internal override double GetLiquidThermalConductivity(double temperature)
{
DryingMaterialComponents dmc = MaterialComponents;
ArrayList compList = new ArrayList();
compList.Add(dmc.Moisture);
return(MaterialPropCalculator.GetLiquidThermalConductivity(compList, temperature));
}
internal override double GetLiquidViscosity(double temperature)
{
//return 1.0e-5;
DryingMaterialComponents dmc = MaterialComponents;
ArrayList compList = new ArrayList();
compList.Add(dmc.Moisture);
return(MaterialPropCalculator.GetLiquidViscosity(compList, temperature));
}
internal virtual double GetGasDensity(double temperature, double pressure)
{
return(MaterialPropCalculator.GetGasDensity(materialComponents.Components, temperature, pressure));
}
internal virtual double GetLiquidDensity(double temperature)
{
return(MaterialPropCalculator.GetLiquidDensity(materialComponents.Components, temperature));
}
internal virtual double GetGasThermalConductivity(double temperature)
{
return(MaterialPropCalculator.GetGasThermalConductivity(materialComponents.Components, temperature));
}
internal virtual double GetSpecificHeatRatio(double temperature)
{
return(MaterialPropCalculator.GetSpecificHeatRatio(materialComponents.Components, temperature));
}
internal virtual double GetGasCp(double temperature)
{
return(MaterialPropCalculator.GetGasCp(materialComponents.Components, temperature));
}
internal override double GetGasThermalConductivity(double temperature)
{
return(MaterialPropCalculator.GetGasThermalConductivity(materialComponents.MajorPhase.Components, temperature));
}
