public fsCakeFormationDpConstCalculator()
{
#region Parameters Initialization
m_suspensionDensity = AddConstant(fsParameterIdentifier.SuspensionDensity);
m_solidsDensity = AddConstant(fsParameterIdentifier.SolidsDensity);
m_etaf = AddConstant(fsParameterIdentifier.MotherLiquidViscosity);
m_hce0 = AddConstant(fsParameterIdentifier.FilterMediumResistanceHce0);
m_porosity0 = AddConstant(fsParameterIdentifier.CakePorosity0);
AddConstant(fsParameterIdentifier.Kappa0);
m_pc0 = AddConstant(fsParameterIdentifier.CakePermeability0);
m_ne = AddConstant(fsParameterIdentifier.Ne);
m_nc = AddConstant(fsParameterIdentifier.CakeCompressibility);
m_volumeConcentration = AddConstant(fsParameterIdentifier.SuspensionSolidsVolumeFraction);
m_filterArea = AddVariable(fsParameterIdentifier.FilterArea);
m_pressure = AddVariable(fsParameterIdentifier.PressureDifference);
m_cycleTime = AddVariable(fsParameterIdentifier.CycleTime);
m_rotationalSpeed = AddVariable(fsParameterIdentifier.RotationalSpeed);
m_formationRelativeTime = AddVariable(fsParameterIdentifier.SpecificFiltrationTime);
m_formationTime = AddVariable(fsParameterIdentifier.FiltrationTime);
m_cakeHeight = AddVariable(fsParameterIdentifier.CakeHeight);
m_suspensionMass = AddVariable(fsParameterIdentifier.SuspensionMass);
m_suspensionVolume = AddVariable(fsParameterIdentifier.SuspensionVolume);
m_suspensionMassFlowrate = AddVariable(fsParameterIdentifier.SuspensionMassFlowrate);
m_porosity = AddVariable(fsParameterIdentifier.CakePorosity);
m_pc = AddVariable(fsParameterIdentifier.CakePermeability);
m_rc = AddVariable(fsParameterIdentifier.CakeResistance);
m_alpha = AddVariable(fsParameterIdentifier.CakeResistanceAlpha);
m_kappa = AddVariable(fsParameterIdentifier.Kappa);
#endregion
#region Equations Initialization
AddEquation(new fsDivisionInverseEquation(m_cycleTime, m_rotationalSpeed));
AddEquation(new fsDivisionInverseEquation(m_rotationalSpeed, m_cycleTime));
AddEquation(new fsProductEquation(m_formationTime, m_formationRelativeTime, m_cycleTime));
AddEquation(new fsCakeHeightFromDpTf(m_cakeHeight, m_hce0, m_pc, m_kappa, m_pressure, m_formationTime, m_etaf));
AddEquation(new fsVsusFromAreaAndCakeHeightEquation(m_suspensionVolume, m_filterArea, m_cakeHeight, m_kappa));
AddEquation(new fsProductEquation(m_suspensionMass, m_suspensionDensity, m_suspensionVolume));
AddEquation(new fsFrom0AndDpEquation(m_porosity, m_porosity0, m_pressure, m_ne));
AddEquation(new fsFrom0AndDpEquation(m_pc, m_pc0, m_pressure, m_nc));
AddEquation(new fsEpsKappaCvEquation(m_porosity, m_kappa, m_volumeConcentration));
AddEquation(new fsAlphaPcEquation(m_alpha, m_pc, m_porosity, m_solidsDensity));
AddEquation(new fsDivisionInverseEquation(m_rc, m_pc));
AddEquation(new fsProductEquation(m_suspensionMass, m_suspensionMassFlowrate, m_cycleTime));
#endregion
}
public MapClass()
{
m_rhoS = AddVariable(fsParameterIdentifier.SolidsDensity);
m_eps = AddVariable(fsParameterIdentifier.CakePorosity);
m_pc0 = AddVariable(fsParameterIdentifier.CakePermeability0);
m_rc0 = AddVariable(fsParameterIdentifier.CakeResistance0);
m_alpha0 = AddVariable(fsParameterIdentifier.CakeResistanceAlpha0);
m_nc = AddVariable(fsParameterIdentifier.CakeCompressibility);
m_pressure = AddVariable(fsParameterIdentifier.PressureDifference);
m_pc = AddVariable(fsParameterIdentifier.CakePermeability);
m_rc = AddVariable(fsParameterIdentifier.CakeResistance);
m_alpha = AddVariable(fsParameterIdentifier.CakeResistanceAlpha);
}
public fsRfFromWetDryCakeCalculator()
{
#region Parameters Initialization
m_wetMass = AddConstant(fsParameterIdentifier.WetCakeMass);
m_dryMass = AddConstant(fsParameterIdentifier.DryCakeMass);
m_solidsMassFraction = AddConstant(fsParameterIdentifier.SolutesMassFractionInLiquid);
m_solidsConcentration = AddConstant(fsParameterIdentifier.SolutesConcentrationInCakeLiquid);
m_liquidDensity = AddConstant(fsParameterIdentifier.LiquidDensity);
m_cakeMoistureContent = AddVariable(fsParameterIdentifier.CakeMoistureContentRf);
