diff --git a/kratos.gid/apps/Buoyancy/xml/ConstitutiveLaws.xml b/kratos.gid/apps/Buoyancy/xml/ConstitutiveLaws.xml
index 0e5f5dec1..b78778275 100644
--- a/kratos.gid/apps/Buoyancy/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/Buoyancy/xml/ConstitutiveLaws.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ConstitutiveLaws>
     <!--Newtonian constitutive laws-->
-    <CLaw n="Newtonian2DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid" App="Fluid" ElementCompressibility="Incompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="2D">
+    <CLaw n="Newtonian2DLaw" pn="Newtonian"  help="Newtonian fluid" App="Fluid" ElementCompressibility="Incompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="2D">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="M/(L*T)" units="kg/(m*s)" v="1.846e-5" help="Set the dynamic viscosity."/>
@@ -12,7 +12,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="Newtonian3DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid" App="Fluid" ElementCompressibility="Incompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D">
+    <CLaw n="Newtonian3DLaw" pn="Newtonian"  help="Newtonian fluid" App="Fluid" ElementCompressibility="Incompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="M/(L*T)" units="kg/(m*s)" v="1.846e-5" help="Set the dynamic viscosity."/>
@@ -24,7 +24,7 @@
     </CLaw>
 
     <!--Newtonian with sound velocity constitutive laws-->
-    <CLaw n="WeaklyCompressibleNewtonian2DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid with sound velocity for weak compressibility" App="Fluid" ElementCompressibility="WeaklyCompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="2D" KratosName="Newtonian2DLaw">
+    <CLaw n="WeaklyCompressibleNewtonian2DLaw" pn="Newtonian"  help="Newtonian fluid with sound velocity for weak compressibility" App="Fluid" ElementCompressibility="WeaklyCompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="2D" KratosName="Newtonian2DLaw">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="M/(L*T)" units="kg/(m*s)" v="1.846e-5" help="Set the dynamic viscosity."/>
@@ -36,7 +36,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="WeaklyCompressibleNewtonian3DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid with sound velocity for weak compressibility" App="Fluid" ElementCompressibility="WeaklyCompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D" KratosName="Newtonian3DLaw">
+    <CLaw n="WeaklyCompressibleNewtonian3DLaw" pn="Newtonian"  help="Newtonian fluid with sound velocity for weak compressibility" App="Fluid" ElementCompressibility="WeaklyCompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D" KratosName="Newtonian3DLaw">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="M/(L*T)" units="kg/(m*s)" v="1.846e-5" help="Set the dynamic viscosity."/>
diff --git a/kratos.gid/apps/CDEM/xml/Conditions.xml b/kratos.gid/apps/CDEM/xml/Conditions.xml
index 8fbd6236f..a105315b7 100644
--- a/kratos.gid/apps/CDEM/xml/Conditions.xml
+++ b/kratos.gid/apps/CDEM/xml/Conditions.xml
@@ -1,12 +1,12 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ConditionList>
-  <ConditionItem n="DEM-Cohesive2D" pn="Bonded domains" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" ElementType="Point,Line,Surface" LocalSpaceDimension="1" ProcessName="Cohesive2D-Process" help="Each group of cohesive particles must be assigned as a separate bonded domain." VariableName="COHESIVE">
+  <ConditionItem n="DEM-Cohesive2D" pn="Bonded domains" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" ElementType="Point,Line,Surface" LocalSpaceDimension="1" ProcessName="Cohesive2D-Process" help="Each group of cohesive particles must be assigned as a separate bonded domain." VariableName="COHESIVE">
     <TopologyFeatures></TopologyFeatures>
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
 
-   <ConditionItem n="DEM-Cohesive" pn="Bonded domains" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" ElementType="Point,Line,Surface,Volume" LocalSpaceDimension="2" ProcessName="Cohesive-Process" help="Each group of cohesive particles must be assigned as a separate bonded domain." VariableName="COHESIVE">
+   <ConditionItem n="DEM-Cohesive" pn="Bonded domains" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" ElementType="Point,Line,Surface,Volume" LocalSpaceDimension="2" ProcessName="Cohesive-Process" help="Each group of cohesive particles must be assigned as a separate bonded domain." VariableName="COHESIVE">
     <TopologyFeatures></TopologyFeatures>
     <inputs></inputs>
     <outputs></outputs>
diff --git a/kratos.gid/apps/CDEM/xml/ConstitutiveLawsC.xml b/kratos.gid/apps/CDEM/xml/ConstitutiveLawsC.xml
index bdfd30432..823813461 100644
--- a/kratos.gid/apps/CDEM/xml/ConstitutiveLawsC.xml
+++ b/kratos.gid/apps/CDEM/xml/ConstitutiveLawsC.xml
@@ -1,7 +1,7 @@
 <?xml version="1.1" encoding="utf-8"?>
 <ConstitutiveLaws>
     <!-- contact laws-->
-    <CLaw n="DEM_KDEM2D" pn="KDEM2D" ProductionReady="ProductionReady" help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="2D" OutputMode="Materials">
+    <CLaw n="DEM_KDEM2D" pn="KDEM2D"  help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="2D" OutputMode="Materials">
         <inputs>
             <parameter n="CONTACT_TAU_ZERO" pn="Tangential Strength" units="Pa" unit_magnitude="P" v="25"/>
             <parameter n="CONTACT_SIGMA_MIN" pn="Nornal Tensile Strength" units="Pa" unit_magnitude="P" v="5"/>
@@ -10,7 +10,7 @@
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_KDEM" pn="KDEM3D" ProductionReady="ProductionReady" help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="3D" OutputMode="Materials">
+    <CLaw n="DEM_KDEM" pn="KDEM3D"  help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="3D" OutputMode="Materials">
         <inputs>
             <parameter n="CONTACT_TAU_ZERO" pn="Tangential Strength" units="Pa" unit_magnitude="P" v="25"/>
             <parameter n="CONTACT_SIGMA_MIN" pn="Nornal Tensile Strength" units="Pa" unit_magnitude="P" v="5"/>
@@ -19,21 +19,21 @@
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_KDEM_Rankine2D" pn="Rankine2D" ProductionReady="ProductionReady" help="Not implemented" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="2D" OutputMode="Materials">
+    <CLaw n="DEM_KDEM_Rankine2D" pn="Rankine2D"  help="Not implemented" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="2D" OutputMode="Materials">
         <inputs>
             <parameter n="CONTACT_SIGMA_MIN" pn="Normal Tensile Strength" units="Pa" unit_magnitude="P" v="5"/>
         </inputs>
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_KDEM_Rankine" pn="Rankine" ProductionReady="ProductionReady" help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="3D" OutputMode="Materials">
+    <CLaw n="DEM_KDEM_Rankine" pn="Rankine"  help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="3D" OutputMode="Materials">
         <inputs>
             <parameter n="CONTACT_SIGMA_MIN" pn="Normal Tensile Strength" units="Pa" unit_magnitude="P" v="5"/>
         </inputs>
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_KDEM_Mohr_Coulomb" pn="Mohr-Coulomb" ProductionReady="ProductionReady" help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="3D" OutputMode="Materials">
+    <CLaw n="DEM_KDEM_Mohr_Coulomb" pn="Mohr-Coulomb"  help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="3D" OutputMode="Materials">
         <inputs>
             <parameter n="CONTACT_TAU_ZERO" pn="Mohr-Coulomb Cohesion" units="Pa" unit_magnitude="P" v="25"/>
             <parameter n="INTERNAL_FRICTION_ANGLE" pn="Mohr-Coulomb Friction Angle" units="deg" v="30"/>
@@ -41,7 +41,7 @@
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_KDEM_Mohr_Coulomb2D" pn="Mohr-Coulomb2D" ProductionReady="ProductionReady" help="Not implemented" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="2D" OutputMode="Materials">
+    <CLaw n="DEM_KDEM_Mohr_Coulomb2D" pn="Mohr-Coulomb2D"  help="Not implemented" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="2D" OutputMode="Materials">
         <inputs>
             <parameter n="CONTACT_TAU_ZERO" pn="Mohr-Coulomb Cohesion" units="Pa" unit_magnitude="P" v="25"/>
             <parameter n="INTERNAL_FRICTION_ANGLE" pn="Mohr-Coulomb Friction Angle" units="deg" v="30"/>
@@ -49,7 +49,7 @@
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_KDEM_with_damage_parallel_bond" pn="KDEM with damage parallel bond 3D" ProductionReady="ProductionReady" help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="3D" OutputMode="Materials">
+    <CLaw n="DEM_KDEM_with_damage_parallel_bond" pn="KDEM with damage parallel bond 3D"  help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="3D" OutputMode="Materials">
         <inputs>
             <parameter n="CONTACT_TAU_ZERO" pn="Mohr-Coulomb Cohesion" units="Pa" unit_magnitude="P" v="10"/>
             <parameter n="CONTACT_SIGMA_MIN" pn="Normal Tensile Strength" units="Pa" unit_magnitude="P" v="13"/>
@@ -61,7 +61,7 @@
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_KDEM_with_damage_parallel_bond_2D" pn="KDEM with damage parallel bond 2D" ProductionReady="ProductionReady" help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="2D" OutputMode="Materials">
+    <CLaw n="DEM_KDEM_with_damage_parallel_bond_2D" pn="KDEM with damage parallel bond 2D"  help="" ImplementedInApplication="DEMApplication" App="CDEM" Dimension="2D" OutputMode="Materials">
         <inputs>
             <parameter n="CONTACT_TAU_ZERO" pn="Mohr-Coulomb Cohesion" units="Pa" unit_magnitude="P" v="10"/>
             <parameter n="CONTACT_SIGMA_MIN" pn="Normal Tensile Strength" units="Pa" unit_magnitude="P" v="13"/>
diff --git a/kratos.gid/apps/CDEM/xml/ElementsC.xml b/kratos.gid/apps/CDEM/xml/ElementsC.xml
index cf3035529..ccfdc65f5 100644
--- a/kratos.gid/apps/CDEM/xml/ElementsC.xml
+++ b/kratos.gid/apps/CDEM/xml/ElementsC.xml
@@ -2,7 +2,7 @@
 <ElementList>
   <!--solid elements-->
   <!--small displacements-->
-  <ElementItem n="SphericPartDEMElement3D" pn="Spheric Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" ElementType="DEM" help="">
+  <ElementItem n="SphericPartDEMElement3D" pn="Spheric Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication"  WorkingSpaceDimension="3D" ElementType="DEM" help="">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Sphere" nodes="1" KratosName="SphericContinuumParticle3D"/>
@@ -18,7 +18,7 @@
     <outputs></outputs>
   </ElementItem>
 
-  <ElementItem n="CylinderPartDEMElement2D" pn="Circle Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" ElementType="DEM" help="">
+  <ElementItem n="CylinderPartDEMElement2D" pn="Circle Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication"  WorkingSpaceDimension="2D" ElementType="DEM" help="">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Circle" nodes="1" KratosName="CylinderContinuumParticle2D"/>
diff --git a/kratos.gid/apps/Common/xml/Conditions.xml b/kratos.gid/apps/Common/xml/Conditions.xml
index a4333e7a3..1f82625b4 100644
--- a/kratos.gid/apps/Common/xml/Conditions.xml
+++ b/kratos.gid/apps/Common/xml/Conditions.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ConditionList>
-    
-  <ConditionItem n="GENERIC_CONDITION2D" pn="GENERIC_CONDITION" ProductionReady="Developer">
+
+  <ConditionItem n="GENERIC_CONDITION2D" pn="GENERIC_CONDITION" >
     <TopologyFeatures>
       <item GeometryType="Point"         nodes="1"  KratosName="PointCondition2D1N"/>
       <item GeometryType="Line"          nodes="2"  KratosName="LineCondition2D2N"/>
@@ -14,7 +14,7 @@
       <!-- Some of them does not exist in kratos, but this is a developer tool, so... -->
     </TopologyFeatures>
   </ConditionItem>
-  <ConditionItem n="GENERIC_CONDITION3D" pn="GENERIC_CONDITION" ProductionReady="Developer">
+  <ConditionItem n="GENERIC_CONDITION3D" pn="GENERIC_CONDITION" >
     <TopologyFeatures>
       <item GeometryType="Point"         nodes="1"  KratosName="PointCondition3D1N"/>
       <item GeometryType="Line"          nodes="2"  KratosName="LineCondition3D2N"/>
@@ -26,5 +26,5 @@
       <item GeometryType="Quadrilateral" nodes="9"  KratosName="SurfaceCondition3D9N"/>
     </TopologyFeatures>
   </ConditionItem>
-  
+
 </ConditionList>
diff --git a/kratos.gid/apps/Common/xml/Elements.xml b/kratos.gid/apps/Common/xml/Elements.xml
index c2852d229..b2fd81404 100644
--- a/kratos.gid/apps/Common/xml/Elements.xml
+++ b/kratos.gid/apps/Common/xml/Elements.xml
@@ -1,6 +1,6 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ElementList>
-  <ElementItem n="GENERIC_ELEMENT" pn="GENERIC_ELEMENT" ProductionReady="Developer">
+  <ElementItem n="GENERIC_ELEMENT" pn="GENERIC_ELEMENT" >
     <TopologyFeatures>
       <item GeometryType="Line"          nodes="2"  KratosName="Element2D2N"/>
       <item GeometryType="Triangle"      nodes="3"  KratosName="Element2D3N"/>
diff --git a/kratos.gid/apps/ConjugateHeatTransfer/xml/Conditions.xml b/kratos.gid/apps/ConjugateHeatTransfer/xml/Conditions.xml
index 9fd370b04..7bbe147de 100644
--- a/kratos.gid/apps/ConjugateHeatTransfer/xml/Conditions.xml
+++ b/kratos.gid/apps/ConjugateHeatTransfer/xml/Conditions.xml
@@ -3,7 +3,7 @@
 
   <!-- Fluid side -->
   <ConditionItem n="FluidThermalInterface2D" pn="Fluid thermal interface" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="ConvectionDiffusionApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="ConvectionDiffusionApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" App="Fluid"
 	ElementType="Line" ProcessName="ApplyThermalFaceProcess" help="This process sets the interface thermal behavior">
     <TopologyFeatures>
@@ -20,7 +20,7 @@
   </ConditionItem>
 
   <ConditionItem n="FluidThermalInterface3D" pn="Fluid thermal interface" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="ConvectionDiffusionApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="ConvectionDiffusionApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="1" SkinConditions="True" App="Fluid"
 	ElementType="Surface" ProcessName="ApplyThermalFaceProcess" help="This process sets the interface thermal behavior">
     <TopologyFeatures>
@@ -39,7 +39,7 @@
 
 <!-- Structural side -->
   <ConditionItem n="SolidThermalInterface2D" pn="Solid thermal interface" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="ConvectionDiffusionApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="ConvectionDiffusionApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" App="ConvectionDiffusion"
 	ElementType="Line" ProcessName="ApplyThermalFaceProcess" help="This process sets the interface thermal behavior">
     <TopologyFeatures>
@@ -53,7 +53,7 @@
   </ConditionItem>
 
   <ConditionItem n="SolidThermalInterface3D" pn="Solid thermal interface" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="ConvectionDiffusionApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="ConvectionDiffusionApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="1" SkinConditions="True" App="ConvectionDiffusion"
 	ElementType="Surface" ProcessName="ApplyThermalFaceProcess" help="This process sets the interface thermal behavior">
     <TopologyFeatures>
diff --git a/kratos.gid/apps/ConvectionDiffusion/xml/Conditions.xml b/kratos.gid/apps/ConvectionDiffusion/xml/Conditions.xml
index 7b8a1d893..1c9bd8adc 100644
--- a/kratos.gid/apps/ConvectionDiffusion/xml/Conditions.xml
+++ b/kratos.gid/apps/ConvectionDiffusion/xml/Conditions.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ConditionList>
     <ConditionItem n="HeatFlux2D" pn="External heat flux" ImplementedInFile=".cpp" Interval="True" ImplementedInApplication="ConvectionDiffusionApplication"
-                   MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1"
+                   MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1"
                    SkinConditions="True" VariableName="FACE_HEAT_FLUX" App="ConvectionDiffusion" ElementType="Line" ProcessName="AssignScalarVariableProcess"
                    help="Applies an external thermal load" function="1" units="W/m^2" unit_magnitude="Power/L^2">
         <TopologyFeatures>
@@ -16,7 +16,7 @@
     </ConditionItem>
 
     <ConditionItem n="HeatFlux3D" pn="External heat flux" ImplementedInFile=".cpp" Interval="True" ImplementedInApplication="ConvectionDiffusionApplication"
-                   MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2"
+                   MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2"
                    SkinConditions="True" VariableName="FACE_HEAT_FLUX" App="ConvectionDiffusion" ElementType="Surface" ProcessName="AssignScalarVariableProcess"
                    help="Applies an external thermal load" function="1" units="W/m^2" unit_magnitude="Power/L^2">
         <TopologyFeatures>
@@ -32,7 +32,7 @@
     </ConditionItem>
 
     <ConditionItem n="ImposedTemperature2D" pn="Imposed temperature" ImplementedInFile=".cpp" Interval="True" ImplementedInApplication="ConvectionDiffusionApplication"
-                   MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1"
+                   MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1"
                    SkinConditions="True" VariableName="TEMPERATURE" App="ConvectionDiffusion" ElementType="Point,Line" ProcessName="AssignScalarVariableProcess"
                    help="Imposes a fixed temperature" units="K" unit_magnitude="Temp">
         <TopologyFeatures>
@@ -47,7 +47,7 @@
     </ConditionItem>
 
     <ConditionItem n="ImposedTemperature3D" pn="Imposed temperature" ImplementedInFile=".cpp" Interval="True" ImplementedInApplication="ConvectionDiffusionApplication"
-                   MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2"
+                   MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2"
                    SkinConditions="True" VariableName="TEMPERATURE" App="ConvectionDiffusion" ElementType="Point,Line,Surface" ProcessName="AssignScalarVariableProcess"
                    help="Imposes a fixed temperature" units="K" unit_magnitude="Temp">
         <TopologyFeatures>
@@ -64,7 +64,7 @@
     </ConditionItem>
 
     <ConditionItem n="ThermalFace2D" pn="Thermal face conditions" ImplementedInFile=".cpp" Interval="True" ImplementedInApplication="ConvectionDiffusionApplication"
-                   MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1"
+                   MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1"
                    SkinConditions="True" App="ConvectionDiffusion" ElementType="Line" ProcessName="ApplyThermalFaceProcess"
                    help="Assigns the thermal behaviour of the boundary. If it is not set, adiabatic behaviour is assumed">
         <TopologyFeatures>
@@ -78,7 +78,7 @@
     </ConditionItem>
 
     <ConditionItem n="ThermalFace3D" pn="Thermal face conditions" ImplementedInFile=".cpp" Interval="True" ImplementedInApplication="ConvectionDiffusionApplication"
-                   MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2"
+                   MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2"
                    SkinConditions="True" App="ConvectionDiffusion" ElementType="Surface" ProcessName="ApplyThermalFaceProcess"
                    help="Assigns the thermal behaviour of the boundary. If it is not set, adiabatic behaviour is assumed">
         <TopologyFeatures>
diff --git a/kratos.gid/apps/ConvectionDiffusion/xml/ConstitutiveLaws.xml b/kratos.gid/apps/ConvectionDiffusion/xml/ConstitutiveLaws.xml
index 2deeffa07..9534372fe 100644
--- a/kratos.gid/apps/ConvectionDiffusion/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/ConvectionDiffusion/xml/ConstitutiveLaws.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ConstitutiveLaws>
     <!--linear elastic laws-->
-	<CLaw n="ConvectionDiffusionLaw" pn="Convection-diffusion material" ProductionReady="ProductionReady" help="Constant properties constitutive law for thermal problems" App="ConvectionDiffusion" ImplementedInApplication="ConvectionDiffusionApplication">
+	<CLaw n="ConvectionDiffusionLaw" pn="Convection-diffusion material"  help="Constant properties constitutive law for thermal problems" App="ConvectionDiffusion" ImplementedInApplication="ConvectionDiffusionApplication">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
             <parameter n="CONDUCTIVITY" pn="Thermal conductivity" unit_magnitude="Power/(L*Temp)" units="W/(m*K)" v="0.024"/>
diff --git a/kratos.gid/apps/ConvectionDiffusion/xml/Elements.xml b/kratos.gid/apps/ConvectionDiffusion/xml/Elements.xml
index fa3b88faa..14db0e4c8 100644
--- a/kratos.gid/apps/ConvectionDiffusion/xml/Elements.xml
+++ b/kratos.gid/apps/ConvectionDiffusion/xml/Elements.xml
@@ -1,9 +1,9 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ElementList>
-  
+
     <!-- 2D convection-diffusion element -->
-    <ElementItem n="EulerianConvDiff2D" pn="Convection-diffusion 2D" ImplementedInFile="eulerian_conv_diff.cpp" ImplementedInApplication="ConvectionDiffusionApplication" 
-                 MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" 
+    <ElementItem n="EulerianConvDiff2D" pn="Convection-diffusion 2D" ImplementedInFile="eulerian_conv_diff.cpp" ImplementedInApplication="ConvectionDiffusionApplication"
+                 MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2"
                  RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="TEMPERATURE" ElementType="ConvectionDiffusion" help="This element implements a convection-diffusion formulation.">
 
         <!--here we could add a list of all of the possible geometries-->
@@ -28,8 +28,8 @@
     </ElementItem>
 
     <!-- 3D convection-diffusion element -->
-    <ElementItem n="EulerianConvDiff3D" pn="Convection-diffusion 3D" ImplementedInFile="eulerian_conv_diff.cpp" ImplementedInApplication="ConvectionDiffusionApplication" 
-                MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" 
+    <ElementItem n="EulerianConvDiff3D" pn="Convection-diffusion 3D" ImplementedInFile="eulerian_conv_diff.cpp" ImplementedInApplication="ConvectionDiffusionApplication"
+                MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3"
                 RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="TEMPERATURE" ElementType="ConvectionDiffusion" help="This element implements a convection-diffusion formulation.">
 
         <!--here we could add a list of all of the possible geometries-->
diff --git a/kratos.gid/apps/ConvectionDiffusion/xml/Strategies.xml b/kratos.gid/apps/ConvectionDiffusion/xml/Strategies.xml
index 4bd6da389..9de902922 100644
--- a/kratos.gid/apps/ConvectionDiffusion/xml/Strategies.xml
+++ b/kratos.gid/apps/ConvectionDiffusion/xml/Strategies.xml
@@ -3,14 +3,14 @@
 
 	<!-- Stationary strategy -->
 	<StrategyItem
-		n="stationary" 
+		n="stationary"
 		pn="Stationary"
 		ImplementedInFile="convection_diffusion_stationary_solver.py"
 		ImplementedInApplication="ConvectionDiffusionApplication"
 		ImplementedInPythonFile="ConvectionDiffusionStationarySolver"
-		MinimumKratosVersion="8500" 
+		MinimumKratosVersion="8500"
 		App="ConvectionDiffusion"
-		ProductionReady="ProductionReady"
+
 		help="Stationary strategy for convection-diffusion problems.">
 
 		<!-- list of options to be filled -->
@@ -50,15 +50,15 @@
 	</StrategyItem>
 
 	<!-- Transient strategy -->
-	<StrategyItem 
-		n="transient" 
+	<StrategyItem
+		n="transient"
 		pn="Transient"
 		ImplementedInFile="convection_diffusion_transient_solver.py"
 		ImplementedInApplication="ConvectionDiffusionApplication"
 		ImplementedInPythonFile="ConvectionDiffusionTransientSolver"
-		MinimumKratosVersion="8500" 
+		MinimumKratosVersion="8500"
 		App="ConvectionDiffusion"
-		ProductionReady="ProductionReady"
+
 		help="Transient strategy for convection-diffusion solvers.">
 
 		<!-- list of options to be filled -->
diff --git a/kratos.gid/apps/DEM/xml/Conditions.xml b/kratos.gid/apps/DEM/xml/Conditions.xml
index bcd6445b6..81111ee38 100644
--- a/kratos.gid/apps/DEM/xml/Conditions.xml
+++ b/kratos.gid/apps/DEM/xml/Conditions.xml
@@ -1,6 +1,6 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ConditionList>
-  <ConditionItem n="DEM-FEM-Wall" pn="Rigid Walls" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" ElementType="Line,Surface" ProcessName="DEM-FEM-Wall-Process" help="Assign kinematic conditions for each group containing finite elements" VariableName="WALL">
+  <ConditionItem n="DEM-FEM-Wall" pn="Rigid Walls" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" ElementType="Line,Surface" ProcessName="DEM-FEM-Wall-Process" help="Assign kinematic conditions for each group containing finite elements" VariableName="WALL">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="RigidFace3D2N"/>
       <item GeometryType="Triangle" nodes="3" KratosName="RigidFace3D3N"/>
@@ -9,7 +9,7 @@
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="Phantom-Wall" pn="Phantom Walls" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" ElementType="Line,Surface" ProcessName="Phantom-Wall-Process" help="Assign kinematic conditions for each group containing finite elements" VariableName="WALL">
+  <ConditionItem n="Phantom-Wall" pn="Phantom Walls" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" ElementType="Line,Surface" ProcessName="Phantom-Wall-Process" help="Assign kinematic conditions for each group containing finite elements" VariableName="WALL">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="RigidFace3D2N"/>
       <item GeometryType="Triangle" nodes="3" KratosName="AnalyticRigidFace3D3N"/>
@@ -18,7 +18,7 @@
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="DEM-FEM-Wall2D" pn="Rigid Walls" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Line" ProcessName="DEM-FEM-Wall-Process" help="Assign kinematic conditions for each group containing finite elements" VariableName="WALL">
+  <ConditionItem n="DEM-FEM-Wall2D" pn="Rigid Walls" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Line" ProcessName="DEM-FEM-Wall-Process" help="Assign kinematic conditions for each group containing finite elements" VariableName="WALL">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="RigidEdge2D2N"/>
     </TopologyFeatures>
@@ -26,7 +26,7 @@
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="Inlet" pn="Particle injectors" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" ElementType="Point,Line,Surface,Volume" ProcessName="DEM-Inlet-Process" help="Assign particle injection conditions" VariableName="INLET">
+  <ConditionItem n="Inlet" pn="Particle injectors" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" ElementType="Point,Line,Surface,Volume" ProcessName="DEM-Inlet-Process" help="Assign particle injection conditions" VariableName="INLET">
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="WallCondition3D3N"/>
       <item GeometryType="Triangle" nodes="6" KratosName="WallCondition3D6N"/>
@@ -35,7 +35,7 @@
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="Inlet2D" pn="Particle injectors" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Point,Line,Surface" ProcessName="DEM-Inlet-Process" help="Assign particle injection conditions" VariableName="INLET">
+  <ConditionItem n="Inlet2D" pn="Particle injectors" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Point,Line,Surface" ProcessName="DEM-Inlet-Process" help="Assign particle injection conditions" VariableName="INLET">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="WallCondition2D2N"/>
     </TopologyFeatures>
@@ -43,38 +43,38 @@
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="DEM-VelocityBC" pn="Boundary conditions over particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" ProcessName="DEM-VelocityBC-Process" help="Assign boundary conditions over particles" VariableName="SPHEREBC">
+  <ConditionItem n="DEM-VelocityBC" pn="Boundary conditions over particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" ProcessName="DEM-VelocityBC-Process" help="Assign boundary conditions over particles" VariableName="SPHEREBC">
     <TopologyFeatures></TopologyFeatures>
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="DEM-VelocityIC" pn="Initial conditions over particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" ProcessName="DEM-VelocityIC-Process" help="Assign initial conditions over particles" VariableName="SPHEREIC">
+  <ConditionItem n="DEM-VelocityIC" pn="Initial conditions over particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" ProcessName="DEM-VelocityIC-Process" help="Assign initial conditions over particles" VariableName="SPHEREIC">
     <TopologyFeatures></TopologyFeatures>
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="DEM-VelocityBC2D" pn="Boundary conditions over particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Point,Line,Surface" ProcessName="DEM-VelocityBC-Process" help="Assign boundary conditions over particles" VariableName="SPHEREBC">
+  <ConditionItem n="DEM-VelocityBC2D" pn="Boundary conditions over particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Point,Line,Surface" ProcessName="DEM-VelocityBC-Process" help="Assign boundary conditions over particles" VariableName="SPHEREBC">
     <TopologyFeatures></TopologyFeatures>
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="DEM-VelocityIC2D" pn="Initial conditions over particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Point,Line,Surface" ProcessName="DEM-VelocityIC-Process" help="Assign initial conditions over particles" VariableName="SPHEREIC">
+  <ConditionItem n="DEM-VelocityIC2D" pn="Initial conditions over particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Point,Line,Surface" ProcessName="DEM-VelocityIC-Process" help="Assign initial conditions over particles" VariableName="SPHEREIC">
     <TopologyFeatures></TopologyFeatures>
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="DEM-GraphCondition" pn="Generate graphs using particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" ElementType="Point,Line,Surface" ProcessName="DEM-GraphCondition-Process" help=" " VariableName="SPHEREGH">
+  <ConditionItem n="DEM-GraphCondition" pn="Generate graphs using particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" ElementType="Point,Line,Surface" ProcessName="DEM-GraphCondition-Process" help=" " VariableName="SPHEREGH">
     <TopologyFeatures>
     </TopologyFeatures>
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="DEM-GraphCondition2D" pn="Generate graphs using particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Point,Line" ProcessName="DEM-GraphCondition-Process" help=" " VariableName="SPHEREGH">
+  <ConditionItem n="DEM-GraphCondition2D" pn="Generate graphs using particles" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" ElementType="Point,Line" ProcessName="DEM-GraphCondition-Process" help=" " VariableName="SPHEREGH">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="WallCondition2D2N"/>
     </TopologyFeatures>
@@ -82,7 +82,7 @@
     <outputs></outputs>
   </ConditionItem>
 
