modelFluidTestingA

Information

This test maintains a constant pressure, and ramps temperature between the selected values. At each temperature, a thermodynamic state is created from p and T and, from it, different properties are calculated. The state is recovered also from d_T, p_H, and p_S, in order to check if the state is correctly reconstructed.

Parameters

TypeNameDefaultDescription
Medium.AbsolutePressurep1.0e5
Medium.TemperatureinitialT273.19
Medium.TemperaturefinalT372.15
Realfract0.1fraction of the density of stateP to be used in state Dlow

Components

TypeNameDefaultDescription
Medium.TemperatureTWe will ramp the temperature
Medium.MolarMassMM
Medium.ThermodynamicStateStatePoriginal state from p and T
RealTb
RealH
RealD
RealS
RealUinternal energy
RealCp
RealCv
RealGamma
RealSSspeed of sound
RealBetaisobaric expansion coefficient
RealKappaisothermal compressibility
RealDerD_p_h
RealDerD_h_p
RealMu
RealTh
Medium.ThermodynamicStateStateDstate reproduced from d,T
Medium.ThermodynamicStateStateHstate reproduced from p,h
Medium.ThermodynamicStateStateSstate reproduced from p,s
Medium.ThermodynamicStateStateDlowstate at fraction of original density
RealDlowGasFractgas fraction of StateDlow
RealDlowD
RealDlowH
RealDlowS
RealDlowU
RealDlowCv
RealDlowDerD_p_h
RealDlowDerD_h_p
Medium.SaturationPropertiessatsaturation point at given T
Medium.AbsolutePressureVp
RealDerTb_p
Medium.ThermodynamicStateStateBubbubble state at sat
Medium.ThermodynamicStateStateDewdew state at sat
RealBubD
RealBubHbubble properties
RealBubS
RealDewD
RealDewHdew properties
RealDewS
RealHvvaporization enthalpy
RealDewMu
RealSigma
Medium.TemperatureTsattemperature recovered from saturation pressure
Medium.BasePropertiesBaseProp

Contents

NameDescription
Medium