com.hummeling.if97
final class Region2 extends Region
| Modifier and Type | Class and Description |
|---|---|
(package private) static class |
Region2.SubRegion |
| Modifier and Type | Field and Description |
|---|---|
private static double[][] |
IJnr |
private static double[][] |
Jno |
private static java.lang.String |
NAME |
(package private) static double |
pRef |
(package private) static double |
Tref |
| Constructor and Description |
|---|
Region2() |
| Modifier and Type | Method and Description |
|---|---|
private static double |
enthalpy2bc(double pressure) |
private static double |
gammaO(double pi,
double tau)
Dimensionless Gibbs free energy.
|
private static double |
gammaOPi(double pi)
First partial derivative with respect to pi.
|
private static double |
gammaOPiPi(double pi)
Second partial derivative with respect to pi.
|
private static double |
gammaOPiTau()
Second partial derivative with respect to pi & tau.
|
private static double |
gammaOTau(double tau)
First partial derivative with respect to tau.
|
private static double |
gammaOTauTau(double tau)
Second partial derivative with respect to tau.
|
private static double |
gammaR(double pi,
double tau)
Dimensionless Gibbs free energy.
|
private static double |
gammaRPi(double pi,
double tau)
First partial derivative with respect to pi.
|
private static double |
gammaRPiPi(double pi,
double tau)
Second partial derivative with respect to pi.
|
private static double |
gammaRPiTau(double pi,
double tau)
Second partial derivative with respect to pi & tau.
|
private static double |
gammaRTau(double pi,
double tau)
First partial derivative with respect to tau.
|
private static double |
gammaRTauTau(double pi,
double tau)
Second partial derivative with respect to tau.
|
(package private) java.lang.String |
getName() |
private Region2.SubRegion |
getSubRegionPH(double pressure,
double enthalpy) |
private Region2.SubRegion |
getSubRegionPS(double pressure,
double entropy) |
(package private) double |
isobaricCubicExpansionCoefficientPT(double pressure,
double temperature)
Isobaric cubic expansion coefficient.
|
(package private) double |
isothermalCompressibilityPT(double pressure,
double temperature)
Isothermal compressibility.
|
(package private) double |
pressureHS(double enthalpy,
double entropy)
Pressure as a function of specific enthalpy & specific entropy.
|
(package private) double |
specificEnthalpyPT(double pressure,
double temperature)
Specific enthalpy.
|
(package private) double |
specificEntropyPT(double pressure,
double temperature)
Specific entropy.
|
(package private) double |
specificEntropyRhoT(double rho,
double T)
Specific entropy.
|
(package private) double |
specificInternalEnergyPT(double pressure,
double temperature)
Specific internal energy.
|
(package private) double |
specificIsobaricHeatCapacityPT(double pressure,
double temperature)
Specific isobaric heat capacity.
|
(package private) double |
specificIsochoricHeatCapacityPT(double pressure,
double temperature)
Specific isochoric heat capacity.
|
(package private) double |
specificVolumePH(double pressure,
double enthalpy) |
(package private) double |
specificVolumePT(double pressure,
double temperature)
Specific volume.
|
(package private) double |
speedOfSoundPT(double pressure,
double temperature)
Speed of sound.
|
(package private) double |
temperatureHS(double enthalpy,
double entropy)
Temperature.
|
(package private) double |
temperaturePH(double pressure,
double enthalpy)
Temperature.
|
(package private) double |
temperaturePS(double pressure,
double entropy)
Temperature as a function of pressure & specific entropy.
|
private double |
theta2aPH(double pi,
double eta)
Dimensionless backward equation for region 2a.
|
private double |
theta2aPS(double pi,
double sigma)
Dimensionless backward equation for region 2a.
|
private double |
theta2bPH(double pi,
double eta)
Dimensionless backward equation for region 2b.
|
private double |
theta2bPS(double pi,
double sigma)
Dimensionless backward equation for region 2b.
|
private double |
theta2cPH(double pi,
double eta)
Dimensionless backward equation for region 2c.
|
private double |
theta2cPS(double pi,
double sigma)
Dimensionless backward equation for region 2c.
|
(package private) double |
vapourFractionHS(double enthalpy,
double entropy)
Vapour fraction.