-  <ConditionItem n="DEM-CustomSmp" pn="Define custom submodelparts" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" ProcessName="CustomSMP-Process" help="Elements defined as custom must be previously defined as Parts. Please make sure material properties for the selected elements has already been defined." VariableName="SUBMP">
+  <ConditionItem n="DEM-CustomSmp" pn="Define custom submodelparts" Interval="False" ImplementedInApplication="DEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" ProcessName="CustomSMP-Process" help="Elements defined as custom must be previously defined as Parts. Please make sure material properties for the selected elements has already been defined." VariableName="SUBMP">
     <TopologyFeatures></TopologyFeatures>
     <inputs></inputs>
     <outputs></outputs>
diff --git a/kratos.gid/apps/DEM/xml/ConstitutiveLaws.xml b/kratos.gid/apps/DEM/xml/ConstitutiveLaws.xml
index 01f7abf68..a3d723c81 100644
--- a/kratos.gid/apps/DEM/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/DEM/xml/ConstitutiveLaws.xml
@@ -1,48 +1,48 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ConstitutiveLaws>
-    <CLaw n="DEM_D_Hertz_viscous_Coulomb" pn="Hertz" ProductionReady="ProductionReady" ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
+    <CLaw n="DEM_D_Hertz_viscous_Coulomb" pn="Hertz"  ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
         <inputs></inputs>
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_D_Hertz_viscous_Coulomb2D" pn="Hertz" ProductionReady="ProductionReady" ImplementedInApplication="DEMApplication" App="DEM" Dimension="2D" help=" " OutputMode="Material">
+    <CLaw n="DEM_D_Hertz_viscous_Coulomb2D" pn="Hertz"  ImplementedInApplication="DEMApplication" App="DEM" Dimension="2D" help=" " OutputMode="Material">
         <inputs></inputs>
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_D_Linear_viscous_Coulomb" pn="Linear" ProductionReady="ProductionReady" ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
+    <CLaw n="DEM_D_Linear_viscous_Coulomb" pn="Linear"  ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
         <inputs></inputs>
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_D_Linear_viscous_Coulomb2D" pn="Linear" ProductionReady="ProductionReady" ImplementedInApplication="DEMApplication" App="DEM" Dimension="2D" help=" " OutputMode="Material">
+    <CLaw n="DEM_D_Linear_viscous_Coulomb2D" pn="Linear"  ImplementedInApplication="DEMApplication" App="DEM" Dimension="2D" help=" " OutputMode="Material">
         <inputs></inputs>
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="DEM_D_Bentonite_Colloid" pn="Bentonite-Colloid" ProductionReady="ProductionReady" ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
+    <CLaw n="DEM_D_Bentonite_Colloid" pn="Bentonite-Colloid"  ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
         <inputs></inputs>
         <outputs></outputs>
     </CLaw>
-    <CLaw n="DEM_D_Hertz_viscous_Coulomb_JKR" pn="Hertz with JKR cohesion" ProductionReady="ProductionReady" ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
+    <CLaw n="DEM_D_Hertz_viscous_Coulomb_JKR" pn="Hertz with JKR cohesion"  ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
         <inputs>
             <parameter n="PARTICLE_COHESION" pn="Particle cohesion" units="Pa" unit_magnitude="P" v="0.0"/>
         </inputs>
         <outputs></outputs>
     </CLaw>
-    <CLaw n="DEM_D_Linear_viscous_Coulomb_JKR" pn="Linear with JKR cohesion" ProductionReady="ProductionReady" ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
+    <CLaw n="DEM_D_Linear_viscous_Coulomb_JKR" pn="Linear with JKR cohesion"  ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
         <inputs>
             <parameter n="PARTICLE_COHESION" pn="Particle cohesion" units="Pa" unit_magnitude="P" v="0.0"/>
         </inputs>
         <outputs></outputs>
     </CLaw>
-    <CLaw n="DEM_D_Hertz_viscous_Coulomb_DMT" pn="Hertz with DMT cohesion" ProductionReady="ProductionReady" ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
+    <CLaw n="DEM_D_Hertz_viscous_Coulomb_DMT" pn="Hertz with DMT cohesion"  ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
         <inputs>
             <parameter n="PARTICLE_COHESION" pn="Particle cohesion" units="Pa" unit_magnitude="P" v="0.0"/>
         </inputs>
         <outputs></outputs>
     </CLaw>
-    <CLaw n="DEM_D_Linear_viscous_Coulomb_DMT" pn="Linear with DMT cohesion" ProductionReady="ProductionReady" ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
+    <CLaw n="DEM_D_Linear_viscous_Coulomb_DMT" pn="Linear with DMT cohesion"  ImplementedInApplication="DEMApplication" App="DEM" Dimension="3D" help=" " OutputMode="Material">
         <inputs>
             <parameter n="PARTICLE_COHESION" pn="Particle cohesion" units="Pa" unit_magnitude="P" v="0.0"/>
         </inputs>
diff --git a/kratos.gid/apps/DEM/xml/Elements.xml b/kratos.gid/apps/DEM/xml/Elements.xml
index a13712a9c..b269df7cc 100644
--- a/kratos.gid/apps/DEM/xml/Elements.xml
+++ b/kratos.gid/apps/DEM/xml/Elements.xml
@@ -2,7 +2,7 @@
 <ElementList>
   <!--solid elements-->
   <!--small displacements-->
-  <ElementItem n="SphericPartDEMElement3D" pn="Spheric Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" ElementType="DEM" help="">
+  <ElementItem n="SphericPartDEMElement3D" pn="Spheric Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication"  WorkingSpaceDimension="3D" ElementType="DEM" help="">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Sphere" nodes="1" KratosName="SphericParticle3D"/>
@@ -18,7 +18,7 @@
     <outputs></outputs>
   </ElementItem>
 
-  <ElementItem n="CylinderPartDEMElement2D" pn="Circle Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" ElementType="DEM" help="">
+  <ElementItem n="CylinderPartDEMElement2D" pn="Circle Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication"  WorkingSpaceDimension="2D" ElementType="DEM" help="">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Circle" nodes="1" KratosName="CylinderParticle2D"/>
diff --git a/kratos.gid/apps/DEMPFEM/xml/Elements.xml b/kratos.gid/apps/DEMPFEM/xml/Elements.xml
index 71fad0611..79ac5e4b2 100644
--- a/kratos.gid/apps/DEMPFEM/xml/Elements.xml
+++ b/kratos.gid/apps/DEMPFEM/xml/Elements.xml
@@ -2,7 +2,7 @@
 <ElementList>
   <!--solid elements-->
   <!--small displacements-->
-  <ElementItem n="SphericPartDEMElement3D" pn="Spheric Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" ElementType="DEM" help="">
+  <ElementItem n="SphericPartDEMElement3D" pn="Spheric Element" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication"  WorkingSpaceDimension="3D" ElementType="DEM" help="">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Sphere" nodes="1" KratosName="SphericSwimmingParticle3D"/>
diff --git a/kratos.gid/apps/Dam/xml/Conditions.xml b/kratos.gid/apps/Dam/xml/Conditions.xml
index bcc378610..532494626 100644
--- a/kratos.gid/apps/Dam/xml/Conditions.xml
+++ b/kratos.gid/apps/Dam/xml/Conditions.xml
@@ -5,7 +5,7 @@
 
   <!---  Conditions: YOUNG VARIABLE -->
   <ConditionItem n="YoungModulus3D" pn="Young Modulus Calibration" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Volume" ProcessName="ImposeInputTableNodalYoungModulusProcess" VariableName="NODAL_YOUNG_MODULUS"
     help="Application of variable young modulus in the nodes">
@@ -20,7 +20,7 @@
   </ConditionItem>
 
  <ConditionItem n="YoungModulus2D" pn="Young Modulus Calibration" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Surface" ProcessName="ImposeInputTableNodalYoungModulusProcess" VariableName="NODAL_YOUNG_MODULUS"
     help="Application of variable young modulus in the nodes">
@@ -39,7 +39,7 @@
 
     <!---  Conditions: THERMAL PARAMETERS -->
   <ConditionItem n="ThermalParameters3D" pn="Thermal Parameters" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Volume" ProcessName="ImposeThermalParametersScalarValueProcess" VariableName="THERMAL_PARAMETERS"
     help="Application of the thermal parameters into the body">
@@ -52,7 +52,7 @@
   </ConditionItem>
 
  <ConditionItem n="ThermalParameters2D" pn="Thermal Parameters" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Surface" ProcessName="ImposeThermalParametersScalarValueProcess" VariableName="THERMAL_PARAMETERS"
     help="Application of the thermal parameters into the body">
@@ -66,7 +66,7 @@
 
     <!---  Conditions: REFERENCE TEMPERATURE -->
   <ConditionItem n="NodalReferenceTemperature3D" pn="Nodal Reference Temperature" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Volume" ProcessName="ImposeNodalReferenceTemperatureProcess" VariableName="NODAL_REFERENCE_TEMPERATURE"
     help="Application of the nodal reference temperature">
@@ -79,7 +79,7 @@
   </ConditionItem>
 
  <ConditionItem n="NodalReferenceTemperature2D" pn="Nodal Reference Temperature" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Surface" ProcessName="ImposeNodalReferenceTemperatureProcess" VariableName="NODAL_REFERENCE_TEMPERATURE"
     help="Application of the nodal reference temperature">
@@ -93,7 +93,7 @@
 
 <!--- Conditions: GROUTING REFERENCE TEMPERATURE -->
   <ConditionItem n="GroutingTime2D" pn="Grouting Reference Temperature" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal" Activate_construction="Yes" WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal" Activate_construction="Yes" WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Surface" ProcessName="ImposeGroutingReferenceTemperatureProcess" VariableName="NODAL_REFERENCE_TEMPERATURE"
     help="Application of the nodal reference temperature at the time of grouting">
     <TopologyFeatures>
@@ -104,7 +104,7 @@
     </outputs>
   </ConditionItem>
 
- <ConditionItem n="GroutingTime3D" pn="Grouting Reference Temperature" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical" ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal" Activate_construction="Yes" WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
+ <ConditionItem n="GroutingTime3D" pn="Grouting Reference Temperature" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical" ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal" Activate_construction="Yes" WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Volume" ProcessName="ImposeGroutingReferenceTemperatureProcess" VariableName="NODAL_REFERENCE_TEMPERATURE"
     help="Application of the nodal reference temperature at the time of grouting">
     <TopologyFeatures>
@@ -117,7 +117,7 @@
 
       <!---  Conditions: UNIFORM FACE HEAT FLUX  -->
   <ConditionItem n="UniformFlux2D" pn="Uniform Heat Flux" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Line" ProcessName="ImposeUniformHeatFluxes" VariableName="FACE_HEAT_FLUX"
     help="Uniform Heat flux">
@@ -131,7 +131,7 @@
   </ConditionItem>
 
   <ConditionItem n="UniformFlux3D" pn="Uniform Heat Flux" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Surface" ProcessName="ImposeUniformHeatFluxes" VariableName="FACE_HEAT_FLUX"
     help="Uniform Heat flux">
@@ -147,7 +147,7 @@
 
      <!---  Conditions: T AIR FACE HEAT FLUX  -->
   <ConditionItem n="TAmbientFlux2D" pn="T Ambient Heat Flux" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Line" ProcessName="ImposeTAmbientHeatFluxProcess" VariableName="FACE_HEAT_FLUX"
     help="T Ambient Heat flux">
@@ -161,7 +161,7 @@
   </ConditionItem>
 
   <ConditionItem n="TAmbientFlux3D" pn="T Ambient Heat Flux" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Surface" ProcessName="ImposeTAmbientHeatFluxProcess" VariableName="FACE_HEAT_FLUX"
     help="T Ambient Heat flux">
@@ -177,7 +177,7 @@
 
       <!---  Conditions: HEAT FLUX T_SOL_AIR PARAMETERS -->
   <ConditionItem n="TSolAirFluxCondition2D" pn="T Sol Air Heat Flux" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="ImposeTSolAirHeatFluxProcess" VariableName="FACE_HEAT_FLUX"
     help="Heat flux according T Sol Air">
@@ -191,7 +191,7 @@
   </ConditionItem>
 
   <ConditionItem n="TSolAirFluxCondition3D" pn="T Sol Air Heat Flux" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Surface" ProcessName="ImposeTSolAirHeatFluxProcess" VariableName="FACE_HEAT_FLUX"
     help="Heat flux according T Sol Air">
@@ -207,7 +207,7 @@
 
     <!---  Conditions: NOORZAI HEAT FLUX (HEAT SOURCE ADIABATIC) -->
   <ConditionItem n="NoorzaiHeatFlux3D" pn="Adiabatic Heat Source" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Volume" ProcessName="NoorzaiHeatSourceProcess" VariableName="HEAT_FLUX"
     help="Application of the Heat Source according to Noorzai Law">
@@ -220,7 +220,7 @@
   </ConditionItem>
 
  <ConditionItem n="NoorzaiHeatFlux2D" pn="Adiabatic Heat Source" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Surface" ProcessName="NoorzaiHeatSourceProcess" VariableName="HEAT_FLUX"
     help="Application of the Heat Source according to Noorzai Law">
@@ -234,7 +234,7 @@
 
       <!---  Conditions: AZENHA HEAT FLUX (HEAT SOURCE NON ADIABATIC) -->
   <ConditionItem n="AzenhaHeatFlux3D" pn="Non-Adiabatic Heat Source" ImplementedInFile="process_factory"  TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Volume" ProcessName="AzenhaHeatSourceProcess" VariableName="HEAT_FLUX"
     help="Application of the Heat Source according to Azenha Formulation">
@@ -247,7 +247,7 @@
   </ConditionItem>
 
  <ConditionItem n="AzenhaHeatFlux2D" pn="Non-Adiabatic Heat Source" ImplementedInFile="process_factory" TypeofProblem="Thermo-Mechanical,UP_Thermo-Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Thermal"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Thermal"
 	  WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Surface" ProcessName="AzenhaHeatSourceProcess" VariableName="HEAT_FLUX"
     help="Application of the Heat Source according to Azenha Formulation">
@@ -263,7 +263,7 @@
   <!---  MECHANICAL CONDITIONS -->
 
    <!---  Conditions: SELF WEIGHT -->
-  <ConditionItem n="SelfWeight3D" pn="Self Weight" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical" ConsiderSelfweight="Yes" ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Selfweight" WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
+  <ConditionItem n="SelfWeight3D" pn="Self Weight" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical" ConsiderSelfweight="Yes" ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Selfweight" WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Volume" ProcessName="ApplyLoadVectorDamProcess" VariableName="VOLUME_ACCELERATION"
     help="Self weight application by means of the ApplyLoadVectorDamProcess in the core" units="m/s^2" unit_magnitude="Acceleration">
     <TopologyFeatures>
@@ -279,7 +279,7 @@
     </outputs>
   </ConditionItem>
 
-  <ConditionItem n="SelfWeight2D" pn="Self Weight" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical" ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Selfweight" ConsiderSelfweight="Yes" WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Surface" ProcessName="ApplyLoadVectorDamProcess" VariableName="VOLUME_ACCELERATION" help="Self weight application by means of the ApplyLoadVectorDamProcess in the core" units="m/s^2" unit_magnitude="Acceleration">
+  <ConditionItem n="SelfWeight2D" pn="Self Weight" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical" ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Selfweight" ConsiderSelfweight="Yes" WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Surface" ProcessName="ApplyLoadVectorDamProcess" VariableName="VOLUME_ACCELERATION" help="Self weight application by means of the ApplyLoadVectorDamProcess in the core" units="m/s^2" unit_magnitude="Acceleration">
     <TopologyFeatures>
     </TopologyFeatures>
     <inputs>
@@ -294,7 +294,7 @@
   </ConditionItem>
 
   <ConditionItem n="BodyAcceleration3D" pn="Body Acceleration" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Volume" ProcessName="ApplyLoadVectorDamTableProcess" VariableName="VOLUME_ACCELERATION"
     help="Self weight application by means of the ApplyLoadVectorDamTableProcess in the core" units="m/s^2" unit_magnitude="Acceleration">
@@ -312,7 +312,7 @@
   </ConditionItem>
 
   <ConditionItem n="BodyAcceleration2D" pn="Body Acceleration" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Surface"  ProcessName="ApplyLoadVectorDamTableProcess" VariableName="VOLUME_ACCELERATION"
     help="Self weight application by means of the ApplyLoadVectorDamTableProcess in the core" units="m/s^2" unit_magnitude="Acceleration">
@@ -331,7 +331,7 @@
 
    <!---  Conditions: POINT LOADS -->
   <ConditionItem n="PointLoad2D" pn="Point Load" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Point" ProcessName="ApplyLoadVectorDamTableProcess" help="Load on points, load vector referred to global axes"
 	units='N'  unit_magnitude='F' VariableName="POINT_LOAD">
@@ -346,7 +346,7 @@
   </ConditionItem>
 
   <ConditionItem n="PointLoad3D" pn="Point Load" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Point" ProcessName="ApplyLoadVectorDamTableProcess" help="Load on points, load vector referred to global axes"
 	units='N'  unit_magnitude='F' VariableName="POINT_LOAD">
@@ -362,7 +362,7 @@
 
    <!---  Conditions: LINE LOADS -->
   <ConditionItem n="LineLoad2D" pn="Line Load" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="ApplyLoadVectorDamTableProcess" help="Load on lines, load vector referred to global axes"
 	units='N/m' unit_magnitude='F/L' VariableName="FORCE_LOAD">
@@ -378,7 +378,7 @@
   </ConditionItem>
 
     <ConditionItem n="LineLoad3D" pn="Line Load" ImplementedInFile="process_factory"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="ApplyLoadVectorDamTableProcess" help="Load on lines, load vector referred to global axes"
 	units='N/m' unit_magnitude='F/L' VariableName="FORCE_LOAD">
@@ -396,7 +396,7 @@
 
    <!---  Conditions: SURFACE LOADS -->
   <ConditionItem n="SurfaceLoad3D" pn="Suface Load" ImplementedInFile="apply_vector_on_conditions_process"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	units='N/m^2' unit_magnitude='F/L^2' ElementType="Surface"  ProcessName="ApplyLoadVectorDamTableProcess" help="Load on surfaces, load vector referred to global axes"
 	VariableName="FORCE_LOAD">
@@ -416,7 +416,7 @@
 
    <!---  Conditions: NORMAL PRESSURE LOADS -->
     <!-- <ConditionItem n="LinePressure2D" pn="Normal Load" ImplementedInFile="apply_scalar_on_conditions_processs"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="ApplyLoadScalarTableProcess" help="Normal pressure on lines, oriented pointing against the line outer normal"
 	units='N/m^2' unit_magnitude='F/L^2' VariableName="POSITIVE_FACE_PRESSURE">
@@ -431,7 +431,7 @@
   </ConditionItem>
 
   <ConditionItem n="SurfacePressure3D" pn="Normal Load" ImplementedInFile="apply_scalar_on_conditions_process"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Surface" ProcessName="ApplyLoadScalarTableProcess" help="Normal Pressure on surfaces, oriented pointing against the surface outer normal"
 	units='N/m^2' unit_magnitude='F/L^2' VariableName="POSITIVE_FACE_PRESSURE">
@@ -451,7 +451,7 @@
 
    <!---  Conditions: HYDROSTATIC PRESSURE LOADS -->
     <ConditionItem n="HydroLinePressure2D" pn="Hydrostatic Pressure" ImplementedInFile="apply_scalar_on_conditions_processs"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="HydrostaticConditionsProcess" help="Hydrostatic pressure on lines, oriented pointing against the line outer normal"
 	VariableName="POSITIVE_FACE_PRESSURE">
@@ -467,7 +467,7 @@
 
 
   <ConditionItem n="HydroSurfacePressure3D" pn="Hydrostatic Pressure" ImplementedInFile="apply_scalar_on_conditions_process"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Surface" ProcessName="HydrostaticConditionsProcess" help="Normal Pressure on surfaces, oriented pointing against the surface outer normal"
 	VariableName="POSITIVE_FACE_PRESSURE">
@@ -486,7 +486,7 @@
 
      <!---  Conditions: HYDRODYNAMIC WESTERGAARD'S APPROXIMATED PRESSURE LOADS -->
     <ConditionItem n="HydroDynamicLinePressure2D" pn="Hydrodynamic Westergaard Pressure" ImplementedInFile="apply_scalar_on_conditions_processs"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"   TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" TypeofCondition="Mechanical"
 	ElementType="Line" ProcessName="HydrodynamicConditionsProcess" help="Hydrostatic + Hydrodynamic pressure on lines (based on the Westergaard Approximated Formula). Positive direction of acceleration: upstream to downstream. Hydrodinamic pressure just acts when the accelaration is negative, for positive accelerations hydrostatic pressure is used"
 	VariableName="POSITIVE_FACE_PRESSURE">
@@ -502,7 +502,7 @@
 
 
   <ConditionItem n="HydroDynamicSurfacePressure3D" pn="Hydrodynamic Westergaard Pressure" ImplementedInFile="apply_scalar_on_conditions_process"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"   TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" TypeofCondition="Mechanical"
 	ElementType="Surface" ProcessName="HydrodynamicConditionsProcess" help="Hydrostatic + Hydrodynamic pressure on surfaces (based on the Westergaard Approximated Formula). Positive direction of acceleration: upstream to downstream. Hydrodinamic pressure just acts when the accelaration is negative, for positive accelerations hydrostatic pressure is used."
     VariableName="POSITIVE_FACE_PRESSURE">
@@ -522,7 +522,7 @@
 
    <!---  Conditions: UPLIFT PRESSURE LOADS -->
   <ConditionItem n="StraightUpliftLinePressure2D" pn="Uplift Pressure" ImplementedInFile="apply_scalar_on_conditions_processs"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"   TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" TypeofCondition="Mechanical"
 	ElementType="Line" ProcessName="UpliftConditionsProcess" help="Uplift pressure on lines, oriented pointing against the line outer normal"
     VariableName="POSITIVE_FACE_PRESSURE">
@@ -537,7 +537,7 @@
   </ConditionItem>
 
   <ConditionItem n="StraightUpliftSurfacePressure3D" pn="Uplift Pressure" ImplementedInFile="apply_scalar_on_conditions_process"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"   TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" TypeofCondition="Mechanical"
 	ElementType="Surface" ProcessName="UpliftConditionsProcess" help="Uplift Pressure on surfaces, oriented pointing against the surface outer normal"
 	VariableName="POSITIVE_FACE_PRESSURE">
@@ -555,7 +555,7 @@
   </ConditionItem>
 
   <ConditionItem n="CircularUpliftSurfacePressure3D" pn="Circular Uplift Pressure" ImplementedInFile="apply_scalar_on_conditions_process"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"   TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" TypeofCondition="Mechanical"
 	ElementType="Surface" ProcessName="CircularUpliftConditionsProcess" help="Uplift Pressure on surfaces, oriented pointing against the surface outer normal"
 	VariableName="POSITIVE_FACE_PRESSURE">
@@ -574,7 +574,7 @@
 
     <!---  Added Mass condition -->
   <ConditionItem n="AddedMass2D" pn="Added Mass" ImplementedInFile="special_condition_process"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="AddedMassProcess" help="Added mass contribution"
   VariableName="ADDED_MASS">
@@ -588,7 +588,7 @@
   </ConditionItem>
 
   <ConditionItem n="AddedMass3D" pn="Added Mass" ImplementedInFile="special_condition_process"  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Surface" ProcessName="AddedMassProcess" help="Added mass contributions"
 	VariableName="ADDED_MASS">
@@ -605,7 +605,7 @@
 
   <!--- Chemo-mechanical-Aging -->
   <ConditionItem n="ChemoMechanicalAging3D" pn="Chemo-Mechanical Aging" ImplementedInFile="process_factory"  TypeofProblem="Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	  WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Volume" ProcessName="ImposeChemoMechanicalAgingYoungProcess" VariableName="NODAL_YOUNG_MODULUS"
     help="Application of chemo-mechanical aging young modulus into the body">
@@ -618,7 +618,7 @@
   </ConditionItem>
 
  <ConditionItem n="ChemoMechanicalAging2D" pn="Chemo-Mechanical Aging" ImplementedInFile="process_factory"  TypeofProblem="Mechanical"
-	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	  ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	  WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 	  ElementType="Surface" ProcessName="ImposeChemoMechanicalAgingYoungProcess" VariableName="NODAL_YOUNG_MODULUS"
     help="Application of chemo-mechanical aging young modulus into the body">
@@ -633,7 +633,7 @@
   <!---  Conditions: For the acustic problem -->
   <!---  Free Surface condition -->
     <ConditionItem n="FreeSurface2D" pn="Free Surface" ImplementedInFile="apply_scalar_on_conditions_process"  TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical,Acoustic"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="FreeSurfaceProcess" help="Free surface condition for gravitational surface waves"
     VariableName="Dt2_PRESSURE">
@@ -647,7 +647,7 @@
   </ConditionItem>
 
   <ConditionItem n="FreeSurface3D" pn="Free Surface" ImplementedInFile="apply_scalar_on_conditions_process"  TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical,Acoustic"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofCondition="Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofCondition="Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Surface" ProcessName="FreeSurfaceProcess" help="Free surface condition for gravitational surface waves"
 	VariableName="Dt2_PRESSURE">
@@ -663,7 +663,7 @@
 
   <!--- Boundary radiation condition -->
     <ConditionItem n="InfiniteDomain2D" pn="Boundary Radiation" ImplementedInFile="apply_scalar_on_conditions_process"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"  TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical,Acoustic"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"   TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical,Acoustic"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" TypeofCondition="Mechanical"
 	ElementType="Line" ProcessName="InfiniteDomainProcess" help="Free surface condition for gravitational surface waves"
     VariableName="Dt_PRESSURE">
@@ -677,7 +677,7 @@
   </ConditionItem>
 
   <ConditionItem n="InfiniteDomain3D" pn="Boundary Radiation" ImplementedInFile="apply_scalar_on_conditions_process"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"  TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical,Acoustic"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"   TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical,Acoustic"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" TypeofCondition="Mechanical"
 	ElementType="Surface" ProcessName="InfiniteDomainProcess" help="Free surface condition for gravitational surface waves"
 	VariableName="Dt_PRESSURE">
@@ -693,7 +693,7 @@
 
