.ThermoPower.Gas

Information

All models with dynamic equations provide initialisation support. Set the initOpt parameter to the appropriate value:

• Choices.Init.Options.noInit: no initialisation
• Choices.Init.Options.steadyState: full steady-state initialisation
• Choices.Init.Options.steadyStateNoP: steady-state initialisation (except pressure)
• Choices.Init.Options.steadyStateNoT: steady-state initialisation (except temperature)

Contents

Name	Description
Flange	Flange connector for gas flows
FlangeA	A-type flange connector for gas flows
FlangeB	B-type flange connector for gas flows
SourcePressure	Pressure source for gas flows
SinkPressure	Pressure sink for gas flows
SourceMassFlow	Flow rate source for gas flows
SinkMassFlow	Flow rate sink for gas flows
ThroughMassFlow	Prescribes the mass flow rate across the component
Plenum	Rigid adiabatic volume
Header	Header with metal walls for gas flows
Mixer	Mixer with metal walls for gas flows
Flow1DFV	1-dimensional fluid flow model for gas (finite volumes)
Flow1DFV2w	Same as Flow1DFV with two walls and heat transfer models
FlowJoin	Joins two gas flows
FlowSplit	Splits a gas flow in two
PressDropLin	Linear pressure drop for gas flows
PressDrop	Pressure drop for gas flows
SensT	Temperature sensor for gas
SensT1	Temperature sensor for gas flows, single port
SensW	Mass Flowrate sensor for gas flows
SensP	Pressure sensor for gas flows
SensQ	Volume Flow Rate sensor for gas flows
ValveLin	Valve for gas flows with linear pressure drop
Valve	Valve for gas flow
f_colebrook	Fanning friction factor for water/steam flows
CombustionChamber	Combustion Chamber
Compressor	Gas compressor
Turbine	Gas Turbine
TurbineStodola	Gas Turbine
GTunit_ISO	Gas Turbine
GTunit	Gas Turbine
FanMech
Utility	Utility models
BaseClasses
SourceP	Pressure source for gas flows
SinkP	Pressure sink for gas flows
SourceW	Flowrate source for gas flows
SinkW	Flowrate sink for gas flows
ThroughW	Prescribes the flow rate across the component
Flow1D	1-dimensional fluid flow model for gas (finite volumes)