private double CalculateDensity(double tempValue)
{
double densityValue = Constants.NO_VALUE;
if (DryingMaterial.MaterialType == MaterialType.GenericFood)
{
densityValue = GenericFoodPropCalculator.GetDensity(materialComponents.Components, tempValue);
}
else if (DryingMaterial.MaterialType == MaterialType.SpecialFood)
{
densityValue = SpecialFoodPropCalculator.GetDensity(DryingMaterial.Name, massConcentration.Value, tempValue);
}
else
{
if (density.IsSpecifiedAndHasValue)
{
densityValue = density.Value;
}
else if (massConcentration.Value <= TOLERANCE && pressure.HasValue)
{
densityValue = MoistureProperties.GetDensity(pressure.Value, tempValue);
}
}
return(densityValue);
}
private void CalculateDensity()
{
double densityValue = Constants.NO_VALUE;
if (materialStateType == MaterialStateType.Liquid && pressure.HasValue && massConcentration.Value < 1.0e-3)
{
double tempValue = temperature.Value;
if (vaporFraction.HasValue && vaporFraction.Value >= 0.999999)
{
tempValue += TOLERANCE;
}
else if (vaporFraction.HasValue && vaporFraction.Value <= TOLERANCE)
{
tempValue -= TOLERANCE;
}
densityValue = MoistureProperties.GetDensity(pressure.Value, tempValue);
}
else
{
densityValue = CalculateDensity(temperature.Value);
}
if (densityValue != Constants.NO_VALUE)
{
Calculate(density, densityValue);
}
}
internal override double GetGasDensity(double temperature, double pressure)
{
//DryingMaterialStreamComponents dmsc = streamComponents as DryingMaterialStreamComponents;
//Substance s = dmsc.Moisture.Substance;
//double molarWt = s.MolarWeight;
//double density = (molarWt * pressure/1000)/(8.314*tempValue);
double density = MoistureProperties.GetDensity(pressure, temperature + 0.001);
return(density);
}
internal override double GetLiquidDensity(double temperature)
{
DryingMaterialComponents dmc = MaterialComponents;
Substance s = dmc.Moisture.Substance;
double molarWt = s.MolarWeight;
double densityValue = Constants.NO_VALUE;
if (density.IsSpecifiedAndHasValue)
{
densityValue = density.Value;
}
else if (massConcentration.Value <= TOLERANCE && pressure.HasValue)
{
densityValue = MoistureProperties.GetDensity(pressure.Value, temperature);
}
return(densityValue);
}
internal override double GetGasDensity(double temperature, double pressure)
{
return(MoistureProperties.GetDensity(pressure, temperature + 0.001));
}
internal override double GetLiquidDensity(double temperature)
{
return(MoistureProperties.GetDensity(pressure.Value, temperature));
}