   <!--- Interface UP condition -->
     <ConditionItem n="UPCondition2D" pn="Interface Condition" ImplementedInFile="apply_scalar_on_conditions_process"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" TypeofCondition="Mechanical"
 	ElementType="Line" ProcessName="InterfaceDomainProcess" help="Interface Condition for coupling solid and fluid domain"
     VariableName="PRESSURE">
@@ -707,7 +707,7 @@
   </ConditionItem>
 
   <ConditionItem n="UPCondition3D" pn="Interface Condition" ImplementedInFile="apply_scalar_on_conditions_proces"
-	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady" TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical"
+	ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"  TypeofProblem="UP_Mechanical,UP_Thermo-Mechanical"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" TypeofCondition="Mechanical"
 	ElementType="Surface" ProcessName="InterfaceDomainProcess" help="Interface Condition for coupling solid and fluid domain"
 	VariableName="PRESSURE">
diff --git a/kratos.gid/apps/Dam/xml/ConstitutiveLaws.xml b/kratos.gid/apps/Dam/xml/ConstitutiveLaws.xml
index 3f1bdbd98..b8839bc50 100644
--- a/kratos.gid/apps/Dam/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/Dam/xml/ConstitutiveLaws.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ConstitutiveLaws>
     <!--3D laws-->
-    <CLaw n="LinearElastic3DLaw" pn="Linear Elastic" ProductionReady="ProductionReady" Type="Linear3D" behaviour="Elastic"
+    <CLaw n="LinearElastic3DLaw" pn="Linear Elastic"  Type="Linear3D" behaviour="Elastic"
     StrainSize="6" AnalysisType="Linear"
 	  help="Linear Elastic Behaviour in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False" >
         <inputs>
@@ -13,7 +13,7 @@
 
         </outputs>
     </CLaw>
-    <CLaw n="ThermalLinearElastic3DLaw" pn="Thermal Linear Elastic" ProductionReady="ProductionReady" Type="Thermal3D" behaviour="Elastic"
+    <CLaw n="ThermalLinearElastic3DLaw" pn="Thermal Linear Elastic"  Type="Thermal3D" behaviour="Elastic"
     StrainSize="6"  AnalysisType="Linear,Non-Linear"
 	  help="Thermal Linear Elastic Behaviour in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False" >
         <inputs>
@@ -30,7 +30,7 @@
     </CLaw>
 
     <!--3D Nodal laws-->
-    <CLaw n="LinearElastic3DLawNodal" pn="Nodal Linear Elastic" ProductionReady="ProductionReady" Type="Linear3D" behaviour="Elastic"
+    <CLaw n="LinearElastic3DLawNodal" pn="Nodal Linear Elastic"  Type="Linear3D" behaviour="Elastic"
     StrainSize="6" AnalysisType="Linear"
 	  help="Linear Elastic Behaviour in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False" >
         <inputs>
@@ -42,7 +42,7 @@
 
         </outputs>
     </CLaw>
-    <CLaw n="ThermalLinearElastic3DLawNodal" pn="Nodal Thermal Linear Elastic" ProductionReady="ProductionReady" Type="Thermal3D" behaviour="Elastic"
+    <CLaw n="ThermalLinearElastic3DLawNodal" pn="Nodal Thermal Linear Elastic"  Type="Thermal3D" behaviour="Elastic"
     StrainSize="6"  AnalysisType="Linear,Non-Linear"
 	  help="Thermal Linear Elastic Behaviour in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False" >
         <inputs>
@@ -59,7 +59,7 @@
     </CLaw>
 
     <!--3D  Interface laws-->
-    <CLaw n="BilinearCohesive3DLaw" pn="Bilinear Cohesive 3D" ProductionReady="ProductionReady" Type="Interface3D" behaviour="Elastic"
+    <CLaw n="BilinearCohesive3DLaw" pn="Bilinear Cohesive 3D"  Type="Interface3D" behaviour="Elastic"
     StrainSize="6"  AnalysisType="Linear,Non-Linear"
 	  help="Bilinear Cohesive law for problems in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False"   DamageType="Local,NonLocal" >
         <inputs>
@@ -77,7 +77,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="JointCohesionDriven3DLaw" pn="Joint Cohesion Driven" ProductionReady="ProductionReady" Type="SimplifiedInterface3D" behaviour="Elastic"
+    <CLaw n="JointCohesionDriven3DLaw" pn="Joint Cohesion Driven"  Type="SimplifiedInterface3D" behaviour="Elastic"
     StrainSize="6"  AnalysisType="Linear,Non-Linear"
 	  help="Simplified joint cohesion driven law for problems in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False"   DamageType="Local,NonLocal" >
         <inputs>
@@ -91,7 +91,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="JointStressDriven3DLaw" pn="Joint Stress Driven" ProductionReady="ProductionReady" Type="SimplifiedInterface3D" behaviour="Elastic"
+    <CLaw n="JointStressDriven3DLaw" pn="Joint Stress Driven"  Type="SimplifiedInterface3D" behaviour="Elastic"
     StrainSize="6"  AnalysisType="Linear,Non-Linear"
 	  help="Simplified joint stress driven law for problems in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False"   DamageType="Local,NonLocal" >
         <inputs>
@@ -108,7 +108,7 @@
     </CLaw>
 
     <!--2D laws-->
-    <CLaw n="LinearElasticPlaneStrain2DLaw" pn="Linear Elastic Plane Strain" ProductionReady="ProductionReady" Type="PlaneStrain" behaviour="Elastic" StrainSize="3"
+    <CLaw n="LinearElasticPlaneStrain2DLaw" pn="Linear Elastic Plane Strain"  Type="PlaneStrain" behaviour="Elastic" StrainSize="3"
           help="Linear Elastic Behaviour in 2D Plane Strain" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"  AnalysisType="Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -119,7 +119,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="LinearElasticPlaneStress2DLaw" pn="Linear Elastic Plane Stress" ProductionReady="ProductionReady" Type="PlaneStress" behaviour="Elastic" StrainSize="3"
+    <CLaw n="LinearElasticPlaneStress2DLaw" pn="Linear Elastic Plane Stress"  Type="PlaneStress" behaviour="Elastic" StrainSize="3"
           help="Linear Elastic Behaviour in 2D Plane Stress" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"  AnalysisType="Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -131,7 +131,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="ThermalLinearElastic2DPlaneStrain" pn="Thermal Linear Elastic Plane Strain" ProductionReady="ProductionReady" Type="ThermalPlaneStrain" behaviour="Elastic" StrainSize="3"
+    <CLaw n="ThermalLinearElastic2DPlaneStrain" pn="Thermal Linear Elastic Plane Strain"  Type="ThermalPlaneStrain" behaviour="Elastic" StrainSize="3"
           help="Thermal Linear Elastic Behaviour in 2D Plane Strain" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"  AnalysisType="Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -146,7 +146,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="ThermalLinearElastic2DPlaneStress" pn="Thermal Linear Elastic Plane Stress" ProductionReady="ProductionReady" Type="ThermalPlaneStress" behaviour="Elastic" StrainSize="3"
+    <CLaw n="ThermalLinearElastic2DPlaneStress" pn="Thermal Linear Elastic Plane Stress"  Type="ThermalPlaneStress" behaviour="Elastic" StrainSize="3"
           help="Thermal Linear Elastic Behaviour in 2D Plane Stress" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"  AnalysisType="Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -163,7 +163,7 @@
     </CLaw>
 
     <!--2D Nodal laws-->
-    <CLaw n="LinearElastic2DPlaneStrainNodal" pn="Nodal Linear Elastic Plane Strain" ProductionReady="ProductionReady" Type="PlaneStrain" behaviour="Elastic" StrainSize="3"
+    <CLaw n="LinearElastic2DPlaneStrainNodal" pn="Nodal Linear Elastic Plane Strain"  Type="PlaneStrain" behaviour="Elastic" StrainSize="3"
           help="Linear Elastic Behaviour in 2D Plane Strain" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"  AnalysisType="Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -174,7 +174,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="LinearElastic2DPlaneStressNodal" pn="Nodal Linear Elastic Plane Stress" ProductionReady="ProductionReady" Type="PlaneStress" behaviour="Elastic" StrainSize="3"
+    <CLaw n="LinearElastic2DPlaneStressNodal" pn="Nodal Linear Elastic Plane Stress"  Type="PlaneStress" behaviour="Elastic" StrainSize="3"
           help="Linear Elastic Behaviour in 2D Plane Stress" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"  AnalysisType="Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -186,7 +186,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="ThermalLinearElastic2DPlaneStrainNodal" pn="Nodal Thermal Linear Elastic Plane Strain" ProductionReady="ProductionReady" Type="ThermalPlaneStrain" behaviour="Elastic" StrainSize="3"
+    <CLaw n="ThermalLinearElastic2DPlaneStrainNodal" pn="Nodal Thermal Linear Elastic Plane Strain"  Type="ThermalPlaneStrain" behaviour="Elastic" StrainSize="3"
           help="Thermal Linear Elastic Behaviour in 2D Plane Strain" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"  AnalysisType="Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -201,7 +201,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="ThermalLinearElastic2DPlaneStressNodal" pn="Nodal Thermal Linear Elastic Plane Stress" ProductionReady="ProductionReady" Type="ThermalPlaneStress" behaviour="Elastic" StrainSize="3"
+    <CLaw n="ThermalLinearElastic2DPlaneStressNodal" pn="Nodal Thermal Linear Elastic Plane Stress"  Type="ThermalPlaneStress" behaviour="Elastic" StrainSize="3"
           help="Thermal Linear Elastic Behaviour in 2D Plane Stress" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"  AnalysisType="Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -218,7 +218,7 @@
     </CLaw>
 
     <!--2D  Interface laws-->
-    <CLaw n="BilinearCohesive2DPlaneStrain" pn="Bilinear Cohesive Plane Strain" ProductionReady="ProductionReady" Type="InterfaceStrain" behaviour="Elastic" StrainSize="3"   DamageType="Local,NonLocal"
+    <CLaw n="BilinearCohesive2DPlaneStrain" pn="Bilinear Cohesive Plane Strain"  Type="InterfaceStrain" behaviour="Elastic" StrainSize="3"   DamageType="Local,NonLocal"
           help="Bilinear Cohesive law for Plane Strain problems" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"   AnalysisType="Linear,Non-Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -235,7 +235,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="BilinearCohesive2DPlaneStress" pn="Bilinear Cohesive Plane Stress" ProductionReady="ProductionReady" Type="InterfaceStress" behaviour="Elastic" StrainSize="3"  DamageType="Local,NonLocal"
+    <CLaw n="BilinearCohesive2DPlaneStress" pn="Bilinear Cohesive Plane Stress"  Type="InterfaceStress" behaviour="Elastic" StrainSize="3"  DamageType="Local,NonLocal"
           help="Bilinear Cohesive law for Plane Stress problems" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"   AnalysisType="Linear,Non-Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -253,7 +253,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="JointCohesionDriven2DLaw" pn="Joint Cohesion Driven" ProductionReady="ProductionReady" Type="SimplifiedInterface" behaviour="Elastic" StrainSize="3"   DamageType="Local,NonLocal"
+    <CLaw n="JointCohesionDriven2DLaw" pn="Joint Cohesion Driven"  Type="SimplifiedInterface" behaviour="Elastic" StrainSize="3"   DamageType="Local,NonLocal"
           help="Simplified joint cohesion driven law for problems in 2D" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"   AnalysisType="Linear,Non-Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
@@ -267,7 +267,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="JointStressDriven2DLaw" pn="Joint Stress Driven" ProductionReady="ProductionReady" Type="SimplifiedInterface" behaviour="Elastic" StrainSize="3"  DamageType="Local,NonLocal"
+    <CLaw n="JointStressDriven2DLaw" pn="Joint Stress Driven"  Type="SimplifiedInterface" behaviour="Elastic" StrainSize="3"  DamageType="Local,NonLocal"
           help="Simplified joint stress driven law for problems in 2D" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False"   AnalysisType="Linear,Non-Linear">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="2400"/>
diff --git a/kratos.gid/apps/Dam/xml/Elements.xml b/kratos.gid/apps/Dam/xml/Elements.xml
index d625edae3..4c3df6006 100644
--- a/kratos.gid/apps/Dam/xml/Elements.xml
+++ b/kratos.gid/apps/Dam/xml/Elements.xml
@@ -3,7 +3,7 @@
 
   <!--small displacements elements-->
   <ElementItem n="SmallDisplacementElement2D" pn="Small displacements" ImplementedInFile="small_displacement_thermo_mechanic_element.cpp"
-	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"
+	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"
 	       WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	       ElementType="Solid" help="" TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical,Modal-Analysis">
 
@@ -44,7 +44,7 @@
   </ElementItem>
 
   <ElementItem n="SmallDisplacementElement3D" pn="Small displacements" ImplementedInFile="small_displacement_thermo_mechanic_element.cpp"
-	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"
+	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"
 	       WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False"
 	       ElementType="Solid" help=""  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical,Modal-Analysis">
 
@@ -87,7 +87,7 @@
 
   <!--joint elements-->
   <ElementItem n="SmallDisplacementInterfaceElement3D" pn="Joint Element" ImplementedInFile="small_displacement_interface_element.cpp"
-	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"
+	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"
 	       WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False"
 	       ElementType="Joint" help=""  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical">
 
@@ -124,7 +124,7 @@
   </ElementItem>
 
   <ElementItem n="SmallDisplacementSimplifiedInterfaceElement3D" pn="Simplified Joint Element" ImplementedInFile="small_displacement_interface_element.cpp"
-	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"
+	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"
 	       WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False"
 	       ElementType="SimplifiedJoint" help=""  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical">
 
@@ -161,7 +161,7 @@
   </ElementItem>
 
   <ElementItem n="SmallDisplacementInterfaceElement2D" pn="Joint Element" ImplementedInFile="small_displacement_interface_element.cpp"
-	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"
+	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"
 	       WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	       ElementType="Joint" help=""  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical">
 
@@ -199,7 +199,7 @@
   </ElementItem>
 
   <ElementItem n="SmallDisplacementSimplifiedInterfaceElement2D" pn="Simplified Joint Element" ImplementedInFile="small_displacement_interface_element.cpp"
-	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000" ProductionReady="ProductionReady"
+	       ImplementedInApplication="DamApplication" MinimumKratosVersion="13000"
 	       WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	       ElementType="SimplifiedJoint" help=""  TypeofProblem="Mechanical,Thermo-Mechanical,UP_Mechanical,UP_Thermo-Mechanical">
 
diff --git a/kratos.gid/apps/Dam/xml/Strategies.xml b/kratos.gid/apps/Dam/xml/Strategies.xml
index 96a3f04fb..782821825 100644
--- a/kratos.gid/apps/Dam/xml/Strategies.xml
+++ b/kratos.gid/apps/Dam/xml/Strategies.xml
@@ -1,6 +1,6 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <StrategyList>
-  <StrategyItem n="Newton-Raphson" pn="Newton Raphson" ImplementedInFile="residualbased_newton_raphson_strategy.h" ImplementedInApplication="Dam" ImplementedInPythonFile="dam_new_mechanical_solver" MinimumKratosVersion="8500" App="Dam" ProductionReady="" help="">
+  <StrategyItem n="Newton-Raphson" pn="Newton Raphson" ImplementedInFile="residualbased_newton_raphson_strategy.h" ImplementedInApplication="Dam" ImplementedInPythonFile="dam_new_mechanical_solver" MinimumKratosVersion="8500" App="Dam"  help="">
     <!-- list of options to be filled -->
     <parameter_list>
       <parameter n="convergence_criterion" pn="Convergence criterion" type="combo" v="And_criterion" values="Residual_criterion,Displacement_criterion,And_criterion,Or_criterion"          pvalues ="Residual criterion,Displacement criterion,And criterion,Or criterion" help="These are the available convergence criteria for the nonlinear iteration">
@@ -31,14 +31,14 @@
       </linearSolverItem>
     </linearSolvers>
     <schemes>
-      <scheme n="Newmark" pn="Newmark" help="Scheme for dynamic problems" ProductionReady="ProductionReady">
+      <scheme n="Newmark" pn="Newmark" help="Scheme for dynamic problems" >
         <parameter_list>
           <parameter n="rayleigh_m" pn="Mass Raylegh" type="double" v="0.0" help="Raylegh coefficient for mass contribution"/>
           <parameter n="rayleigh_k" pn="Stiffness Raylegh" type="double" v="0.0" help="Raylegh coefficient for stiffness contribution"/>
         </parameter_list>
         <element_filters></element_filters>
       </scheme>
-      <scheme n="Bossak" pn="Bossak" help="Scheme for dynamic problems with high frequency accelerations damping" ProductionReady="ProductionReady">
+      <scheme n="Bossak" pn="Bossak" help="Scheme for dynamic problems with high frequency accelerations damping" >
         <parameter_list>
           <parameter n="rayleigh_m" pn="Mass Raylegh" type="double" v="0.0" help="Raylegh coefficient for mass contribution"/>
           <parameter n="rayleigh_k" pn="Stiffness Raylegh" type="double" v="0.0" help="Raylegh coefficient for stiffness contribution"/>
@@ -47,7 +47,7 @@
       </scheme>
     </schemes>
   </StrategyItem>
-  <StrategyItem n="Arc-length" pn="Arc-length" ImplementedInFile="poromechanics_ramm_arc_length_strategy.h" ImplementedInApplication="Poro" ImplementedInPythonFile="dam_new_mechanical_solver" MinimumKratosVersion="15000" App="Dam" ProductionReady="" help="">
+  <StrategyItem n="Arc-length" pn="Arc-length" ImplementedInFile="poromechanics_ramm_arc_length_strategy.h" ImplementedInApplication="Poro" ImplementedInPythonFile="dam_new_mechanical_solver" MinimumKratosVersion="15000" App="Dam"  help="">
     <!-- list of options to be filled -->
     <parameter_list>
       <parameter n="convergence_criterion" pn="Convergence criterion" type="combo" v="And_criterion"          values ="Residual_criterion,Displacement_criterion,And_criterion,Or_criterion"          pvalues ="Residual criterion,Displacement criterion,And criterion,Or criterion" help="These are the available convergence criteria for the nonlinear iteration">
@@ -81,7 +81,7 @@
       </linearSolverItem>
     </linearSolvers>
     <schemes>
-      <scheme n="Newmark" pn="Newmark" help="Scheme for dynamic problems" ProductionReady="ProductionReady">
+      <scheme n="Newmark" pn="Newmark" help="Scheme for dynamic problems" >
         <parameter_list>
           <parameter n="rayleigh_m" pn="Mass Raylegh" type="double" v="0.0" help="Raylegh coefficient for mass contribution"/>
           <parameter n="rayleigh_k" pn="Stiffness Raylegh" type="double" v="0.0" help="Raylegh coefficient for stiffness contribution"/>
@@ -90,7 +90,7 @@
           <!-- <forceIn field="n" value="MembraneElement"/><forceOut field="n" value="SmallDisplacementElement2D"/> -->
         </element_filters>
       </scheme>
-      <scheme n="Bossak" pn="Bossak" help="Scheme for dynamic problems with high frequency accelerations damping" ProductionReady="ProductionReady">
+      <scheme n="Bossak" pn="Bossak" help="Scheme for dynamic problems with high frequency accelerations damping" >
         <parameter_list>
           <parameter n="rayleigh_m" pn="Mass Raylegh" type="double" v="0.0" help="Raylegh coefficient for mass contribution"/>
           <parameter n="rayleigh_k" pn="Stiffness Raylegh" type="double" v="0.0" help="Raylegh coefficient for stiffness contribution"/>
diff --git a/kratos.gid/apps/EmbeddedFluid/xml/Strategies.xml b/kratos.gid/apps/EmbeddedFluid/xml/Strategies.xml
index 7eac3296c..fffb17cd5 100644
--- a/kratos.gid/apps/EmbeddedFluid/xml/Strategies.xml
+++ b/kratos.gid/apps/EmbeddedFluid/xml/Strategies.xml
@@ -6,7 +6,7 @@
 		ImplementedInApplication="FluidDynamicsApplication"
 		ImplementedInPythonFile="Embedded"
 		MinimumKratosVersion="8500" App="Fluid"
-		ProductionReady="ProductionReady"
+
 		help="">
 
     <!-- list of options to be filled -->
@@ -36,9 +36,9 @@
     </linearSolvers>
 
 	  <schemes>
-	  <scheme n="bdf2" pn="BDF2" help="2nd order Backward Differenctiation Formula (BDF2) scheme for CFD problems." ProductionReady="ProductionReady">
-             
-	    <!-- <scheme n="MN" pn="Monolitic generic scheme" help="FilterElements" ProductionReady="ProductionReady"> -->
+	  <scheme n="bdf2" pn="BDF2" help="2nd order Backward Differenctiation Formula (BDF2) scheme for CFD problems." >
+
+	    <!-- <scheme n="MN" pn="Monolitic generic scheme" help="FilterElements" > -->
 	      <parameter_list>
 		    </parameter_list>
   		  <element_filters>
diff --git a/kratos.gid/apps/FSI/xml/Conditions.xml b/kratos.gid/apps/FSI/xml/Conditions.xml
index 4be7363da..aa15c3e8c 100644
--- a/kratos.gid/apps/FSI/xml/Conditions.xml
+++ b/kratos.gid/apps/FSI/xml/Conditions.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ConditionList>
   <ConditionItem n="ALEMeshDisplacementBC2D" pn="ALE mesh displacement BC" ImplementedInFile=".cpp" Interval="Total"
-	ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="False" VariableName="MESH_DISPLACEMENT" App="Fluid"
 	ElementType="Line" ProcessName="AssignVectorVariableProcess" help="Process to set custom mesh displacement conditions." >
     <TopologyFeatures>
@@ -11,7 +11,7 @@
   </ConditionItem>
 
   <ConditionItem n="ALEMeshDisplacementBC3D" pn="ALE mesh displacement BC" ImplementedInFile=".cpp" Interval="Total"
-	ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="1" SkinConditions="False" VariableName="MESH_DISPLACEMENT" App="Fluid"
 	ElementType="Surface" ProcessName="AssignVectorVariableProcess" help="Process to set custom mesh displacement conditions." >
     <TopologyFeatures>
@@ -21,7 +21,7 @@
   </ConditionItem>
 
   <ConditionItem n="FluidNoSlipInterface2D" pn="FSI fluid interface" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" App="Fluid"
 	ElementType="Line" ProcessName="PythonProcess" help="Process to set the interface flag.">
     <TopologyFeatures>
@@ -33,7 +33,7 @@
   </ConditionItem>
 
   <ConditionItem n="StructureInterface2D" pn="FSI structure interface" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" App="Structural"
 	ElementType="Line" ProcessName="PythonProcess" help="Process to set the interface flag.">
     <TopologyFeatures>
@@ -42,7 +42,7 @@
   </ConditionItem>
 
   <ConditionItem n="FluidNoSlipInterface3D" pn="FSI fluid interface" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="1" SkinConditions="True" App="Fluid"
 	ElementType="Surface" ProcessName="PythonProcess" help="Process to set the interface flag.">
     <TopologyFeatures>
@@ -55,7 +55,7 @@
   </ConditionItem>
 
