.ExternalMedia.Media.BaseClasses.ExternalTwoPhaseMedium

Information

Generic external two phase medium package

Contents

NameDescription
ThermodynamicState
SaturationProperties
BaseProperties
molarMassReturn the molar mass of the medium
getMolarMass
getCriticalTemperature
getCriticalPressure
getCriticalMolarVolume
setState_phReturn thermodynamic state record from p and h
setState_pTReturn thermodynamic state record from p and T
setState_pT_noErrReturn thermodynamic state record from p and T - does not use workaround to handle ModelicaError
setState_dTReturn thermodynamic state record from d and T
setState_psReturn thermodynamic state record from p and s
setState_hsReturn thermodynamic state record from h and s
partialDeriv_stateReturn partial derivative from a thermodynamic state record
setState_phX
setState_pTX
setState_dTX
setState_psX
setState_hsX
density_phReturn density from p and h
density_ph_statereturns density for given p and h
density_ph_derTotal derivative of density_ph
temperature_phReturn temperature from p and h
temperature_ph_statereturns temperature for given p and h
specificEntropy_phReturn specific entropy from p and h
specificEntropy_ph_statereturns specific entropy for a given p and h
specificEntropy_ph_dertime derivative of specificEntropy_ph
density_pTReturn density from p and T
density_pT_state
density_pT_derTotal derivative of density_pT
specificEnthalpy_pTReturn specific enthalpy from p and T
specificEnthalpy_pT_noErrReturn specific enthalpy from p and T - doesn't use workaround for ModelicaError
specificEnthalpy_pT_statereturns specific enthalpy for given p and T
specificEntropy_pTreturns specific entropy for a given p and T
specificEntropy_pT_statereturns specific entropy for a given p and T
pressure_dTReturn pressure from d and T
pressure_dT_state
specificEnthalpy_dTReturn specific enthalpy from d and T
specificEnthalpy_dT_state
specificEntropy_dTreturns specific entropy for a given d and T
specificEntropy_dT_statereturns specific entropy for a given d and T
density_psReturn density from p and s
density_ps_stateReturn density from p and s
density_ps_derTotal derivative of density_ps
temperature_psReturn temperature from p and s
temperature_ps_statereturns temperature for given p and s
specificEnthalpy_psReturn specific enthalpy from p and s
specificEnthalpy_ps_stateReturn enthalpy from p and s
density_hsReturn density for given h and s
density_hs_stateReturn density for given h and s
pressure_hsReturn pressure from h and s
pressure_hs_stateReturn pressure for given h and s
temperature_hsReturn temperature from h and s
temperature_hs_stateReturn temperature for given h and s
prandtlNumberReturns Prandtl number
temperatureReturn temperature from state
velocityOfSoundReturn velocity of sound from state
isobaricExpansionCoefficientReturn isobaric expansion coefficient from state
isentropicExponentReturn isentropic exponent
specificHeatCapacityCpReturn specific heat capacity cp from state
specificHeatCapacityCvReturn specific heat capacity cv from state
densityReturn density from state
density_derh_pReturn derivative of density wrt enthalpy at constant pressure from state
density_derp_hReturn derivative of density wrt pressure at constant enthalpy from state
density_derp_T
density_derT_p
dynamicViscosityReturn dynamic viscosity from state
specificEnthalpyReturn specific enthalpy from state
specificInternalEnergyReturns specific internal energy
isothermalCompressibilityReturn isothermal compressibility from state
thermalConductivityReturn thermal conductivity from state
pressureReturn pressure from state
specificEntropyReturn specific entropy from state
isentropicEnthalpy
setSat_pReturn saturation properties from p
setSat_p_stateReturn saturation properties from the state
setSat_TReturn saturation properties from p
setSat_T_stateReturn saturation properties from the state
setBubbleStateset the thermodynamic state on the bubble line
setDewStateset the thermodynamic state on the dew line
saturationTemperature
saturationTemperature_sat
saturationTemperature_derpReturns derivative of saturation temperature w.r.t.. pressureBeing this function inefficient, it is strongly recommended to use saturationTemperature_derp_sat and never use saturationTemperature_derp directly
saturationTemperature_derp_satReturns derivative of saturation temperature w.r.t.. pressure
dBubbleDensity_dPressureReturns bubble point density derivative
dDewDensity_dPressureReturns dew point density derivative
dBubbleEnthalpy_dPressureReturns bubble point specific enthalpy derivative
dDewEnthalpy_dPressureReturns dew point specific enthalpy derivative
bubbleDensityReturns bubble point density
dewDensityReturns dew point density
bubbleEnthalpyReturns bubble point specific enthalpy
dewEnthalpyReturns dew point specific enthalpy
saturationPressure
saturationPressure_derReturn saturation pressure time derivative
saturationPressure_sat
surfaceTensionReturns surface tension sigma in the two phase region
bubbleEntropyReturns bubble point specific entropy
dewEntropyReturns dew point specific entropy

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