :,:) = BMat2; + ResMatND(idx1,idx2,idx3, :,:) = ResMat2; + StateSpaceND(:,:,idx1,idx2,idx3) = ss(AMat2, BMat2, eye(3), zeros(3)); %#ok + end + end + end + end + samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct); + StateSpaceND.SamplingGrid = samplingGridStruct; + + test.assertFalse(isnan(any(AMatND(:)))); + test.assertFalse(isnan(any(BMatND(:)))); + assignin('base', 'AMatND', AMatND); + assignin('base', 'BMatND', BMatND); + assignin('base', 'ResMatND', ResMatND); + assignin('base', 'StateSpaceND', StateSpaceND); + + TnodesInit = [TcoolantIn;330;290]; + assignin('base', 'TnodesInit', TnodesInit); + AdjMat = zeros(3,3); + PowVec = [200;400;100]; % W + idx_TcoolantIn = 1; + idx_TcoolantOut = 2; + AdjMat(idx_TcoolantIn, idx_TcoolantOut) = 1; + assignin('base','PowVec', PowVec); + assignin('base','idx_TcoolantIn', idx_TcoolantIn); + assignin('base','idx_TcoolantOut', idx_TcoolantOut); + assignin('base', 'AdjMat', AdjMat); + + % CASE 1: 1st bkpt ----- + assignin('base', 'CapMat', CapMat1); + assignin('base', 'ResMat', ResMat1); + switch dimInterp + case 1 % speed + assignin('base', 'wVal', BkptsStruct.w(1)); + assignin('base', 'frVal', BkptsStruct.fr1(frBkpt)); + case 2 % fr + assignin('base', 'wVal', BkptsStruct.w(wBkpt)); + assignin('base', 'frVal', BkptsStruct.fr1(1)); + end + + out = sim(model); + + TnodesExpected = squeeze(out.yout{1}.Values.Data); + TnodesGridded = squeeze(out.yout{2}.Values.Data)'; + TnodesLPV = squeeze(out.yout{3}.Values.Data)'; + + test.verifyEqual(TnodesGridded, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... + 'CASE 1: griddedInterpolant version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); + test.verifyEqual(TnodesLPV, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... + 'CASE 1: LPV version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); + + % CASE 2: 2nd bkpt ----- + + assignin('base', 'CapMat', CapMat2); + assignin('base', 'ResMat', ResMat2); + switch dimInterp + case 1 % speed + assignin('base', 'wVal', BkptsStruct.w(2)); + assignin('base', 'frVal', BkptsStruct.fr1(frBkpt)); + case 2 % fr + assignin('base', 'wVal', BkptsStruct.w(wBkpt)); + assignin('base', 'frVal', BkptsStruct.fr1(2)); + end + + out = sim(model); + + TnodesExpected = squeeze(out.yout{1}.Values.Data); + TnodesGridded = squeeze(out.yout{2}.Values.Data)'; + TnodesLPV = squeeze(out.yout{3}.Values.Data)'; + + test.verifyEqual(TnodesGridded, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... + 'CASE 2: griddedInterpolant version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); + test.verifyEqual(TnodesLPV, TnodesExpected, 'AbsTol', 1e-4, 'RelTol', 1e-4, ... + 'CASE 2: LPV version of InterpolatedStateSpaceThermalModel does not match Simscape baseline'); + + end + + end +end + +function samplingGridStruct = getSamplingGridFromBkpts(BkptsStruct) + % Returns the sampling grid structure based on the BkptsStruct + + fieldNamesCell = fieldnames(BkptsStruct); + fieldValuesCell = cell(size(fieldNamesCell)); + numFields = length(fieldNamesCell); + for idxField = 1:numFields + fieldValuesCell{idxField} = BkptsStruct.(fieldNamesCell{idxField}); + end + + samplingGridValues = cell(size(fieldNamesCell)); + [samplingGridValues{:}] = ndgrid(fieldValuesCell{:}); + + samplingGridStruct = cell2struct(samplingGridValues, fieldNamesCell, 1); + +end + diff --git a/test/libraries/mcadROM_lib/tLossMaps.m b/test/libraries/mcadROM_lib/tLossMaps.m index bc45fbf..13d1784 100644 --- a/test/libraries/mcadROM_lib/tLossMaps.m +++ b/test/libraries/mcadROM_lib/tLossMaps.m @@ -1,71 +1,71 @@ -classdef tLossMaps < matlab.unittest.TestCase - % Unit tests for 2D Lookup Table block in the LossMaps library block - - % Copyright 2022 The MathWorks, Inc. - - properties - modelName = 'mOneLossMap'; - end - - % Simple cases - properties(TestParameter) - CaseData = { struct('ShaftTorqueMat', repmat([-1,0,1]',1,3), 'SpeedMat', repmat([0,1000,2000],3,1), 'LossMat', 1e-3*repmat([0,1000,2000],3,1).^2.*repmat([-1,0,1]',1,3)), ... - struct('ShaftTorqueMat', repmat([-1,0,1,2]',1,3), 'SpeedMat', repmat([0,1000,2000],4,1), 'LossMat', 1e-3*repmat([0,1000,2000],4,1).^2.*repmat([-1,0,1,2]',1,3)), ... - } - end - - methods(Test, ParameterCombination='pairwise') - - function testInterpolation(test, CaseData) - % Check that the 2D Lookup Table blocks correctly interpolate - % the maps - - model = test.modelName; - load_system(model); - test.addTeardown(@close_system,model,0) - - ShaftTorqueMat = CaseData.ShaftTorqueMat; - SpeedMat = CaseData.SpeedMat; - LossMat = CaseData.LossMat; - - [xVec, yVec, zgMat] = reInterpolateTable(ShaftTorqueMat, SpeedMat, LossMat); - assignin('base', 'xVec', xVec); - assignin('base', 'yVec', yVec); - assignin('base', 'zgMat', zgMat); - - torqueVal = ShaftTorqueMat(end,end); - speedVal = SpeedMat(end,end); - assignin('base', 'torqueVal', torqueVal); - assignin('base', 'speedVal', speedVal); - - out = sim(model); - - zActual = out.yout{1}.Values.Data(end); - zExpected = LossMat(end,end); - - test.verifyEqual(zActual,zExpected, 'Actual interpolated value does not match expected value'); - test.verifyEqual(zgMat, LossMat, 'Actual table does not match expected value'); - - end - - end -end - - - -function [xVec, yVec, zgMat] = reInterpolateTable(xsMat, ysMat, zsMat) - % Returns grid-interpolated table from scattered table. - - zInterpolant = scatteredInterpolant(xsMat(:), ysMat(:), zsMat(:), 'linear', 'nearest'); - xMin = min(xsMat(:)); - xMax = max(xsMat(:)); - [xLen,~] = size(xsMat); - xVec = linspace(xMin, xMax, xLen); - yMin = min(ysMat(:)); - yMax = max(ysMat(:)); - [~,yLen] = size(ysMat); - yVec = linspace(yMin, yMax, yLen); - [xgrid, ygrid] = ndgrid(xVec, yVec); - zgMat = zInterpolant(xgrid, ygrid); - +classdef tLossMaps < matlab.unittest.TestCase + % Unit tests for 2D Lookup Table block in the LossMaps library block + + % Copyright 2022 The MathWorks, Inc. + + properties + modelName = 'mOneLossMap'; + end + + % Simple cases + properties(TestParameter) + CaseData = { struct('ShaftTorqueMat', repmat([-1,0,1]',1,3), 'SpeedMat', repmat([0,1000,2000],3,1), 'LossMat', 1e-3*repmat([0,1000,2000],3,1).^2.*repmat([-1,0,1]',1,3)), ... + struct('ShaftTorqueMat', repmat([-1,0,1,2]',1,3), 'SpeedMat', repmat([0,1000,2000],4,1), 'LossMat', 1e-3*repmat([0,1000,2000],4,1).^2.*repmat([-1,0,1,2]',1,3)), ... + } + end + + methods(Test, ParameterCombination='pairwise') + + function testInterpolation(test, CaseData) + % Check that the 2D Lookup Table blocks correctly interpolate + % the maps + + model = test.modelName; + load_system(model); + test.addTeardown(@close_system,model,0) + + ShaftTorqueMat = CaseData.ShaftTorqueMat; + SpeedMat = CaseData.SpeedMat; + LossMat = CaseData.LossMat; + + [xVec, yVec, zgMat] = reInterpolateTable(ShaftTorqueMat, SpeedMat, LossMat); + assignin('base', 'xVec', xVec); + assignin('base', 'yVec', yVec); + assignin('base', 'zgMat', zgMat); + + torqueVal = ShaftTorqueMat(end,end); + speedVal = SpeedMat(end,end); + assignin('base', 'torqueVal', torqueVal); + assignin('base', 'speedVal', speedVal); + + out = sim(model); + + zActual = out.yout{1}.Values.Data(end); + zExpected = LossMat(end,end); + + test.verifyEqual(zActual,zExpected, 'Actual interpolated value does not match expected value'); + test.verifyEqual(zgMat, LossMat, 'Actual table does not match expected value'); + + end + + end +end + + + +function [xVec, yVec, zgMat] = reInterpolateTable(xsMat, ysMat, zsMat) + % Returns grid-interpolated table from scattered table. + + zInterpolant = scatteredInterpolant(xsMat(:), ysMat(:), zsMat(:), 'linear', 'nearest'); + xMin = min(xsMat(:)); + xMax = max(xsMat(:)); + [xLen,~] = size(xsMat); + xVec = linspace(xMin, xMax, xLen); + yMin = min(ysMat(:)); + yMax = max(ysMat(:)); + [~,yLen] = size(ysMat); + yVec = linspace(yMin, yMax, yLen); + [xgrid, ygrid] = ndgrid(xVec, yVec); + zgMat = zInterpolant(xgrid, ygrid); + end \ No newline at end of file diff --git a/test/libraries/mcadROM_lib/tPowerLossDistributor.m b/test/libraries/mcadROM_lib/tPowerLossDistributor.m index 25d8a47..11ecb15 100644 --- a/test/libraries/mcadROM_lib/tPowerLossDistributor.m +++ b/test/libraries/mcadROM_lib/tPowerLossDistributor.m @@ -1,132 +1,132 @@ -classdef tPowerLossDistributor < matlab.unittest.TestCase - % Unit tests for PowerLosDistributor library block - - % Copyright 2022 The MathWorks, Inc. - - properties - modelName = 'mPowerLossDistributor' - end - - properties(TestParameter) - TsimVal = {20, -10, 80} - lossTypeVarName = {'armatureCopperLossVal', 'backIronLossVal', 'toothIronLossVal', 'magnetLossVal'}; - end - - methods(Test, ParameterCombination='pairwise') - - function testLossDistrDataConsitency(test) - % Check that LossDistrForEachType is conservative i.e. sum of - % rows = 1 - - model = test.modelName; - load_system(model); - test.addTeardown(@close_system,model,0) - - mdlwks = get_param(model, 'ModelWorkspace'); - LossDistrForEachType = mdlwks.getVariable('LossDistrForEachType'); - Tgiven = mdlwks.getVariable('Tgiven'); - assignin(mdlwks, 'Tsim', Tgiven); - - [numLossTypes, ~] = size(LossDistrForEachType); - - for idxLossType = 1:numLossTypes - thisLossDistr = LossDistrForEachType(idxLossType, :); - if sum(thisLossDistr)>1e-3 - test.verifyEqual(sum(thisLossDistr), 1, 'AbsTol', 1e-3, 'The loss distribution is not conservative'); - end - end - - end - - function testTotalPowerConservation(test) - % Check that the sum of input losses equals the sum of output - % losses - - model = test.modelName; - load_system(model); - test.addTeardown(@close_system,model,0) - - mdlwks = get_param(model, 