   <ConditionItem n="StructureInterface3D" pn="FSI structure interface" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="1" SkinConditions="True" App="Structural"
 	ElementType="Surface" ProcessName="PythonProcess" help="Process to set the interface flag.">
     <TopologyFeatures>
diff --git a/kratos.gid/apps/FSI/xml/Strategies.xml b/kratos.gid/apps/FSI/xml/Strategies.xml
index f8f17b56a..a994a545f 100644
--- a/kratos.gid/apps/FSI/xml/Strategies.xml
+++ b/kratos.gid/apps/FSI/xml/Strategies.xml
@@ -1,8 +1,8 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <StrategyList>
-	<StrategyItem n="Partitioned" pn="Partitioned" ImplementedInFile="partitioned_fsi_base_solver.py" 
-				  ImplementedInApplication="FSIApplication" ImplementedInPythonFile="partitioned_fsi_base_solver" 
-				  MinimumKratosVersion="8500" App="FSI" ProductionReady="ProductionReady" help="" NeedElements="false">
+	<StrategyItem n="Partitioned" pn="Partitioned" ImplementedInFile="partitioned_fsi_base_solver.py"
+				  ImplementedInApplication="FSIApplication" ImplementedInPythonFile="partitioned_fsi_base_solver"
+				  MinimumKratosVersion="8500" App="FSI"  help="" NeedElements="false">
 		<!-- list of options to be filled -->
 		<parameter_list>
 			<parameter n="nl_tol" pn="Non-linear tolerance" type="double" v="1e-7" help="Interface residual tolerance."/>
@@ -26,9 +26,9 @@
 			</scheme>
 		</schemes>
 	</StrategyItem>
-	<!-- <StrategyItem n="NeumannNeumann" pn="Neumann-Neumann" ImplementedInFile="partitioned_fsi_neumann_neumann_solver.py" ImplementedInApplication="FSIApplication" ImplementedInPythonFile="partitioned_fsi_neumann_neumann_solver" MinimumKratosVersion="8500" App="FSI" ProductionReady="Developer" help=""> -->
+	<!-- <StrategyItem n="NeumannNeumann" pn="Neumann-Neumann" ImplementedInFile="partitioned_fsi_neumann_neumann_solver.py" ImplementedInApplication="FSIApplication" ImplementedInPythonFile="partitioned_fsi_neumann_neumann_solver" MinimumKratosVersion="8500" App="FSI"  help=""> -->
 	<!-- list of options to be filled -->
 	<!-- <parameter_list><parameter n="nl_tol" pn="Non-linear tolerance" type="double" v="1e-7" help="Interface residual tolerance."/><parameter n="nl_max_it" pn="Non-linear max. iterations" type="integer" v="25" help="Maximum number of non-linear iterations."/><parameter n="solve_mesh_at_each_iteration" pn="Solve mesh at each iteration" type="bool" values="true,false" v="true" help="Decides wether the mesh problem is solved or not at each FSI iteration."/></parameter_list> -->
 	<!-- <linearSolvers><linearSolverItem n="coupling_strategy" pn="Coupling strategy" default="MVQN"><filterFeatures><filter field="SolverType" value="FSICoupling"/></filterFeatures><defaults></defaults></linearSolverItem></linearSolvers> -->
-	<!-- <schemes><scheme n="GenericNN" pn="Partitioned scheme" help="FilterElements" ProductionReady="ProductionReady"><parameter_list></parameter_list><element_filters><filter field="ImplementedInApplication" value="FSIApplication"/></element_filters></scheme></schemes></StrategyItem> -->
+	<!-- <schemes><scheme n="GenericNN" pn="Partitioned scheme" help="FilterElements" ><parameter_list></parameter_list><element_filters><filter field="ImplementedInApplication" value="FSIApplication"/></element_filters></scheme></schemes></StrategyItem> -->
 </StrategyList>
diff --git a/kratos.gid/apps/Fluid/xml/Conditions.xml b/kratos.gid/apps/Fluid/xml/Conditions.xml
index d18f2cf3a..fcd2c41ca 100644
--- a/kratos.gid/apps/Fluid/xml/Conditions.xml
+++ b/kratos.gid/apps/Fluid/xml/Conditions.xml
@@ -1,6 +1,6 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ConditionList>
-  <ConditionItem n="AutomaticInlet2D" pn="Automatic inlet velocity" ImplementedInFile=".cpp" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" VariableName="VELOCITY" App="Fluid" ElementType="Line" ProcessName="ApplyInletProcess" help="" units="m/s" unit_magnitude="Velocity">
+  <ConditionItem n="AutomaticInlet2D" pn="Automatic inlet velocity" ImplementedInFile=".cpp" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" VariableName="VELOCITY" App="Fluid" ElementType="Line" ProcessName="ApplyInletProcess" help="" units="m/s" unit_magnitude="Velocity">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="WallCondition2D2N"/>
     </TopologyFeatures>
@@ -8,7 +8,7 @@
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
-  <ConditionItem n="AutomaticInlet3D" pn="Automatic inlet velocity" ImplementedInFile=".cpp" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" VariableName="VELOCITY" App="Fluid" ElementType="Surface" ProcessName="ApplyInletProcess" help="" units="m/s" unit_magnitude="Velocity">
+  <ConditionItem n="AutomaticInlet3D" pn="Automatic inlet velocity" ImplementedInFile=".cpp" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" VariableName="VELOCITY" App="Fluid" ElementType="Surface" ProcessName="ApplyInletProcess" help="" units="m/s" unit_magnitude="Velocity">
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="WallCondition3D3N"/>
     </TopologyFeatures>
@@ -16,7 +16,7 @@
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
-  <ConditionItem n="Outlet2D" pn="Outlet pressure" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" VariableName="PRESSURE" App="Fluid" ElementType="Line" ProcessName="ApplyOutletProcess" help="Fixes the pressure" units="Pa" unit_magnitude="P">
+  <ConditionItem n="Outlet2D" pn="Outlet pressure" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" VariableName="PRESSURE" App="Fluid" ElementType="Line" ProcessName="ApplyOutletProcess" help="Fixes the pressure" units="Pa" unit_magnitude="P">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="WallCondition2D2N"/>
     </TopologyFeatures>
@@ -27,7 +27,7 @@
     </DefaultValues>
     <outputs></outputs>
   </ConditionItem>
-  <ConditionItem n="Outlet3D" pn="Outlet pressure" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" VariableName="PRESSURE" App="Fluid" ElementType="Surface" ProcessName="ApplyOutletProcess" help="Fixes the pressure to a constant scalar value." units="Pa" unit_magnitude="P">
+  <ConditionItem n="Outlet3D" pn="Outlet pressure" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" VariableName="PRESSURE" App="Fluid" ElementType="Surface" ProcessName="ApplyOutletProcess" help="Fixes the pressure to a constant scalar value." units="Pa" unit_magnitude="P">
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="WallCondition3D3N"/>
     </TopologyFeatures>
@@ -38,7 +38,7 @@
     </DefaultValues>
     <outputs></outputs>
   </ConditionItem>
-  <ConditionItem n="Slip2D" pn="Slip" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" App="Fluid" ElementType="Line" ProcessName="ApplySlipProcess" help="" GroupBy="Condition">
+  <ConditionItem n="Slip2D" pn="Slip" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" App="Fluid" ElementType="Line" ProcessName="ApplySlipProcess" help="" GroupBy="Condition">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="WallCondition2D2N"/>
     </TopologyFeatures>
@@ -46,7 +46,7 @@
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
-  <ConditionItem n="Slip3D" pn="Slip" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" App="Fluid" ElementType="Surface" ProcessName="ApplySlipProcess" help="" GroupBy="Condition">
+  <ConditionItem n="Slip3D" pn="Slip" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" App="Fluid" ElementType="Surface" ProcessName="ApplySlipProcess" help="" GroupBy="Condition">
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="WallCondition3D3N"/>
     </TopologyFeatures>
@@ -54,7 +54,7 @@
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
-  <ConditionItem n="NoSlip2D" pn="No Slip" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" App="Fluid" ElementType="Line" ProcessName="ApplyNoSlipProcess" help="">
+  <ConditionItem n="NoSlip2D" pn="No Slip" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" App="Fluid" ElementType="Line" ProcessName="ApplyNoSlipProcess" help="">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="WallCondition2D2N"/>
     </TopologyFeatures>
@@ -62,7 +62,7 @@
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
-  <ConditionItem n="NoSlip3D" pn="No Slip" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" App="Fluid" ElementType="Surface" ProcessName="ApplyNoSlipProcess" help="">
+  <ConditionItem n="NoSlip3D" pn="No Slip" ImplementedInFile=".cpp" Interval="False" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" App="Fluid" ElementType="Surface" ProcessName="ApplyNoSlipProcess" help="">
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="WallCondition3D3N"/>
     </TopologyFeatures>
@@ -70,13 +70,13 @@
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
-  <ConditionItem n="VelocityConstraints2D" pn="Custom velocity constraints" ImplementedInFile=".cpp" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" SkinConditions="False" ElementType="Line" App="Fluid" ProcessName="AssignVectorVariableProcess" VariableName="VELOCITY" help="" units="m/s" unit_magnitude="Velocity">
+  <ConditionItem n="VelocityConstraints2D" pn="Custom velocity constraints" ImplementedInFile=".cpp" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" SkinConditions="False" ElementType="Line" App="Fluid" ProcessName="AssignVectorVariableProcess" VariableName="VELOCITY" help="" units="m/s" unit_magnitude="Velocity">
     <TopologyFeatures></TopologyFeatures>
     <DegreesOfFreedom></DegreesOfFreedom>
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem>
-  <ConditionItem n="VelocityConstraints3D" pn="Custom velocity constraints" ImplementedInFile=".cpp" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" App="Fluid" WorkingSpaceDimension="3D" LocalSpaceDimension="3" SkinConditions="False" ElementType="Surface" ProcessName="AssignVectorVariableProcess" VariableName="VELOCITY" help="" units="m/s" unit_magnitude="Velocity">
+  <ConditionItem n="VelocityConstraints3D" pn="Custom velocity constraints" ImplementedInFile=".cpp" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  App="Fluid" WorkingSpaceDimension="3D" LocalSpaceDimension="3" SkinConditions="False" ElementType="Surface" ProcessName="AssignVectorVariableProcess" VariableName="VELOCITY" help="" units="m/s" unit_magnitude="Velocity">
     <TopologyFeatures></TopologyFeatures>
     <DegreesOfFreedom></DegreesOfFreedom>
     <inputs></inputs>
diff --git a/kratos.gid/apps/Fluid/xml/ConstitutiveLaws.xml b/kratos.gid/apps/Fluid/xml/ConstitutiveLaws.xml
index 34555ab9c..07dc021dd 100644
--- a/kratos.gid/apps/Fluid/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/Fluid/xml/ConstitutiveLaws.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ConstitutiveLaws>
     <!--Newtonian constitutive laws-->
-	<CLaw n="Newtonian2DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid" App="Fluid" ElementCompressibility="Incompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="2D">
+	<CLaw n="Newtonian2DLaw" pn="Newtonian"  help="Newtonian fluid" App="Fluid" ElementCompressibility="Incompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="2D">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="M/(L*T)" units="kg/(m*s)" v="1.846e-5" help="Set the dynamic viscosity."/>
@@ -10,7 +10,7 @@
         </outputs>
     </CLaw>
 
-	<CLaw n="Newtonian3DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid" App="Fluid" ElementCompressibility="Incompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D">
+	<CLaw n="Newtonian3DLaw" pn="Newtonian"  help="Newtonian fluid" App="Fluid" ElementCompressibility="Incompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="M/(L*T)" units="kg/(m*s)" v="1.846e-5" help="Set the dynamic viscosity."/>
@@ -20,7 +20,7 @@
     </CLaw>
 
     <!--Newtonian with sound velocity constitutive laws-->
-	<CLaw n="WeaklyCompressibleNewtonian2DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid with sound velocity for weak compressibility" App="Fluid" ElementCompressibility="WeaklyCompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="2D" KratosName="Newtonian2DLaw">
+	<CLaw n="WeaklyCompressibleNewtonian2DLaw" pn="Newtonian"  help="Newtonian fluid with sound velocity for weak compressibility" App="Fluid" ElementCompressibility="WeaklyCompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="2D" KratosName="Newtonian2DLaw">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="M/(L*T)" units="kg/(m*s)" v="1.846e-5" help="Set the dynamic viscosity."/>
@@ -30,7 +30,7 @@
         </outputs>
     </CLaw>
 
-	<CLaw n="WeaklyCompressibleNewtonian3DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid with sound velocity for weak compressibility" App="Fluid" ElementCompressibility="WeaklyCompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D" KratosName="Newtonian3DLaw">
+	<CLaw n="WeaklyCompressibleNewtonian3DLaw" pn="Newtonian"  help="Newtonian fluid with sound velocity for weak compressibility" App="Fluid" ElementCompressibility="WeaklyCompressible" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D" KratosName="Newtonian3DLaw">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="M/(L*T)" units="kg/(m*s)" v="1.846e-5" help="Set the dynamic viscosity."/>
@@ -41,7 +41,7 @@
     </CLaw>
 
     <!-- TODO: Add back the Herschel–Bulkley constitutive law once the new elements, which will use the Kratos constitutive laws, migration are set as default monolithic element -->
-<!--     <CLaw n="HerschelBulkley3DLaw" pn="Herschel-Bulkley" ProductionReady="ProductionReady" help="Herschel–Bulkley fluid -> tau = tau0 + k * gamma^n" App="Fluid" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D">
+<!--     <CLaw n="HerschelBulkley3DLaw" pn="Herschel-Bulkley"  help="Herschel–Bulkley fluid -> tau = tau0 + k * gamma^n" App="Fluid" ImplementedInApplication="FluidDynamicsApplication" Dimension="3D">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1000"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Kinematic viscosity" unit_magnitude="L^2/T" units="m^2/s" v="1e-3" help="Fluidized viscosity."/>
diff --git a/kratos.gid/apps/Fluid/xml/Elements.xml b/kratos.gid/apps/Fluid/xml/Elements.xml
index b7673bc4a..efa6d9a5c 100644
--- a/kratos.gid/apps/Fluid/xml/Elements.xml
+++ b/kratos.gid/apps/Fluid/xml/Elements.xml
@@ -1,6 +1,6 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ElementList>
-  <ElementItem n="FractionalStep2D" pn="Fractional Step 2D" ImplementedInFile="fractional_step.cpp" ImplementedInApplication="CompressiblePotentialFlowApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="VELOCITY" ElementType="Fluid" help="This element implements a Fractional Step Element">
+  <ElementItem n="FractionalStep2D" pn="Fractional Step 2D" ImplementedInFile="fractional_step.cpp" ImplementedInApplication="CompressiblePotentialFlowApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="VELOCITY" ElementType="Fluid" help="This element implements a Fractional Step Element">
 
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
@@ -26,7 +26,7 @@
   </ElementItem>
 
 
-  <ElementItem n="FractionalStep3D" pn="Fractional Step 3D" ImplementedInFile="fractional_step.cpp" ImplementedInApplication="CompressiblePotentialFlowApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="VELOCITY" ElementType="Fluid" help="This element implements a Fractional Step Element">
+  <ElementItem n="FractionalStep3D" pn="Fractional Step 3D" ImplementedInFile="fractional_step.cpp" ImplementedInApplication="CompressiblePotentialFlowApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="VELOCITY" ElementType="Fluid" help="This element implements a Fractional Step Element">
 
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
@@ -49,7 +49,7 @@
   </ElementItem>
 
     <ElementItem n="QSVMS2D" pn="Quasi-static VMS" ImplementedInFile="qs_vms.cpp" ImplementedInApplication="FluidDynamicsApplication" FormulationElementType="qsvms"
-        MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False"
+        MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False"
         LargeDeformation="False" ElementType="Fluid" help="This element implements a quasi-static Variational MultiScale (VMS) monolithic element">
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
@@ -77,7 +77,7 @@
     </ElementItem>
 
     <ElementItem n="QSVMS3D" pn="Quasi-static VMS" ImplementedInFile="qs_vms.cpp" ImplementedInApplication="FluidDynamicsApplication" FormulationElementType="qsvms"
-        MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False"
+        MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False"
         LargeDeformation="False" ElementType="Fluid" help="This element implements a quasi-static Variational MultiScale (VMS) monolithic element">
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
@@ -105,7 +105,7 @@
     </ElementItem>
 
     <ElementItem n="DVMS2D" pn="Dynamic VMS" ImplementedInFile="d_vms.cpp" ImplementedInApplication="FluidDynamicsApplication"  FormulationElementType="dvms"
-        MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False"
+        MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False"
         LargeDeformation="False" ElementType="Fluid" help="This element implements a dynamic Variational MultiScale (VMS) monolithic element">
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
@@ -133,7 +133,7 @@
     </ElementItem>
 
     <ElementItem n="DVMS3D" pn="Dynamic VMS" ImplementedInFile="d_vms.cpp" ImplementedInApplication="FluidDynamicsApplication" FormulationElementType="dvms"
-        MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False"
+        MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False"
         LargeDeformation="False" ElementType="Fluid" help="This element implements a dynamic Variational MultiScale (VMS) monolithic element">
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
@@ -161,7 +161,7 @@
     </ElementItem>
 
     <ElementItem n="FIC2D" pn="FIC" ImplementedInFile="fic.cpp" ImplementedInApplication="FluidDynamicsApplication"  FormulationElementType="fic"
-        MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False"
+        MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False"
         LargeDeformation="False" ElementType="Fluid" help="This element implements a Finite Increment Calculus (FIC) stabilization monolithic element">
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
@@ -189,7 +189,7 @@
     </ElementItem>
 
     <ElementItem n="FIC3D" pn="FIC" ImplementedInFile="fic.cpp" ImplementedInApplication="FluidDynamicsApplication" FormulationElementType="fic"
-        MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False"
+        MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False"
         LargeDeformation="False" ElementType="Fluid" help="This element implements a Finite Increment Calculus (FIC) stabilization monolithic element">
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
@@ -217,7 +217,7 @@
     </ElementItem>
 
     <ElementItem n="WeaklyCompressible2D" pn="Weakly compressible" ImplementedInFile="weakly_compressible_navier_stokes.cpp" ImplementedInApplication="FluidDynamicsApplication"  FormulationElementType="weakly_compressible"
-        MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False"
+        MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False"
         LargeDeformation="False" ElementType="Fluid" help="This element implements a VMS stabilized weakly compressible Navier-Stokes monolithic formulation">
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
@@ -244,7 +244,7 @@
     </ElementItem>
 
     <ElementItem n="WeaklyCompressible3D" pn="Weakly compressible" ImplementedInFile="weakly_compressible_navier_stokes.cpp" ImplementedInApplication="FluidDynamicsApplication" FormulationElementType="weakly_compressible"
-        MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False"
+        MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False"
         LargeDeformation="False" ElementType="Fluid" help="This element implements a VMS stabilized weakly compressible Navier-Stokes monolithic formulation">
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
diff --git a/kratos.gid/apps/Fluid/xml/Strategies.xml b/kratos.gid/apps/Fluid/xml/Strategies.xml
index f77499c01..1803f4ee5 100644
--- a/kratos.gid/apps/Fluid/xml/Strategies.xml
+++ b/kratos.gid/apps/Fluid/xml/Strategies.xml
@@ -12,7 +12,7 @@
 		ImplementedInPythonFile="Monolithic"
 		MinimumKratosVersion="8500"
 		App="Fluid"
-		ProductionReady="ProductionReady"
+
 		help="Incompressible Navier-Stokes equations monolithic strategy.">
 
 		<!-- list of options to be filled -->
@@ -41,13 +41,13 @@
 
 		<!-- scheme settings -->
 		<schemes>
-			<scheme n="bossak" pn="Bossak" help="Bossak scheme for CFD problems." ProductionReady="ProductionReady">
+			<scheme n="bossak" pn="Bossak" help="Bossak scheme for CFD problems." >
                 <parameter_list></parameter_list>
                 <element_filters>
                     <filter field="n" value="QSVMS2D,QSVMS3D,DVMS2D,DVMS3D,FIC2D,FIC3D"/>
                 </element_filters>
             </scheme>
-			<scheme n="bdf2" pn="BDF2" help="2nd order Backward Differenctiation Formula (BDF2) scheme for CFD problems." ProductionReady="ProductionReady">
+			<scheme n="bdf2" pn="BDF2" help="2nd order Backward Differenctiation Formula (BDF2) scheme for CFD problems." >
                 <parameter_list></parameter_list>
                 <element_filters>
                     <filter field="n" value="QSVMS2D,QSVMS3D,DVMS2D,DVMS3D,FIC2D,FIC3D,WeaklyCompressible2D,WeaklyCompressible3D"/>
@@ -67,7 +67,7 @@
 		ImplementedInPythonFile="FractionalStep"
 		MinimumKratosVersion="8500"
 		App="Fluid"
-		ProductionReady="ProductionReady"
+
 		help="Incompressible Navier-Stokes equations fractional step strategy.">
 
 		<!-- list of options to be filled -->
diff --git a/kratos.gid/apps/FluidDEM/xml/Conditions.xml b/kratos.gid/apps/FluidDEM/xml/Conditions.xml
index 0988cdfd4..c2968cf83 100644
--- a/kratos.gid/apps/FluidDEM/xml/Conditions.xml
+++ b/kratos.gid/apps/FluidDEM/xml/Conditions.xml
@@ -1,6 +1,6 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ConditionList>
-  <!-- <ConditionItem n="RotationFluid2D" pn="Rotation fluid velocity" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" VariableName="ROTATION" App="FluidDEMapplication" ElementType="Line" ProcessName="ApplyFluidRotationProcess" help="" units="m/s" unit_magnitude="Velocity">
+  <!-- <ConditionItem n="RotationFluid2D" pn="Rotation fluid velocity" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" VariableName="ROTATION" App="FluidDEMapplication" ElementType="Line" ProcessName="ApplyFluidRotationProcess" help="" units="m/s" unit_magnitude="Velocity">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="WallCondition2D2N"/>
     </TopologyFeatures>
@@ -8,7 +8,7 @@
     <inputs></inputs>
     <outputs></outputs>
   </ConditionItem> -->
-  <ConditionItem n="RotationFluid3D" pn="Rotation fluid velocity" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="False" VariableName="ROTATION" App="FluidDEMapplication" ElementType="Volume" ProcessName="ApplyFluidRotationProcess" help="" units="m/s" unit_magnitude="Velocity">
+  <ConditionItem n="RotationFluid3D" pn="Rotation fluid velocity" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="False" VariableName="ROTATION" App="FluidDEMapplication" ElementType="Volume" ProcessName="ApplyFluidRotationProcess" help="" units="m/s" unit_magnitude="Velocity">
     <TopologyFeatures>
       <!-- <item GeometryType="Triangle" nodes="3" KratosName="WallCondition3D3N"/> -->
       <item GeometryType="Tetrahedra" nodes="4" KratosName="Element3D4N"/>
diff --git a/kratos.gid/apps/FluidDEM/xml/Elements.xml b/kratos.gid/apps/FluidDEM/xml/Elements.xml
index 7106195c2..e43f02cd1 100644
--- a/kratos.gid/apps/FluidDEM/xml/Elements.xml
+++ b/kratos.gid/apps/FluidDEM/xml/Elements.xml
@@ -2,7 +2,7 @@
 <ElementList>
   <!--solid elements-->
   <!--small displacements-->
-  <ElementItem n="SphericPartDEMElement3D" pn="Spheric Element" WriteName="SphericPartDEMElement" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" ElementType="DEM" help="">
+  <ElementItem n="SphericPartDEMElement3D" pn="Spheric Element" WriteName="SphericPartDEMElement" ImplementedInFile=".cpp" ImplementedInApplication="DEMApplication"  WorkingSpaceDimension="3D" ElementType="DEM" help="">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Sphere" nodes="1" KratosName="SphericSwimmingParticle3D"/>
@@ -18,7 +18,7 @@
     <outputs></outputs>
   </ElementItem>
 
-  <ElementItem n="QSVMSDEMcoupled3D" pn="QSVMS DEM coupled 3D" WriteName="qsvmsDEM" ImplementedInFile="qsvms_dem_coupled.cpp" ImplementedInApplication="SwimmingDEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="VELOCITY" ElementType="Fluid" help="This element implements a fluid element using the QSVMS formulation to couple with solid particles" FormulationElementType="qsvms">
+  <ElementItem n="QSVMSDEMcoupled3D" pn="QSVMS DEM coupled 3D" WriteName="qsvmsDEM" ImplementedInFile="qsvms_dem_coupled.cpp" ImplementedInApplication="SwimmingDEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="VELOCITY" ElementType="Fluid" help="This element implements a fluid element using the QSVMS formulation to couple with solid particles" FormulationElementType="qsvms">
 
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
@@ -40,7 +40,7 @@
       <parameter n="VORTICITY" pn="Vorticity" />
     </outputs>
   </ElementItem>
-  <ElementItem n="QSVMSDEMcoupled2D" pn="QSVMS DEM coupled 2D" WriteName="qsvmsDEM2D" ImplementedInFile="qsvms_dem_coupled.cpp" ImplementedInApplication="SwimmingDEMApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="VELOCITY" ElementType="Fluid" help="This element implements a fluid element using the QSVMS formulation to coupled with solid particles" FormulationElementType="qsvms">
+  <ElementItem n="QSVMSDEMcoupled2D" pn="QSVMS DEM coupled 2D" WriteName="qsvmsDEM2D" ImplementedInFile="qsvms_dem_coupled.cpp" ImplementedInApplication="SwimmingDEMApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="VELOCITY" ElementType="Fluid" help="This element implements a fluid element using the QSVMS formulation to coupled with solid particles" FormulationElementType="qsvms">
 
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
diff --git a/kratos.gid/apps/FluidDEM/xml/NodalConditions.xml b/kratos.gid/apps/FluidDEM/xml/NodalConditions.xml
index cacb596aa..4d0b6b040 100644
--- a/kratos.gid/apps/FluidDEM/xml/NodalConditions.xml
+++ b/kratos.gid/apps/FluidDEM/xml/NodalConditions.xml
@@ -1,6 +1,6 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <NodalConditionList>
-  <NodalConditionItem n="ApplyTransientSpatialDependantSolutionBodyForceProcess" pn="Transient spatial dependant manufactured body force" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="False" VariableName="BODY_FORCE" App="FluidDEMapplication" ElementType="Volume" ProcessName="ApplyTransientSpatialDependantSolutionBodyForceProcess" help="">
+  <NodalConditionItem n="ApplyTransientSpatialDependantSolutionBodyForceProcess" pn="Transient spatial dependant manufactured body force" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="False" VariableName="BODY_FORCE" App="FluidDEMapplication" ElementType="Volume" ProcessName="ApplyTransientSpatialDependantSolutionBodyForceProcess" help="">
     <TopologyFeatures>
       <item GeometryType="Tetrahedra" nodes="4" KratosName="Element3D4N"/>
     </TopologyFeatures>
@@ -8,7 +8,7 @@
     <inputs></inputs>
     <outputs></outputs>
   </NodalConditionItem>
-    <NodalConditionList n="AssignExactVariableToADOFProcess" pn="Assign exact value to a dof" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="False" VariableName="EXACT_VELOCITY" App="FluidDEMapplication" ProcessName="AssignExactVariableToADOFProcess" help="">
+    <NodalConditionList n="AssignExactVariableToADOFProcess" pn="Assign exact value to a dof" Interval="Total" ImplementedInApplication="FluidApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="False" VariableName="EXACT_VELOCITY" App="FluidDEMapplication" ProcessName="AssignExactVariableToADOFProcess" help="">
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="WallCondition3D3N"/>
       <item GeometryType="Line"     nodes="2" KratosName="WallCondition2D2N"/>
diff --git a/kratos.gid/apps/FluidDEM/xml/Strategies.xml b/kratos.gid/apps/FluidDEM/xml/Strategies.xml
index 690cf9c3a..888ea2be5 100644
--- a/kratos.gid/apps/FluidDEM/xml/Strategies.xml
+++ b/kratos.gid/apps/FluidDEM/xml/Strategies.xml
@@ -12,7 +12,7 @@
 		ImplementedInPythonFile="MonolithicDEM"
 		MinimumKratosVersion="8500"
 		App="Fluid"
-		ProductionReady="ProductionReady"
+
 		help="Incompressible Navier-Stokes equations monolithic strategy for fluid-particle interaction.">
 
 		<!-- list of options to be filled -->
@@ -41,7 +41,7 @@
 
 		<!-- scheme settings -->
 		<schemes>
-			<scheme n="MNDEM" pn="Monolitic generic scheme for DEM coupling" help="FilterElements" ProductionReady="ProductionReady">
+			<scheme n="MNDEM" pn="Monolitic generic scheme for DEM coupling" help="FilterElements" >
 				<parameter_list>
 				</parameter_list>
 				<element_filters>
diff --git a/kratos.gid/apps/MPM/xml/Conditions.xml b/kratos.gid/apps/MPM/xml/Conditions.xml
index 75a2559ca..3e5636ca7 100644
--- a/kratos.gid/apps/MPM/xml/Conditions.xml
+++ b/kratos.gid/apps/MPM/xml/Conditions.xml
@@ -2,7 +2,7 @@
 <ConditionList>
 
   <ConditionItem n="PointLoad2D" pn="Load on points" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 		 WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 		 ElementType="Point" ProcessName="AssignVectorByDirectionToConditionProcess" help="Point load application by means of the AssignVectorByDirectionToConditionProcess in the core"
 		 units="N" unit_magnitude="F" VariableName="POINT_LOAD">
@@ -17,7 +17,7 @@
   </ConditionItem>
 
   <ConditionItem n="PointLoad2DAxisym" pn="Load on points" Interval="Total"
-     ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+     ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 		 WorkingSpaceDimension="2Da" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 		 ElementType="Point" ProcessName="AssignVectorByDirectionToConditionProcess" help="Point load application by means of the AssignVectorByDirectionToConditionProcess in the core"
 		 units="N/m" unit_magnitude="F/L" VariableName="POINT_LOAD">
@@ -32,7 +32,7 @@
   </ConditionItem>
 
   <ConditionItem n="PointLoad3D" pn="Load on points" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 		 WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" LargeDeformation="False"
 		 ElementType="Point" ProcessName="AssignVectorByDirectionToConditionProcess" help="Load on points, load vector referred to global axes"
 		 units="N" unit_magnitude="F" VariableName="POINT_LOAD">
@@ -47,7 +47,7 @@
   </ConditionItem>
 
   <ConditionItem n="LineLoad2D" pn="Load on lines" Interval="Total"
-	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="AssignVectorByDirectionToConditionProcess" help="Load on lines, load vector referred to global axes"
 	units="N/m" unit_magnitude="F/L" VariableName="LINE_LOAD">
@@ -62,7 +62,7 @@
   </ConditionItem>
 
   <ConditionItem n="LineLoad2DAxisym" pn="Load on lines" Interval="Total"
-	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="2Da" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="AssignVectorByDirectionToConditionProcess" help="Load on lines, load vector referred to global axes"
 	units="N/m" unit_magnitude="F/L" VariableName="LINE_LOAD">
@@ -77,7 +77,7 @@
   </ConditionItem>
 
   <ConditionItem n="SurfaceLoad3D" pn="Load on surfaces" Interval="Total"
-	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Surface"  ProcessName="AssignVectorByDirectionToConditionProcess" help="Load on surfaces, load vector referred to global axes"
 	units="N/m^2" unit_magnitude="F/L^2" VariableName="SURFACE_LOAD">
@@ -93,7 +93,7 @@
   </ConditionItem>
 
   <ConditionItem n="Slip2D" pn="Slip" Interval="False"
-	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="ApplyMPMSlipBoundaryProcess" help="">
     <TopologyFeatures>
@@ -106,7 +106,7 @@
   </ConditionItem>
 
   <ConditionItem n="Slip2DAxisymmetry" pn="Slip" Interval="False"
-	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="2Da" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Line" ProcessName="ApplyMPMSlipBoundaryProcess" help="">
     <TopologyFeatures>
@@ -119,7 +119,7 @@
   </ConditionItem>
 
   <ConditionItem n="Slip3D" pn="Slip" Interval="False"
-	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	ElementType="Surface"  ProcessName="ApplyMPMSlipBoundaryProcess" help="">
     <TopologyFeatures>
diff --git a/kratos.gid/apps/MPM/xml/ConstitutiveLaws.xml b/kratos.gid/apps/MPM/xml/ConstitutiveLaws.xml
index 6fdd27014..d3315a006 100644
--- a/kratos.gid/apps/MPM/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/MPM/xml/ConstitutiveLaws.xml
@@ -8,7 +8,7 @@
 <!-- Currently Available in ParticleMechanicsApplication -->
   <!--linear elastic laws-->
   <CLaw n="LinearElasticIsotropicPlaneStrain2DLaw" pn="Linear Elastic (Plane Strain)" Type="PlaneStrain" LargeDeformation="False"  kratos_module="ParticleMechanicsApplication"
-	help="Linear Elastic Behaviour in 2D Plane Strain" Dimension="2D" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication">
+	help="Linear Elastic Behaviour in 2D Plane Strain" Dimension="2D"  ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -18,7 +18,7 @@
   </CLaw>
 
