public static double GetDensity(double massConcentraiton, double temperature, MilkType milkType)
{
temperature = temperature - 273.15;
//MaterialComponent dryMatComponent = materialComponents[0] as MaterialComponent;
//double dryMatFraction = dryMatComponent.GetMassFractionValue();
double a = 0;
double b = 0;
double c = 0;
if (milkType == MilkType.SkimMilk)
{
a = ChartUtil.GetInterpolateValue(skimMilkA, temperature);
b = ChartUtil.GetInterpolateValue(skimMilkB, temperature);
c = ChartUtil.GetInterpolateValue(skimMilkC, temperature);
}
else if (milkType == MilkType.WholeMilk)
{
a = ChartUtil.GetInterpolateValue(skimMilkA, temperature);
b = ChartUtil.GetInterpolateValue(skimMilkB, temperature);
}
double density = a + b * massConcentraiton + c * massConcentraiton * massConcentraiton;
return(1000 * density);
}
internal static double CalculateCollectionEfficiency(double dpiDpth, CycloneInletConfiguration inletConfiguration)
{
if (inletConfiguration == CycloneInletConfiguration.Tangential)
{
return(ChartUtil.GetInterpolateValue(ceDiamCorrectionCurve1, Math.Log10(dpiDpth)));
}
else
{
return(ChartUtil.GetInterpolateValue(ceDiamCorrectionCurve2, Math.Log10(dpiDpth)));
}
}
//Section 7-26 of Handbook of Chemical Engineering Calculations
//This correlation is very similar to Perry's Equation 5-101
//massFlowRate is the condensate flow rate
public static double CalculateInTubeHorizontalHTC_StratifiedFlow(double massFlowRate, double diameter, double length, double liqDensity, double liqViscosity, double liqThermalCond)
{
double tempValue = liqDensity * liqDensity * 9.8065 * length / (liqViscosity * massFlowRate);
double h = 0.767 * liqThermalCond * Math.Pow(tempValue, 1.0 / 3.0);
//need to do correction according to W/(rho * Math.Pow(Di, 2.56))
//W is in Ibm/hr, rho is in Ibm/ft3, Di is in ft
tempValue = (massFlowRate / 1.25997881e-4) / (liqDensity / 16.0184634 * Math.Pow(diameter / 0.3048, 2.56));
double correctionFactor = ChartUtil.GetInterpolateValue(stratifiedFlowCorrectionCurve, tempValue);
return(h * correctionFactor);
}
internal static double CalculateDPLoadingCorrectionFactor(double loading)
{
return(ChartUtil.GetInterpolateValue(dpLoadingCorrectionCurve, Math.Log10(loading)));
}
internal static double CalculateDPContractionFactor(double areaRatio)
{
return(ChartUtil.GetInterpolateValue(dpContractionFactorCurve, areaRatio));
}