internal double CalculateHorizontalCondensingHTC(double massFlowRate, double diameter, double length, double liqDensity, double liqViscosity, double liqThermalCond)
{
/*double gamma = massFlowRate/(2.0*length);
* double tempValue = diameter * diameter * diameter * density * density * 9.8065/(viscosity*gamma);
* double h = thermalCond/diameter * 0.73 * Math.Pow(tempValue, 1/3);
* return h;*/
double h = CondensationHeatTransferCoeffCalculator.CalculateHorizontalTubeHTC_Colburn(massFlowRate, length, liqDensity, liqViscosity, liqThermalCond);
return(h);
}
internal double CalculateHorizontalCondensingHTC_Colburn(double massFlowRate, double length, double liqDensity, double liqViscosity, double liqThermalCond)
{
/*double gamma = massFlowRate/(2.0*length);
* double tempValue = gamma/Math.Pow(3.0*viscosity*gamma/(density*density*9.8065), 1.0/3.0);
* double h = 4.4*tempValue*thermalCond/(4.0*gamma);
* return h;*/
double h = CondensationHeatTransferCoeffCalculator.CalculateHorizontalTubeHTC_Colburn(massFlowRate, length, liqDensity, liqViscosity, liqThermalCond);
return(h);
}