   <CLaw n="LinearElasticIsotropicPlaneStress2DLaw" pn="Linear Elastic (Plane Stress)" Type="PlaneStress" LargeDeformation="False" kratos_module="ParticleMechanicsApplication"
-	help="Linear Elastic Behaviour in 2D Plane Stress" Dimension="2D" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication">
+	help="Linear Elastic Behaviour in 2D Plane Stress" Dimension="2D"  ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -28,7 +28,7 @@
   </CLaw>
 
   <CLaw n="LinearElasticIsotropicAxisym2DLaw" pn="Linear Elastic" Type="Axisymmetric" LargeDeformation="False" kratos_module="ParticleMechanicsApplication"
-  help="Linear Elastic Behaviour in 2D Axis-symmetric" Dimension="2Da" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication" >
+  help="Linear Elastic Behaviour in 2D Axis-symmetric" Dimension="2Da"  ImplementedInApplication="ParticleMechanicsApplication" >
     <inputs>
         <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
         <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -38,7 +38,7 @@
   </CLaw>
 
   <CLaw n="LinearElasticIsotropic3DLaw" pn="Linear Elastic" Type="3D" LargeDeformation="False" kratos_module="ParticleMechanicsApplication"
-	help="Linear Elastic Behaviour in 3D" Dimension="3D" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication">
+	help="Linear Elastic Behaviour in 3D" Dimension="3D"  ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -49,7 +49,7 @@
 
   <!--hyper elastic laws-->
   <CLaw n="HyperElasticPlaneStrain2DLaw" pn="Hyperelastic (Plane Strain)" Type="PlaneStrain" LargeDeformation="False"  kratos_module="ParticleMechanicsApplication"
-	help="Hyperelastic Behaviour in 2D Plane Strain" Dimension="2D" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication">
+	help="Hyperelastic Behaviour in 2D Plane Strain" Dimension="2D"  ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -59,7 +59,7 @@
   </CLaw>
 
   <CLaw n="HyperElasticAxisym2DLaw" pn="Hyperelastic" Type="Axisymmetric" LargeDeformation="False" kratos_module="ParticleMechanicsApplication"
-  help="Hyperelastic Behaviour in 2D Axis-symmetric" Dimension="2Da" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication" >
+  help="Hyperelastic Behaviour in 2D Axis-symmetric" Dimension="2Da"  ImplementedInApplication="ParticleMechanicsApplication" >
     <inputs>
         <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
         <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -69,7 +69,7 @@
   </CLaw>
 
   <CLaw n="HyperElastic3DLaw" pn="Hyperelastic" Type="3D" LargeDeformation="False" kratos_module="ParticleMechanicsApplication"
-	help="HyperElastic Behaviour in 3D" Dimension="3D" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication">
+	help="HyperElastic Behaviour in 3D" Dimension="3D"  ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -80,7 +80,7 @@
 
   <!-- Mohr Coulomb -->
   <CLaw n="HenckyMCPlasticPlaneStrain2DLaw" pn="Mohr Coulomb" class="HenckyMCPlasticPlaneStrain2DLaw" Type="2D" LargeDeformation="True" kratos_module="ParticleMechanicsApplication"
-	help="Mohr Coulomb Plasticity Behaviour in 2D Plane Strain" Dimension="2D" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication">
+	help="Mohr Coulomb Plasticity Behaviour in 2D Plane Strain" Dimension="2D"  ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -93,7 +93,7 @@
   </CLaw>
 
   <CLaw n="HenckyMCPlasticAxisym2DLaw" pn="Mohr Coulomb" class="HenckyMCPlasticAxisym2DLaw" Type="Axisymmetric" LargeDeformation="True" kratos_module="ParticleMechanicsApplication"
-  help="Mohr Coulomb Plasticity Behaviour in 2D Axis-symmetric" Dimension="2Da" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication" >
+  help="Mohr Coulomb Plasticity Behaviour in 2D Axis-symmetric" Dimension="2Da"  ImplementedInApplication="ParticleMechanicsApplication" >
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -106,7 +106,7 @@
   </CLaw>
 
   <CLaw n="HenckyMCPlastic3DLaw" pn="Mohr Coulomb" class="HenckyMCPlastic3DLaw" Type="3D" LargeDeformation="True" kratos_module="ParticleMechanicsApplication"
-	help="Mohr Coulomb Plasticity Behaviour in 3D" Dimension="3D" ProductionReady="ProductionReady"  ImplementedInApplication="ParticleMechanicsApplication">
+	help="Mohr Coulomb Plasticity Behaviour in 3D" Dimension="3D"   ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -120,7 +120,7 @@
 
   <!-- Mohr Coulomb Strain Softening -->
   <CLaw n="HenckyMCStrainSofteningPlasticPlaneStrain2DLaw" pn="Mohr Coulomb Strain Softening" class="HenckyMCStrainSofteningPlasticPlaneStrain2DLaw" Type="2D" LargeDeformation="True" kratos_module="ParticleMechanicsApplication"
-	help="Mohr Coulomb Plasticity with Strain Softening Behaviour in 2D Plane Strain" Dimension="2D" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication">
+	help="Mohr Coulomb Plasticity with Strain Softening Behaviour in 2D Plane Strain" Dimension="2D"  ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -137,7 +137,7 @@
   </CLaw>
 
   <CLaw n="HenckyMCStrainSofteningPlasticAxisym2DLaw" pn="Mohr Coulomb Strain Softening" class="HenckyMCStrainSofteningPlasticAxisym2DLaw" Type="Axisymmetric" LargeDeformation="True" kratos_module="ParticleMechanicsApplication"
-  help="Mohr Coulomb Plasticity with Strain Softening Behaviour in 2D Axis-symmetric" Dimension="2Da" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication" >
+  help="Mohr Coulomb Plasticity with Strain Softening Behaviour in 2D Axis-symmetric" Dimension="2Da"  ImplementedInApplication="ParticleMechanicsApplication" >
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -154,7 +154,7 @@
   </CLaw>
 
   <CLaw n="HenckyMCStrainSofteningPlastic3DLaw" pn="Mohr Coulomb Strain Softening" class="HenckyMCStrainSofteningPlastic3DLaw" Type="3D" LargeDeformation="True" kratos_module="ParticleMechanicsApplication"
-	help="Mohr Coulomb Plasticity with Strain Softening Behaviour in 3D" Dimension="3D" ProductionReady="ProductionReady"  ImplementedInApplication="ParticleMechanicsApplication">
+	help="Mohr Coulomb Plasticity with Strain Softening Behaviour in 3D" Dimension="3D"   ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -172,7 +172,7 @@
 
   <!-- Borja Modified Cam Clay -->
   <CLaw n="HenckyBorjaCamClayPlasticPlaneStrain2DLaw" pn="Modified Cam Clay" class="HenckyBorjaCamClayPlasticPlaneStrain2DLaw" Type="2D" LargeDeformation="True" kratos_module="ParticleMechanicsApplication"
-	help="Modified Cam Clay Plasticity Behaviour in 2D Plane Strain" Dimension="2D" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication">
+	help="Modified Cam Clay Plasticity Behaviour in 2D Plane Strain" Dimension="2D"  ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="PRE_CONSOLIDATION_STRESS" pn="Preconsolidation pressure" unit_magnitude="P" units="Pa" v="-90.e3" help="Historically maximum effective overburden stress." />
@@ -187,7 +187,7 @@
   </CLaw>
 
   <CLaw n="HenckyBorjaCamClayPlasticAxisym2DLaw" pn="Modified Cam Clay" class="HenckyBorjaCamClayPlasticAxisym2DLaw" Type="Axisymmetric" LargeDeformation="True" kratos_module="ParticleMechanicsApplication"
-  help="Modified Cam Clay Plasticity Behaviour in 2D Axis-symmetric" Dimension="2Da" ProductionReady="ProductionReady" ImplementedInApplication="ParticleMechanicsApplication" >
+  help="Modified Cam Clay Plasticity Behaviour in 2D Axis-symmetric" Dimension="2Da"  ImplementedInApplication="ParticleMechanicsApplication" >
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="PRE_CONSOLIDATION_STRESS" pn="Preconsolidation pressure" unit_magnitude="P" units="Pa" v="-90.e3" help="Historically maximum effective overburden stress." />
@@ -202,7 +202,7 @@
   </CLaw>
 
   <CLaw n="HenckyBorjaCamClayPlastic3DLaw" pn="Modified Cam Clay" class="HenckyBorjaCamClayPlastic3DLaw" Type="3D" LargeDeformation="True" kratos_module="ParticleMechanicsApplication"
-	help="Modified Cam Clay Plasticity Behaviour in 3D" Dimension="3D" ProductionReady="ProductionReady"  ImplementedInApplication="ParticleMechanicsApplication">
+	help="Modified Cam Clay Plasticity Behaviour in 3D" Dimension="3D"   ImplementedInApplication="ParticleMechanicsApplication">
     <inputs>
       <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
       <parameter n="PRE_CONSOLIDATION_STRESS" pn="Preconsolidation pressure" unit_magnitude="P" units="Pa" v="-90.e3" help="Historically maximum effective overburden stress." />
diff --git a/kratos.gid/apps/MPM/xml/Elements.xml b/kratos.gid/apps/MPM/xml/Elements.xml
index e7a52fd59..9bed3741e 100644
--- a/kratos.gid/apps/MPM/xml/Elements.xml
+++ b/kratos.gid/apps/MPM/xml/Elements.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ElementList>
   <!--updated lagrangian-->
-  <ElementItem n="UpdatedLagrangian2D" pn="Updated lagrangian" ov="surface" ImplementedInFile="updated_lagrangian.cpp" ImplementedInApplication="ParticleMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="True,False" ElementType="Solid" help="Updated Lagrangian 2D element for large deformation kinematics consist of a material point and connectivity nodes." AnalysisType="non_linear">
+  <ElementItem n="UpdatedLagrangian2D" pn="Updated lagrangian" ov="surface" ImplementedInFile="updated_lagrangian.cpp" ImplementedInApplication="ParticleMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="True,False" ElementType="Solid" help="Updated Lagrangian 2D element for large deformation kinematics consist of a material point and connectivity nodes." AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="UpdatedLagrangian2D3N"/>
@@ -29,7 +29,7 @@
     </outputs>
   </ElementItem>
 
-  <ElementItem n="UpdatedLagrangian2DAxisymmetry" pn="Updated lagrangian" ov="surface" ImplementedInFile="updated_lagrangian_axisymmetry.cpp" ImplementedInApplication="ParticleMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2Da" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="True,False" ElementType="Solid" help="Updated Lagrangian 2D axis-symmetric element for large deformation kinematics consist of a material point and connectivity nodes" AnalysisType="non_linear">
+  <ElementItem n="UpdatedLagrangian2DAxisymmetry" pn="Updated lagrangian" ov="surface" ImplementedInFile="updated_lagrangian_axisymmetry.cpp" ImplementedInApplication="ParticleMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2Da" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="True,False" ElementType="Solid" help="Updated Lagrangian 2D axis-symmetric element for large deformation kinematics consist of a material point and connectivity nodes" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="UpdatedLagrangianAxisymmetry2D3N"/>
@@ -57,7 +57,7 @@
     </outputs>
   </ElementItem>
 
-  <ElementItem n="UpdatedLagrangian3D" pn="Updated lagrangian" ov="volume" ImplementedInFile="updated_lagrangian.cpp" ImplementedInApplication="ParticleMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="Updated Lagrangian 3D element for large deformation kinematics consists of a material point and connectivity nodes." AnalysisType="non_linear">
+  <ElementItem n="UpdatedLagrangian3D" pn="Updated lagrangian" ov="volume" ImplementedInFile="updated_lagrangian.cpp" ImplementedInApplication="ParticleMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="Updated Lagrangian 3D element for large deformation kinematics consists of a material point and connectivity nodes." AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Tetrahedra" nodes="4" KratosName="UpdatedLagrangian3D4N"/>
@@ -85,7 +85,7 @@
   </ElementItem>
 
   <!--background grid-->
-  <ElementItem n="GRID2D" pn="Background Grid" ov="surface" ImplementedInApplication="ParticleMechanicsApplication" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Grid" help="2D Background element required for the computation of material point method." AnalysisType="non_linear">
+  <ElementItem n="GRID2D" pn="Background Grid" ov="surface" ImplementedInApplication="ParticleMechanicsApplication"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Grid" help="2D Background element required for the computation of material point method." AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="Element2D3N"/>
@@ -105,7 +105,7 @@
     <outputs></outputs>
   </ElementItem>
 
-  <ElementItem n="GRID2D" pn="Background Grid" ov="surface" ImplementedInApplication="ParticleMechanicsApplication" ProductionReady="ProductionReady" WorkingSpaceDimension="2Da" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Grid" help="2D axis-symmetric Background element required for the computation of material point method." AnalysisType="non_linear">
+  <ElementItem n="GRID2D" pn="Background Grid" ov="surface" ImplementedInApplication="ParticleMechanicsApplication"  WorkingSpaceDimension="2Da" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Grid" help="2D axis-symmetric Background element required for the computation of material point method." AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="Element2D3N"/>
@@ -125,7 +125,7 @@
     <outputs></outputs>
   </ElementItem>
 
-  <ElementItem n="GRID3D" pn="Background Grid" ov="volume" ImplementedInApplication="ParticleMechanicsApplication" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Grid" help="3D Background element required for the computation of material point method." AnalysisType="non_linear">
+  <ElementItem n="GRID3D" pn="Background Grid" ov="volume" ImplementedInApplication="ParticleMechanicsApplication"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Grid" help="3D Background element required for the computation of material point method." AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Tetrahedra" nodes="4" KratosName="Element3D4N"/>
diff --git a/kratos.gid/apps/PfemFluid/xml/ConstitutiveLaws.xml b/kratos.gid/apps/PfemFluid/xml/ConstitutiveLaws.xml
index d36426e88..fc744c05b 100644
--- a/kratos.gid/apps/PfemFluid/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/PfemFluid/xml/ConstitutiveLaws.xml
@@ -2,7 +2,7 @@
 <ConstitutiveLaws>
 
     <!--Fluid laws-->
-    <CLaw n="Newtonian2DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid" Dimension="2D" App="Pfem" OutputMode="Parameters" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
+    <CLaw n="Newtonian2DLaw" pn="Newtonian"  help="Newtonian fluid" Dimension="2D" App="Pfem" OutputMode="Parameters" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1000"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="P*T" units="Pa*s" v="1e-3" help="Set the dynamic viscosity."/>
@@ -12,7 +12,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="Newtonian3DLaw" pn="Newtonian" ProductionReady="ProductionReady" help="Newtonian fluid" Dimension="3D" App="Pfem" OutputMode="Parameters" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
+    <CLaw n="Newtonian3DLaw" pn="Newtonian"  help="Newtonian fluid" Dimension="3D" App="Pfem" OutputMode="Parameters" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1000"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="P*T" units="Pa*s" v="1e-3" help="Set the dynamic viscosity."/>
@@ -22,7 +22,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="Bingham2DLaw" pn="Bingham" ProductionReady="ProductionReady" help="Bingham Model with Papanastasiou Regularization" Dimension="2D" OutputMode="Parameters" App="Pfem" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
+    <CLaw n="Bingham2DLaw" pn="Bingham"  help="Bingham Model with Papanastasiou Regularization" Dimension="2D" OutputMode="Parameters" App="Pfem" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1000"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="P*T" units="Pa*s" v="1e-3" help="Set the dynamic viscosity."/>
@@ -35,7 +35,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="Bingham3DLaw" pn="Bingham" ProductionReady="ProductionReady" help="Bingham Model with Papanastasiou Regularization" Dimension="3D" OutputMode="Parameters" App="Pfem" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
+    <CLaw n="Bingham3DLaw" pn="Bingham"  help="Bingham Model with Papanastasiou Regularization" Dimension="3D" OutputMode="Parameters" App="Pfem" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1000"/>
             <parameter n="DYNAMIC_VISCOSITY" pn="Dynamic viscosity" unit_magnitude="P*T" units="Pa*s" v="1e-3" help="Set the dynamic viscosity."/>
@@ -48,7 +48,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="FrictionalViscoplastic2DLaw" pn="Frictional Viscoplastic" ProductionReady="ProductionReady" help="Frictional Bingham Model with Papanastasiou Regularization" Dimension="2D" OutputMode="Parameters" App="Pfem" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
+    <CLaw n="FrictionalViscoplastic2DLaw" pn="Frictional Viscoplastic"  help="Frictional Bingham Model with Papanastasiou Regularization" Dimension="2D" OutputMode="Parameters" App="Pfem" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1000"/>
             <parameter n="INTERNAL_FRICTION_ANGLE" pn="Friction angle" unit_magnitude="" units="" v="25" help="Set the friction angle in degrees."/>
@@ -61,7 +61,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="FrictionalViscoplastic3DLaw" pn="Frictional Viscoplastic" ProductionReady="ProductionReady" help="Frictional Bingham Model with Papanastasiou Regularization" Dimension="3D" OutputMode="Parameters" App="Pfem" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
+    <CLaw n="FrictionalViscoplastic3DLaw" pn="Frictional Viscoplastic"  help="Frictional Bingham Model with Papanastasiou Regularization" Dimension="3D" OutputMode="Parameters" App="Pfem" kratos_module="PfemFluidDynamicsApplication" type="Fluid">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1000"/>
             <parameter n="INTERNAL_FRICTION_ANGLE" pn="Friction angle" unit_magnitude="" units="" v="25" help="Set the friction angle in degrees."/>
@@ -74,7 +74,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="PapanastasiouMuIRheology2DLaw" pn="Mu(I) Rheology" ProductionReady="ProductionReady" help="Dense Incompressible granular material" Dimension="2D" OutputMode="Parameters" App="Pfem" type="Fluid" kratos_module="PfemFluidDynamicsApplication">
+    <CLaw n="PapanastasiouMuIRheology2DLaw" pn="Mu(I) Rheology"  help="Dense Incompressible granular material" Dimension="2D" OutputMode="Parameters" App="Pfem" type="Fluid" kratos_module="PfemFluidDynamicsApplication">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1600"/>
             <parameter n="BULK_MODULUS" pn="Bulk modulus" unit_magnitude="P" units="Pa" v="2.1e+9" help="Set the Bulk modulus."/>
@@ -89,7 +89,7 @@
         </outputs>
     </CLaw>
 
-     <CLaw n="PapanastasiouMuIRheology3DLaw" pn="Mu(I) Rheology" ProductionReady="ProductionReady" help="Dense Incompressible granular material" Dimension="3D" OutputMode="Parameters" App="Pfem" type="Fluid" kratos_module="PfemFluidDynamicsApplication">
+     <CLaw n="PapanastasiouMuIRheology3DLaw" pn="Mu(I) Rheology"  help="Dense Incompressible granular material" Dimension="3D" OutputMode="Parameters" App="Pfem" type="Fluid" kratos_module="PfemFluidDynamicsApplication">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1600"/>
             <parameter n="BULK_MODULUS" pn="Bulk modulus" unit_magnitude="P" units="Pa" v="2.1e+9" help="Set the Bulk modulus."/>
@@ -105,7 +105,7 @@
     </CLaw>
 
     <!--Solid laws-->
-    <CLaw n="Hypoelastic2DLaw" pn="Hypoelastic" ProductionReady="ProductionReady" help="Hypoelastic solid" Dimension="2D" App="Pfem" OutputMode="Parameters" type="Solid" kratos_module="PfemFluidDynamicsApplication">
+    <CLaw n="Hypoelastic2DLaw" pn="Hypoelastic"  help="Hypoelastic solid" Dimension="2D" App="Pfem" OutputMode="Parameters" type="Solid" kratos_module="PfemFluidDynamicsApplication">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="500"/>
             <parameter n="YOUNG_MODULUS" pn="Young modulus" unit_magnitude="P" units="Pa" v="2.1e+07" help="Set the Young modulus."/>
@@ -115,7 +115,7 @@
         </outputs>
     </CLaw>
 
