.ThermoPower.Gas

Information

This package contains models of physical processes and components using ideal gases as working fluid.

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

The latter options can be useful when two or more components are connected directly so that they will have the same pressure or temperature, to avoid over-specified systems of initial equations.

Contents

NameDescription
FlangeFlange connector for gas flows
FlangeAA-type flange connector for gas flows
FlangeBB-type flange connector for gas flows
SourcePressurePressure source for gas flows
SinkPressurePressure sink for gas flows
SourceMassFlowFlow rate source for gas flows
SinkMassFlowFlow rate sink for gas flows
ThroughMassFlowPrescribes the mass flow rate across the component
PlenumRigid adiabatic volume
HeaderHeader with metal walls for gas flows
MixerMixer with metal walls for gas flows
Flow1DFV1-dimensional fluid flow model for gas (finite volumes)
Flow1DFV2wSame as Flow1DFV with two walls and heat transfer models
FlowJoinJoins two gas flows
FlowSplitSplits a gas flow in two
PressDropLinLinear pressure drop for gas flows
PressDropPressure drop for gas flows
SensTTemperature sensor for gas
SensT1Temperature sensor for gas flows, single port
SensWMass Flowrate sensor for gas flows
SensPPressure sensor for gas flows
SensQVolume Flow Rate sensor for gas flows
ValveLinValve for gas flows with linear pressure drop
ValveValve for gas flow
f_colebrookFanning friction factor for water/steam flows
CombustionChamberCombustion Chamber
CompressorGas compressor
TurbineGas Turbine
TurbineStodolaGas Turbine
GTunit_ISOGas Turbine
GTunitGas Turbine
FanMech
UtilityUtility models
BaseClasses
SourcePPressure source for gas flows
SinkPPressure sink for gas flows
SourceWFlowrate source for gas flows
SinkWFlowrate sink for gas flows
ThroughWPrescribes the flow rate across the component
Flow1D1-dimensional fluid flow model for gas (finite volumes)

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