| 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 |