-    <CLaw n="Hypoelastic3DLaw" pn="Hypoelastic" ProductionReady="ProductionReady" help="Hypoelastic solid" Dimension="3D" App="Pfem" OutputMode="Parameters" type="Solid" kratos_module="PfemFluidDynamicsApplication">
+    <CLaw n="Hypoelastic3DLaw" pn="Hypoelastic"  help="Hypoelastic solid" Dimension="3D" App="Pfem" OutputMode="Parameters" type="Solid" kratos_module="PfemFluidDynamicsApplication">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="500"/>
             <parameter n="YOUNG_MODULUS" pn="Young modulus" unit_magnitude="P" units="Pa" v="2.1e+07" help="Set the Young modulus."/>
diff --git a/kratos.gid/apps/PfemFluid/xml/Elements.xml b/kratos.gid/apps/PfemFluid/xml/Elements.xml
index 349a72184..af18d1e54 100644
--- a/kratos.gid/apps/PfemFluid/xml/Elements.xml
+++ b/kratos.gid/apps/PfemFluid/xml/Elements.xml
@@ -1,15 +1,15 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ElementList>
-    
+
     <!--fluid elements-->
     <!--updated lagrangian-->
-    
+
     <ElementItem n                     = "TwoStepUpdatedLagrangianVPFluidElement2D"
                  pn                    = "Fluid Updated Lagrangian"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "2D"
                  LocalSpaceDimension   = "2"
                  RequiresLocalAxes     = "False"
@@ -17,38 +17,38 @@
                  help                  = "To be written by..."
                  ElementType           = "Fluid"
                  Dofs                  = "VELOCITY,PRESSURE">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Triangle" nodes="3" KratosName="TwoStepUpdatedLagrangianVPFluidElement2D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Fluid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "TwoStepUpdatedLagrangianVPFluidElement3D"
                  pn                    = "Fluid Updated Lagrangian"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "3D"
                  LocalSpaceDimension   = "3"
                  RequiresLocalAxes     = "False"
@@ -61,33 +61,33 @@
         <TopologyFeatures>
             <item GeometryType="Tetrahedra" nodes="4" KratosName="TwoStepUpdatedLagrangianVPFluidElement3D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Fluid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "TwoStepUpdatedLagrangianVPFluidDEMcouplingElement2D"
                  pn                    = "Fluid Updated Lagrangian for DEM coupling"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "2D"
                  LocalSpaceDimension   = "2"
                  RequiresLocalAxes     = "False"
@@ -100,33 +100,33 @@
         <TopologyFeatures>
             <item GeometryType="Triangle" nodes="3" KratosName="TwoStepUpdatedLagrangianVPFluidDEMcouplingElement2D"/>
         </TopologyFeatures>
-      
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Fluid"/>
         </ConstitutiveLaw_FilterFeatures>
-      
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
         </NodalConditions>
-      
+
         <inputs>
         </inputs>
-      
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "TwoStepUpdatedLagrangianVPFluidDEMcouplingElement3D"
                  pn                    = "Fluid Updated Lagrangian for DEM coupling"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "3D"
                  LocalSpaceDimension   = "3"
                  RequiresLocalAxes     = "False"
@@ -139,35 +139,35 @@
         <TopologyFeatures>
             <item GeometryType="Tetrahedra" nodes="4" KratosName="TwoStepUpdatedLagrangianVPFluidDEMcouplingElement3D"/>
         </TopologyFeatures>
-    
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Fluid"/>
         </ConstitutiveLaw_FilterFeatures>
-    
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
         </NodalConditions>
-    
+
         <inputs>
         </inputs>
-    
+
         <outputs>
         </outputs>
     </ElementItem>
-    
+
     <!--solid elements in velocities-->
     <!--updated lagrangian-->
-    
+
     <ElementItem n                     = "TwoStepUpdatedLagrangianVPSolidElement2D"
                  pn                    = "Solid Updated Lagrangian VP"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "2D"
                  LocalSpaceDimension   = "2"
                  RequiresLocalAxes     = "False"
@@ -175,41 +175,41 @@
                  help                  = "To be written by..."
                  ElementType           = "Solid"
                  Dofs                  = "VELOCITY,PRESSURE">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Triangle" nodes="3" KratosName="TwoStepUpdatedLagrangianVPSolidElement2D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Solid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_2D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_2D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>      
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "TwoStepUpdatedLagrangianVPSolidElement3D"
                  pn                    = "Solid Updated Lagrangian VP"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "3D"
                  LocalSpaceDimension   = "3"
                  RequiresLocalAxes     = "False"
@@ -217,41 +217,41 @@
                  help                  = "To be written by..."
                  ElementType           = "Solid"
                  Dofs                  = "VELOCITY,PRESSURE">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Tetrahedra" nodes="4" KratosName="TwoStepUpdatedLagrangianVPSolidElement3D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Solid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_3D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_3D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>       
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "UpdatedLagrangianVSolidElement2D"
                  pn                    = "Solid Updated Lagrangian V"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "2D"
                  LocalSpaceDimension   = "2"
                  RequiresLocalAxes     = "False"
@@ -259,41 +259,41 @@
                  help                  = "To be written by..."
                  ElementType           = "Solid"
                  Dofs                  = "VELOCITY" >
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Triangle" nodes="3" KratosName="UpdatedLagrangianVSolidElement2D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Solid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_2D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_2D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>       
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "UpdatedLagrangianVSolidElement3D"
                  pn                    = "Solid Updated Lagrangian V"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "3D"
                  LocalSpaceDimension   = "3"
                  RequiresLocalAxes     = "False"
@@ -301,44 +301,44 @@
                  help                  = "To be written by..."
                  ElementType           = "Solid"
                  Dofs                  = "VELOCITY">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Tetrahedra" nodes="4" KratosName="UpdatedLagrangianVSolidElement3D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Solid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_3D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_3D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>       
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <!--fluid elements-->
     <!--updated lagrangian-->
-    
+
     <ElementItem n                     = "TwoStepUpdatedLagrangianVPNodallyIntegratedFluidElement2D"
                  pn                    = "Fluid Updated Lagrangian (nodal integration)"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "2D"
                  LocalSpaceDimension   = "2"
                  RequiresLocalAxes     = "False"
@@ -346,38 +346,38 @@
                  help                  = "To be written by..."
                  ElementType           = "Fluid"
                  Dofs                  = "VELOCITY,PRESSURE">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Triangle" nodes="3" KratosName="TwoStepUpdatedLagrangianVPNodallyIntegratedFluidElement2D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Fluid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     ="TwoStepUpdatedLagrangianVPNodallyIntegratedFluidElement3D"
                  pn                    ="Fluid Updated Lagrangian (nodal integration)"
                  ImplementedInFile     ="none.cpp"
                  kratos_module         ="PfemFluidDynamicsApplication"
                  MinimumKratosVersion  ="9000"
-                 ProductionReady       ="Developer"
+
                  WorkingSpaceDimension ="3D"
                  LocalSpaceDimension   ="3"
                  RequiresLocalAxes     ="False"
@@ -385,41 +385,41 @@
                  help                  ="To be written by..."
                  ElementType           ="Fluid"
                  Dofs                  ="VELOCITY,PRESSURE">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Tetrahedra" nodes="4" KratosName="TwoStepUpdatedLagrangianVPNodallyIntegratedFluidElement3D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Fluid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-    
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <!--solid elements in velocities-->
     <!--updated lagrangian-->
-    
+
     <ElementItem n                     = "TwoStepUpdatedLagrangianVPNodallyIntegratedSolidElement2D"
                  pn                    = "Solid Updated Lagrangian (nodal integration)"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "2D"
                  LocalSpaceDimension   = "2"
                  RequiresLocalAxes     = "False"
@@ -432,36 +432,36 @@
         <TopologyFeatures>
             <item GeometryType="Triangle" nodes="3" KratosName="TwoStepUpdatedLagrangianVPNodallyIntegratedSolidElement2D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Solid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_2D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_2D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>      
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
    <ElementItem n                     = "TwoStepUpdatedLagrangianVPNodallyIntegratedSolidElement3D"
                 pn                    = "Solid Updated Lagrangian (nodal integration)"
                 ImplementedInFile     = "none.cpp"
                 kratos_module         = "PfemFluidDynamicsApplication"
                 MinimumKratosVersion  = "9000"
-                ProductionReady       = "Developer"
+
                 WorkingSpaceDimension = "3D"
                 LocalSpaceDimension   = "3"
                 RequiresLocalAxes     = "False"
@@ -469,61 +469,61 @@
                 help                  = "To be written by..."
                 ElementType           = "Solid"
                 Dofs                  = "VELOCITY,PRESSURE">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Tetrahedra" nodes="4" KratosName="TwoStepUpdatedLagrangianVPNodallyIntegratedSolidElement3D"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="kratos_module" value="PfemFluidDynamicsApplication"/>
             <filter field="type"          value="Solid"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
-        <NodalConditions> 
+        <NodalConditions>
             <NodalCondition n="VELOCITY"/>
             <NodalCondition n="PRESSURE"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_3D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_3D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>       
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <!--rigid elements-->
     <!--updated lagrangian-->
-    
+
     <ElementItem n                     = "SurfaceRigidLagrangianElement2D2N"
                  pn                    = "Rigid Wall"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "2D"
                  LocalSpaceDimension   = "1"
                  RequiresLocalAxes     = "False"
                  LargeDeformation      = "False,True"
                  help                  = "To be written by..."
                  ElementType           = "Rigid">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Line" nodes="2" KratosName="Element2D2N"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="n" value="None"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
         <NodalConditions>
             <NodalCondition n="DISPLACEMENT"/>
@@ -531,23 +531,23 @@
             <NodalCondition n="ACCELERATION"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_2D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_2D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>             
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "RigidLagrangianElement2D3N"
                  pn                    = "Rigid Body"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "2D"
                  LocalSpaceDimension   = "2"
                  RequiresLocalAxes     = "False"
@@ -555,17 +555,17 @@
                  help                  = "To be written by..."
                  ElementType           = "Rigid"
                  Dofs                  = "ROTATION">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Triangle" nodes="3" KratosName="Element2D3N"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="n" value="None"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
         <NodalConditions>
             <NodalCondition n="DISPLACEMENT"/>
@@ -573,40 +573,40 @@
             <NodalCondition n="ACCELERATION"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_2D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_2D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>                   
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "SurfaceRigidLagrangianElement3D3N"
                  pn                    = "Rigid Wall"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "3D"
                  LocalSpaceDimension   = "2"
                  RequiresLocalAxes     = "False"
                  LargeDeformation      = "False,True"
                  help                  = "To be written by..."
                  ElementType           = "Rigid">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Triangle" nodes="3" KratosName="Element3D3N"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="n" value="None"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
         <NodalConditions>
             <NodalCondition n="DISPLACEMENT"/>
@@ -614,23 +614,23 @@
             <NodalCondition n="ACCELERATION"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_3D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_3D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>             
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "RigidLagrangianElement3D4N"
                  pn                    = "Rigid Body"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "3D"
                  LocalSpaceDimension   = "3"
                  RequiresLocalAxes     = "False"
@@ -638,17 +638,17 @@
                  help                  = "To be written by..."
                  ElementType           = "Rigid"
                  Dofs                  = "ROTATION">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Tetrahedra" nodes="4" KratosName="Element3D4N"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="n" value="None"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
         <NodalConditions>
             <NodalCondition n="DISPLACEMENT"/>
@@ -656,43 +656,43 @@
             <NodalCondition n="ACCELERATION"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_3D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_3D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>             
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <!--interface elements-->
     <!--updated lagrangian-->
-    
+
     <ElementItem n                     = "SurfaceRigidLagrangianElement2D2N"
                  pn                    = "Interface Wall"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "2D"
-                 LocalSpaceDimension   = "1" 
+                 LocalSpaceDimension   = "1"
                  RequiresLocalAxes     = "False"
                  LargeDeformation      = "False,True"
                  help                  = "To be written by..."
                  ElementType           = "Interface">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Line" nodes="2" KratosName="Element2D2N"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="n" value="None"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
         <NodalConditions>
             <NodalCondition n="DISPLACEMENT"/>
@@ -700,40 +700,40 @@
             <NodalCondition n="ACCELERATION"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_2D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_2D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>             
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_2D"/>
         </NodalConditions>
-        
+
         <inputs>
         </inputs>
-        
+
         <outputs>
         </outputs>
     </ElementItem>
-    
-    
+
+
     <ElementItem n                     = "SurfaceRigidLagrangianElement3D3N"
                  pn                    = "Interface Wall"
                  ImplementedInFile     = "none.cpp"
                  kratos_module         = "PfemFluidDynamicsApplication"
                  MinimumKratosVersion  = "9000"
-                 ProductionReady       = "Developer"
+
                  WorkingSpaceDimension = "3D"
                  LocalSpaceDimension   = "2"
                  RequiresLocalAxes     = "False"
                  LargeDeformation      = "False,True"
                  help                  = "To be written by..."
                  ElementType           = "Interface">
-        
+
         <!--here we could add a list of all of the possible geometries-->
         <TopologyFeatures>
             <item GeometryType="Triangle" nodes="3" KratosName="Element3D3N"/>
         </TopologyFeatures>
-        
+
         <!-- here we add the block of features which we require from the constitutive law-->
         <ConstitutiveLaw_FilterFeatures>
             <filter field="n" value="None"/>
         </ConstitutiveLaw_FilterFeatures>
-        
+
         <!--define list of NodalConditions-->
         <NodalConditions>
             <NodalCondition n="DISPLACEMENT"/>
@@ -741,14 +741,14 @@
             <NodalCondition n="ACCELERATION"/>
             <NodalCondition n="PFEM_RIGID_BODY_ROTATION_3D"/>
             <NodalCondition n="RIGID_BODY_ANGULAR_VELOCITY_3D"/>
-            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>             
+            <NodalCondition n="RIGID_BODY_ANGULAR_ACCELERATION_3D"/>
         </NodalConditions>
-    
+
         <inputs>
         </inputs>
-    
+
         <outputs>
         </outputs>
     </ElementItem>
-    
+
 </ElementList>
diff --git a/kratos.gid/apps/PfemFluid/xml/Strategies.xml b/kratos.gid/apps/PfemFluid/xml/Strategies.xml
index c65198ace..21894ceb4 100644
--- a/kratos.gid/apps/PfemFluid/xml/Strategies.xml
+++ b/kratos.gid/apps/PfemFluid/xml/Strategies.xml
@@ -1,22 +1,22 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <StrategyList>
-  
+
 <StrategyItem n="TwoStepVPStrategy" pn="Two-Step Scheme" SolutionType="Dynamic"
 	      ImplementedInFile="pfem_fluid_solver.py"
 	      kratos_module="PfemFluidDynamicsApplication"
 	      python_module="pfem_fluid_solver"
 	      MinimumKratosVersion="9000" App="Pfem"
-	      ProductionReady="No"
+
 	      help="Standard FEM integration">
-  
+
   <!-- list of options to be filled -->
   <parameter_list>
-    <parameter n="maximum_pressure_iterations" pn="Maximum of iterations" type="integer" v="10" help=""/>  
-    <parameter n="velocity_tolerance" pn="Velocity tolerance" type="double" v="1e-4" help=""/>  
-    <parameter n="pressure_tolerance" pn="Pressure tolerance " type="double" v="1e-4" help=""/>  
-    <parameter n="echo_level" pn="Echo level" type="int" v="1" help=""/>  
+    <parameter n="maximum_pressure_iterations" pn="Maximum of iterations" type="integer" v="10" help=""/>
+    <parameter n="velocity_tolerance" pn="Velocity tolerance" type="double" v="1e-4" help=""/>
+    <parameter n="pressure_tolerance" pn="Pressure tolerance " type="double" v="1e-4" help=""/>
+    <parameter n="echo_level" pn="Echo level" type="int" v="1" help=""/>
   </parameter_list>
-  
+
   <linearSolvers>
     <linearSolverItem n="velocity_linear_solver_settings" pn="Velocity linear solver">
       <filterFeatures>
@@ -29,7 +29,7 @@
 	</solver>
       </defaults>
     </linearSolverItem>
-    
+
     <linearSolverItem n="pressure_linear_solver_settings" pn="Pressure linear solver" >
       <filterFeatures>
 	<filter field="SolverType" value="Standard"/>
@@ -38,9 +38,9 @@
         <solver n="bicgstab">
 	</solver>
       </defaults>
-    </linearSolverItem> 
+    </linearSolverItem>
   </linearSolvers>
-  
+
   <schemes>
     <scheme n="FluidResidualBasedScheme" pn="Fluid Scheme" help="FilterElements">
       <parameter_list>
@@ -50,7 +50,7 @@
       </element_filters>
       </scheme> -->
   </schemes>
-  
+
 </StrategyItem>
 
 <StrategyItem n="TwoStepVPStrategyForDEMcouling" pn="Two-Step Scheme for DEM coupling" SolutionType="Dynamic"
@@ -58,17 +58,17 @@
 	      kratos_module="PfemFluidDynamicsApplication"
 	      python_module="pfem_fluid_DEM_coupling_solver"
 	      MinimumKratosVersion="9000" App="Pfem"
-	      ProductionReady="No"
+
 	      help="Standard FEM integration">
-  
+
   <!-- list of options to be filled -->
   <parameter_list>
-    <parameter n="maximum_pressure_iterations" pn="Maximum of iterations" type="integer" v="10" help=""/>  
-    <parameter n="velocity_tolerance" pn="Velocity tolerance" type="double" v="1e-4" help=""/>  
-    <parameter n="pressure_tolerance" pn="Pressure tolerance " type="double" v="1e-4" help=""/>  
-    <parameter n="echo_level" pn="Echo level" type="int" v="1" help=""/>  
+    <parameter n="maximum_pressure_iterations" pn="Maximum of iterations" type="integer" v="10" help=""/>
+    <parameter n="velocity_tolerance" pn="Velocity tolerance" type="double" v="1e-4" help=""/>
+    <parameter n="pressure_tolerance" pn="Pressure tolerance " type="double" v="1e-4" help=""/>
+    <parameter n="echo_level" pn="Echo level" type="int" v="1" help=""/>
   </parameter_list>
-  
+
   <linearSolvers>
     <linearSolverItem n="velocity_linear_solver_settings" pn="Velocity linear solver">
       <filterFeatures>
@@ -81,7 +81,7 @@
 	</solver>
       </defaults>
     </linearSolverItem>
-    
+
     <linearSolverItem n="pressure_linear_solver_settings" pn="Pressure linear solver" >
       <filterFeatures>
 	<filter field="SolverType" value="Standard"/>
@@ -90,9 +90,9 @@
         <solver n="bicgstab">
 	</solver>
       </defaults>
-    </linearSolverItem> 
+    </linearSolverItem>
   </linearSolvers>
-  
+
   <schemes>
     <scheme n="FluidResidualBasedScheme" pn="Fluid Scheme" help="FilterElements">
       <parameter_list>
@@ -102,25 +102,25 @@
       </element_filters>
       </scheme> -->
   </schemes>
-  
+
 </StrategyItem>
 
-<StrategyItem n="NodalTwoStepVPStrategy" help="This strategy must be used together with nodally integrated elements" pn="Two-Step Nodal Integration Scheme" 
+<StrategyItem n="NodalTwoStepVPStrategy" help="This strategy must be used together with nodally integrated elements" pn="Two-Step Nodal Integration Scheme"
 	      SolutionType="Dynamic"
 	      ImplementedInFile="pfem_fluid_nodal_integration_solver.py"
 	      kratos_module="PfemFluidDynamicsApplication"
 	      python_module="pfem_fluid_nodal_integration_solver"
 	      MinimumKratosVersion="9000" App="Pfem"
-	      ProductionReady="No">
-  
+	      >
+
   <!-- list of options to be filled -->
   <parameter_list>
-    <parameter n="maximum_pressure_iterations" pn="Maximum of iterations" type="integer" v="10" help=""/>  
-    <parameter n="velocity_tolerance" pn="Velocity tolerance" type="double" v="1e-4" help=""/>  
-    <parameter n="pressure_tolerance" pn="Pressure tolerance " type="double" v="1e-4" help=""/>  
-    <parameter n="echo_level" pn="Echo level" type="int" v="1" help=""/>  
+    <parameter n="maximum_pressure_iterations" pn="Maximum of iterations" type="integer" v="10" help=""/>
+    <parameter n="velocity_tolerance" pn="Velocity tolerance" type="double" v="1e-4" help=""/>
+    <parameter n="pressure_tolerance" pn="Pressure tolerance " type="double" v="1e-4" help=""/>
+    <parameter n="echo_level" pn="Echo level" type="int" v="1" help=""/>
   </parameter_list>
-  
+
   <linearSolvers>
     <linearSolverItem n="velocity_linear_solver_settings" pn="Velocity linear solver">
       <filterFeatures>
@@ -133,7 +133,7 @@
 	</solver>
       </defaults>
     </linearSolverItem>
-    
+
     <linearSolverItem n="pressure_linear_solver_settings" pn="Pressure linear solver" >
       <filterFeatures>
 	<filter field="SolverType" value="Standard"/>
@@ -142,9 +142,9 @@
         <solver n="bicgstab">
 	</solver>
       </defaults>
-    </linearSolverItem> 
+    </linearSolverItem>
   </linearSolvers>
-  
+
   <schemes>
     <scheme n="FluidResidualBasedScheme" pn="Fluid Scheme" help="FilterElements">
       <parameter_list>
@@ -154,7 +154,7 @@
       </element_filters>
       </scheme> -->
   </schemes>
-  
+
 </StrategyItem>
 
 </StrategyList>
diff --git a/kratos.gid/apps/PfemThermic/xml/Conditions.xml b/kratos.gid/apps/PfemThermic/xml/Conditions.xml
index f04a87708..7f4ae2d49 100644
--- a/kratos.gid/apps/PfemThermic/xml/Conditions.xml
+++ b/kratos.gid/apps/PfemThermic/xml/Conditions.xml
@@ -11,7 +11,7 @@
 				   ImplementedInApplication = "ConvectionDiffusionApplication"
 				   ImplementedInFile        = ".cpp"
                    MinimumKratosVersion     = "9000"
-				   ProductionReady          = "ProductionReady"
+
 				   WorkingSpaceDimension    = "2D"
 				   LocalSpaceDimension      = "1"
                    SkinConditions           = "True"
@@ -40,7 +40,7 @@
 				   ImplementedInApplication = "ConvectionDiffusionApplication"
 				   ImplementedInFile        = ".cpp"
                    MinimumKratosVersion     = "9000"
-				   ProductionReady          = "ProductionReady"
+
 				   WorkingSpaceDimension    = "3D"
 				   LocalSpaceDimension      = "2"
                    SkinConditions           = "True"
@@ -58,7 +58,7 @@
         </DefaultValues>
         <outputs></outputs>
     </ConditionItem>
-	
+
 	<ConditionItem n                        = "FreeSurfaceHeatFlux2D"
 	               pn                       = "Free surface heat flux"
 				   ProcessName              = "AssignScalarVariableProcess"
@@ -70,7 +70,7 @@
 				   ImplementedInApplication = "ConvectionDiffusionApplication"
 				   ImplementedInFile        = ".cpp"
                    MinimumKratosVersion     = "9000"
-				   ProductionReady          = "ProductionReady"
+
 				   WorkingSpaceDimension    = "2D"
 				   LocalSpaceDimension      = "1"
                    SkinConditions           = "True"
@@ -87,7 +87,7 @@
         </DefaultValues>
         <outputs></outputs>
     </ConditionItem>
-	
+
 	<ConditionItem n                        = "FreeSurfaceHeatFlux3D"
 	               pn                       = "Free surface heat flux"
 				   ProcessName              = "AssignScalarVariableProcess"
@@ -99,7 +99,7 @@
 				   ImplementedInApplication = "ConvectionDiffusionApplication"
 				   ImplementedInFile        = ".cpp"
                    MinimumKratosVersion     = "9000"
-				   ProductionReady          = "ProductionReady"
+
 				   WorkingSpaceDimension    = "3D"
 				   LocalSpaceDimension      = "2"
                    SkinConditions           = "True"
@@ -117,7 +117,7 @@
         </DefaultValues>
         <outputs></outputs>
     </ConditionItem>
-	
+
 	<ConditionItem n                        = "ThermalFace2D"
 	               pn                       = "Thermal face"
 				   ProcessName              = "ApplyThermalFaceProcess"
@@ -126,7 +126,7 @@
 				   ImplementedInApplication = "ConvectionDiffusionApplication"
 				   ImplementedInFile        = ".cpp"
                    MinimumKratosVersion     = "9000"
-				   ProductionReady          = "ProductionReady"
+
 				   WorkingSpaceDimension    = "2D"
 				   LocalSpaceDimension      = "1"
                    SkinConditions           = "True"
@@ -141,7 +141,7 @@
         </DefaultValues>
         <outputs></outputs>
     </ConditionItem>
-	
+
     <ConditionItem n                        = "ThermalFace3D"
 	               pn                       = "Thermal face"
 				   ProcessName              = "ApplyThermalFaceProcess"
@@ -150,7 +150,7 @@
 				   ImplementedInApplication = "ConvectionDiffusionApplication"
 				   ImplementedInFile        = ".cpp"
                    MinimumKratosVersion     = "9000"
-				   ProductionReady          = "ProductionReady"
+
 				   WorkingSpaceDimension    = "3D"
 				   LocalSpaceDimension      = "2"
                    SkinConditions           = "True"
@@ -166,7 +166,7 @@
         </DefaultValues>
         <outputs></outputs>
     </ConditionItem>
-	
+
 	<ConditionItem n                        = "FreeSurfaceThermalFace2D"
 	               pn                       = "Free surface thermal face"
 				   ProcessName              = "ApplyThermalFaceProcess"
@@ -175,7 +175,7 @@
 				   ImplementedInApplication = "ConvectionDiffusionApplication"
 				   ImplementedInFile        = ".cpp"
                    MinimumKratosVersion     = "9000"
-				   ProductionReady          = "ProductionReady"
+
 				   WorkingSpaceDimension    = "2D"
 				   LocalSpaceDimension      = "1"
                    SkinConditions           = "True"
@@ -190,7 +190,7 @@
         </DefaultValues>
         <outputs></outputs>
     </ConditionItem>
-	
+
     <ConditionItem n                        = "FreeSurfaceThermalFace3D"
 	               pn                       = "Free surface thermal face"
 				   ProcessName              = "ApplyThermalFaceProcess"
@@ -199,7 +199,7 @@
 				   ImplementedInApplication = "ConvectionDiffusionApplication"
 				   ImplementedInFile        = ".cpp"
                    MinimumKratosVersion     = "9000"
-				   ProductionReady          = "ProductionReady"
+
 				   WorkingSpaceDimension    = "3D"
 				   LocalSpaceDimension      = "2"
                    SkinConditions           = "True"
@@ -215,5 +215,5 @@
         </DefaultValues>
         <outputs></outputs>
     </ConditionItem>
-	
+
 </ConditionList>
diff --git a/kratos.gid/apps/PfemThermic/xml/ConstitutiveLaws.xml b/kratos.gid/apps/PfemThermic/xml/ConstitutiveLaws.xml
index 5ba9dff9b..4d0f256b1 100644
--- a/kratos.gid/apps/PfemThermic/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/PfemThermic/xml/ConstitutiveLaws.xml
@@ -4,7 +4,7 @@
     <!--Fluid temperature dependent laws-->
     <CLaw n               = "NewtonianTemperatureDependent2DLaw"
           pn              = "Newtonian temperature dependent"
-          ProductionReady = "ProductionReady"
+
           help            = "Newtonian temperature dependent fluid"
           Dimension       = "2D"
           App             = "Pfem"
@@ -28,7 +28,7 @@
 
     <CLaw n               = "NewtonianTemperatureDependent3DLaw"
           pn              = "Newtonian temperature dependent"
-          ProductionReady = "ProductionReady"
+
           help            = "Newtonian temperature dependent fluid"
           Dimension       = "3D"
           App             = "Pfem"
@@ -52,7 +52,7 @@
 
     <CLaw n               = "BinghamTemperatureDependent2DLaw"
           pn              = "Bingham temperature dependent"
-          ProductionReady = "ProductionReady"
+
           help            = "Non Newtonian Bingham temperature dependent fluid"
           Dimension       = "2D"
           App             = "Pfem"
@@ -80,7 +80,7 @@
 
     <CLaw n               = "BinghamTemperatureDependent3DLaw"
           pn              = "Bingham temperature dependent"
-          ProductionReady = "ProductionReady"
+
           help            = "Non Newtonian Bingham temperature dependent fluid"
           Dimension       = "3D"
 		  App             = "Pfem"
@@ -109,7 +109,7 @@
     <!--Solid temperature dependent laws -->
     <CLaw n               = "HypoelasticTemperatureDependent2DLaw"
           pn              = "Hypoelastic temperature dependent"
-          ProductionReady = "ProductionReady"
+
 		  help            = "Hypoelastic temperature dependent solid"
           Dimension       = "2D"
           App             = "Pfem"
@@ -134,7 +134,7 @@
 
     <CLaw n               = "HypoelasticTemperatureDependent3DLaw"
           pn              = "Hypoelastic temperature dependent"
-          ProductionReady = "ProductionReady"
+
 		  help            = "Hypoelastic temperature dependent solid"
           Dimension       = "3D"
           App             = "Pfem"
diff --git a/kratos.gid/apps/PfemThermic/xml/NodalConditions.xml b/kratos.gid/apps/PfemThermic/xml/NodalConditions.xml
index cc55db927..24c307cd5 100644
--- a/kratos.gid/apps/PfemThermic/xml/NodalConditions.xml
+++ b/kratos.gid/apps/PfemThermic/xml/NodalConditions.xml
@@ -1,12 +1,12 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <NodalConditionList>
-    
+
 	<!--Fluid conditions-->
-	
+
     <NodalConditionItem n              = "DISPLACEMENT"
 	                    pn             = "Displacement"
 						ProcessName    = "AssignVectorVariableProcess"
-						VariableName   = "DISPLACEMENT" 
+						VariableName   = "DISPLACEMENT"
 		                analysis_type  = "Static,Quasi-static,Dynamic"
 						unit_magnitude = "L"
 						units          = "m"
@@ -18,12 +18,12 @@
         <parameter n="DISPLACEMENT_REACTION" pn="Force Reaction" v="No"/>
     </outputs>
     </NodalConditionItem>
-	
-	
+
+
     <NodalConditionItem n              = "ACCELERATION"
 	                    pn             = "Acceleration"
 						ProcessName    = "AssignVectorVariableProcess"
-						VariableName   = "ACCELERATION" 
+						VariableName   = "ACCELERATION"
 		                analysis_type  = "Dynamic"
 						unit_magnitude = "Acceleration"
 						units          = "m/s^2"
@@ -31,8 +31,8 @@
 						state          = "CheckNodalConditionStatePFEM"
 						Interval       = "Total">
     </NodalConditionItem>
-	
-	
+
+
 	<NodalConditionItem n              = "VELOCITY"
 	                    pn             = "Velocity"
 						ProcessName    = "AssignVectorVariableProcess"
@@ -43,13 +43,13 @@
 						App            = "PfemFluid"
 						state          = "CheckNodalConditionStatePFEM"
 						Interval       = "Total">
-        <symbol proc='gid_groups_conds::draw_symbol_text velocity' orientation='global'/> 
+        <symbol proc='gid_groups_conds::draw_symbol_text velocity' orientation='global'/>
         <outputs>
             <parameter n="VELOCITY_REACTION" pn="Velocity Reaction" v="No"/>
         </outputs>
     </NodalConditionItem>
-	
-	
+
+
     <NodalConditionItem n              = "PRESSURE"
 	                    pn             = "Pressure"
 						ProcessName    = "AssignScalarVariableProcess"
@@ -65,8 +65,8 @@
             <parameter n="PRESSURE_REACTION" pn="Pressure Reaction" v="No"/>
         </outputs>
     </NodalConditionItem>
-	
-	
+
+
     <NodalConditionItem n              = "INLET"
 	                    pn             = "Inlet"
 						ProcessName    = "AssignInletProcess"
@@ -78,9 +78,9 @@
 						kratos_module  = "DelaunayMeshingApplication"
 						ov             = "[CheckGeometry 2]">
     </NodalConditionItem>
-	
+
 	<!--Thermal conditions (topology features work only if they are treated as Conditions)-->
-	
+
 	<NodalConditionItem n                        = "TEMPERATURE"
 	                    pn                       = "Temperature"
 						ProcessName              = "AssignScalarVariableProcess"
@@ -93,7 +93,7 @@
 						ImplementedInApplication = "ConvectionDiffusionApplication"
 						ImplementedInFile        = ".cpp"
                         MinimumKratosVersion     = "9000"
-						ProductionReady          = "ProductionReady"
+
 						WorkingSpaceDimension    = "2D"
 						LocalSpaceDimension      = "1"
                         SkinConditions           = "True"
@@ -106,8 +106,8 @@
             <value n="constrained" v="1" state="hidden" />
         </DefaultValues>
     </NodalConditionItem>
-	
-	
+
+
 	<!--<NodalConditionItem n                        = "HeatFlux2D"
 	                    pn                       = "External heat flux"
 						ProcessName              = "AssignScalarVariableProcess"
@@ -119,7 +119,7 @@
 						ImplementedInApplication = "ConvectionDiffusionApplication"
 						ImplementedInFile        = ".cpp"
 						MinimumKratosVersion     = "9000"
-						ProductionReady          = "ProductionReady"
+
 						WorkingSpaceDimension    = "2D"
 						LocalSpaceDimension      = "1"
                         SkinConditions           = "True"
@@ -134,8 +134,8 @@
             <value n="constrained" v="0" state="hidden" />
         </DefaultValues>
     </NodalConditionItem>-->
-	
-	
+
+
 	<NodalConditionItem n                        = "HEAT_FLUX"
 	                    pn                       = "Internal heat source"
 						ProcessName              = "AssignScalarVariableProcess"
@@ -151,5 +151,5 @@
             <value n="constrained" v="0" state="hidden" />
         </DefaultValues>
     </NodalConditionItem>
-	
+
 </NodalConditionList>
diff --git a/kratos.gid/apps/PotentialFluid/xml/Conditions.xml b/kratos.gid/apps/PotentialFluid/xml/Conditions.xml
index 63e8de2b9..2711a1875 100644
--- a/kratos.gid/apps/PotentialFluid/xml/Conditions.xml
+++ b/kratos.gid/apps/PotentialFluid/xml/Conditions.xml
@@ -2,7 +2,7 @@
 <ConditionList>
 
   <ConditionItem n="PotentialWallCondition2D" pn="Far field" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="CompressiblePotentialFlowApplication" ProductionReady="ProductionReady"
+	ImplementedInApplication="CompressiblePotentialFlowApplication"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" VariableName="" App="Fluid"
 	ElementType="Line" ProcessName="FarFieldProcess" help="">
     <TopologyFeatures>
@@ -17,7 +17,7 @@
   </ConditionItem>
 
   <ConditionItem n="PotentialWallCondition3D" pn="Far field" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="CompressiblePotentialFlowApplication" ProductionReady="ProductionReady"
+	ImplementedInApplication="CompressiblePotentialFlowApplication"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" VariableName="" App="Fluid"
 	ElementType="Surface" ProcessName="FarFieldProcess" help="" >
     <TopologyFeatures>
@@ -32,7 +32,7 @@
   </ConditionItem>
 
 	<!-- <ConditionItem n="Wake2D" pn="Wake" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="CompressiblePotentialFlowApplication" ProductionReady="ProductionReady"
+	ImplementedInApplication="CompressiblePotentialFlowApplication"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="False" VariableName="" App="Fluid"
 	ElementType="Point" ProcessName="DefineWakeProcess" help="">
     <TopologyFeatures>
@@ -46,7 +46,7 @@
   </ConditionItem> -->
 
