modelOneWayValve

Simple one-way valve

Extends from FluidHeatFlow.BaseClasses.TwoPort (Partial model of two port).

Information

Simple one-way valve, comparable to the electrical ideal diode model.

  • from flowPort_a to flowPort_b: small pressure drop, linearly dependent on volumeFlow
  • from flowPort_b to flowPort_a: small leakage flow, linearly dependent on pressure drop

Parameters

TypeNameDefaultDescription
FluidHeatFlow.Media.Mediummedium (from TwoPort)FluidHeatFlow.Media.Medium()Medium in the component
SI.Massm (from TwoPort)Mass of medium
SI.TemperatureT0 (from TwoPort)Initial temperature of medium
BooleanT0fixed (from TwoPort)falseInitial temperature guess value or fixed
RealtapT (from TwoPort)1Defines temperature of heatPort between inlet and outlet temperature
SI.VolumeFlowRateV_flowNominalNominal volume flow rate (forward)
SI.PressuredpForward1e-6Pressure drop at nominal flow (forward)
SI.PressuredpNominalNominal pressure (backward)
SI.VolumeFlowRateV_flowBackwardLeakage volume flow rate (backward)
RealfrictionLossPart of friction losses fed to medium

Connectors

TypeNameDefaultDescription
FluidHeatFlow.Interfaces.FlowPort_aflowPort_a (from TwoPort)
FluidHeatFlow.Interfaces.FlowPort_bflowPort_b (from TwoPort)

Components

TypeNameDefaultDescription
SI.Pressuredp (from TwoPort)Pressure drop a->b
SI.VolumeFlowRateV_flow (from TwoPort)Volume flow a->b
SI.HeatFlowRateQ_flow (from TwoPort)Heat exchange with ambient
SI.TemperatureT (from TwoPort)Outlet temperature of medium
SI.TemperatureT_a (from TwoPort)Temperature at flowPort_a
SI.TemperatureT_b (from TwoPort)Temperature at flowPort_b
SI.TemperatureDifferencedT (from TwoPort)Temperature increase of coolant in flow direction
SI.TemperatureT_q (from TwoPort)Temperature relevant for heat exchange with ambient
BooleanbackwardState forward=false / backward=true