public double GetHumidEnthalpyFromDryBulbHumidityAndPressure(double temperature, double humidity, double pressure)
{
double airCp = gasProperties.GetSpecificHeatOfDryGas((273.15 + temperature) / 2.0);
double specificEnthalpyOfDryGas = airCp * (temperature - 273.15);
//pressure caused enthalpy diferene
//double deltaEnthalpyOfDryGas = CalculateDeltaEnthalpy(gas, temperature, pressure);
double dewPoint = GetDewPointFromHumidityAndPressure(humidity, pressure);
//double pPartial = humidity * pressure / (moistureGasMolarMassRatio + humidity);
double liquidMoistureCp = moistureProperties.GetSpecificHeatOfLiquid((273.15 + dewPoint) / 2.0);
double vaporMoistureCp = moistureProperties.GetSpecificHeatOfVapor((dewPoint + temperature) / 2.0);
double evaporationHeat = moistureProperties.GetEvaporationHeat(dewPoint);
//double specificEnthalpyOfMoisture = humidity * (liquidMoistureCp * (dewPoint - 273.15) + evaporationHeat + vaporMoistureCp * (temperature - dewPoint));
double specificEnthalpyOfMoisture = liquidMoistureCp * (dewPoint - 273.15) + evaporationHeat + vaporMoistureCp * (temperature - dewPoint);
//double deltaEnthalpyOfMoisture = CalculateDeltaEnthalpy(moisture, temperature, pressure);
//double specificEnthalpyOfMoisture = humidity * moistureProperties.GetEnthalpy(pPartial, temperature);
//return specificEnthalpyOfDryGas + deltaEnthalpyOfDryGas + humidity * (specificEnthalpyOfMoisture + deltaEnthalpyOfDryGas);
return(specificEnthalpyOfDryGas + humidity * (specificEnthalpyOfMoisture));
}
public double GetSpecificHeatOfLiquid()
{
return(moistureProperties.GetSpecificHeatOfLiquid());
}