'ModelWorkspace'); - Tgiven = mdlwks.getVariable('Tgiven'); - assignin(mdlwks, 'Tsim', Tgiven); - - out = sim(model); - - lossEachType = out.yout{1}.Values.Data; - nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp - - test.verifyEqual(sum(lossEachType), sum(nodeloss), 'AbsTol', 1e-3, 'total losses in is not equal to total losses out'); - - end - - function testIndividualLossTypes(test, lossTypeVarName) - % For each loss type, check that loss in = loss out - - model = test.modelName; - load_system(model); - test.addTeardown(@close_system,model,0) - - mdlwks = get_param(model, 'ModelWorkspace'); - Tgiven = mdlwks.getVariable('Tgiven'); - assignin(mdlwks, 'Tsim', Tgiven); - - lossTypeVal = mdlwks.getVariable(lossTypeVarName); - - allLossTypesVarNames = test.lossTypeVarName; - for idx = 1:length(allLossTypesVarNames) - thisLossType = allLossTypesVarNames{idx}; - if ~strcmp(lossTypeVarName, thisLossType) - assignin(mdlwks, thisLossType, 0); % only lossTypeVarName is non-zero - end - end - - out = sim(bdroot); - - lossEachType = out.yout{1}.Values.Data; - nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp - - test.verifyEqual(sum(lossEachType), lossTypeVal, 'AbsTol', 1e-3, 'Loss each type does not sum to the value of the only non-zero loss'); - test.verifyEqual(sum(lossEachType), sum(nodeloss), 'AbsTol', 1e-3, 'total losses in is not equal to total losses out'); - - end - - function testCopperLossTemperatureDependency(test, TsimVal) - % Check that copper loss is correctly scaled based on the - % copper resistivity temperature coefficient. - - model = test.modelName; - load_system(model); - test.addTeardown(@close_system,model,0) - - mdlwks = get_param(model, 'ModelWorkspace'); - assignin(mdlwks, 'Tsim', TsimVal); - - copperLossVal = mdlwks.getVariable('armatureCopperLossVal'); - - allLossTypesVarNames = test.lossTypeVarName; - for idx = 1:length(allLossTypesVarNames) - thisLossType = allLossTypesVarNames{idx}; - if ~strcmp('armatureCopperLossVal', thisLossType) - assignin(mdlwks, thisLossType, 0); % only lossTypeVarName is non-zero - end - end - - out = sim(bdroot); - - lossEachType = out.yout{1}.Values.Data; - nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp - - Tgiven = mdlwks.getVariable('Tgiven'); - StatorCopperTempCoefResistivity = mdlwks.getVariable('StatorCopperTempCoefResistivity'); - - temperatureFactorStatorCopper = (1 + (TsimVal-20)*StatorCopperTempCoefResistivity)/(1 + (Tgiven-20)*StatorCopperTempCoefResistivity); - adjustedLossExpected = copperLossVal*temperatureFactorStatorCopper ; - - test.verifyEqual(sum(lossEachType), copperLossVal, 'AbsTol', 1e-3, 'Loss each type does not sum to the value of the input copper loss'); - test.verifyEqual(sum(nodeloss), adjustedLossExpected, 'AbsTol', 1e-3, 'nodeloss does not sum to the temperature-adjusted copper loss value'); - - end - - end -end - +classdef tPowerLossDistributor < matlab.unittest.TestCase + % Unit tests for PowerLosDistributor library block + + % Copyright 2022 The MathWorks, Inc. + + properties + modelName = 'mPowerLossDistributor' + end + + properties(TestParameter) + TsimVal = {20, -10, 80} + lossTypeVarName = {'armatureCopperLossVal', 'backIronLossVal', 'toothIronLossVal', 'magnetLossVal'}; + end + + methods(Test, ParameterCombination='pairwise') + + function testLossDistrDataConsitency(test) + % Check that LossDistrForEachType is conservative i.e. sum of + % rows = 1 + + model = test.modelName; + load_system(model); + test.addTeardown(@close_system,model,0) + + mdlwks = get_param(model, 'ModelWorkspace'); + LossDistrForEachType = mdlwks.getVariable('LossDistrForEachType'); + Tgiven = mdlwks.getVariable('Tgiven'); + assignin(mdlwks, 'Tsim', Tgiven); + + [numLossTypes, ~] = size(LossDistrForEachType); + + for idxLossType = 1:numLossTypes + thisLossDistr = LossDistrForEachType(idxLossType, :); + if sum(thisLossDistr)>1e-3 + test.verifyEqual(sum(thisLossDistr), 1, 'AbsTol', 1e-3, 'The loss distribution is not conservative'); + end + end + + end + + function testTotalPowerConservation(test) + % Check that the sum of input losses equals the sum of output + % losses + + model = test.modelName; + load_system(model); + test.addTeardown(@close_system,model,0) + + mdlwks = get_param(model, 'ModelWorkspace'); + Tgiven = mdlwks.getVariable('Tgiven'); + assignin(mdlwks, 'Tsim', Tgiven); + + out = sim(model); + + lossEachType = out.yout{1}.Values.Data; + nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp + + test.verifyEqual(sum(lossEachType), sum(nodeloss), 'AbsTol', 1e-3, 'total losses in is not equal to total losses out'); + + end + + function testIndividualLossTypes(test, lossTypeVarName) + % For each loss type, check that loss in = loss out + + model = test.modelName; + load_system(model); + test.addTeardown(@close_system,model,0) + + mdlwks = get_param(model, 'ModelWorkspace'); + Tgiven = mdlwks.getVariable('Tgiven'); + assignin(mdlwks, 'Tsim', Tgiven); + + lossTypeVal = mdlwks.getVariable(lossTypeVarName); + + allLossTypesVarNames = test.lossTypeVarName; + for idx = 1:length(allLossTypesVarNames) + thisLossType = allLossTypesVarNames{idx}; + if ~strcmp(lossTypeVarName, thisLossType) + assignin(mdlwks, thisLossType, 0); % only lossTypeVarName is non-zero + end + end + + out = sim(bdroot); + + lossEachType = out.yout{1}.Values.Data; + nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp + + test.verifyEqual(sum(lossEachType), lossTypeVal, 'AbsTol', 1e-3, 'Loss each type does not sum to the value of the only non-zero loss'); + test.verifyEqual(sum(lossEachType), sum(nodeloss), 'AbsTol', 1e-3, 'total losses in is not equal to total losses out'); + + end + + function testCopperLossTemperatureDependency(test, TsimVal) + % Check that copper loss is correctly scaled based on the + % copper resistivity temperature coefficient. + + model = test.modelName; + load_system(model); + test.addTeardown(@close_system,model,0) + + mdlwks = get_param(model, 'ModelWorkspace'); + assignin(mdlwks, 'Tsim', TsimVal); + + copperLossVal = mdlwks.getVariable('armatureCopperLossVal'); + + allLossTypesVarNames = test.lossTypeVarName; + for idx = 1:length(allLossTypesVarNames) + thisLossType = allLossTypesVarNames{idx}; + if ~strcmp('armatureCopperLossVal', thisLossType) + assignin(mdlwks, thisLossType, 0); % only lossTypeVarName is non-zero + end + end + + out = sim(bdroot); + + lossEachType = out.yout{1}.Values.Data; + nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp + + Tgiven = mdlwks.getVariable('Tgiven'); + StatorCopperTempCoefResistivity = mdlwks.getVariable('StatorCopperTempCoefResistivity'); + + temperatureFactorStatorCopper = (1 + (TsimVal-20)*StatorCopperTempCoefResistivity)/(1 + (Tgiven-20)*StatorCopperTempCoefResistivity); + adjustedLossExpected = copperLossVal*temperatureFactorStatorCopper ; + + test.verifyEqual(sum(lossEachType), copperLossVal, 'AbsTol', 1e-3, 'Loss each type does not sum to the value of the input copper loss'); + test.verifyEqual(sum(nodeloss), adjustedLossExpected, 'AbsTol', 1e-3, 'nodeloss does not sum to the temperature-adjusted copper loss value'); + + end + + end +end + diff --git a/test/libraries/mcadROM_lib/tPowerLossDistributorPassiveCooling.m b/test/libraries/mcadROM_lib/tPowerLossDistributorPassiveCooling.m index 0fc894e..c128b05 100644 --- a/test/libraries/mcadROM_lib/tPowerLossDistributorPassiveCooling.m +++ b/test/libraries/mcadROM_lib/tPowerLossDistributorPassiveCooling.m @@ -1,132 +1,132 @@ -classdef tPowerLossDistributorPassiveCooling < matlab.unittest.TestCase - % Unit tests for PowerLosDistributor (Passive Cooling) library block - - % Copyright 2023 The MathWorks, Inc. - - properties - modelName = 'mPowerLossDistributorPassiveCooling' - end - - properties(TestParameter) - TsimVal = {20, -10, 80} - lossTypeVarName = {'armatureCopperLossVal', 'backIronLossVal', 'toothIronLossVal', 'magnetLossVal'}; - end - - methods(Test, ParameterCombination='pairwise') - - function testLossDistrDataConsitency(test) - % Check that LossDistrForEachType is conservative i.e. sum of - % rows = 1 - - model = test.modelName; - load_system(model); - test.addTeardown(@close_system,model,0) - - mdlwks = get_param(model, 'ModelWorkspace'); - LossDistrForEachType = mdlwks.getVariable('LossDistrForEachType'); - Tgiven = mdlwks.getVariable('Tgiven'); - assignin(mdlwks, 'Tsim', Tgiven); - - [numLossTypes, ~] = size(LossDistrForEachType); - - for idxLossType = 1:numLossTypes - thisLossDistr = LossDistrForEachType(idxLossType, :); - if sum(thisLossDistr)>1e-3 - test.verifyEqual(sum(thisLossDistr), 1, 'AbsTol', 1e-3, 'The loss distribution is not conservative'); - end - end - - end - - function testTotalPowerConservation(test) - % Check that the sum of input losses equals the sum of output - % losses - - model = test.modelName; - load_system(model); - test.addTeardown(@close_system,model,0) - - mdlwks = get_param(model, 'ModelWorkspace'); - Tgiven = mdlwks.getVariable('Tgiven'); - assignin(mdlwks, 'Tsim', Tgiven); - - out = sim(model); - - lossEachType = out.yout{1}.Values.Data; - nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp - - test.verifyEqual(sum(lossEachType), sum(nodeloss), 'AbsTol', 1e-3, 'total losses in is not equal to total losses out'); - - end - - function testIndividualLossTypes(test, lossTypeVarName) - % For each loss type, check that loss in = loss out - - model = test.modelName; - load_system(model); - test.addTeardown(@close_system,model,0) - - mdlwks = get_param(model, 'ModelWorkspace'); - Tgiven = mdlwks.getVariable('Tgiven'); - assignin(mdlwks, 'Tsim', Tgiven); - - lossTypeVal = mdlwks.getVariable(lossTypeVarName); - - allLossTypesVarNames = test.lossTypeVarName; - for idx = 1:length(allLossTypesVarNames) - thisLossType = allLossTypesVarNames{idx}; - if ~strcmp(lossTypeVarName, thisLossType) - assignin(mdlwks, thisLossType, 0); % only lossTypeVarName is non-zero - end - end - - out = sim(bdroot); - - lossEachType = out.yout{1}.Values.Data; - nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp - - test.verifyEqual(sum(lossEachType), lossTypeVal, 'AbsTol', 1e-3, 'Loss each type does not sum to the value of the only non-zero loss'); - test.verifyEqual(sum(lossEachType), sum(nodeloss), 'AbsTol', 1e-3, 'total losses in is not equal to total losses out'); - - end - - function testCopperLossTemperatureDependency(test, TsimVal) - % Check that copper loss is correctly scaled based on the - % copper resistivity temperature coefficient. - - model = test.modelName; - load_system(model); - test.addTeardown(@close_system,model,0) - - mdlwks = get_param(model, 'ModelWorkspace'); - assignin(mdlwks, 'Tsim', TsimVal); - - copperLossVal = mdlwks.getVariable('armatureCopperLossVal'); - - allLossTypesVarNames = test.lossTypeVarName; - for idx = 1:length(allLossTypesVarNames) - thisLossType = allLossTypesVarNames{idx}; - if ~strcmp('armatureCopperLossVal', thisLossType) - assignin(mdlwks, thisLossType, 0); % only lossTypeVarName is non-zero - end - end - - out = sim(bdroot); - - lossEachType = out.yout{1}.Values.Data; - nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp - - Tgiven = mdlwks.getVariable('Tgiven'); - StatorCopperTempCoefResistivity = mdlwks.getVariable('StatorCopperTempCoefResistivity'); - - temperatureFactorStatorCopper = (1 + (TsimVal-20)*StatorCopperTempCoefResistivity)/(1 + (Tgiven-20)*StatorCopperTempCoefResistivity); - adjustedLossExpected = copperLossVal*temperatureFactorStatorCopper ; - - test.verifyEqual(sum(lossEachType), copperLossVal, 'AbsTol', 1e-3, 'Loss each type does not sum to the value of the input copper loss'); - test.verifyEqual(sum(nodeloss), adjustedLossExpected, 'AbsTol', 1e-3, 'nodeloss does not sum to the temperature-adjusted copper loss value'); - - end - - end -end - +classdef tPowerLossDistributorPassiveCooling < matlab.unittest.TestCase + % Unit tests for PowerLosDistributor (Passive Cooling) library block + + % Copyright 2023 The MathWorks, Inc. + + properties + modelName = 'mPowerLossDistributorPassiveCooling' + end + + properties(TestParameter) + TsimVal = {20, -10, 80} + lossTypeVarName = {'armatureCopperLossVal', 'backIronLossVal', 'toothIronLossVal', 'magnetLossVal'}; + end + + methods(Test, ParameterCombination='pairwise') + + function testLossDistrDataConsitency(test) + % Check that LossDistrForEachType is conservative i.e. sum of + % rows = 1 + + model = test.modelName; + load_system(model); + test.addTeardown(@close_system,model,0) + + mdlwks = get_param(model, 'ModelWorkspace'); + LossDistrForEachType = mdlwks.getVariable('LossDistrForEachType'); + Tgiven = mdlwks.getVariable('Tgiven'); + assignin(mdlwks, 'Tsim', Tgiven); + + [numLossTypes, ~] = size(LossDistrForEachType); + + for idxLossType = 1:numLossTypes + thisLossDistr = LossDistrForEachType(idxLossType, :); + if sum(thisLossDistr)>1e-3 + test.verifyEqual(sum(thisLossDistr), 1, 'AbsTol', 1e-3, 'The loss distribution is not conservative'); + end + end + + end + + function testTotalPowerConservation(test) + % Check that the sum of input losses equals the sum of output + % losses + + model = test.modelName; + load_system(model); + test.addTeardown(@close_system,model,0) + + mdlwks = get_param(model, 'ModelWorkspace'); + Tgiven = mdlwks.getVariable('Tgiven'); + assignin(mdlwks, 'Tsim', Tgiven); + + out = sim(model); + + lossEachType = out.yout{1}.Values.Data; + nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp + + test.verifyEqual(sum(lossEachType), sum(nodeloss), 'AbsTol', 1e-3, 'total losses in is not equal to total losses out'); + + end + + function testIndividualLossTypes(test, lossTypeVarName) + % For each loss type, check that loss in = loss out + + model = test.modelName; + load_system(model); + test.addTeardown(@close_system,model,0) + + mdlwks = get_param(model, 'ModelWorkspace'); + Tgiven = mdlwks.getVariable('Tgiven'); + assignin(mdlwks, 'Tsim', Tgiven); + + lossTypeVal = mdlwks.getVariable(lossTypeVarName); + + allLossTypesVarNames = test.lossTypeVarName; + for idx = 1:length(allLossTypesVarNames) + thisLossType = allLossTypesVarNames{idx}; + if ~strcmp(lossTypeVarName, thisLossType) + assignin(mdlwks, thisLossType, 0); % only lossTypeVarName is non-zero + end + end + + out = sim(bdroot); + + lossEachType = out.yout{1}.Values.Data; + nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp + + test.verifyEqual(sum(lossEachType), lossTypeVal, 'AbsTol', 1e-3, 'Loss each type does not sum to the value of the only non-zero loss'); + test.verifyEqual(sum(lossEachType), sum(nodeloss), 'AbsTol', 1e-3, 'total losses in is not equal to total losses out'); + + end + + function testCopperLossTemperatureDependency(test, TsimVal) + % Check that copper loss is correctly scaled based on the + % copper resistivity temperature coefficient. + + model = test.modelName; + load_system(model); + test.addTeardown(@close_system,model,0) + + mdlwks = get_param(model, 'ModelWorkspace'); + assignin(mdlwks, 'Tsim', TsimVal); + + copperLossVal = mdlwks.getVariable('armatureCopperLossVal'); + + allLossTypesVarNames = test.lossTypeVarName; + for idx = 1:length(allLossTypesVarNames) + thisLossType = allLossTypesVarNames{idx}; + if ~strcmp('armatureCopperLossVal', thisLossType) + assignin(mdlwks, thisLossType, 0); % only lossTypeVarName is non-zero + end + end + + out = sim(bdroot); + + lossEachType = out.yout{1}.Values.Data; + nodeloss = out.yout{3}.Values.Data(:,1,end); % last timestamp + + Tgiven = mdlwks.getVariable('Tgiven'); + StatorCopperTempCoefResistivity = mdlwks.getVariable('StatorCopperTempCoefResistivity'); + + temperatureFactorStatorCopper = (1 + (TsimVal-20)*StatorCopperTempCoefResistivity)/(1 + (Tgiven-20)*StatorCopperTempCoefResistivity); + adjustedLossExpected = copperLossVal*temperatureFactorStatorCopper ; + + test.verifyEqual(sum(lossEachType), copperLossVal, 'AbsTol', 1e-3, 'Loss each type does not sum to the value of the input copper loss'); + test.verifyEqual(sum(nodeloss), adjustedLossExpected, 'AbsTol', 1e-3, 'nodeloss does not sum to the temperature-adjusted copper loss value'); + + end + + end +end + diff --git a/test/mcadinterface/tThermalInterface.m b/test/mcadinterface/tThermalInterface.m index d6228e3..4d7151a 100644 --- a/test/mcadinterface/tThermalInterface.m +++ b/test/mcadinterface/tThermalInterface.m @@ -1,246 +1,289 @@ -classdef tThermalInterface < matlab.unittest.TestCase - % Tests for mcadinterface.ThermalInterface - - % Copyright 2022 The MathWorks, Inc. - - properties - realMotFile = {'data/e5_IM_HWJ.mot'} - slkModel = {'mStateSpaceVsMcad', 'mLPVvsMcad'} - objectUnderTest - classUnderTest = @mcadinterface.ThermalInterface - end - - methods(TestClassSetup) - function classSetup(test) - theProject = matlab.project.rootProject; - projectRootDir = theProject.RootFolder; - test.objectUnderTest = test.classUnderTest(fullfile(projectRootDir,test.realMotFile)); - end - end - - % Unit tests for methods in mcadinterface.ThermalInterface - methods(Test) - - function testCalculateThermalSteadyState(test) - % Unit test for calculateThermalSteadyState method. - % Checks that getting the ambient temperature node produces no - % warning, which means a steady-state calculation has been - % performed successfully. - - test.objectUnderTest.calculateThermalSteadyState(); - test.verifyWarningFree(@() test.objectUnderTest.getSteadyStateTemperatureForNodeMcadIdxs(0)); - end - - function testCalculateThermalTransient(test) - % Unit test for calculateThermalTransient method. - % Checks that getting the ambient node transient temperature produces no - % warning, which means a transient calculation has been - % performed successfully. - - test.objectUnderTest.calculateThermalTransient(); - test.verifyWarningFree(@() test.objectUnderTest.getTransientTemperatureForNodeMcadIdxs(0)); - end - - function testRunThermalSteadyStateWithSpecifiedLosses(test) - % Unit test for runThermalSteadyStateWithSpecifiedLosses method - % Checks that the TnodesVec output has the expected size. - - lossVec = transpose(1:16); % [W] - test.objectUnderTest.runThermalSteadyStateWithSpecifiedLosses(lossVec); - - % Consistency check - actualLossValues = test.objectUnderTest.LossValues; - test.verifyEqual(actualLossValues, lossVec, 'AbsTol', 1e-3, 'LossValues does not match expected values'); - - allMcadIdxs = [test.objectUnderTest.NodeNamesAndMcadIdx{:,2}]; - TnodesVec = test.objectUnderTest.getSteadyStateTemperatureForNodeMcadIdxs(allMcadIdxs); - - test.verifyEqual(length(TnodesVec), length(allMcadIdxs), ... - 'TnodesVec does not have the expected size'); - end - - function testRunThermalSteadyStateWithSpecifiedTorqueSpeed(test) - % Unit test for runThermalSteadyStateWithSpecifiedTorqueSpeed method - % Checks that the TnodesVec output has the expected size. - - torqueVal = 50; % N*m - speedVal = 3000; % rpm - test.objectUnderTest.runThermalSteadyStateWithSpecifiedTorqueSpeed(torqueVal, speedVal); - - allMcadIdxs = [test.objectUnderTest.NodeNamesAndMcadIdx{:,2}]; - TnodesVec = test.objectUnderTest.getSteadyStateTemperatureForNodeMcadIdxs(allMcadIdxs); - - test.verifyEqual(length(TnodesVec), length(allMcadIdxs), ... - 'TnodesVec does not have the expected size'); - end - - function