.FreeFluids.Valves.Examples

Contents

NameDescription
 Water1alias for TMedia water
 WaterS
 Air2
 N2
 R134a1
 MarlothermSH
 ValveWaterTest1Very simple model using external connectors for flow
 ValveAirTest1
 SafetyValveLeser7_5_10_3example 7.5.10.3 from Leser handbook, critical flow saturated steam, solved by direct isentropic flow calculation
 SafetyValveStdLeser7_5_10_3example 7.5.10.3 from Leser handbook, critical flow saturated steam, solved by standard calculation
 SafetyValveStdTest7_5_10_6example 7.5.10.6 from Leser handbook, viscous glycerine flow, solved by standard calculation
 SafetyValveStdAPI1example from API standard 520 5.6.3.2(hydrocarbon), critical flow
 SafetyValveStdAPI2example from API standard 520 5.6.4.2(hydrocarbon), subcritical flow
 SafetyValveStdAPI5example from API standard 520 5.8.2 (crude oil), liquid flow
 SafetyValveTest1Example of flashing water using direct isentropic flow calculation.
 SafetyValveFlashTest1example of flashing water using API Annex C 2.2.1 methodology
 SafetyValveFlashTest1TMediaexample of flashing water using API Annex C 2.2.1 methodology
 SafetyValveOmegaTest1example of flashing water using API Annex C 2.2.2 methodology
 SafetyValveFlashTest2example of flashing water using API Annex C 2.2.3 methodology
 SafetyValveOmegaTest2example of flashing water,low subcooling, critical, using API Annex C 2.2.3 methodology
 SafetyValveOmegaC222Example C.2.2.2(crude oil) from API RP520 Annex C, biphasic inlet
 SafetyValveOmegaC223Example C.2.2.3(Propane) from API standard 520 Annex C, liquid inlet
 SVPlusPipeSteamexample 7.5.10.3 from Leser handbook, critical flow saturated steam, solved by direct isentropic flow calculation
 PresureReliefAir

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