.HelmholtzMedia.Interfaces.PartialHelmholtzMedium

Contents

Name	Description
EoS
Ancillary
Transport
ThermodynamicState
SaturationProperties
BaseProperties	Base properties (p, d, T, h, u, s) of a medium
setSat_T	iterative calculation of saturation properties from EoS with Newton-Raphson algorithm
setSat_p	iterative calculation of saturation properties from EoS for a given pressure
setSat_d	iterative calculation of saturation properties from EoS with Newton-Raphson algorithm
setBubbleState	returns bubble ThermodynamicState from given saturation properties
setDewState	returns dew ThermodynamicState from given saturation properties
setSmoothState	Return thermodynamic state so that it smoothly approximates: if x > 0 then state_a else state_b
setState_dTX	Return thermodynamic state as function of (d, T)
setState_Tx	Return thermodynamic state as function of (T, x)
setState_px	Return thermodynamic state as function of (p, x)
setState_pTX	Return thermodynamic state as function of (p, T)
setState_phX	Return thermodynamic state as function of (p, h)
setState_psX	Return thermodynamic state as function of (p, s)
setState_pd	Return thermodynamic state as function of (p, d)
setState_Ts	Return thermodynamic state as function of (T, s)
temperature	returns temperature from given ThermodynamicState
density	returns density from given ThermodynamicState
pressure	returns pressure from given ThermodynamicState
specificInternalEnergy	returns specificEnergy from given ThermodynamicState
specificEntropy	returns specificEntropy from given ThermodynamicState
specificEnthalpy	returns specificEnthalpy from given ThermodynamicState
vapourQuality	returns the vapour quality
vapourQuality_sat	returns the vapour quality
specificHeatCapacityCp	returns the isobaric specific heat capcacity
specificHeatCapacityCv	returns the isochoric specific heat capcacity
velocityOfSound	returns the speed or velocity of sound
isobaricExpansionCoefficient	returns 1/v*(dv/dT)@p=const
isothermalCompressibility	returns -1/v*(dv/dp)@T=const
isentropicExponent	returns -v/p*(dp/dv)@s=const
isentropicEnthalpy	returns isentropic enthalpy
jouleThomsonCoefficient	returns Joule-Thomson-Coefficient (dT/dp)@h=const
isothermalThrottlingCoefficient	returns isothermal throttling coefficient (dh/dp)@T=const
dynamicViscosity	Returns dynamic Viscosity
thermalConductivity	Return thermal conductivity
surfaceTension	Return surface tension sigma in the two phase region
bubbleEnthalpy	returns specificEnthalpy from given SaturationProperties
dewEnthalpy	returns specificEnthalpy from given SaturationProperties
dewEntropy	returns specificEntropy from given SaturationProperties
bubbleEntropy	returns specificEntropy from given SaturationProperties
dewDensity	returns density from given SaturationProperties
bubbleDensity	returns density from given SaturationProperties
saturationTemperature
saturationTemperature_derp	returns (dT/dp)@sat
saturationTemperature_derp_sat	returns (dT/dp)@sat
saturationPressure
saturationPressure_derT	returns (dp/dT)@sat
saturationPressure_derT_sat	returns (dp/dT)@sat
dBubbleDensity_dPressure	Return bubble point density derivative
dDewDensity_dPressure	Return dew point density derivative
dBubbleEnthalpy_dPressure	Return bubble point enthalpy derivative
dDewEnthalpy_dPressure	Return dew point enthalpy derivative
density_ph	returns density for given p and h
density_ph_state	returns density for given p and h
density_ph_der	time derivative of density_ph
density_derp_h	returns density derivative (dd/dp)@h=const
density_derh_p	returns density derivative (dd/dh)@p=const
temperature_ph	returns temperature for given p and h
temperature_ph_state	returns temperature for given p and h
temperature_ph_der	time derivative of temperature_ph
specificEntropy_ph	returns specific entropy for a given p and h
specificEntropy_ph_state	returns specific entropy for a given p and h
specificEntropy_ph_der
density_pT	Return density from p and T
density_pT_state
density_pT_der	time derivative of density_pT
density_derp_T	returns density derivative (dd/dp)@T=const
density_derT_p	returns density derivative (dd/dT)@p=const
specificEnthalpy_pT	returns specific enthalpy for given p and T
specificEnthalpy_pT_state	returns specific enthalpy for given p and T
specificEnthalpy_pT_der	time derivative of specificEnthalpy_pT
pressure_dT
pressure_dT_state
pressure_dT_der	time derivative of pressure_dT
pressure_derd_T	returns pressure derivative (dp/dd)@T=const
pressure_derT_d	returns pressure derivative (dp/dT)@d=const
specificEnthalpy_dT
specificEnthalpy_dT_state
specificEnthalpy_dT_der
specificEnthalpy_derd_T	returns enthalpy derivative (dh/dd)@T=const
specificEnthalpy_derT_d	returns enthalpy derivative (dh/dT)@d=const
specificEntropy_pT	iteratively finds the specific entropy for a given p and T
specificEntropy_dT	return specific enthalpy for given d and T
temperature_pd	returns temperature for given p and d
pressure_Ts	returns pressure for given T and s
temperature_ps	returns temperature for given p and d
density_Ts	returns density for given T and s
specificEnthalpy_ps	returns specific enthalpy for a given p and s
specificEnthalpy_pd	returns specific enthalpy for a given p and d