testRunThermalTransientWithSpecifiedLosses(test) - % Unit test for runThermalTransientWithSpecifiedLosses method - % Checks that the TnodesVecMcad output has the expected size. - - lossVec = 30*ones(16,1); - test.objectUnderTest.EnableStatorTempCoeffRes = 1; - test.objectUnderTest.EnableRotorTempCoeffRes = 1; - stopTime = 500; - numTimeSteps = 50; - test.objectUnderTest.runThermalTransientWithSpecifiedLosses(lossVec, stopTime, numTimeSteps); - - allMcadIdxs = [test.objectUnderTest.NodeNamesAndMcadIdx{:,2}]; - [tVec, TnodesVecMcad] = test.objectUnderTest.getTransientTemperatureForNodeMcadIdxs(allMcadIdxs); - - test.verifyEqual(tVec(end), stopTime, 'Final time step is not equal to stopTime'); - test.verifyEqual(size(TnodesVecMcad), [length(allMcadIdxs), length(tVec)], ... - 'TnodesVecMcad does not have the expected size'); - - end - - function testRunThermalTransientWithSpecifiedTorqueSpeed(test) - % Unit test for runThermalTransientWithSpecifiedTorqueSpeed method - % Checks that the TnodesVecMcad output has the expected size. - - torqueVal = 50; % N*m - speedVal = 3000; % rpm - stopTime = 500; - numTimeSteps = 50; - test.objectUnderTest.runThermalTransientWithSpecifiedTorqueSpeed(torqueVal, speedVal, stopTime, numTimeSteps); - - allMcadIdxs = [test.objectUnderTest.NodeNamesAndMcadIdx{:,2}]; - [tVec, TnodesVecMcad] = test.objectUnderTest.getTransientTemperatureForNodeMcadIdxs(allMcadIdxs); - - - test.verifyEqual(tVec(end), stopTime, 'Final time step is not equal to stopTime'); - test.verifyEqual(size(TnodesVecMcad), [length(allMcadIdxs), length(tVec)], ... - 'TnodesVecMcad does not have the expected size'); - end - - function testUpdateMatricesAndGroupNamesAndNodes(test) - % Unit test for updateMatricesAndGroupNamesAndNodes method - % Checks that the thermal matrices are correctly updated. - - test.objectUnderTest.updateMatricesAndGroupNamesAndNodes(); - - theProject = matlab.project.rootProject; - projectRootDir = theProject.RootFolder; - motFullFile = fullfile(projectRootDir,test.realMotFile); - [CapMat, ResMat, PowMat, TempMat, ~] = getThermalMatricesFromFiles(motFullFile); - % Basic checks - relTol = 2e-3; - test.verifyEqual(CapMat, test.objectUnderTest.CapMat,'RelTol', relTol); - test.verifyEqual(ResMat, test.objectUnderTest.ResMat,'RelTol', relTol); - test.verifyEqual(PowMat, test.objectUnderTest.PowMat,'RelTol', relTol); - test.verifyEqual(TempMat, test.objectUnderTest.TempMat,'RelTol', relTol); - - end - - function testGetSteadyStateTemperatureForNodeMcadIdxs(test) - % Unit test for getSteadyStateTemperatureForNodeMcadIdxs method - % Checks that the ambient temperature node has the expected - - AmbientNodeMcadIdx = 0; - test.objectUnderTest.Tambient_degC = 37; - test.objectUnderTest.calculateThermalSteadyState(); - Tambient = test.objectUnderTest.getSteadyStateTemperatureForNodeMcadIdxs(AmbientNodeMcadIdx); - test.verifyEqual(Tambient, test.objectUnderTest.Tambient_degC); - end - - function testGetSteadyStatePowerForNodeMcadIdxs(test) - % Unit test for getSteadyStatePowerForNodeMcadIdxs method - % Checks that the ambient node power is zero, as expected. - - AmbientNodeMcadIdx = 0; - test.objectUnderTest.calculateThermalSteadyState(); - Pambient = test.objectUnderTest.getSteadyStatePowerForNodeMcadIdxs(AmbientNodeMcadIdx); - test.verifyEqual(Pambient, 0); % Mcad convention: fixed temperature has 0 power - end - - function testUpdateCoolingSystemsData(test) - % Unit test for updateCoolingSystemsData method - % Checks that the cooling system data is correct when one - % cooling system is enabled. - - test.objectUnderTest.updateCoolingSystemsData(); - test.verifyEqual(test.objectUnderTest.CoolingSystemNamesAndMcadIdxes, ... - {'Housing Water Jacket', [29, 132]}, 'Actual cooling system cell is not equal to expected value'); - - end - - function testUpdateCoolingSystemDataWithTwoCoolingSys(test) - % Unit test for updateCoolingSystemsData method - % Checks that the cooling system data is correct when two - % cooling systems are enabled. - - test.objectUnderTest.Ventilated_Enable = 1; - test.objectUnderTest.updateMatricesAndGroupNamesAndNodes(); - test.objectUnderTest.updateCoolingSystemsData(); - - test.verifyEqual(test.objectUnderTest.CoolingSystemNamesAndMcadIdxes, ... - {'Ventilated', [52 53 54 55 56 57 59 60 98 99 131]; ... - 'Housing Water Jacket', [29 132] ... - }, 'Actual cooling system cell is not equal to expected value'); - - end - - function testGetAdjacencyMatAndInletOutletIdxs(test) - % Unit test for getAdjacencyMatAndInletOutletIdxs method - % Checks that the outputs of getAdjacencyMatAndInletOutletIdxs - % match the expected values. - - test.objectUnderTest.Ventilated_Enable = 0; - test.objectUnderTest.HousingWaterJacket_Enable = 1; - test.objectUnderTest.ShaftSpiralGroove_Enable = 0; - % Cooling inlet values - test.objectUnderTest.HousingWaterJacket_FlowRate_m3ps = 5/1000/60; % 5 lpm - test.objectUnderTest.HousingWaterJacket_InletTemperature_degC = 30; - % Update - test.objectUnderTest.updateModel(); - - [AdjacencyMat, InletArrayIdxs, OutletArrayIdxs, CoolantArrayIdxs] = test.objectUnderTest.getAdjacencyMatAndInletOutletIdxs(); - - test.verifyEqual(InletArrayIdxs, 26, 'Inlet indexes do not match expected value'); - test.verifyEqual(OutletArrayIdxs, 21, 'Outlet indexes do not match expected value'); - test.verifyEqual(CoolantArrayIdxs, [21; 26], 'Coolant indexes do not match expected value'); - test.verifyEqual(AdjacencyMat(26,21), 1, 'Connectivity of adjacency mat for nodes 29->132 is not correct'); - test.verifyEqual(AdjacencyMat(21,26), 0, 'Connectivity of adjacency mat for nodes 29->132 is not correct'); - - end - - function testGenerateSimulinkReducedOrderModel(test) - % Test for generateSimulinkReducedOrderModel method. - % Checks that the generated model data is consistent, and checks - % that the maximum temperature error in a transient simulation - % compared with Motor-CAD is acceptably low for two different table - % breakpoints. - - modelName = 'tempGeneratedModel'; - bdclose(modelName); % in case it exists - modelNamePath = findModelInProject(modelName); - if ~isempty(modelNamePath) - delete(modelNamePath); - end - coolingSystemsEnabled = {'Housing Water Jacket'}; - BkptsStruct = struct(); - BkptsStruct.w = [1000,3000]; % rpm - BkptsStruct.fr1 = [5,10]; % lpm - BkptsStruct.Tin1 = [20,30]; % degC - - [AmatND, BmatND, ResMatND, TnodesInit, AdjacencyMat, ~, ~] = ... - test.objectUnderTest.generateSimulinkReducedOrderModel(modelName, coolingSystemsEnabled, BkptsStruct); - - test.verifyEqual(size(AmatND), [2,2,2,150,150], 'Size of A state-space matrix not equal to expected value'); - test.verifyEqual(size(BmatND), [2,2,2,150,150], 'Size of B state-space matrix not equal to expected value'); - test.verifyEqual(size(ResMatND), [2,2,2,150,150],'Size of resistance matrix not equal to expected value'); - test.verifyEqual(size(TnodesInit), [150,1],'Size of TnodesInit not equal to expected value'); - test.verifyEqual(size(AdjacencyMat), [150,150],'Size of AdjacencyMat not equal to expected value'); - - torVal = 50; % N*m - maxTempError111 = compareSimulinkAndMcadAtBkpt(modelName, test.realMotFile{1}, [1,1,1], torVal); - maxTempError222 = compareSimulinkAndMcadAtBkpt(modelName, test.realMotFile{1}, [2,2,2], torVal); - Ttol = 2; % degC - test.verifyLessThan(maxTempError111, Ttol, 'Max temperature error is not acceptable for [1,1,1] breakpoints'); - test.verifyLessThan(maxTempError222, Ttol, 'Max temperature error is not acceptable for [2,2,2] breakpoints'); - - bdclose(modelName); - - end - end +classdef tThermalInterface < matlab.unittest.TestCase + % Tests for mcadinterface.ThermalInterface + + % Copyright 2022-2024 The MathWorks, Inc. + + properties + realMotFile = {'data/e5_IM_HWJ.mot'} + slkModel = {'mStateSpaceVsMcad', 'mLPVvsMcad'} + objectUnderTest + classUnderTest = @mcadinterface.ThermalInterface + end + + methods(TestClassSetup) + function classSetup(test) + theProject = matlab.project.rootProject; + projectRootDir = theProject.RootFolder; + test.objectUnderTest = test.classUnderTest(fullfile(projectRootDir,test.realMotFile)); + end + end + + % Unit tests for methods in mcadinterface.ThermalInterface + methods(Test) + + function testCalculateThermalSteadyState(test) + % Unit test for calculateThermalSteadyState method. + % Checks that getting the ambient temperature node produces no + % warning, which means a steady-state calculation has been + % performed successfully. + + test.objectUnderTest.calculateThermalSteadyState(); + test.verifyWarningFree(@() test.objectUnderTest.getSteadyStateTemperatureForNodeMcadIdxs(0)); + end + + function testCalculateThermalTransient(test) + % Unit test for calculateThermalTransient method. + % Checks that getting the ambient node transient temperature produces no + % warning, which means a transient calculation has been + % performed successfully. + + test.objectUnderTest.calculateThermalTransient(); + test.verifyWarningFree(@() test.objectUnderTest.getTransientTemperatureForNodeMcadIdxs(0)); + end + + function testRunThermalSteadyStateWithSpecifiedLosses(test) + % Unit test for runThermalSteadyStateWithSpecifiedLosses method + % Checks that the TnodesVec output has the expected size. + + lossVec = transpose(1:16); % [W] + test.objectUnderTest.runThermalSteadyStateWithSpecifiedLosses(lossVec); + + % Consistency check + actualLossValues = test.objectUnderTest.LossValues; + test.verifyEqual(actualLossValues, lossVec, 'AbsTol', 1e-3, 'LossValues does not match expected values'); + + allMcadIdxs = [test.objectUnderTest.NodeNamesAndMcadIdx{:,2}]; + TnodesVec = test.objectUnderTest.getSteadyStateTemperatureForNodeMcadIdxs(allMcadIdxs); + + test.verifyEqual(length(TnodesVec), length(allMcadIdxs), ... + 'TnodesVec does not have the expected size'); + end + + function testRunThermalSteadyStateWithSpecifiedTorqueSpeed(test) + % Unit test for runThermalSteadyStateWithSpecifiedTorqueSpeed method + % Checks that the TnodesVec output has the expected size. + + torqueVal = 50; % N*m + speedVal = 3000; % rpm + test.objectUnderTest.runThermalSteadyStateWithSpecifiedTorqueSpeed(torqueVal, speedVal); + + allMcadIdxs = [test.objectUnderTest.NodeNamesAndMcadIdx{:,2}]; + TnodesVec = test.objectUnderTest.getSteadyStateTemperatureForNodeMcadIdxs(allMcadIdxs); + + test.verifyEqual(length(TnodesVec), length(allMcadIdxs), ... + 'TnodesVec does not have the expected size'); + end + + function testRunThermalTransientWithSpecifiedLosses(test) + % Unit test for runThermalTransientWithSpecifiedLosses method + % Checks that the TnodesVecMcad output has the expected size. + + lossVec = 30*ones(16,1); + test.objectUnderTest.EnableStatorTempCoeffRes = 1; + test.objectUnderTest.EnableRotorTempCoeffRes = 1; + stopTime = 500; + numTimeSteps = 50; + test.objectUnderTest.runThermalTransientWithSpecifiedLosses(lossVec, stopTime, numTimeSteps); + + allMcadIdxs = [test.objectUnderTest.NodeNamesAndMcadIdx{:,2}]; + [tVec, TnodesVecMcad] = test.objectUnderTest.getTransientTemperatureForNodeMcadIdxs(allMcadIdxs); + + test.verifyEqual(tVec(end), stopTime, 'Final time step is not equal to stopTime'); + test.verifyEqual(size(TnodesVecMcad), [length(allMcadIdxs), length(tVec)], ... + 'TnodesVecMcad does not have the expected size'); + + end + + function testRunThermalTransientWithSpecifiedTorqueSpeed(test) + % Unit test for runThermalTransientWithSpecifiedTorqueSpeed method + % Checks that the TnodesVecMcad output has the expected size. + + torqueVal = 50; % N*m + speedVal = 3000; % rpm + stopTime = 500; + numTimeSteps = 50; + test.objectUnderTest.runThermalTransientWithSpecifiedTorqueSpeed(torqueVal, speedVal, stopTime, numTimeSteps); + + allMcadIdxs = [test.objectUnderTest.NodeNamesAndMcadIdx{:,2}]; + [tVec, TnodesVecMcad] = test.objectUnderTest.getTransientTemperatureForNodeMcadIdxs(allMcadIdxs); + + + test.verifyEqual(tVec(end), stopTime, 'Final time step is not equal to stopTime'); + test.verifyEqual(size(TnodesVecMcad), [length(allMcadIdxs), length(tVec)], ... + 'TnodesVecMcad does not have the expected size'); + end + + function testUpdateMatricesAndGroupNamesAndNodes(test) + % Unit test for updateMatricesAndGroupNamesAndNodes method + % Checks that the thermal matrices are correctly updated. + + test.objectUnderTest.updateMatricesAndGroupNamesAndNodes(); + + theProject = matlab.project.rootProject; + projectRootDir = theProject.RootFolder; + motFullFile = fullfile(projectRootDir,test.realMotFile); + [CapMat, ResMat, PowMat, TempMat, ~] = getThermalMatricesFromFiles(motFullFile); + % Basic checks + relTol = 2e-3; + test.verifyEqual(CapMat, test.objectUnderTest.CapMat,'RelTol', relTol); + test.verifyEqual(ResMat, test.objectUnderTest.ResMat,'RelTol', relTol); + test.verifyEqual(PowMat, test.objectUnderTest.PowMat,'RelTol', relTol); + test.verifyEqual(TempMat, test.objectUnderTest.TempMat,'RelTol', relTol); + + end + + function testGetSteadyStateTemperatureForNodeMcadIdxs(test) + % Unit test for getSteadyStateTemperatureForNodeMcadIdxs method + % Checks that the ambient temperature node has the expected + + AmbientNodeMcadIdx = 0; + test.objectUnderTest.Tambient_degC = 37; + test.objectUnderTest.calculateThermalSteadyState(); + Tambient = test.objectUnderTest.getSteadyStateTemperatureForNodeMcadIdxs(AmbientNodeMcadIdx); + test.verifyEqual(Tambient, test.objectUnderTest.Tambient_degC); + end + + function testGetSteadyStatePowerForNodeMcadIdxs(test) + % Unit test for getSteadyStatePowerForNodeMcadIdxs method + % Checks that the ambient node power is zero, as expected. + + AmbientNodeMcadIdx = 0; + test.objectUnderTest.calculateThermalSteadyState(); + Pambient = test.objectUnderTest.getSteadyStatePowerForNodeMcadIdxs(AmbientNodeMcadIdx); + test.verifyEqual(Pambient, 0); % Mcad convention: fixed temperature has 0 power + end + + function testUpdateCoolingSystemsData(test) + % Unit test for updateCoolingSystemsData method + % Checks that the cooling system data is correct when one + % cooling system is enabled. + + test.objectUnderTest.updateCoolingSystemsData(); + test.verifyEqual(test.objectUnderTest.CoolingSystemNamesAndMcadIdxes, ... + {'Housing Water Jacket', [29, 132]}, 'Actual cooling system cell is not equal to expected value'); + + end + + function testUpdateCoolingSystemDataWithTwoCoolingSys(test) + % Unit test for updateCoolingSystemsData method + % Checks that the cooling system data is correct when two + % cooling systems are enabled. + + test.objectUnderTest.Ventilated_Enable = 1; + test.objectUnderTest.updateMatricesAndGroupNamesAndNodes(); + test.objectUnderTest.updateCoolingSystemsData(); + + test.verifyEqual(test.objectUnderTest.CoolingSystemNamesAndMcadIdxes, ... + {'Ventilated', [52 53 54 55 56 57 59 60 98 99 131]; ... + 'Housing Water Jacket', [29 132] ... + }, 'Actual cooling system cell is not equal to expected value'); + + end + + function testGetAdjacencyMatAndInletOutletIdxs(test) + % Unit test for getAdjacencyMatAndInletOutletIdxs method + % Checks that the outputs of getAdjacencyMatAndInletOutletIdxs + % match the expected values. + + test.objectUnderTest.Ventilated_Enable = 0; + test.objectUnderTest.HousingWaterJacket_Enable = 1; + test.objectUnderTest.ShaftSpiralGroove_Enable = 0; + % Cooling inlet values + test.objectUnderTest.HousingWaterJacket_FlowRate_m3ps = 5/1000/60; % 5 lpm + test.objectUnderTest.HousingWaterJacket_InletTemperature_degC = 30; + % Update + test.objectUnderTest.updateModel(); + + [AdjacencyMat, InletArrayIdxs, OutletArrayIdxs, CoolantArrayIdxs] = test.objectUnderTest.getAdjacencyMatAndInletOutletIdxs(); + + test.verifyEqual(InletArrayIdxs, 26, 'Inlet indexes do not match expected value'); + test.verifyEqual(OutletArrayIdxs, 21, 'Outlet indexes do not match expected value'); + test.verifyEqual(CoolantArrayIdxs, [21; 26], 'Coolant indexes do not match expected value'); + test.verifyEqual(AdjacencyMat(26,21), 1, 'Connectivity of adjacency mat for nodes 29->132 is not correct'); + test.verifyEqual(AdjacencyMat(21,26), 0, 'Connectivity of adjacency mat for nodes 29->132 is not correct'); + + end + + function testAdditionalLossOptions(test) + % Verify that the additional loss options (speed and + % temperature dependence of losses) can be enabled and disabled + + % Verify set method + test.objectUnderTest.Loss_Function_Speed = 1; + test.verifyEqual(test.objectUnderTest.Loss_Function_Speed, int32(1)); + + test.objectUnderTest.Copper_Losses_Vary_With_Temperature = 1; + test.verifyEqual(test.objectUnderTest.Copper_Losses_Vary_With_Temperature, int32(1)); + + test.objectUnderTest.RotorCopperLossesVaryWithTemp = 1; + test.verifyEqual(test.objectUnderTest.RotorCopperLossesVaryWithTemp, int32(1)); + + test.objectUnderTest.StatorIronStrayLoadLossesVaryWithTemp = 1; + test.verifyEqual(test.objectUnderTest.StatorIronStrayLoadLossesVaryWithTemp, int32(1)); + + test.objectUnderTest.RotorIronStrayLoadLossesVaryWithTemp = 1; + test.verifyEqual(test.objectUnderTest.RotorIronStrayLoadLossesVaryWithTemp, int32(1)); + + test.objectUnderTest.StatorCopperStrayLoadLossesVaryWithTemp = 1; + test.verifyEqual(test.objectUnderTest.StatorCopperStrayLoadLossesVaryWithTemp, int32(1)); + + test.objectUnderTest.RotorCopperStrayLoadLossesVaryWithTemp = 1; + test.verifyEqual(test.objectUnderTest.RotorCopperStrayLoadLossesVaryWithTemp, int32(1)); + end + + function testGenerateSimulinkReducedOrderModel(test) + % Test for generateSimulinkReducedOrderModel method. + % Checks that the generated model data is consistent, and checks + % that the maximum temperature error in a transient simulation + % compared with Motor-CAD is acceptably low for two different table + % breakpoints. + + modelName = 'tempGeneratedModel'; + bdclose(modelName); % in case it exists + modelNamePath = findModelInProject(modelName); + if ~isempty(modelNamePath) + delete(modelNamePath); + end + coolingSystemsEnabled = {'Housing Water Jacket'}; + BkptsStruct = struct(); + BkptsStruct.w = [1000,3000]; % rpm + BkptsStruct.fr1 = [5,10]; % lpm + BkptsStruct.Tin1 = [20,30]; % degC + + [AmatND, BmatND, ResMatND, TnodesInit, AdjacencyMat, ~, ~] = ... + test.objectUnderTest.generateSimulinkReducedOrderModel(modelName, coolingSystemsEnabled, BkptsStruct); + + test.verifyEqual(size(AmatND), [2,2,2,150,150], 'Size of A state-space matrix not equal to expected value'); + test.verifyEqual(size(BmatND), [2,2,2,150,150], 'Size of B state-space matrix not equal to expected value'); + test.verifyEqual(size(ResMatND), [2,2,2,150,150],'Size of resistance matrix not equal to expected value'); + test.verifyEqual(size(TnodesInit), [150,1],'Size of TnodesInit not equal to expected value'); + test.verifyEqual(size(AdjacencyMat), [150,150],'Size of AdjacencyMat not equal to expected value'); + + torVal = 50; % N*m + maxTempError111 = compareSimulinkAndMcadAtBkpt(modelName, test.realMotFile{1}, [1,1,1], torVal); + maxTempError222 = compareSimulinkAndMcadAtBkpt(modelName, test.realMotFile{1}, [2,2,2], torVal); + Ttol = 2; % degC + test.verifyLessThan(maxTempError111, Ttol, 'Max temperature error is not acceptable for [1,1,1] breakpoints'); + test.verifyLessThan(maxTempError222, Ttol, 'Max temperature error is not acceptable for [2,2,2] breakpoints'); + + bdclose(modelName); + + end + end + + % Negative tests for mcadinterface.ThermalInterface + methods(Test) + function checkErrorWhenFileNotFound(test) + invalidMotFilePath = "ThisFileDoesNotExist123abd456FJG"; + expectedErrorMessage = '.mot file not found on the path. Add the file to the path or use the full file path.'; + % Try-catch block to capture and verify the error message + try + test.classUnderTest(invalidMotFilePath); + test.verifyFail('Expected an error due to non-existent file, but none was thrown.'); + catch ME + test.verifyEqual(ME.message, expectedErrorMessage); + end + + end + end end \ No newline at end of file diff --git a/utils/compareSimulinkAndMcadAtBkpt.m b/utils/compareSimulinkAndMcadAtBkpt.m index 7d62ecf..8de91c5 100644 --- a/utils/compareSimulinkAndMcadAtBkpt.m +++ b/utils/compareSimulinkAndMcadAtBkpt.m @@ -1,104 +1,104 @@ -function maxTempError = compareSimulinkAndMcadAtBkpt(modelName, motFile, bkptIdxComb, torqueVal) - % COMPARESIMULINKANDMCADATBKPT returns the maximum temperature absolute - % difference between Simulink and Motor-CAD in a transient simulation - % with specified torque, at a particular combination of breakpoints. - % It also plots the two simulations superimposed. - % - % Input arguments: - % - modelName: [string/char]: model name of the SROTM, previously generated - % with generateSimulinkReducedOrderModel - % - motFile: [string/char]: Motor-CAD .mot file to compare against. - % - bkptIdxComb: [int]: Array of breakpoint indices of speed, flow - % rate, and inlet temperature to use for the comparison. - % - torqueVal: [double]: Value of shaft torque for the comparison. - % Output arguments: - % - maxTempError: [double]: max(abs(Tsrotm-Tmcad)) where Tsimulink - % is the SROTM node temperatures and Tmcad is the Motor-CAD node - % temperature, in the transient simulation. - - % Copyright 2022 The MathWorks, Inc. - - mdlWks = get_param(modelName,'ModelWorkspace'); - StateSpaceND = mdlWks.getVariable('StateSpaceND'); - samplingGrid = StateSpaceND.SamplingGrid; - - if length(bkptIdxComb)==3 % one cooling system - wBkpts = squeeze(samplingGrid.w(:,1,1))'; - fr1Bkpts = squeeze(samplingGrid.fr1(1,:,1)); - Tin1Bkpts = squeeze(samplingGrid.Tin1(1,1,:))'; - rpmVal = wBkpts(bkptIdxComb(1)); - fr1Val = fr1Bkpts(bkptIdxComb(2)); - Tin1Val = Tin1Bkpts(bkptIdxComb(3)); - elseif length(bkptIdxComb)==5 % two cooling systems - wBkpts = squeeze(samplingGrid.w(:,1,1,1,1))'; - fr1Bkpts = squeeze(samplingGrid.fr1(1,:,1,1,1)); - fr2Bkpts = squeeze(samplingGrid.fr2(1,1,:,1,1))'; - Tin1Bkpts = squeeze(samplingGrid.Tin1(1,1,1,:,1))'; - Tin2Bkpts = squeeze(samplingGrid.Tin2(1,1,1,1,:))'; - rpmVal = wBkpts(bkptIdxComb(1)); - fr1Val = fr1Bkpts(bkptIdxComb(2)); - fr2Val = fr2Bkpts(bkptIdxComb(3)); - Tin1Val = Tin1Bkpts(bkptIdxComb(4)); - Tin2Val = Tin2Bkpts(bkptIdxComb(5)); - end - - set_param(strcat(modelName, '/TorqueNm'), 'Value', num2str(torqueVal)); - set_param(strcat(modelName, '/SpeedRPM'), 'Value', num2str(rpmVal)); - set_param(strcat(modelName, '/HousingWaterJacket_Flowrate_lpm'), 'Value', num2str(fr1Val)); - set_param(strcat(modelName, '/HousingWaterJacket_InletTemp_degC'), 'Value', num2str(Tin1Val)); - if length(bkptIdxComb)==5 - set_param(strcat(modelName, '/Ventilated_Flowrate_lpm'), 'Value', num2str(fr2Val)); - set_param(strcat(modelName, '/Ventilated_InletTemp_degC'), 'Value', num2str(Tin2Val)); - end - - stopTime = 1000; % s - out = sim(modelName, 'StopTime', num2str(stopTime)); - TnodesSeries = out.yout{1}.Values; - - McadIntf = mcadinterface.ThermalInterface(motFile); - TnodesInit = mdlWks.getVariable('TnodesInit'); - McadIntf.Tambient_degC = TnodesInit(1); - McadIntf.Shaft_Speed_RPM = rpmVal; - McadIntf.HousingWaterJacket_FlowRate_m3ps = fr1Val/60/1000; % lpm to m3ps - McadIntf.HousingWaterJacket_InletTemperature_degC = Tin1Val; - if length(bkptIdxComb)==5 - McadIntf.Ventilated_FlowRate_m3ps = fr2Val/60/1000; % lpm to m3ps - McadIntf.Ventilated_InletTemperature_degC = Tin2Val; - end - McadIntf.EnableStatorTempCoeffRes = 1; - McadIntf.EnableRotorTempCoeffRes = 1; - McadIntf.updateModel(); - numTimeSteps = 50; - McadIntf.runThermalTransientWithSpecifiedTorqueSpeed(torqueVal, rpmVal, stopTime, numTimeSteps) - allMcadIdxs = [McadIntf.NodeNamesAndMcadIdx{:,2}]; - [tVecMcad, TnodesMcad] = McadIntf.getTransientTemperatureForNodeMcadIdxs(allMcadIdxs); - - TnodesMcadSeries = timeseries(TnodesMcad', tVecMcad); - [TnodesMcadSeries,TnodesSeries] = synchronize(TnodesMcadSeries,TnodesSeries,'Union'); - TnodesMcadSeries.Name = 'Motor-CAD'; - TnodesSeries.Name = 'Simulink'; - - TnodesError = squeeze(TnodesSeries.Data)'-TnodesMcadSeries.Data; - TnodesError(TnodesSeries.Time < stopTime/10,:) = []; % Ignore initial transient i.e. initial 1/10th of simulation - maxTempError = max(abs(TnodesError(:))); - - figure(); - h1 = plot(TnodesSeries, 'b'); - hold on - h2 = plot(TnodesMcadSeries, 'r--'); - hold off - legend([h1(1), h2(1)], {'Simulink', 'Motor-CAD'}); - if length(bkptIdxComb)==3 - title(strcat('w = ', num2str(rpmVal), ... - ' rpm, fr = ', num2str(fr1Val), ' lpm, Tin = ', num2str(Tin1Val), ' degC')); - elseif length(bkptIdxComb)==5 - title(strcat('w = ', num2str(rpmVal), ... - ' rpm, fr1 = ', num2str(fr1Val), ' lpm, fr2 = ', num2str(fr2Val), ... - ' lpm, Tin1 = ', num2str(Tin1Val), ' degC, Tin2 = ', num2str(Tin2Val), ' degC')); - end - ylabel('Node temperatures [degC]'); - xlabel('Time [s]'); - grid on - -end - +function maxTempError = compareSimulinkAndMcadAtBkpt(modelName, motFile, bkptIdxComb, torqueVal) + % COMPARESIMULINKANDMCADATBKPT returns the maximum temperature absolute + % difference between Simulink and Motor-CAD in a transient simulation + % with specified torque, at a particular combination of breakpoints. + % It also plots the two simulations superimposed. + % + % Input arguments: + % - modelName: [string/char]: model name of the SROTM, previously generated + % with generateSimulinkReducedOrderModel + % - motFile: [string/char]: Motor-CAD .mot file to compare against. + % - bkptIdxComb: [int]: Array of breakpoint indices of speed, flow + % rate, and inlet temperature to use for the comparison. + % - torqueVal: [double]: Value of shaft torque for the comparison. + % Output arguments: + % - maxTempError: [double]: max(abs(Tsrotm-Tmcad)) where Tsimulink + % is the SROTM node temperatures and Tmcad is the Motor-CAD node + % temperature, in the transient simulation. + + % Copyright 2022 The MathWorks, Inc. + + mdlWks = get_param(modelName,'ModelWorkspace'); + StateSpaceND = mdlWks.getVariable('StateSpaceND'); + samplingGrid = StateSpaceND.SamplingGrid; + + if length(bkptIdxComb)==3 % one cooling system + wBkpts = squeeze(samplingGrid.w(:,1,1))'; + fr1Bkpts = squeeze(samplingGrid.fr1(1,:,1)); + Tin1Bkpts = squeeze(samplingGrid.Tin1(1,1,:))'; + rpmVal = wBkpts(bkptIdxComb(1)); + fr1Val = fr1Bkpts(bkptIdxComb(2)); + Tin1Val = Tin1Bkpts(bkptIdxComb(3)); + elseif length(bkptIdxComb)==5 % two cooling systems + wBkpts = squeeze(samplingGrid.w(:,1,1,1,1))'; + fr1Bkpts = squeeze(samplingGrid.fr1(1,:,1,1,1)); + fr2Bkpts = squeeze(samplingGrid.fr2(1,1,:,1,1))'; + Tin1Bkpts = squeeze(samplingGrid.Tin1(1,1,1,:,1))'; + Tin2Bkpts = squeeze(samplingGrid.Tin2(1,1,1,1,:))'; + rpmVal = wBkpts(bkptIdxComb(1)); + fr1Val = fr1Bkpts(bkptIdxComb(2)); + fr2Val = fr2Bkpts(bkptIdxComb(3)); + Tin1Val = Tin1Bkpts(bkptIdxComb(4)); + Tin2Val = Tin2Bkpts(bkptIdxComb(5)); + end + + set_param(strcat(modelName, '/TorqueNm'), 'Value', num2str(torqueVal)); + set_param(strcat(modelName, '/SpeedRPM'), 'Value', num2str(rpmVal)); + set_param(strcat(modelName, '/HousingWaterJacket_Flowrate_lpm'), 'Value', num2str(fr1Val)); + set_param(strcat(modelName, '/HousingWaterJacket_InletTemp_degC'), 'Value', num2str(Tin1Val)); + if length(bkptIdxComb)==5 + set_param(strcat(modelName, '/Ventilated_Flowrate_lpm'), 'Value', num2str(fr2Val)); + set_param(strcat(modelName, '/Ventilated_InletTemp_degC'), 'Value', num2str(Tin2Val)); + end + + stopTime = 1000; % s + out = sim(modelName, 'StopTime', num2str(stopTime)); + TnodesSeries = out.yout{1}.Values; + + McadIntf = mcadinterface.ThermalInterface(motFile); + TnodesInit = mdlWks.getVariable('TnodesInit'); + McadIntf.Tambient_degC = TnodesInit(1); + McadIntf.Shaft_Speed_RPM = rpmVal; + McadIntf.HousingWaterJacket_FlowRate_m3ps = fr1Val/60/1000; % lpm to m3ps + McadIntf.HousingWaterJacket_InletTemperature_degC = Tin1Val; + if length(bkptIdxComb)==5 + McadIntf.Ventilated_FlowRate_m3ps = fr2Val/60/1000; % lpm to m3ps + McadIntf.Ventilated_InletTemperature_degC = Tin2Val; + end + McadIntf.EnableStatorTempCoeffRes = 1; + McadIntf.EnableRotorTempCoeffRes = 1; + McadIntf.updateModel(); + numTimeSteps = 50; + McadIntf.runThermalTransientWithSpecifiedTorqueSpeed(torqueVal, rpmVal, stopTime, numTimeSteps) + allMcadIdxs = [McadIntf.NodeNamesAndMcadIdx{:,2}]; + [tVecMcad, TnodesMcad] = McadIntf.getTransientTemperatureForNodeMcadIdxs(allMcadIdxs); + + TnodesMcadSeries = timeseries(TnodesMcad', tVecMcad); + [TnodesMcadSeries,TnodesSeries] = synchronize(TnodesMcadSeries,TnodesSeries,'Union'); + TnodesMcadSeries.Name = 'Motor-CAD'; + TnodesSeries.Name = 'Simulink'; + + TnodesError = squeeze(TnodesSeries.Data)'-TnodesMcadSeries.Data; + TnodesError(TnodesSeries.Time < stopTime/10,:) = []; % Ignore initial transient i.e. initial 1/10th of simulation + maxTempError = max(abs(TnodesError(:))); + + figure(); + h1 = plot(TnodesSeries, 'b'); + hold on + h2 = plot(TnodesMcadSeries, 'r--'); + hold off + legend([h1(1), h2(1)], {'Simulink', 'Motor-CAD'}); + if length(bkptIdxComb)==3 + title(strcat('w = ', num2str(rpmVal), ... + ' rpm, fr = ', num2str(fr1Val), ' lpm, Tin = ', num2str(Tin1Val), ' degC')); + elseif length(bkptIdxComb)==5 + title(strcat('w = ', num2str(rpmVal), ... + ' rpm, fr1 = ', num2str(fr1Val), ' lpm, fr2 = ', num2str(fr2Val), ... + ' lpm, Tin1 = ', num2str(Tin1Val), ' degC, Tin2 = ', num2str(Tin2Val), ' degC')); + end + ylabel('Node temperatures [degC]'); + xlabel('Time [s]'); + grid on + +end + diff --git a/utils/findModelInProject.m b/utils/findModelInProject.m index 4334643..e60660f 100644 --- a/utils/findModelInProject.m +++ b/utils/findModelInProject.m @@ -1,27 +1,27 @@ -function modelNamePath = findModelInProject(modelName) - % FINDMODELINPROJECT returns the file path of a Simulink® model name if it - % finds it in the current project up to two levels of directory depth - % from the root project folder. Else, it returns an empty modelNamePath. - % Input arguments: - % - modelName: [string/char]: model name to search - % Output arguments: - % - modelNamePath: [char]: file path of the model name, if found, or - % empty array, if not found. - - % Copyright 2022 The MathWorks, Inc. - - modelNamePath = []; - theProject = matlab.project.rootProject; - projectRootDir = theProject.RootFolder; - dirStructRoot = dir(fullfile(projectRootDir, '*.slx')); - dirStructOneLevelDeep = dir(fullfile(projectRootDir, '*', '*.slx')); - dirStruct = [dirStructRoot; dirStructOneLevelDeep]; - for idxFile = 1:length(dirStruct) - fileName = dirStruct(idxFile).name; - if strcmp(fileName, strcat(modelName, '.slx')) - modelNamePath = fullfile(dirStruct(idxFile).folder, fileName); - return - end - end -end - +function modelNamePath = findModelInProject(modelName) + % FINDMODELINPROJECT returns the file path of a Simulink® model name if it + % finds it in the current project up to two levels of directory depth + % from the root project folder. Else, it returns an empty modelNamePath. + % Input arguments: + % - modelName: [string/char]: model name to search + % Output arguments: + % - modelNamePath: [char]: file path of the model name, if found, or + % empty array, if not found. + + % Copyright 2022 The MathWorks, Inc. + + modelNamePath = []; + theProject = matlab.project.rootProject; + projectRootDir = theProject.RootFolder; + dirStructRoot = dir(fullfile(projectRootDir, '*.slx')); + dirStructOneLevelDeep = dir(fullfile(projectRootDir, '*', '*.slx')); + dirStruct = [dirStructRoot; dirStructOneLevelDeep]; + for idxFile = 1:length(dirStruct) + fileName = dirStruct(idxFile).name; + if strcmp(fileName, strcat(modelName, '.slx')) + modelNamePath = fullfile(dirStruct(idxFile).folder, fileName); + return + end + end +end + diff --git a/utils/getGroupNamesAndNodes.m b/utils/getGroupNamesAndNodes.m index aee2805..1c74005 100644 --- a/utils/getGroupNamesAndNodes.m +++ b/utils/getGroupNamesAndNodes.m @@ -1,80 +1,80 @@ -function [GroupNamesAndMcadIdxes, NodeNamesAndMcadIdx] = getGroupNamesAndNodes(motFileName) - %GETGROUPNAMESANDNODES Get the group names, node names, and node - %MotorCAD index numbers from a .mot file. Requires thermal matrices - %previously exported. - % Input arguments: - % - motFileName: [string/char]: file name of a .mot file (including .mot) - % Output arguments: - % - GroupNames: [Nx2 cell]: cell array with the groups information. - % Each row represents a group. The first column is the group name, the - % second column is an array with the Mcad indices of the nodes forming - % this group. - % - NodeNamesAndMcadIdx: [Mx2 cell]: cell array with the nodes - % information. Each row represents a node. The first column is the node - % name, the second column is the Mcad index associated to the node. - - % Copyright 2022 The MathWorks, Inc. - - NodeFileName = strrep(motFileName, '.mot', '.nmf'); - - % Read nmf file - [GroupNames, NodeNames, GroupIdxs, NodeIdx] = readNmfFile(NodeFileName); % size numNodes-1 - - % remove initial and final parenthesis from obj.NodeNames - for idxNode = 1:length(NodeNames) - NodeNames{idxNode} = NodeNames{idxNode}(2:end-1); - end - - - numNodes = length(NodeIdx); - numGroups = length(GroupNames); - - GroupNamesAndMcadIdxes = cell(numGroups, 2); - GroupNamesAndMcadIdxes(:,1) = GroupNames; - GroupNamesAndMcadIdxes(:,2) = GroupIdxs; - - NodeNamesAndMcadIdx = cell(numNodes, 2); - NodeNamesAndMcadIdx(:,1) = NodeNames; - NodeNamesAndMcadIdx(:,2) = NodeIdx; - -end - -function [GroupNames, NodeNames, GroupIdxs, NodeIdx] = readNmfFile(FileName) - - fid = fopen(FileName, 'rt'); - fgetl(fid); % first line not useful - fgetl(fid); % second line contains number of nodes - fgetl(fid); % third line is whitespace - - datacell = textscan(fid, '%s', 'CollectOutput', 1, 'Delimiter', newline); - datacell = datacell{1}; % data is one level below - - numGroups = 0; - numNodes = 0; - GroupNames = {}; - NodeNames = {}; - GroupIdxs = {}; - NodeIdx = {}; - for idxLine = 1:length(datacell) - thisLine = datacell{idxLine}; - if ~isempty(thisLine) % skip empty lines - if startsWith(thisLine, '[') % new group - % New group - numGroups = numGroups+1; - GroupNames{end+1} = thisLine(2:end-1); %#ok - GroupIdxs{end+1} = []; %#ok - else - % Keep adding to the current group - numNodes = numNodes+1; - nodeIdx = str2double(extractBefore(thisLine, ' ')); - nodeName = extractAfter(thisLine, '('); % Assumes node name between parenthesis - nodeName = nodeName(1:end-1); % last character is ")" - NodeNames{end+1} = nodeName; %#ok - NodeIdx{end+1} = nodeIdx; %#ok - GroupIdxs{end}(end+1) = nodeIdx; - end - end - end - - fclose(fid); -end +function [GroupNamesAndMcadIdxes, NodeNamesAndMcadIdx] = getGroupNamesAndNodes(motFileName) + %GETGROUPNAMESANDNODES Get the group names, node names, and node + %MotorCAD index numbers from a .mot file. Requires thermal matrices + %previously exported. + % Input arguments: + % - motFileName: [string/char]: file name of a .mot file (including .mot) + % Output arguments: + % - GroupNames: [Nx2 cell]: cell array with the groups information. + % Each row represents a group. The first column is the group name, the + % second column is an array with the Mcad indices of the nodes forming + % this group. + % - NodeNamesAndMcadIdx: [Mx2 cell]: cell array with the nodes + % information. Each row represents a node. The first column is the node + % name, the second column is the Mcad index associated to the node. + + % Copyright 2022 The MathWorks, Inc. + + NodeFileName = strrep(motFileName, '.mot', '.nmf'); + + % Read nmf file + [GroupNames, NodeNames, GroupIdxs, NodeIdx] = readNmfFile(NodeFileName); % size numNodes-1 + + % remove initial and final parenthesis from obj.NodeNames + for idxNode = 1:length(NodeNames) + NodeNames{idxNode} = NodeNames{idxNode}(2:end-1); + end + + + numNodes = length(NodeIdx); + numGroups = length(GroupNames); + + GroupNamesAndMcadIdxes = cell(numGroups, 2); + GroupNamesAndMcadIdxes(:,1) = GroupNames; + GroupNamesAndMcadIdxes(:,2) = GroupIdxs; + + NodeNamesAndMcadIdx = cell(numNodes, 2); + NodeNamesAndMcadIdx(:,1) = NodeNames; + NodeNamesAndMcadIdx(:,2) = NodeIdx; + +end + +function [GroupNames, NodeNames, GroupIdxs, NodeIdx] = readNmfFile(FileName) + + fid = fopen(FileName, 'rt'); + fgetl(fid); % first line not useful + fgetl(fid); % second line contains number of nodes + fgetl(fid); % third line is whitespace + + datacell = textscan(fid, '%s', 'CollectOutput', 1, 'Delimiter', newline); + datacell = datacell{1}; % data is one level below + + numGroups = 0; + numNodes = 0; + GroupNames = {}; + NodeNames = {}; + GroupIdxs = {}; + NodeIdx = {}; + for idxLine = 1:length(datacell) + thisLine = datacell{idxLine}; + if ~isempty(thisLine) % skip empty lines + if startsWith(thisLine, '[') % new group + % New group + numGroups = numGroups+1; + GroupNames{end+1} = thisLine(2:end-1); %#ok + GroupIdxs{end+1} = []; %#ok + else + % Keep adding to the current group + numNodes = numNodes+1; + nodeIdx = str2double(extractBefore(thisLine, ' ')); + nodeName = extractAfter(thisLine, '('); % Assumes node name between parenthesis + nodeName = nodeName(1:end-1); % last character is ")" + NodeNames{end+1} = nodeName; %#ok + NodeIdx{end+1} = nodeIdx; %#ok + GroupIdxs{end}(end+1) = nodeIdx; + end + end + end + + fclose(fid); +end diff --git a/utils/getLabLossTables.m b/utils/getLabLossTables.m index acadb74..8cf1b36 100644 --- a/utils/getLabLossTables.m +++ b/utils/getLabLossTables.m @@ -1,29 +1,29 @@ -function [Speed, Shaft_Torque, ... - Stator_Copper_Loss, ... - Iron_Loss_Stator_Back_Iron, ... - Iron_Loss_Stator_Tooth, ... - Magnet_Loss, ... - Iron_Loss_Rotor_Pole, ... - Iron_Loss_Rotor_Back_Iron, ... - Friction_Loss, ... - Windage_Loss] = getLabLossTables(motFullFileName) - - % Copyright 2022 The MathWorks, Inc. - - [~, motFile] = fileparts(motFullFileName); - LabFileName = fullfile(extractBefore(motFullFileName, motFile), motFile, 'Lab', 'MotorLAB_elecdata.mat'); - outLoad = load(LabFileName); - - Speed = outLoad.Speed; - Shaft_Torque = outLoad.Shaft_Torque; - Stator_Copper_Loss = outLoad.Stator_Copper_Loss; - Iron_Loss_Stator_Back_Iron = outLoad.Iron_Loss_Stator_Back_Iron; - Iron_Loss_Stator_Tooth = outLoad.Iron_Loss_Stator_Tooth; - Magnet_Loss = outLoad.Magnet_Loss; - Iron_Loss_Rotor_Pole = outLoad.Iron_Loss_Rotor_Pole; - Iron_Loss_Rotor_Back_Iron = outLoad.Iron_Loss_Rotor_Back_Iron; - Friction_Loss = outLoad.Friction_Loss; - Windage_Loss = outLoad.Windage_Loss; - - -end +function [Speed, Shaft_Torque, ... + Stator_Copper_Loss, ... + Iron_Loss_Stator_Back_Iron, ... + Iron_Loss_Stator_Tooth, ... + Magnet_Loss, ... + Iron_Loss_Rotor_Pole, ... + Iron_Loss_Rotor_Back_Iron, ... + Friction_Loss, ... + Windage_Loss] = getLabLossTables(motFullFileName) + + % Copyright 