Returns the region-1 specific isobaric heat capacity
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-2 isobaric specific heat
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-1 specific isochoric heat capacity
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-2 isochoric specific heat
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Calculates the water enthalpy in kJ/kg at a given
temperature and pressure.
Returns the region-1 specific enthalpy
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-2 enthalpy
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the saturation pressure in Pa
Temperature is assumed to be in K
Determines which region of the pT chart
a point belongs to.
Returns the region-1 specific internal energy
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-2 entropy
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-1 backward correlation for T(p,h)
Enthalpy is assumed to be in kJ/kg
Pressure is assumed to be in Pa
Returns the region-1 backward correlation for T(p,s)
Entropy is assumed to be in kJ/kg.K
Pressure is assumed to be in Pa
Returns the saturation temperature in K
Pressure is assumed to be in Pa
Calculates the water internal energy in kJ/kg at a given
temperature and pressure.
Returns the region-1 specific internal energy
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-2 internal energy
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-1 specific volume
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-2 specific volume
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-1 speed of sound
Temperature is assumed to be in K
Pressure is assumed to be in Pa
Returns the region-2 sound velocity
Temperature is assumed to be in K
Pressure is assumed to be in Pa