|
(package private) double |
vapourFractionPS(double pressure,
double entropy) |
getRegionHS, getRegionPH, getRegionPS, getRegionPT, getRegionPT, pressureB23, saturationPressure3, specificEnthalpy1, specificEnthalpy2ab, specificEnthalpy2c3b, specificEnthalpy3a, specificEnthalpyB13, temperatureB23HS, temperatureB23Pprivate static final java.lang.String NAME
static final double Tref
static final double pRef
private static final double[][] Jno
private static final double[][] IJnr
private static double enthalpy2bc(double pressure)
private static double gammaO(double pi,
double tau)
pi - dimensionless pressure [MPa]tau - dimensionless temperature [K]private static double gammaOPi(double pi)
pi - dimensionless pressure [MPa]private static double gammaOPiPi(double pi)
pi - dimensionless pressure [MPa]private static double gammaOPiTau()
private static double gammaOTau(double tau)
tau - dimensionless temperature [K]private static double gammaOTauTau(double tau)
tau - dimensionless temperature [K]private static double gammaR(double pi,
double tau)
pi - dimensionless pressure [MPa]tau - dimensionless temperature [K]private static double gammaRPi(double pi,
double tau)
pi - dimensionless pressure [MPa]tau - dimensionless temperature [K]private static double gammaRPiPi(double pi,
double tau)
pi - dimensionless pressure [MPa]tau - dimensionless temperature [K]private static double gammaRPiTau(double pi,
double tau)
pi - dimensionless pressure [MPa]tau - dimensionless temperature [K]private static double gammaRTau(double pi,
double tau)
pi - dimensionless pressure [MPa]tau - dimensionless temperature [K]private static double gammaRTauTau(double pi,
double tau)
pi - dimensionless pressure [MPa]tau - dimensionless temperature [K]private Region2.SubRegion getSubRegionPH(double pressure, double enthalpy)
private Region2.SubRegion getSubRegionPS(double pressure, double entropy)
double isobaricCubicExpansionCoefficientPT(double pressure,
double temperature)
RegionisobaricCubicExpansionCoefficientPT in class Regionpressure - pressure [MPa]temperature - temperature [K]double isothermalCompressibilityPT(double pressure,
double temperature)
RegionisothermalCompressibilityPT in class Regionpressure - pressure [MPa]temperature - temperature [K]double pressureHS(double enthalpy,
double entropy)
RegionpressureHS in class Regionenthalpy - specific enthalpy [kJ/kg]entropy - specific entropy [kJ/kg-K]double specificEnthalpyPT(double pressure,
double temperature)
RegionspecificEnthalpyPT in class Regionpressure - pressure [MPa]temperature - temperature [K]double specificEntropyPT(double pressure,
double temperature)
RegionspecificEntropyPT in class Regionpressure - pressure [MPa]temperature - temperature [K]double specificEntropyRhoT(double rho,
double T)
RegionspecificEntropyRhoT in class Regionrho - density [kg/m³]T - temperature [K]double specificInternalEnergyPT(double pressure,
double temperature)
RegionspecificInternalEnergyPT in class Regionpressure - pressure [MPa]temperature - temperature [K]double specificIsobaricHeatCapacityPT(double pressure,
double temperature)
RegionspecificIsobaricHeatCapacityPT in class Regionpressure - pressure [MPa]temperature - temperature [K]double specificIsochoricHeatCapacityPT(double pressure,
double temperature)
RegionspecificIsochoricHeatCapacityPT in class Regionpressure - pressure [MPa]temperature - temperature [K]double specificVolumePH(double pressure,
double enthalpy)
double specificVolumePT(double pressure,
double temperature)
RegionspecificVolumePT in class Regionpressure - pressure [MPa]temperature - temperature [K]double speedOfSoundPT(double pressure,
double temperature)
RegionspeedOfSoundPT in class Regionpressure - pressure [MPa]temperature - temperature [K]double temperatureHS(double enthalpy,
double entropy)
RegiontemperatureHS in class Regionenthalpy - specific enthalpy [kJ/kg]entropy - specific entropy [kJ/kg-K]double temperaturePH(double pressure,
double enthalpy)
RegiontemperaturePH in class Regionpressure - pressure [MPa]enthalpy - specific enthalpy [kJ/kg]double temperaturePS(double pressure,
double entropy)
RegiontemperaturePS in class Regionpressure - pressure [MPa]entropy - specific entropy [kJ/kg-K]private double theta2aPH(double pi,
double eta)
pi - dimensionless pressureeta - dimensionless enthalpyprivate double theta2aPS(double pi,
double sigma)
pi - dimensionless pressuresigma - dimensionless entropyprivate double theta2bPH(double pi,
double eta)
pi - dimensionless pressure [MPa]eta - dimensionless enthalpy [kJ/kg]private double theta2bPS(double pi,
double sigma)
pi - dimensionless pressuresigma - dimensionless entropyprivate double theta2cPH(double pi,
double eta)
pi - dimensionless pressure [MPa]eta - dimensionless enthalpy [kJ/kg]private double theta2cPS(double pi,
double sigma)
pi - dimensionless pressuresigma - dimensionless entropydouble vapourFractionHS(double enthalpy,
double entropy)
RegionvapourFractionHS in class Regionenthalpy - specific enthalpy [kJ/kg]entropy - specific entropy [kJ/kg-K]double vapourFractionPS(double pressure,
double entropy)
vapourFractionPS in class Region