   <ConditionItem n="Wake3D" pn="Wake" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="CompressiblePotentialFlowApplication" ProductionReady="ProductionReady"
+	ImplementedInApplication="CompressiblePotentialFlowApplication"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="False" VariableName="" App="Fluid"
 	ElementType="Line" ProcessName="PlaceholderProcess" help="" >
     <TopologyFeatures>
@@ -60,7 +60,7 @@
   </ConditionItem>
 
     <ConditionItem n="Tip3D" pn="Wing Tips" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="CompressiblePotentialFlowApplication" ProductionReady="ProductionReady"
+	ImplementedInApplication="CompressiblePotentialFlowApplication"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="False" VariableName="" App="Fluid"
 	ElementType="Point" ProcessName="PlaceholderProcess" help="" >
     <TopologyFeatures>
@@ -74,7 +74,7 @@
   </ConditionItem>
 
   <ConditionItem n="Body2D" pn="Body" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="CompressiblePotentialFlowApplication" ProductionReady="ProductionReady"
+	ImplementedInApplication="CompressiblePotentialFlowApplication"
 	WorkingSpaceDimension="2D" LocalSpaceDimension="1" SkinConditions="True" VariableName="" App="Fluid"
 	ElementType="Line" ProcessName="DefineWakeProcess2D" help="" >
     <TopologyFeatures>
@@ -89,7 +89,7 @@
   </ConditionItem>
 
   <ConditionItem n="Body3D" pn="Body" ImplementedInFile=".cpp" Interval="False"
-	ImplementedInApplication="CompressiblePotentialFlowApplication" ProductionReady="ProductionReady"
+	ImplementedInApplication="CompressiblePotentialFlowApplication"
 	WorkingSpaceDimension="3D" LocalSpaceDimension="2" SkinConditions="True" VariableName="" App="Fluid"
 	ElementType="Surface" ProcessName="PlaceholderProcess" help="" >
     <TopologyFeatures>
diff --git a/kratos.gid/apps/PotentialFluid/xml/ConstitutiveLaws.xml b/kratos.gid/apps/PotentialFluid/xml/ConstitutiveLaws.xml
index 226fc4cbc..e92f82aa0 100644
--- a/kratos.gid/apps/PotentialFluid/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/PotentialFluid/xml/ConstitutiveLaws.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ConstitutiveLaws>
     <!--linear elastic laws-->
-	<CLaw n="Inviscid" pn="Inviscid fluid" ProductionReady="ProductionReady" help="Newtonian fluid" App="Fluid" ImplementedInApplication="FluidDynamicsApplication">
+	<CLaw n="Inviscid" pn="Inviscid fluid"  help="Newtonian fluid" App="Fluid" ImplementedInApplication="FluidDynamicsApplication">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="1.225"/>
         </inputs>
diff --git a/kratos.gid/apps/PotentialFluid/xml/Elements.xml b/kratos.gid/apps/PotentialFluid/xml/Elements.xml
index 2c53aa216..b1ecf325a 100644
--- a/kratos.gid/apps/PotentialFluid/xml/Elements.xml
+++ b/kratos.gid/apps/PotentialFluid/xml/Elements.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ElementList>
   <ElementItem n="PotentialFlowElement2D" pn="Potential Flow Element 2D" ImplementedInFile=".cpp"
-	       ImplementedInApplication="CompressiblePotentialFlowApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	       ImplementedInApplication="CompressiblePotentialFlowApplication" MinimumKratosVersion="9000"
 	       WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False"
 	       ElementType="Fluid" help="This element implements a Potential Flow Element">
 
@@ -30,7 +30,7 @@
 
 
   <ElementItem n="PotentialFlowElement3D" pn="Potential Flow Element 3D" ImplementedInFile="fractional_step.cpp"
-	       ImplementedInApplication="CompressiblePotentialFlowApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
+	       ImplementedInApplication="CompressiblePotentialFlowApplication" MinimumKratosVersion="9000"
 	       WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" MainDofsVariables="VELOCITY"
 	       ElementType="Fluid" help="This element implements a Potential Flow Element">
 
diff --git a/kratos.gid/apps/PotentialFluid/xml/Strategies.xml b/kratos.gid/apps/PotentialFluid/xml/Strategies.xml
index 2aafc1e41..3b70e4447 100644
--- a/kratos.gid/apps/PotentialFluid/xml/Strategies.xml
+++ b/kratos.gid/apps/PotentialFluid/xml/Strategies.xml
@@ -5,7 +5,7 @@
 		ImplementedInApplication="FluidDynamicsApplication"
 		ImplementedInPythonFile="potential_flow"
 		MinimumKratosVersion="8500" App="Fluid"
-		ProductionReady="ProductionReady"
+
 		help="">
 
     <!-- list of options to be filled -->
@@ -25,7 +25,7 @@
     </linearSolvers>
 
 	  <schemes>
-	    <scheme n="MN" pn="Monolitic generic scheme" help="FilterElements" ProductionReady="ProductionReady">
+	    <scheme n="MN" pn="Monolitic generic scheme" help="FilterElements" >
 	      <parameter_list>
 		    </parameter_list>
   		  <element_filters>
diff --git a/kratos.gid/apps/Stent/xml/Elements.xml b/kratos.gid/apps/Stent/xml/Elements.xml
index f3468d1df..f6aea9479 100644
--- a/kratos.gid/apps/Stent/xml/Elements.xml
+++ b/kratos.gid/apps/Stent/xml/Elements.xml
@@ -1,6 +1,6 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ElementList>
-  <ElementItem n="LinearBeamElement3D" pn="Beam small displacements" ImplementedInFile="small_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="True" LocalAxesAutomaticFunction="Structural::xml::AddLocalAxesToBeamElement" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="linear,non_linear">
+  <ElementItem n="LinearBeamElement3D" pn="Beam small displacements" ImplementedInFile="small_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="True" LocalAxesAutomaticFunction="Structural::xml::AddLocalAxesToBeamElement" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="linear,non_linear">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CrLinearBeamElement3D2N"/>
     </TopologyFeatures>
@@ -23,7 +23,7 @@
       <parameter n="MOMENT" pn="Moment"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="BeamElement3D" pn="Beam large displacements" ImplementedInFile="large_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="True" LocalAxesAutomaticFunction="Structural::xml::AddLocalAxesToBeamElement" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="non_linear">
+  <ElementItem n="BeamElement3D" pn="Beam large displacements" ImplementedInFile="large_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="True" LocalAxesAutomaticFunction="Structural::xml::AddLocalAxesToBeamElement" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="non_linear">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CrBeamElement3D2N"/>
     </TopologyFeatures>
@@ -47,7 +47,7 @@
     </outputs>
   </ElementItem>
   <!--truss elements-->
-  <ElementItem n="TrussLinearElement2D" pn="Truss small displacements" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="linear,non_linear">
+  <ElementItem n="TrussLinearElement2D" pn="Truss small displacements" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="TrussLinearElement3D2N"/>
@@ -71,7 +71,7 @@
       <parameter n="CAUCHY_STRESS_TENSOR" pn="Cauchy stress tensor"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="TrussElement2D" pn="Truss large displacements" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="non_linear">
+  <ElementItem n="TrussElement2D" pn="Truss large displacements" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="TrussElement3D2N"/>
@@ -95,7 +95,7 @@
       <parameter n="CAUCHY_STRESS_TENSOR" pn="Cauchy stress tensor"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="TrussLinearElement3D" pn="Truss small displacements" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="linear,non_linear">
+  <ElementItem n="TrussLinearElement3D" pn="Truss small displacements" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="TrussLinearElement3D2N"/>
@@ -119,7 +119,7 @@
       <parameter n="CAUCHY_STRESS_TENSOR" pn="Cauchy stress tensor"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="TrussElement3D" pn="Truss large displacements" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="non_linear">
+  <ElementItem n="TrussElement3D" pn="Truss large displacements" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="TrussElement3D2N"/>
@@ -144,7 +144,7 @@
     </outputs>
   </ElementItem>
   <!--cable elements-->
-  <ElementItem n="CableElement2D" pn="Cable large displacements" ImplementedInFile="cable_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements cable" RotationDofs="False" ElementType="Cable" AnalysisType="non_linear">
+  <ElementItem n="CableElement2D" pn="Cable large displacements" ImplementedInFile="cable_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements cable" RotationDofs="False" ElementType="Cable" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CableElement3D2N"/>
@@ -168,7 +168,7 @@
       <parameter n="CAUCHY_STRESS_TENSOR" pn="Cauchy stress tensor"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="CableElement3D" pn="Cable large displacements" ImplementedInFile="cable_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements cable" RotationDofs="False" ElementType="Cable" AnalysisType="non_linear">
+  <ElementItem n="CableElement3D" pn="Cable large displacements" ImplementedInFile="cable_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements cable" RotationDofs="False" ElementType="Cable" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CableElement3D2N"/>
diff --git a/kratos.gid/apps/Structural/xml/Conditions.xml b/kratos.gid/apps/Structural/xml/Conditions.xml
index 1aa428353..74775eb7b 100644
--- a/kratos.gid/apps/Structural/xml/Conditions.xml
+++ b/kratos.gid/apps/Structural/xml/Conditions.xml
@@ -1,9 +1,9 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <ConditionList>
-    
+
   <ConditionItem n="SelfWeight3D" pn="Self weight" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" 
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False"
 		 ElementType="Line,Surface,Volume" ProcessName="AssignVectorByDirectionProcess" VariableName="VOLUME_ACCELERATION"
 		 help="Self weight application by means of the AssignVectorByDirectionProcess in the core" units="m/s^2" unit_magnitude="Acceleration">
     <TopologyFeatures>
@@ -18,10 +18,10 @@
       <parameter n="FORCE" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
-  
+
   <ConditionItem n="SelfWeight2D" pn="Self weight" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" 
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False"
 		 ElementType="Line,Surface"  ProcessName="AssignVectorByDirectionProcess" VariableName="VOLUME_ACCELERATION"
 		 help="Self weight application by means of the AssignVectorByDirectionProcess in the core" units="m/s^2" unit_magnitude="Acceleration">
     <TopologyFeatures>
@@ -36,10 +36,10 @@
       <parameter n="FORCE" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
-  
+
   <ConditionItem n="SelfWeight2Da" pn="Self weight" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="2Da" LocalSpaceDimension="0" RequiresLocalAxes="False" 
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="2Da" LocalSpaceDimension="0" RequiresLocalAxes="False"
 		 ElementType="Line,Surface"  ProcessName="AssignVectorByDirectionProcess" VariableName="VOLUME_ACCELERATION"
 		 help="Self weight application by means of the AssignVectorByDirectionProcess in the core" units="m/s^2" unit_magnitude="Acceleration">
     <TopologyFeatures>
@@ -56,8 +56,8 @@
   </ConditionItem>
 
   <ConditionItem n="PointLoad2D" pn="Load on points" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False" 
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="2D" LocalSpaceDimension="0" RequiresLocalAxes="False"
 		 ElementType="Point" ProcessName="AssignVectorByDirectionToConditionProcess" help="Point load application by means of the AssignVectorByDirectionToConditionProcess in the core"
 		 units="N" unit_magnitude="F" VariableName="POINT_LOAD">
     <TopologyFeatures>
@@ -69,9 +69,9 @@
       <parameter n="FORCE" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
-  
-  <ConditionItem n="PointLoad2DAxisym" pn="Load on points" Interval="Total" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="2Da" LocalSpaceDimension="0" RequiresLocalAxes="False" 
+
+  <ConditionItem n="PointLoad2DAxisym" pn="Load on points" Interval="Total" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="2Da" LocalSpaceDimension="0" RequiresLocalAxes="False"
 		 ElementType="Point" ProcessName="AssignVectorByDirectionToConditionProcess" help="Point load application by means of the AssignVectorByDirectionToConditionProcess in the core"
 		 units="N/m" unit_magnitude="F/L" VariableName="POINT_LOAD">
     <TopologyFeatures>
@@ -83,10 +83,10 @@
       <parameter n="FORCE" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
-  
+
   <ConditionItem n="PointLoad3D" pn="Load on points" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" 
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False"
 		 ElementType="Point" ProcessName="AssignVectorByDirectionToConditionProcess" help="Load on points, load vector referred to global axes"
 		 units="N" unit_magnitude="F" VariableName="POINT_LOAD">
     <TopologyFeatures>
@@ -98,10 +98,10 @@
       <parameter n="FORCE" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
-    
+
   <ConditionItem n="PointMoment3D" pn="Moment on points" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False" 
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="3D" LocalSpaceDimension="0" RequiresLocalAxes="False"
 		 ElementType="Point" ProcessName="AssignVectorByDirectionToConditionProcess" help="Moment on points, load vector referred to local axes"
 		 units="N*m" unit_magnitude="F*L" VariableName="POINT_MOMENT">
     <TopologyFeatures>
@@ -113,10 +113,10 @@
       <parameter n="MOMENT" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
-  
+
   <ConditionItem n="LineLoad2D" pn="Load on lines" Interval="Total"
-    ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-    WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" 
+    ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+    WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False"
     ElementType="Line" ProcessName="AssignVectorByDirectionToConditionProcess" help="Load on lines, load vector referred to global axes"
     units="N/m" unit_magnitude="F/L" VariableName="LINE_LOAD">
     <TopologyFeatures>
@@ -131,8 +131,8 @@
   </ConditionItem>
 
   <ConditionItem n="LineLoad2DAxisym" pn="Load on lines" Interval="Total"
-    ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-    WorkingSpaceDimension="2Da" LocalSpaceDimension="1" RequiresLocalAxes="False" 
+    ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+    WorkingSpaceDimension="2Da" LocalSpaceDimension="1" RequiresLocalAxes="False"
     ElementType="Line" ProcessName="AssignVectorByDirectionToConditionProcess" help="Load on lines, load vector referred to global axes"
     units="N/m" unit_magnitude="F/L" VariableName="LINE_LOAD">
     <TopologyFeatures>
@@ -145,10 +145,10 @@
       <parameter n="FORCE" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
-  
+
   <ConditionItem n="SurfaceLoad3D" pn="Load on surfaces" Interval="Total"
-    ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-    WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" 
+    ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+    WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False"
     ElementType="Surface"  ProcessName="AssignVectorByDirectionToConditionProcess" help="Load on surfaces, load vector referred to global axes"
     units="N/m^2" unit_magnitude="F/L^2" VariableName="SURFACE_LOAD">
     <TopologyFeatures>
@@ -164,33 +164,33 @@
       <parameter n="FORCE" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
-  
+
   <ConditionItem n="LinePressure2D" pn="Pressure on lines" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" 
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False"
 		 ElementType="Line" ProcessName="AssignLinearPressureProcess" FormerProcessName="AssignScalarVariableToConditionProcess" help="Normal pressure on lines, oriented pointing against the line outer normal"
 		 units="Pa" unit_magnitude="P" VariableName="POSITIVE_FACE_PRESSURE">
     <TopologyFeatures>
       <item  GeometryType="Line" nodes="2" KratosName="LineLoadCondition2D2N" KratosNameSmallDisplacement="SmallDisplacementLineLoadCondition2D2N"/>
       <item  GeometryType="Line" nodes="3" KratosName="LineLoadCondition2D3N" KratosNameSmallDisplacement="SmallDisplacementLineLoadCondition2D3N"/>
     </TopologyFeatures>
-    <inputs>     
+    <inputs>
     </inputs>
     <outputs>
       <parameter n="FORCE" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
-  
+
   <ConditionItem n="LinePressure2DAxisym" pn="Pressure on lines" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="2Da" LocalSpaceDimension="1" RequiresLocalAxes="False" 
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="2Da" LocalSpaceDimension="1" RequiresLocalAxes="False"
 		 ElementType="Line" ProcessName="AssignLinearPressureProcess" FormerProcessName="AssignScalarVariableToConditionProcess" help="Normal pressure on lines, oriented pointing against the line outer normal"
 		 units="Pa" unit_magnitude="P" VariableName="POSITIVE_FACE_PRESSURE">
     <TopologyFeatures>
       <item  GeometryType="Line" nodes="2" KratosName="AxisymLineLoadCondition2D2N"/>
       <item  GeometryType="Line" nodes="3" KratosName="AxisymLineLoadCondition2D3N"/>
     </TopologyFeatures>
-    <inputs>     
+    <inputs>
     </inputs>
     <outputs>
       <parameter n="FORCE" pn="External Load" v="false"/>
@@ -198,8 +198,8 @@
   </ConditionItem>
 
   <ConditionItem n="SurfacePressure3D" pn="Pressure on surfaces" Interval="Total"
-		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady"
-		 WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" 
+		 ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"
+		 WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False"
 		 ElementType="Surface" ProcessName="AssignScalarVariableToConditionProcess" help="Normal Pressure on surfaces, oriented pointing against the surface outer normal"
 		 units="Pa" unit_magnitude="P" VariableName="POSITIVE_FACE_PRESSURE">
     <TopologyFeatures>
@@ -209,12 +209,12 @@
       <item  GeometryType="Quadrilateral" nodes="8" KratosName="SurfaceLoadCondition3D8N"/>
       <item  GeometryType="Quadrilateral" nodes="9" KratosName="SurfaceLoadCondition3D9N"/>
     </TopologyFeatures>
-    <inputs> 
+    <inputs>
     </inputs>
     <outputs>
       <parameter n="FORCE" pn="External Load" v="false"/>
     </outputs>
   </ConditionItem>
 
-  
+
 </ConditionList>
diff --git a/kratos.gid/apps/Structural/xml/ConstitutiveLaws.xml b/kratos.gid/apps/Structural/xml/ConstitutiveLaws.xml
index d2cd665c1..acaf0fea0 100644
--- a/kratos.gid/apps/Structural/xml/ConstitutiveLaws.xml
+++ b/kratos.gid/apps/Structural/xml/ConstitutiveLaws.xml
@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="utf-8"?>
 <ConstitutiveLaws>
     <!--linear elastic laws-->
-    <CLaw n="LinearElastic3DLaw" pn="Linear Elastic" ProductionReady="ProductionReady" Type="3D" Behaviour="Elastic" StrainSize="6"  ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="LinearElastic3DLaw" pn="Linear Elastic"  Type="3D" Behaviour="Elastic" StrainSize="6"  ImplementedInApplication="StructuralMechanicsApplication"
 	  help="Linear elastic behaviour in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -12,7 +12,7 @@
 
         </outputs>
     </CLaw>
-    <CLaw n="LinearElasticPlaneStrain2DLaw" pn="Linear Elastic Plane Strain" ProductionReady="ProductionReady" Type="PlaneStrain" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="LinearElasticPlaneStrain2DLaw" pn="Linear Elastic Plane Strain"  Type="PlaneStrain" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
           help="Linear elastic behaviour in 2D plane strain" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -23,7 +23,7 @@
 
         </outputs>
     </CLaw>
-    <CLaw n="LinearElasticPlaneStress2DLaw" pn="Linear Elastic Plane Stress" ProductionReady="ProductionReady" Type="PlaneStress" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="LinearElasticPlaneStress2DLaw" pn="Linear Elastic Plane Stress"  Type="PlaneStress" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
           help="Linear elastic behaviour in 2D plane stress" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -35,7 +35,7 @@
 
         </outputs>
     </CLaw>
-    <CLaw n="LinearElasticAxisym2DLaw" pn="Linear Elastic" ProductionReady="ProductionReady" Type="Axisymmetric" Behaviour="Elastic" StrainSize="4" ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="LinearElasticAxisym2DLaw" pn="Linear Elastic"  Type="Axisymmetric" Behaviour="Elastic" StrainSize="4" ImplementedInApplication="StructuralMechanicsApplication"
           help="Linear elastic behaviour in 2D axisymmetric" Dimension="2Da" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -46,9 +46,9 @@
 
         </outputs>
     </CLaw>
-    
+
     <!--hyperelastic NeoHookean laws-->
-    <CLaw n="HyperElastic3DLaw" pn="Hyperelastic NeoHookean" ProductionReady="ProductionReady" Type="3D" Behaviour="Elastic" StrainSize="6"  ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="HyperElastic3DLaw" pn="Hyperelastic NeoHookean"  Type="3D" Behaviour="Elastic" StrainSize="6"  ImplementedInApplication="StructuralMechanicsApplication"
 	  help="Hyperelastic Neo-Hookean behaviour in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -59,7 +59,7 @@
 
         </outputs>
     </CLaw>
-    <CLaw n="HyperElasticPlaneStrain2DLaw" pn="Hyperelastic Neo-Hookean Plane Strain" ProductionReady="ProductionReady" Type="PlaneStrain" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="HyperElasticPlaneStrain2DLaw" pn="Hyperelastic Neo-Hookean Plane Strain"  Type="PlaneStrain" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
           help="Hyperelastic Neo-Hookean behaviour in 2D plane strain" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -70,9 +70,9 @@
 
         </outputs>
     </CLaw>
-    
+
     <!--hyperelastic KirchhoffSaintVenant laws-->
-    <CLaw n="KirchhoffSaintVenant3DLaw" pn="Hyperelastic Kirchhoff Saint-Venant" ProductionReady="ProductionReady" Type="3D" Behaviour="Elastic" StrainSize="6"  ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="KirchhoffSaintVenant3DLaw" pn="Hyperelastic Kirchhoff Saint-Venant"  Type="3D" Behaviour="Elastic" StrainSize="6"  ImplementedInApplication="StructuralMechanicsApplication"
 	  help="Hyperelastic Kirchhoff Saint-Venant behaviour in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" AllowsAnisotropy="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -83,7 +83,7 @@
 
         </outputs>
     </CLaw>
-    <CLaw n="KirchhoffSaintVenantPlaneStrain2DLaw" pn="Hyperelastic Kirchhoff Saint-Venant Plane Strain" ProductionReady="ProductionReady" Type="PlaneStrain" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="KirchhoffSaintVenantPlaneStrain2DLaw" pn="Hyperelastic Kirchhoff Saint-Venant Plane Strain"  Type="PlaneStrain" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
           help="Hyperelastic Kirchhoff Saint-Venant behaviour in 2D plane strain" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -94,7 +94,7 @@
 
         </outputs>
     </CLaw>
-    <CLaw n="KirchhoffSaintVenantPlaneStress2DLaw" pn="Hyperelastic Kirchhoff Saint-Venant Plane Stress" ProductionReady="ProductionReady" Type="PlaneStress" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="KirchhoffSaintVenantPlaneStress2DLaw" pn="Hyperelastic Kirchhoff Saint-Venant Plane Stress"  Type="PlaneStress" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
           help="Hyperelastic Kirchhoff Saint-Venant behaviour in 2D plane stress" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -108,7 +108,7 @@
     </CLaw>
 
     <!--plasticity constitutive laws-->
-    <CLaw n="SmallStrainJ2PlasticityPlaneStrain2DLaw" pn="Linear J2 Plasticity" ProductionReady="ProductionReady" Type="PlaneStrain" Behaviour="Plasticity" StrainSize="4" ImplementedInApplication="StructuralMechanicsApplication" help="Simo J2 plasticity constitutive law in 2D (Plane Strain)" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False">
+    <CLaw n="SmallStrainJ2PlasticityPlaneStrain2DLaw" pn="Linear J2 Plasticity"  Type="PlaneStrain" Behaviour="Plasticity" StrainSize="4" ImplementedInApplication="StructuralMechanicsApplication" help="Simo J2 plasticity constitutive law in 2D (Plane Strain)" Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
             <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -122,7 +122,7 @@
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="SmallStrainJ2Plasticity3DLaw" pn="Linear J2 Plasticity" ProductionReady="ProductionReady" Type="3D" Behaviour="Plasticity" StrainSize="6" ImplementedInApplication="StructuralMechanicsApplication" help="Simo J2 plasticity constitutive law in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False">
+    <CLaw n="SmallStrainJ2Plasticity3DLaw" pn="Linear J2 Plasticity"  Type="3D" Behaviour="Plasticity" StrainSize="6" ImplementedInApplication="StructuralMechanicsApplication" help="Simo J2 plasticity constitutive law in 3D" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
             <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -137,7 +137,7 @@
     </CLaw>
 
     <!--constitutive laws for shells and membranes-->
-    <CLaw n="LinearElasticPlaneStress_Hybrid_3D" KratosName="LinearElasticPlaneStress2DLaw" pn="Linear Elastic" ProductionReady="ProductionReady" Type="PlaneStress" Behaviour="Elastic" StrainSize="6"  ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="LinearElasticPlaneStress_Hybrid_3D" KratosName="LinearElasticPlaneStress2DLaw" pn="Linear Elastic"  Type="PlaneStress" Behaviour="Elastic" StrainSize="6"  ImplementedInApplication="StructuralMechanicsApplication"
 	  help="Linear elastic behaviour in 3D for shells" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="D-R" AllowsAnisotropy="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density"/>
@@ -149,7 +149,7 @@
 
         </outputs>
     </CLaw>
-    <CLaw n="LinearElasticPlaneStress_3D" KratosName="LinearElasticPlaneStress2DLaw" pn="Linear Elastic Plane Stress" ProductionReady="ProductionReady" Type="PlaneStress" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
+    <CLaw n="LinearElasticPlaneStress_3D" KratosName="LinearElasticPlaneStress2DLaw" pn="Linear Elastic Plane Stress"  Type="PlaneStress" Behaviour="Elastic" StrainSize="3" ImplementedInApplication="StructuralMechanicsApplication"
           help="Linear elastic behaviour in 2D plane stress" Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False" >
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
@@ -163,7 +163,7 @@
     </CLaw>
 
     <!--constitutive laws for trusses-->
-    <CLaw n="TrussConstitutiveLaw" pn="Linear elastic truss" ProductionReady="ProductionReady" Type="Truss" Behaviour="Elastic" StrainSize="1" ImplementedInApplication="StructuralMechanicsApplication" help="Linear elastic behaviour for trusses" Dimension="2D,3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False">
+    <CLaw n="TrussConstitutiveLaw" pn="Linear elastic truss"  Type="Truss" Behaviour="Elastic" StrainSize="1" ImplementedInApplication="StructuralMechanicsApplication" help="Linear elastic behaviour for trusses" Dimension="2D,3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False">
         <inputs>
             <parameter n="DENSITY" pn="Density" unit_magnitude="Density" units="kg/m^3" v="7850"/>
             <parameter n="YOUNG_MODULUS" pn="Young Modulus" unit_magnitude="P" units="Pa" v="206.9e9" />
@@ -174,7 +174,7 @@
     </CLaw>
 
     <!--constitutive laws for beams-->
-    <CLaw n="BeamConstitutiveLaw2D" KratosName="BeamConstitutiveLaw" pn="Linear elastic beam" ProductionReady="ProductionReady" Type="Beam2D" Behaviour="Elastic"
+    <CLaw n="BeamConstitutiveLaw2D" KratosName="BeamConstitutiveLaw" pn="Linear elastic beam"  Type="Beam2D" Behaviour="Elastic"
           StrainSize="1" ImplementedInApplication="StructuralMechanicsApplication" help="Linear elastic behaviour for beams"
           Dimension="2D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False">
         <inputs>
@@ -187,7 +187,7 @@
         <outputs></outputs>
     </CLaw>
 
