public static double GetLiquidDensity(ArrayList materialComponents, double temperature)
{
double density = 0.0;
double den = 0;
double massFrac;
foreach (MaterialComponent mc in materialComponents)
{
Substance s = mc.Substance;
ThermalPropsAndCoeffs tpc = s.ThermalPropsAndCoeffs;
massFrac = mc.GetMassFractionValue();
den = ThermalPropCalculator.CalculateLiquidDensity(temperature, tpc.LiqDensityCoeffs);
density += den * massFrac;
}
return(density);
}
public double GetDensity(double pressure, double temperature)
{
//double density = 1;
//if (moisture.Name.Equals("Water")) {
// density = ThermalPropCalculator.CalculateWaterDensity(pressure, temperature);
//}
//else {
// double satTemperature = GetSaturationTemperature(pressure);
// if (temperature < satTemperature) {
// density = ThermalPropCalculator.CalculateLiquidDensity(temperature, moisture);
// }
// else if (temperature > satTemperature) {
// //density = ThermalPropCalculator.CalculateLiquidDensity(temperature);
// //need to use state equation to calculate state
// }
//}
return(thermalPropCalculator.CalculateLiquidDensity(pressure, temperature, moisture));
}
public double GetDensity(double pressure, double temperature)
{
double density = 1;
if (moisture.Name.Equals("Water"))
{
density = ThermalPropCalculator.CalculateWaterDensity(pressure, temperature);
}
else
{
double satTemperature = GetSaturationTemperature(pressure);
if (temperature < satTemperature)
{
density = ThermalPropCalculator.CalculateLiquidDensity(temperature, liqDensityCoeffs);
}
else if (temperature > satTemperature)
{
//density = ThermalPropCalculator.CalculateLiquidDensity(temperature);
//need to use state equation to calculate state
}
}
return(density);
}
