README - add Top Surface heat transfer coefficient

MaCFP · Oct 28, 2024 · d08c545 · d08c545
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commit d08c545
Showing 1 changed file with 3 additions and 1 deletion.
diff --git a/PMMA/Validation_Results/NIST-StMU-FSRI/README.md b/PMMA/Validation_Results/NIST-StMU-FSRI/README.md
@@ -30,7 +30,9 @@ Comments: Simulations T1-T5 (50 kW/m2) and 25R1-R3 (25 kW/m2) used the experimen
 Comments:
 SOLID_PHASE_ONLY = T
 Based on sensitivity analysis performed using https://github.com/MaCFP/matl-db/blob/master/PMMA/Material_Properties/2021/MaCFP_PMMA_NIST.json, simulations used a single, constant flux (i.e., no accounting for time dependence due to shutter or spatial dependence across the sample)
-Epoxy mass was treated as PMMA. Output processed to tare initial mass to the reported PMMA sample mass)
+Epoxy mass was treated as PMMA. Output processed to tare initial mass to the reported PMMA sample mass).
+Top Surface heat transfer coefficient: 13 W/m2-K
+
 
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