-    <CLaw n="BeamConstitutiveLaw3D" KratosName="BeamConstitutiveLaw" pn="Linear elastic beam" ProductionReady="ProductionReady" Type="Beam3D" Behaviour="Elastic"
+    <CLaw n="BeamConstitutiveLaw3D" KratosName="BeamConstitutiveLaw" pn="Linear elastic beam"  Type="Beam3D" Behaviour="Elastic"
           StrainSize="1" ImplementedInApplication="StructuralMechanicsApplication" help="Linear elastic behaviour for beams"
           Dimension="3D" LargeDeformation="False" RequiresLocalAxes="False" HybridType="False">
         <inputs>
diff --git a/kratos.gid/apps/Structural/xml/Elements.xml b/kratos.gid/apps/Structural/xml/Elements.xml
index cde1ffbf5..40f6723de 100644
--- a/kratos.gid/apps/Structural/xml/Elements.xml
+++ b/kratos.gid/apps/Structural/xml/Elements.xml
@@ -2,7 +2,7 @@
 <ElementList>
   <!--solid elements-->
   <!--small displacements-->
-  <ElementItem n="SmallDisplacementElement2D" pn="Solid small displacements" ov="surface" ImplementedInFile="small_displacement.cpp" ImplementedInApplication="StructuralMechanicsApplication" AnalysisType="linear,non_linear" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a small displacement solid element">
+  <ElementItem n="SmallDisplacementElement2D" pn="Solid small displacements" ov="surface" ImplementedInFile="small_displacement.cpp" ImplementedInApplication="StructuralMechanicsApplication" AnalysisType="linear,non_linear" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a small displacement solid element">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="SmallDisplacementElement2D3N"/>
@@ -38,7 +38,7 @@
       <parameter n="PK2_STRESS_TENSOR" pn="PK2 Stress Tensor" v="false" state="hidden"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="SmallDisplacementElementAxisym" pn="Solid small displacements" ov="surface" ImplementedInFile="axisym_small_displacement.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2Da" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements an axisymetric small displacement solid element" AnalysisType="linear,non_linear">
+  <ElementItem n="SmallDisplacementElementAxisym" pn="Solid small displacements" ov="surface" ImplementedInFile="axisym_small_displacement.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2Da" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements an axisymetric small displacement solid element" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="AxisymSmallDisplacementElement2D3N"/>
@@ -71,7 +71,7 @@
       <parameter n="PK2_STRESS_TENSOR" pn="PK2 Stress Tensor" v="false" state="hidden"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="SmallDisplacementElement3D" pn="Solid small displacements" ov="volume" ImplementedInFile="small_displacement.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a small displacement solid element" AnalysisType="linear,non_linear">
+  <ElementItem n="SmallDisplacementElement3D" pn="Solid small displacements" ov="volume" ImplementedInFile="small_displacement.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a small displacement solid element" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Tetrahedra" nodes="4" KratosName="SmallDisplacementElement3D4N"/>
@@ -108,7 +108,7 @@
     </outputs>
   </ElementItem>
   <!--Bbar elements-->
-  <ElementItem n="SmallDisplacementBbarElement2D" pn="Solid small displacements Bbar" ov="surface" ImplementedInFile="small_displacement_bbar.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a small displacement Bbar solid element" AnalysisType="linear,non_linear">
+  <ElementItem n="SmallDisplacementBbarElement2D" pn="Solid small displacements Bbar" ov="surface" ImplementedInFile="small_displacement_bbar.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a small displacement Bbar solid element" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Quadrilateral" nodes="4" KratosName="SmallDisplacementBbarElement2D4N"/>
@@ -139,7 +139,7 @@
       <parameter n="PK2_STRESS_TENSOR" pn="PK2 Stress Tensor" v="false" state="hidden"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="SmallDisplacementBbarElement3D" pn="Solid small displacements Bbar" ov="volume" ImplementedInFile="small_displacement_bbar.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a small displacement Bbar solid element" AnalysisType="linear,non_linear">
+  <ElementItem n="SmallDisplacementBbarElement3D" pn="Solid small displacements Bbar" ov="volume" ImplementedInFile="small_displacement_bbar.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a small displacement Bbar solid element" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Hexahedra" nodes="8" KratosName="SmallDisplacementBbarElement3D8N"/>
@@ -171,7 +171,7 @@
   </ElementItem>
 
 <!--mixed elements-->
-<ElementItem n="SmallDisplacementMixedVolumetricStrainElement2D" pn="Solid small displacements mixed u - εvol" ov="surface" ImplementedInFile="small_displacement_mixed_volumetric_strain_element.cpp" ImplementedInApplication="StructuralMechanicsApplication" AnalysisType="linear,non_linear" SolutionType="Static, Quasi-static" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" VolumetricStrainDofs="True" help="This element implements a small displacement solid element with the volumetric strain as mixed DOF.">
+<ElementItem n="SmallDisplacementMixedVolumetricStrainElement2D" pn="Solid small displacements mixed u - εvol" ov="surface" ImplementedInFile="small_displacement_mixed_volumetric_strain_element.cpp" ImplementedInApplication="StructuralMechanicsApplication" AnalysisType="linear,non_linear" SolutionType="Static, Quasi-static" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" VolumetricStrainDofs="True" help="This element implements a small displacement solid element with the volumetric strain as mixed DOF.">
   <!--here we could add a list of all of the possible geometries-->
   <TopologyFeatures>
     <item GeometryType="Triangle" nodes="3" KratosName="SmallDisplacementMixedVolumetricStrainElement2D3N"/>
@@ -204,7 +204,7 @@
   </outputs>
 </ElementItem>
 
-<ElementItem n="SmallDisplacementMixedVolumetricStrainElement3D" pn="Solid small displacements mixed u - εvol" ov="volume" ImplementedInFile="small_displacement_mixed_volumetric_strain_element.cpp" ImplementedInApplication="StructuralMechanicsApplication" AnalysisType="linear,non_linear" SolutionType="Static, Quasi-static"  MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" VolumetricStrainDofs="True" help="This element implements a small displacement solid element with the volumetric strain as mixed DOF.">
+<ElementItem n="SmallDisplacementMixedVolumetricStrainElement3D" pn="Solid small displacements mixed u - εvol" ov="volume" ImplementedInFile="small_displacement_mixed_volumetric_strain_element.cpp" ImplementedInApplication="StructuralMechanicsApplication" AnalysisType="linear,non_linear" SolutionType="Static, Quasi-static"  MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" VolumetricStrainDofs="True" help="This element implements a small displacement solid element with the volumetric strain as mixed DOF.">
   <!--here we could add a list of all of the possible geometries-->
   <TopologyFeatures>
     <item GeometryType="Tetrahedra" nodes="4" KratosName="SmallDisplacementMixedVolumetricStrainElement3D4N"/>
@@ -238,7 +238,7 @@
 
   <!--large displacements-->
   <!--total lagrangian-->
-  <ElementItem n="TotalLagrangianElement2D" pn="Solid total lagrangian" ov="surface" ImplementedInFile="total_lagrangian.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="True" ElementType="Solid" help="This element it implements a Total Lagrangian approach to large deformation kinematics" AnalysisType="non_linear">
+  <ElementItem n="TotalLagrangianElement2D" pn="Solid total lagrangian" ov="surface" ImplementedInFile="total_lagrangian.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="True" ElementType="Solid" help="This element it implements a Total Lagrangian approach to large deformation kinematics" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="TotalLagrangianElement2D3N"/>
@@ -271,7 +271,7 @@
       <parameter n="PK2_STRESS_TENSOR" pn="PK2 Stress Tensor" v="false" state="hidden"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="TotalLagrangianElement3D" pn="Solid total lagrangian" ov="volume" ImplementedInFile="total_lagrangian.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a Total Lagrangian approach to large deformation kinematics" AnalysisType="non_linear">
+  <ElementItem n="TotalLagrangianElement3D" pn="Solid total lagrangian" ov="volume" ImplementedInFile="total_lagrangian.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a Total Lagrangian approach to large deformation kinematics" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Tetrahedra" nodes="4" KratosName="TotalLagrangianElement3D4N"/>
@@ -307,7 +307,7 @@
     </outputs>
   </ElementItem>
   <!--updated lagrangian-->
-  <ElementItem n="UpdatedLagrangianElement2D" pn="Solid updated lagrangian" ov="surface" ImplementedInFile="updated_lagrangian.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="True" ElementType="Solid" help="This element it implements a Updated Lagrangian approach to large deformation kinematics" AnalysisType="non_linear">
+  <ElementItem n="UpdatedLagrangianElement2D" pn="Solid updated lagrangian" ov="surface" ImplementedInFile="updated_lagrangian.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="True" ElementType="Solid" help="This element it implements a Updated Lagrangian approach to large deformation kinematics" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="UpdatedLagrangianElement2D3N"/>
@@ -340,7 +340,7 @@
       <parameter n="PK2_STRESS_TENSOR" pn="PK2 Stress Tensor" v="false" state="hidden"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="UpdatedLagrangianElement3D" pn="Solid updated lagrangian" ov="volume" ImplementedInFile="updated_lagrangian.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a Updated Lagrangian approach to large deformation kinematics" AnalysisType="non_linear">
+  <ElementItem n="UpdatedLagrangianElement3D" pn="Solid updated lagrangian" ov="volume" ImplementedInFile="updated_lagrangian.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="3" RequiresLocalAxes="False" LargeDeformation="False" ElementType="Solid" help="This element it implements a Updated Lagrangian approach to large deformation kinematics" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Tetrahedra" nodes="4" KratosName="UpdatedLagrangianElement3D4N"/>
@@ -378,7 +378,7 @@
   <!--structural elements-->
   <!--shell elements-->
   <!--large displacements-->
-  <ElementItem n="ShellThinCorotationalElement" pn="Shell thin corotational" ov="surface" ImplementedInFile="shell_thin_element_3DxN.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="True" LargeDeformation="True" help="This element implements a corotational element for thin shells in a large displacements approach" ElementType="Shell" RotationDofs="True" AnalysisType="linear,non_linear">
+  <ElementItem n="ShellThinCorotationalElement" pn="Shell thin corotational" ov="surface" ImplementedInFile="shell_thin_element_3DxN.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="True" LargeDeformation="True" help="This element implements a corotational element for thin shells in a large displacements approach" ElementType="Shell" RotationDofs="True" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="ShellThinElementCorotational3D3N"/>
@@ -416,7 +416,7 @@
       <parameter n="VON_MISES_STRESS_BOTTOM_SURFACE" pn="Von Mises stress - bottom surface" v="true" />
     </outputs>
   </ElementItem>
-  <ElementItem n="ShellThickCorotationalElement" pn="Shell thick corotational" ov="surface" ImplementedInFile="shell_thick_element_3DxN.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="True" LargeDeformation="True" help="This element implements a corotational element for thick shells in a large displacements approach" ElementType="Shell" RotationDofs="True" AnalysisType="linear,non_linear">
+  <ElementItem n="ShellThickCorotationalElement" pn="Shell thick corotational" ov="surface" ImplementedInFile="shell_thick_element_3DxN.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="True" LargeDeformation="True" help="This element implements a corotational element for thick shells in a large displacements approach" ElementType="Shell" RotationDofs="True" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="ShellThickElementCorotational3D3N"/>
@@ -455,7 +455,7 @@
     </outputs>
   </ElementItem>
   <!--membrane elements-->
-  <ElementItem n="PrestressedMembraneElement" pn="Membrane prestressed" ov="surface" ImplementedInFile="prestress_membrane_element.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" help="This element it implements a membrane structural model" RotationDofs="False" ElementType="Membrane" AnalysisType="non_linear">
+  <ElementItem n="PrestressedMembraneElement" pn="Membrane prestressed" ov="surface" ImplementedInFile="prestress_membrane_element.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="2" RequiresLocalAxes="False" LargeDeformation="False" help="This element it implements a membrane structural model" RotationDofs="False" ElementType="Membrane" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Triangle" nodes="3" KratosName="MembraneElement3D3N"/>
@@ -488,7 +488,7 @@
     </outputs>
   </ElementItem>
   <!--beam elements-->
-  <ElementItem n="LinearBeamElement2D" pn="Beam small displacements" ov="line" ImplementedInFile="small_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="linear,non_linear">
+  <ElementItem n="LinearBeamElement2D" pn="Beam small displacements" ov="line" ImplementedInFile="small_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="linear,non_linear">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CrLinearBeamElement2D2N"/>
     </TopologyFeatures>
@@ -511,7 +511,7 @@
       <parameter n="MOMENT" pn="Moment"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="BeamElement2D" pn="Beam large displacements" ov="line" ImplementedInFile="large_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="non_linear">
+  <ElementItem n="BeamElement2D" pn="Beam large displacements" ov="line" ImplementedInFile="large_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="non_linear">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CrBeamElement2D2N"/>
     </TopologyFeatures>
@@ -534,7 +534,7 @@
       <parameter n="MOMENT" pn="Moment"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="LinearBeamElement3D" pn="Beam small displacements" ov="line" ImplementedInFile="small_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="True" LocalAxesAutomaticFunction="Structural::xml::AddLocalAxesToBeamElement" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="linear,non_linear">
+  <ElementItem n="LinearBeamElement3D" pn="Beam small displacements" ov="line" ImplementedInFile="small_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="True" LocalAxesAutomaticFunction="Structural::xml::AddLocalAxesToBeamElement" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="linear,non_linear">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CrLinearBeamElement3D2N"/>
     </TopologyFeatures>
@@ -557,7 +557,7 @@
       <parameter n="MOMENT" pn="Moment"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="BeamElement3D" pn="Beam large displacements" ov="line" ImplementedInFile="large_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="True" LocalAxesAutomaticFunction="Structural::xml::AddLocalAxesToBeamElement" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="non_linear">
+  <ElementItem n="BeamElement3D" pn="Beam large displacements" ov="line" ImplementedInFile="large_displacement_beam_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="True" LocalAxesAutomaticFunction="Structural::xml::AddLocalAxesToBeamElement" LargeDeformation="False" help="This element implements a small displacement timoshenko beam structural model" RotationDofs="True" ElementType="Beam" AnalysisType="non_linear">
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CrBeamElement3D2N"/>
     </TopologyFeatures>
@@ -581,7 +581,7 @@
     </outputs>
   </ElementItem>
   <!--truss elements-->
-  <ElementItem n="TrussLinearElement2D" pn="Truss small displacements" ov="line" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="linear,non_linear">
+  <ElementItem n="TrussLinearElement2D" pn="Truss small displacements" ov="line" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="TrussLinearElement3D2N"/>
@@ -605,7 +605,7 @@
       <parameter n="CAUCHY_STRESS_TENSOR" pn="Cauchy stress tensor"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="TrussElement2D" pn="Truss large displacements" ov="line" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="non_linear">
+  <ElementItem n="TrussElement2D" pn="Truss large displacements" ov="line" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="TrussElement3D2N"/>
@@ -629,7 +629,7 @@
       <parameter n="CAUCHY_STRESS_TENSOR" pn="Cauchy stress tensor"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="TrussLinearElement3D" pn="Truss small displacements" ov="line" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="linear,non_linear">
+  <ElementItem n="TrussLinearElement3D" pn="Truss small displacements" ov="line" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="False" help="This element implements a small displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="linear,non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="TrussLinearElement3D2N"/>
@@ -653,7 +653,7 @@
       <parameter n="CAUCHY_STRESS_TENSOR" pn="Cauchy stress tensor"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="TrussElement3D" pn="Truss large displacements" ov="line" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="non_linear">
+  <ElementItem n="TrussElement3D" pn="Truss large displacements" ov="line" ImplementedInFile="truss_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements truss" RotationDofs="False" ElementType="Truss" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="TrussElement3D2N"/>
@@ -678,7 +678,7 @@
     </outputs>
   </ElementItem>
   <!--cable elements-->
-  <ElementItem n="CableElement2D" pn="Cable large displacements" ov="line" ImplementedInFile="cable_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements cable" RotationDofs="False" ElementType="Cable" AnalysisType="non_linear">
+  <ElementItem n="CableElement2D" pn="Cable large displacements" ov="line" ImplementedInFile="cable_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="2D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements cable" RotationDofs="False" ElementType="Cable" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CableElement3D2N"/>
@@ -702,7 +702,7 @@
       <parameter n="CAUCHY_STRESS_TENSOR" pn="Cauchy stress tensor"/>
     </outputs>
   </ElementItem>
-  <ElementItem n="CableElement3D" pn="Cable large displacements" ov="line" ImplementedInFile="cable_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000" ProductionReady="ProductionReady" WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements cable" RotationDofs="False" ElementType="Cable" AnalysisType="non_linear">
+  <ElementItem n="CableElement3D" pn="Cable large displacements" ov="line" ImplementedInFile="cable_element_3D2N.cpp" ImplementedInApplication="StructuralMechanicsApplication" MinimumKratosVersion="9000"  WorkingSpaceDimension="3D" LocalSpaceDimension="1" RequiresLocalAxes="False" LargeDeformation="True" help="This element implements a large displacements cable" RotationDofs="False" ElementType="Cable" AnalysisType="non_linear">
     <!--here we could add a list of all of the possible geometries-->
     <TopologyFeatures>
       <item GeometryType="Line" nodes="2" KratosName="CableElement3D2N"/>
diff --git a/kratos.gid/apps/Structural/xml/Strategies.xml b/kratos.gid/apps/Structural/xml/Strategies.xml
index c74e425af..e652190d6 100644
--- a/kratos.gid/apps/Structural/xml/Strategies.xml
+++ b/kratos.gid/apps/Structural/xml/Strategies.xml
@@ -1,6 +1,6 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <StrategyList>
-    <StrategyItem n="implicit" pn="Implicit" SolutionType="Dynamic" ImplementedInFile="structural_mechanics_implicit_dynamic_solver.py" ImplementedInApplication="StructuralMechanicsApplication" ImplementedInPythonFile="structural_mechanics_implicit_dynamic_solver" MinimumKratosVersion="8500" App="Structural" ProductionReady="ProductionReady" help="">
+    <StrategyItem n="implicit" pn="Implicit" SolutionType="Dynamic" ImplementedInFile="structural_mechanics_implicit_dynamic_solver.py" ImplementedInApplication="StructuralMechanicsApplication" ImplementedInPythonFile="structural_mechanics_implicit_dynamic_solver" MinimumKratosVersion="8500" App="Structural"  help="">
         <parameter_list>
             <parameter n="echo_level" pn="Echo level" type="combo" v="0" values="0,1,2,3" help=""/>
             <parameter n="rayleigh_alpha" pn="Rayleigh alpha" type="double" v="0.0"  help=""/>
@@ -29,13 +29,13 @@
             </linearSolverItem>
         </linearSolvers>
         <schemes>
-            <scheme n="newmark" pn="Newmark" help="Newmark scheme for dynamic problems." ProductionReady="ProductionReady">
+            <scheme n="newmark" pn="Newmark" help="Newmark scheme for dynamic problems." >
                 <parameter_list></parameter_list>
                 <element_filters>
                     <filter field="ImplementedInApplication" value="StructuralMechanicsApplication"/>
                 </element_filters>
             </scheme>
-            <scheme n="bossak" pn="Bossak" help="Bossak scheme for dynamic problems with high frequency accelerations damping." ProductionReady="ProductionReady">
+            <scheme n="bossak" pn="Bossak" help="Bossak scheme for dynamic problems with high frequency accelerations damping." >
                 <parameter_list></parameter_list>
                 <element_filters>
                     <filter field="ImplementedInApplication" value="StructuralMechanicsApplication"/>
@@ -44,7 +44,7 @@
         </schemes>
     </StrategyItem>
 
-    <StrategyItem n="Eigen" pn="Eigen" SolutionType="eigen_value" ImplementedInFile="structural_mechanics_eigensolver.py" ImplementedInApplication="StructuralMechanicsApplication" ImplementedInPythonFile="structural_mechanics_eigensolver" MinimumKratosVersion="8500" App="Structural" ProductionReady="ProductionReady" help="">
+    <StrategyItem n="Eigen" pn="Eigen" SolutionType="eigen_value" ImplementedInFile="structural_mechanics_eigensolver.py" ImplementedInApplication="StructuralMechanicsApplication" ImplementedInPythonFile="structural_mechanics_eigensolver" MinimumKratosVersion="8500" App="Structural"  help="">
         <parameter_list>
         </parameter_list>
         <linearSolvers>
@@ -56,13 +56,13 @@
             </linearSolverItem>
         </linearSolvers>
         <schemes>
-            <scheme n="dynamic" pn="Dynamic" help="Modal Analysis" ProductionReady="ProductionReady">
+            <scheme n="dynamic" pn="Dynamic" help="Modal Analysis" >
                 <parameter_list></parameter_list>
                 <element_filters>
                     <filter field="ImplementedInApplication" value="StructuralMechanicsApplication"/>
                 </element_filters>
             </scheme>
-            <!-- <scheme n="stability" pn="Stability" help="" ProductionReady="Developer">
+            <!-- <scheme n="stability" pn="Stability" help="" >
                 <parameter_list></parameter_list>
                 <element_filters>
                     <filter field="ImplementedInApplication" value="StructuralMechanicsApplication"/>
@@ -71,7 +71,7 @@
         </schemes>
     </StrategyItem>
 
-    <StrategyItem n="static" pn="Static" SolutionType="Static Quasi-static formfinding" ImplementedInFile="structural_mechanics_static_solver.py" ImplementedInApplication="StructuralMechanicsApplication" ImplementedInPythonFile="structural_mechanics_static_solver" MinimumKratosVersion="8500" App="Structural" ProductionReady="ProductionReady" help="Default solver Super LU">
+    <StrategyItem n="static" pn="Static" SolutionType="Static Quasi-static formfinding" ImplementedInFile="structural_mechanics_static_solver.py" ImplementedInApplication="StructuralMechanicsApplication" ImplementedInPythonFile="structural_mechanics_static_solver" MinimumKratosVersion="8500" App="Structural"  help="Default solver Super LU">
         <parameter_list>
             <parameter n="echo_level" pn="Echo level" type="combo" v="0" values="0,1,2,3" help=""/>
             <parameter n="line_search" pn="Line search" type="bool" v="false" values="false,true" help="Switch on/off line search"/>
@@ -92,7 +92,7 @@
             </linearSolverItem>
         </linearSolvers>
         <schemes>
-            <scheme n="GenericScheme" pn="Generic scheme" ProductionReady="ProductionReady">
+            <scheme n="GenericScheme" pn="Generic scheme" >
                 <parameter_list></parameter_list>
                 <element_filters>
                     <filter field="ImplementedInApplication" value="StructuralMechanicsApplication"/>
@@ -100,5 +100,5 @@
             </scheme>
         </schemes>
     </StrategyItem>
-    
+
 </StrategyList>
\ No newline at end of file
diff --git a/kratos.gid/scripts/Controllers/ExamplesWindow.tcl b/kratos.gid/scripts/Controllers/ExamplesWindow.tcl
index dca8bd90c..6a9ae7ca2 100644
--- a/kratos.gid/scripts/Controllers/ExamplesWindow.tcl
+++ b/kratos.gid/scripts/Controllers/ExamplesWindow.tcl
@@ -1,6 +1,6 @@
 namespace eval ::Examples {
     Kratos::AddNamespace [namespace current]
-    
+
     # Variable declaration
     variable dir
     variable doc
@@ -19,12 +19,12 @@ proc Examples::Init { } {
     variable dir
     variable examples_window
     set examples_window .gid.examples_window
-    
+
     set dir [apps::getMyDir "Examples"]
-    
+
     # Don't open the tree
     set ::spdAux::TreeVisibility 0
-    
+
     LoadMyFiles
 
     variable filter_entry
@@ -36,7 +36,7 @@ proc Examples::Init { } {
 proc Examples::LoadMyFiles { } {
     variable dir
     variable doc
-    
+
     # uplevel #0 [list source [file join $dir xml GetFromXML.tcl]]
     set xmlfd [tDOM::xmlOpenFile [file join $dir xml examples.xml]]
     set doc [dom parse -channel $xmlfd]
@@ -54,7 +54,7 @@ proc Examples::StartWindow { {filter ""} } {
     variable _canvas_scroll_w
 
     set ::spdAux::must_open_dim_window 0
-    
+
     if { [GidUtils::IsTkDisabled] } {
         return 0
     }
@@ -63,15 +63,15 @@ proc Examples::StartWindow { {filter ""} } {
     Examples::DestroyExamplesWindow
     toplevel $examples_window
     wm withdraw $examples_window
-    
+
     set x [expr [winfo rootx .gid]+[winfo width .gid]/2-[winfo width $examples_window]/2]
     set y [expr [winfo rooty .gid]+[winfo height .gid]/2-[winfo height $examples_window]/2]
-    
+
     wm geom $examples_window +$x+$y
-    wm transient $examples_window .gid    
-    
+    wm transient $examples_window .gid
+
     InitWindow $examples_window [_ "Kratos Multiphysics - Examples"] Kratos "" "" 1
-    
+
     spdAux::RegisterWindow $examples_window
 
     set c_to_scroll [CreateScrolledCanvas $examples_window.center]
@@ -88,9 +88,9 @@ proc Examples::StartWindow { {filter ""} } {
     grid $filter_txt $filter_ent $filter_btn -sticky ew
 
     # Information panel
-    ttk::labelframe $examples_window.info -text " Information " -relief ridge 
+    ttk::labelframe $examples_window.info -text " Information " -relief ridge
     ttk::label $examples_window.info.text -textvariable Examples::info_main_window_text
-    grid $examples_window.info.text 
+    grid $examples_window.info.text
     grid $examples_window.info -sticky ew
 
     set groups [GetGroupsFromXML]
@@ -114,7 +114,7 @@ proc Examples::PrintGroups { } {
     foreach group_id [dict keys $groups_of_examples] {
         set group [dict get $groups_of_examples $group_id]
         set group_name [dict get $group name]
-        
+
         if {[winfo exists $_canvas_scroll.title_text$group_id]} {destroy $_canvas_scroll.title_text$group_id}
         set parent [ttk::labelframe $_canvas_scroll.title_text$group_id -text $group_name]
         set buttons_frame [ttk::frame $parent.buttonframe]
@@ -131,14 +131,14 @@ proc Examples::PrintGroups { } {
                 set example_cmd [dict get $example cmd]
                 set img [Examples::getImgFrom $example_app $example_logo]
                 ttk::button $buttons_frame.img~$inner_id -image $img -command [list Examples::LaunchExample $example_app $example_dim $example_cmd ]
-                ttk::label $buttons_frame.title$example_id -text $example_app -font {bold}
+                ttk::label $buttons_frame.title$example_id -text $example_app; # -font {bold}
                 ttk::label $buttons_frame.text$example_id -text $example_name
                 grid $buttons_frame.img~$inner_id -column $col -row $row
                 grid $buttons_frame.title$example_id -column $col -row [expr $row +1]
                 grid $buttons_frame.text$example_id -column $col -row [expr $row +2]
-                
+
                 bind $buttons_frame.img~$inner_id <Enter> {::Examples::PlaceInformationWindowByPath %W}
-                
+
                 incr col
                 if {$col >= 4} {set col 0; incr row; incr row; incr row}
             }
@@ -149,12 +149,12 @@ proc Examples::PrintGroups { } {
             grid columnconfigure $parent 0 -weight 1
         }
     }
-    
+
     grid columnconfigure $examples_window 0 -weight 1
     grid rowconfigure $examples_window 0 -weight 1
     wm minsize $examples_window 700 500
     update
-    
+
     ResizeScrolledCanvas $_canvas_scroll_w
 }
 
@@ -182,7 +182,7 @@ proc Examples::getExampleById {example_id} {
     }
 }
 
-proc Examples::IsAproved {example group filter} { 
+proc Examples::IsAproved {example group filter} {
     # if empty, no filter, go
     if {$filter eq ""} {return 1}
     set filter [string tolower $filter]
@@ -240,7 +240,7 @@ proc Examples::LaunchExample {example_app example_dim example_cmd} {
 }
 
 proc Examples::DestroyExamplesWindow {} {
-    
+
     variable examples_window
     if { ![GidUtils::IsTkDisabled] } {
         if {[winfo exists $examples_window]} {destroy $examples_window}
diff --git a/kratos.gid/scripts/Model/Entity.tcl b/kratos.gid/scripts/Model/Entity.tcl
index 9dd10910d..fe5afb3d8 100644
--- a/kratos.gid/scripts/Model/Entity.tcl
+++ b/kratos.gid/scripts/Model/Entity.tcl
@@ -113,13 +113,6 @@ oo::class create Entity {
     method cumple {args} {
         #W "Cumplimos con los filtros: $args"
         set c 1
-        if {[Kratos::IsDeveloperMode]} {
-            # if our mode is debug, it's allowed
-        } elseif {[my getAttribute "ProductionReady"] ne "" && [my getAttribute "ProductionReady"] ne "ProductionReady"} {
-            # if our mode is release, only release entities
-            #W "[my getName] no paso - [my getAttribute "ProductionReady"] "
-            return 0
-        }
         if {$args ne ""} {
             foreach {k listfiltervalues} {*}$args {
                 set listfiltervalues [string map {, " "} $listfiltervalues]