/// <summary>
/// Объемный расход потока материала в канале
/// </summary>
/// <param name="geometricParameters">Геометрические параметры канала</param>
/// <param name="modeParameters">Режимные параметры процесса</param>
/// <returns></returns>
public static double GetVolumetricFlowRate(GeometricParameters geometricParameters, ModeParameters modeParameters)
{
return((geometricParameters.H * geometricParameters.W * modeParameters.Vu * GetGeometricCoefficient(geometricParameters)) / 2);
}
public static VisualizedData GetVisualizedData(GeometricParameters geometricParameters, ModeParameters modeParameters,
EmpiricalCoefficients empiricalCoefficients,
MaterialPropertiesParameters materialPropertiesParameters, double z)
{
double Y = GetShearStrainRate(modeParameters.Vu, geometricParameters.H);
double Qa = GetSpecificHeatFluxQa(geometricParameters.W, modeParameters.Tu, empiricalCoefficients);
double Qy = GetSpecificHeatFluxQy(geometricParameters, empiricalCoefficients, Y);
double QCH = GetVolumetricFlowRate(geometricParameters, modeParameters);
double l = geometricParameters.L;
List <Point> temperature = new List <Point>();
List <Point> viscosity = new List <Point>();
for (double i = 0; i < l; i += z)
{
double T = GetMaterialTemperature(empiricalCoefficients, materialPropertiesParameters, Qa, Qy, QCH, geometricParameters.W, i);
double Nu = GetMaterialViscosity(empiricalCoefficients, T, Y);
temperature.Add(new Point(i, T));
viscosity.Add(new Point(i, Nu));
}
double lastT = GetMaterialTemperature(empiricalCoefficients, materialPropertiesParameters, Qa, Qy, QCH, geometricParameters.W, l);
double lastNu = GetMaterialViscosity(empiricalCoefficients, lastT, Y);
temperature.Add(new Point(l, lastT));
viscosity.Add(new Point(l, lastNu));
return(new VisualizedData(temperature, viscosity));
}
