| Name |
Description |
Water1 |
alias for TMedia water |
WaterS |
|
Air2 |
|
N2 |
|
R134a1 |
|
MarlothermSH |
|
ValveWaterTest1 |
Very simple model using external connectors for flow |
ValveAirTest1 |
|
SafetyValveLeser7_5_10_3 |
example 7.5.10.3 from Leser handbook, critical flow saturated
steam, solved by direct isentropic flow calculation |
SafetyValveStdLeser7_5_10_3 |
example 7.5.10.3 from Leser handbook, critical flow saturated
steam, solved by standard calculation |
SafetyValveStdTest7_5_10_6 |
example 7.5.10.6 from Leser handbook, viscous glycerine flow,
solved by standard calculation |
SafetyValveStdAPI1 |
example from API standard 520 5.6.3.2(hydrocarbon), critical
flow |
SafetyValveStdAPI2 |
example from API standard 520 5.6.4.2(hydrocarbon), subcritical
flow |
SafetyValveStdAPI5 |
example from API standard 520 5.8.2 (crude oil), liquid
flow |
SafetyValveTest1 |
Example of flashing water using direct isentropic flow
calculation. |
SafetyValveFlashTest1 |
example of flashing water using API Annex C 2.2.1
methodology |
SafetyValveFlashTest1TMedia |
example of flashing water using API Annex C 2.2.1
methodology |
SafetyValveOmegaTest1 |
example of flashing water using API Annex C 2.2.2
methodology |
SafetyValveFlashTest2 |
example of flashing water using API Annex C 2.2.3
methodology |
SafetyValveOmegaTest2 |
example of flashing water,low subcooling, critical, using API
Annex C 2.2.3 methodology |
SafetyValveOmegaC222 |
Example C.2.2.2(crude oil) from API RP520 Annex C, biphasic
inlet |
SafetyValveOmegaC223 |
Example C.2.2.3(Propane) from API standard 520 Annex C, liquid
inlet |
SVPlusPipeSteam |
example 7.5.10.3 from Leser handbook, critical flow saturated
steam, solved by direct isentropic flow calculation |
PresureReliefAir |
|