2022 The MathWorks, Inc. + + [~, motFile] = fileparts(motFullFileName); + LabFileName = fullfile(extractBefore(motFullFileName, motFile), motFile, 'Lab', 'MotorLAB_elecdata.mat'); + outLoad = load(LabFileName); + + Speed = outLoad.Speed; + Shaft_Torque = outLoad.Shaft_Torque; + Stator_Copper_Loss = outLoad.Stator_Copper_Loss; + Iron_Loss_Stator_Back_Iron = outLoad.Iron_Loss_Stator_Back_Iron; + Iron_Loss_Stator_Tooth = outLoad.Iron_Loss_Stator_Tooth; + Magnet_Loss = outLoad.Magnet_Loss; + Iron_Loss_Rotor_Pole = outLoad.Iron_Loss_Rotor_Pole; + Iron_Loss_Rotor_Back_Iron = outLoad.Iron_Loss_Rotor_Back_Iron; + Friction_Loss = outLoad.Friction_Loss; + Windage_Loss = outLoad.Windage_Loss; + + +end diff --git a/utils/getStateSpaceMatricesFromThermalMatrices.m b/utils/getStateSpaceMatricesFromThermalMatrices.m index 830f975..a02d290 100644 --- a/utils/getStateSpaceMatricesFromThermalMatrices.m +++ b/utils/getStateSpaceMatricesFromThermalMatrices.m @@ -1,79 +1,79 @@ -function [Amat, Bmat] = getStateSpaceMatricesFromThermalMatrices(CapMat, ResMat) - -% Copyright 2022 The MathWorks, Inc. - -%% Create matrixes A B C and D for state space model -[N,~]=size(ResMat); -R_inv = zeros(N); -C_inv = zeros(N,1); -if numel(CapMat)>N % CapMat is a NxN matrix - CapVec = diag(CapMat); - CapVec = CapVec(:); % column vec -else - CapVec = CapMat(:); -end - -% Setup model parameters -% Build inverse R,C matrixes -for row=1:1:N - for col=1:1:N - R_inv(row,col)=1/ResMat(row,col); - if row==col - R_inv(row,col)=0; - end - end -end - -for i=1:1:N - C_inv(i,1)=1/CapVec(i,1); -end - -% Build Amat matrix - -Amat=zeros(N); - -% Top right half of Amat matrix -for row=1:1:N - for col=row+1:1:N - if C_inv(row,1) < 10^6 - Amat(row,col)=C_inv(row,1)*R_inv(row,col); - else - Amat(row,col)=(10^6)*R_inv(row,col); - end - end -end - -% Bottom left half of Amat matrix -for row=2:1:N - for col=1:row-1 - if C_inv(row,1)< 10^6 - Amat(row,col)=C_inv(row,1)*R_inv(row,col); - else - Amat(row,col)=(10^6)*R_inv(row,col); - end - end -end - -% Diagonal of Amat Matrix -for row=1:1:N - if C_inv(row,1)< 10^6 - Amat(row,row)=-(C_inv(row,1)*(sum(R_inv(row,:)))); - else - Amat(row,row)=(-(10^6)*(sum(R_inv(row,:)))); - end -end - -% Build Bmat matrix -Bmat=zeros(N); - -for row=1:1:N - if C_inv(row,1)< 10^6 - Bmat(row,row)=C_inv(row,1); - - else - Bmat(row,row)= 10^6; - end -end - -end - +function [Amat, Bmat] = getStateSpaceMatricesFromThermalMatrices(CapMat, ResMat) + +% Copyright 2022 The MathWorks, Inc. + +%% Create matrixes A B C and D for state space model +[N,~]=size(ResMat); +R_inv = zeros(N); +C_inv = zeros(N,1); +if numel(CapMat)>N % CapMat is a NxN matrix + CapVec = diag(CapMat); + CapVec = CapVec(:); % column vec +else + CapVec = CapMat(:); +end + +% Setup model parameters +% Build inverse R,C matrixes +for row=1:1:N + for col=1:1:N + R_inv(row,col)=1/ResMat(row,col); + if row==col + R_inv(row,col)=0; + end + end +end + +for i=1:1:N + C_inv(i,1)=1/CapVec(i,1); +end + +% Build Amat matrix + +Amat=zeros(N); + +% Top right half of Amat matrix +for row=1:1:N + for col=row+1:1:N + if C_inv(row,1) < 10^6 + Amat(row,col)=C_inv(row,1)*R_inv(row,col); + else + Amat(row,col)=(10^6)*R_inv(row,col); + end + end +end + +% Bottom left half of Amat matrix +for row=2:1:N + for col=1:row-1 + if C_inv(row,1)< 10^6 + Amat(row,col)=C_inv(row,1)*R_inv(row,col); + else + Amat(row,col)=(10^6)*R_inv(row,col); + end + end +end + +% Diagonal of Amat Matrix +for row=1:1:N + if C_inv(row,1)< 10^6 + Amat(row,row)=-(C_inv(row,1)*(sum(R_inv(row,:)))); + else + Amat(row,row)=(-(10^6)*(sum(R_inv(row,:)))); + end +end + +% Build Bmat matrix +Bmat=zeros(N); + +for row=1:1:N + if C_inv(row,1)< 10^6 + Bmat(row,row)=C_inv(row,1); + + else + Bmat(row,row)= 10^6; + end +end + +end + diff --git a/utils/getThermalMatricesFromFiles.m b/utils/getThermalMatricesFromFiles.m index fe56e40..ab86c78 100644 --- a/utils/getThermalMatricesFromFiles.m +++ b/utils/getThermalMatricesFromFiles.m @@ -1,84 +1,84 @@ -function [CapMat, ResMat, PowMat, TempMat, NodeNames] = getThermalMatricesFromFiles(motFileName) - %GETTHERMALMATRICESFROMFILES Get the capacitance, resistance, and power - %arrays for thermal model .cmf, .rmf, .pmf text files in the current - %directory. - - % Copyright 2022-2023 The MathWorks, Inc. - - CapFileName = strrep(motFileName, '.mot', '.cmf'); - ResFileName = strrep(motFileName, '.mot', '.rmf'); - PowFileName = strrep(motFileName, '.mot', '.pmf'); - TempFileName = strrep(motFileName, '.mot', '.tmf'); - - - % Read cmf file - [CapMatNm1, ~] = readMfFile1D(CapFileName); % size numNodes-1 - numNodes = length(CapMatNm1) + 1; % number of nodes (+1 for ambient) - CapMat = zeros(numNodes,1); - CapMat(2:end) = CapMatNm1; - - % Read tmf file - [TempMat, NodeNames] = readMfFile1D(TempFileName); % size numNodes - - CapMat(1,1) = 1e20; % Ambient must have large capacitance - for idx_node=2:numNodes - if TempMat(idx_node,1) ~= -10000000 % Fixed-temperature node - % Model these nodes as having very large capcitances - CapMat(idx_node,1) = 1e20; - end - end - - % Read rmf file - ResMat = readMfFile2D(ResFileName, numNodes); - - % Read pmf file - [PowMatNm1,~] = readMfFile1D(PowFileName); % size numNodes-1 - PowMat = zeros(numNodes,1); - PowMat(2:end) = PowMatNm1; - -end - -function [array1d, nodeNames] = readMfFile1D(FileName) - - fid = fopen(FileName, 'rt'); - fgetl(fid); % first line not useful - fgetl(fid); % second line contains number of nodes - - datacell = textscan(fid, '%d%s%f', 'Delimiter',';', 'CollectOutput', 1); - - nodeNames = datacell{2}; %a cell array of strings - array1d = datacell{3}; %as a numeric array - - fclose(fid); -end - -function array2d = readMfFile2D(FileName, numNodes) - - fileID = fopen(FileName,'r'); - - % If error exit - if fileID < 0 - disp('Error loading the file, exit') - return - end - - % Read first lines without useful info - textscan(fileID, '%[^\n\r]', 3, 'WhiteSpace', '', 'ReturnOnError', false, 'EndOfLine', '\r\n'); - - % Read resistance values - formatSpec = '%s'; - % Read the resistance values. We need one more node for the ambient now!!! - for i=1:numNodes - formatSpec = [formatSpec, '%f']; - end - formatSpec = [formatSpec, '%[^\n\r]']; - dataArray = textscan(fileID, formatSpec, 'Delimiter', ';', 'TextType', 'string', 'ReturnOnError', false); - fclose(fileID); - - % Generate the resistace matrix - array2d = zeros(numNodes); - - % Create the matrix (R matrix in only 1 vector) - dtmp = cell2mat(dataArray(1,2:numNodes+1)); - array2d(:) = dtmp(:); +function [CapMat, ResMat, PowMat, TempMat, NodeNames] = getThermalMatricesFromFiles(motFileName) + %GETTHERMALMATRICESFROMFILES Get the capacitance, resistance, and power + %arrays for thermal model .cmf, .rmf, .pmf text files in the current + %directory. + + % Copyright 2022-2023 The MathWorks, Inc. + + CapFileName = strrep(motFileName, '.mot', '.cmf'); + ResFileName = strrep(motFileName, '.mot', '.rmf'); + PowFileName = strrep(motFileName, '.mot', '.pmf'); + TempFileName = strrep(motFileName, '.mot', '.tmf'); + + + % Read cmf file + [CapMatNm1, ~] = readMfFile1D(CapFileName); % size numNodes-1 + numNodes = length(CapMatNm1) + 1; % number of nodes (+1 for ambient) + CapMat = zeros(numNodes,1); + CapMat(2:end) = CapMatNm1; + + % Read tmf file + [TempMat, NodeNames] = readMfFile1D(TempFileName); % size numNodes + + CapMat(1,1) = 1e20; % Ambient must have large capacitance + for idx_node=2:numNodes + if TempMat(idx_node,1) ~= -10000000 % Fixed-temperature node + % Model these nodes as having very large capcitances + CapMat(idx_node,1) = 1e20; + end + end + + % Read rmf file + ResMat = readMfFile2D(ResFileName, numNodes); + + % Read pmf file + [PowMatNm1,~] = readMfFile1D(PowFileName); % size numNodes-1 + PowMat = zeros(numNodes,1); + PowMat(2:end) = PowMatNm1; + +end + +function [array1d, nodeNames] = readMfFile1D(FileName) + + fid = fopen(FileName, 'rt'); + fgetl(fid); % first line not useful + fgetl(fid); % second line contains number of nodes + + datacell = textscan(fid, '%d%s%f', 'Delimiter',';', 'CollectOutput', 1); + + nodeNames = datacell{2}; %a cell array of strings + array1d = datacell{3}; %as a numeric array + + fclose(fid); +end + +function array2d = readMfFile2D(FileName, numNodes) + + fileID = fopen(FileName,'r'); + + % If error exit + if fileID < 0 + disp('Error loading the file, exit') + return + end + + % Read first lines without useful info + textscan(fileID, '%[^\n\r]', 3, 'WhiteSpace', '', 'ReturnOnError', false, 'EndOfLine', '\r\n'); + + % Read resistance values + formatSpec = '%s'; + % Read the resistance values. We need one more node for the ambient now!!! + for i=1:numNodes + formatSpec = [formatSpec, '%f']; + end + formatSpec = [formatSpec, '%[^\n\r]']; + dataArray = textscan(fileID, formatSpec, 'Delimiter', ';', 'TextType', 'string', 'ReturnOnError', false); + fclose(fileID); + + % Generate the resistace matrix + array2d = zeros(numNodes); + + % Create the matrix (R matrix in only 1 vector) + dtmp = cell2mat(dataArray(1,2:numNodes+1)); + array2d(:) = dtmp(:); end \ No newline at end of file diff --git a/utils/setupThisProject.m b/utils/setupThisProject.m index d1b33b3..8e133c0 100644 --- a/utils/setupThisProject.m +++ b/utils/setupThisProject.m @@ -1,3 +1,3 @@ -edit GenerateSimulinkThermalModel.mlx -edit ValidateSimulinkThermalModel.mlx +edit GenerateSimulinkThermalModel.mlx +edit ValidateSimulinkThermalModel.mlx edit UseSimulinkThermalModel.mlx \ No newline at end of file