PropertiesGERGResult Struct Reference

Structure containing thermodynamic properties for GERG-2008 calculations. More...

Collaboration diagram for PropertiesGERGResult:

Data Fields
double	P
double	Z
double	dPdD
double	d2PdD2
double	d2PdTD
double	dPdT
double	U
double	H
double	S
double	Cv
double	Cp
double	W
double	G
double	JT
double	Kappa
double	A
double	Cf

Detailed Description

Structure containing thermodynamic properties for GERG-2008 calculations.

Parameters

P	Pressure [kPa]
Z	Compressibility factor [-]
dPdD	First partial derivative of pressure with respect to density [(Pa⋅m³)/kg]
d2PdD2	Second partial derivative of pressure with respect to density [(Pa⋅m⁶)/kg²]
d2PdTD	Second partial derivative of pressure with respect to temperature and density [(Pa⋅m³)/(kg⋅K)]
dPdT	First partial derivative of pressure with respect to temperature [Pa/K]
U	Internal energy [J/kg]
H	Enthalpy [J/kg]
S	Entropy [J/(kg⋅K)]
Cv	Isochoric heat capacity [J/(kg⋅K)]
Cp	Isobaric heat capacity [J/(kg⋅K)]
W	Speed of sound [m/s]
G	Gibbs free energy [J/kg]
JT	Joule-Thomson coefficient [K/Pa]
Kappa	Isothermal compressibility [1/Pa]
A	Helmholtz free energy [J/kg]
Cf	Critical flow factor [-]

See also

PropertiesGERG For the underlying calculation implementation

Definition at line 200 of file bindings.cpp.

Field Documentation

A

double PropertiesGERGResult::A

Helmholtz free energy [J/kg]

Definition at line 217 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

Cf

double PropertiesGERGResult::Cf

Critical flow factor

Definition at line 218 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

Cp

double PropertiesGERGResult::Cp

Isobaric heat capacity [J/(kg⋅K)]

Definition at line 212 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

Cv

double PropertiesGERGResult::Cv

Isochoric heat capacity [J/(kg⋅K)]

Definition at line 211 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

d2PdD2

double PropertiesGERGResult::d2PdD2

Second derivative of pressure with respect to density [(Pa⋅m⁶)/kg²]

Definition at line 205 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

d2PdTD

double PropertiesGERGResult::d2PdTD

Mixed derivative of pressure with respect to temperature and density

Definition at line 206 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

dPdD

double PropertiesGERGResult::dPdD

Derivative of pressure with respect to density [(Pa⋅m³)/kg]

Definition at line 204 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

dPdT

double PropertiesGERGResult::dPdT

Derivative of pressure with respect to temperature [Pa/K]

Definition at line 207 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

G

double PropertiesGERGResult::G

Gibbs free energy [J/kg]

Definition at line 214 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

H

double PropertiesGERGResult::H

Enthalpy [J/kg]

Definition at line 209 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

JT

double PropertiesGERGResult::JT

Joule-Thomson coefficient [K/Pa]

Definition at line 215 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

Kappa

double PropertiesGERGResult::Kappa

Isothermal compressibility

Definition at line 216 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

P

double PropertiesGERGResult::P

Pressure in kPa

Definition at line 202 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

S

double PropertiesGERGResult::S

Entropy [J/(kg⋅K)]

Definition at line 210 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

U

double PropertiesGERGResult::U

Internal energy [J/kg]

Definition at line 208 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

W

double PropertiesGERGResult::W

Speed of sound [m/s]

Definition at line 213 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

Z

double PropertiesGERGResult::Z

Compressibility factor

Definition at line 203 of file bindings.cpp.

Referenced by EMSCRIPTEN_BINDINGS().

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The documentation for this struct was generated from the following file:

• src/cpp/bindings.cpp