system.thermo.if97.isobaricCubicExpansionCoefficient
Calculates isobaric cubic expansion coefficient.
Syntax
system.thermo.if97.isobaricCubicExpansionCoefficient(h, s) # Enthalpy and Entropy
system.thermo.if97.isobaricCubicExpansionCoefficient(p, h) # Pressure and Enthalpy
system.thermo.if97.isobaricCubicExpansionCoefficient(p, s) # Pressure and Entropy
system.thermo.if97.isobaricCubicExpansionCoefficient(p, t) # Pressure and Temperature
system.thermo.if97.isobaricCubicExpansionCoefficient(p, x) # Pressure and Quality
system.thermo.if97.isobaricCubicExpansionCoefficient(t, x) # Temperature and Quality
info
This function must be called with named parameters.
Parameters
| Type | Parameter | Description |
|---|---|---|
| Double | h | Specific Enthalpy (J/kg) |
| Double | p | Absolute Pressure (Pa) |
| Double | s | Specific Entropy (J/(kg·K)) |
| Double | t | Temperature (K) |
| Double | x | Quality (mass fraction of vapor) |
Returns
Double - Isobaric Cubic Expansion Coefficient (1/K)
Quantifies the relative change in volume of a substance with temperature at constant pressure.
Scope
Gateway, Designer, Client, Perspective Session
Example
Pressure and Temperature
p = 250000
t = 350
result = system.thermo.if97.isobaricCubicExpansionCoefficient(p=p, t=t)
print result
Result
0.000623653739722