m_internalC = AddVariable(new fsParameterIdentifier("internalC"));
#endregion
Equations = null;
}
public fsSuspensionSolidsMassFractionCalculator()
{
#region Parameters Initialization
m_suspensionMass = AddConstant(fsParameterIdentifier.SuspensionMass);
m_dryMass = AddConstant(fsParameterIdentifier.DryCakeMass);
m_Cfm = AddConstant(fsParameterIdentifier.SolutesMassFractionInMotherLiquid);
m_Cf = AddConstant(fsParameterIdentifier.SolutesConcentrationInMotherLiquid);
m_motherLiquidDensity = AddConstant(fsParameterIdentifier.MotherLiquidDensity);
m_Cm = AddVariable(fsParameterIdentifier.SuspensionSolidsMassFraction);
m_internalC = AddVariable(new fsParameterIdentifier("internalC"));
#endregion
Equations = null;
}
public fsRm0Hce0Calculator()
{
#region Parameters Initialization
m_hce0 = AddVariable(fsParameterIdentifier.FilterMediumResistanceHce0);
m_rm0 = AddVariable(fsParameterIdentifier.FilterMediumResistanceRm0);
m_pc0 = AddConstant(fsParameterIdentifier.CakePermeability0);
#endregion
#region Equations Initialization
AddEquation(new fsProductEquation(m_hce0, m_pc0, m_rm0));
#endregion
}
public fsRfFromCakeSaturationCalculator()
{
#region Parameters Initialization
m_liquidDensity = AddConstant(fsParameterIdentifier.LiquidDensity);
m_solidsDensity = AddConstant(fsParameterIdentifier.SolidsDensity);
m_cakePorosity = AddVariable(fsParameterIdentifier.CakePorosity);
m_cakeSaturation = AddVariable(fsParameterIdentifier.CakeSaturation);
m_cakeMoistureContent = AddVariable(fsParameterIdentifier.CakeMoistureContentRf);
#endregion
#region Equations Initialization
Equations.Add(new fsMoistureContentFromCakeSaturationEquation(m_liquidDensity, m_solidsDensity, m_cakePorosity, m_cakeMoistureContent, m_cakeSaturation));
#endregion
}
private static void ReflectionTest()
{
Dictionary <fsParameterIdentifier, fsCalculatorParameter> m_variables = new Dictionary <fsParameterIdentifier, fsCalculatorParameter>();
var list = new[] {
fsParameterIdentifier.SolidsDensity,
fsParameterIdentifier.CakePorosity,
fsParameterIdentifier.CakePermeability0,
fsParameterIdentifier.CakeResistance0,
fsParameterIdentifier.CakeResistance0,
fsParameterIdentifier.CakeCompressibility,
fsParameterIdentifier.PressureDifference,
fsParameterIdentifier.CakePermeability,
fsParameterIdentifier.CakeResistance,
fsParameterIdentifier.CakeResistanceAlpha
};
foreach (var x in list)
{
m_variables[x] = new fsCalculatorVariable(x);
}
double start = DateTime.Now.TimeOfDay.TotalMilliseconds;
var c = new ReflectionClass();
for (int it = 0; it < ITERATIONS; ++it)
{
c.CopyValuesToStorage(m_variables);
m_variables[list[it % list.Length]].Value = new fsValue((it + 1.0) / 3);
c.ReadDataFromStorage(m_variables);
}
double end = DateTime.Now.TimeOfDay.TotalMilliseconds;
System.Console.WriteLine("ReflectionTest running time: " + (end - start));
System.Console.WriteLine();
foreach (var p in m_variables)
{
System.Console.WriteLine(p.Key.Name + ": " + p.Value);
}
System.Console.WriteLine();
System.Console.WriteLine();
}
public fsMsusHcConcaveCylindricAreaCalculator()
{
#region Parameters Initialization
m_filtrateDensity = AddVariable(fsParameterIdentifier.MotherLiquidDensity);
m_solidsDensity = AddVariable(fsParameterIdentifier.SolidsDensity);
m_suspensionDensity = AddVariable(fsParameterIdentifier.SuspensionDensity);
m_solidsMassFraction = AddVariable(fsParameterIdentifier.SuspensionSolidsMassFraction);
m_solidsVolumeFraction = AddVariable(fsParameterIdentifier.SuspensionSolidsVolumeFraction);
m_solidsConcentration = AddVariable(fsParameterIdentifier.SuspensionSolidsConcentration);
m_porosity = AddVariable(fsParameterIdentifier.CakePorosity);
m_kappa = AddVariable(fsParameterIdentifier.Kappa);
m_filterArea = AddVariable(fsParameterIdentifier.FilterArea);
m_filterDiameter = AddVariable(fsParameterIdentifier.MachineDiameter);
m_filterB = AddVariable(fsParameterIdentifier.MachineWidth);
m_filterBOverDiameter = AddVariable(fsParameterIdentifier.WidthOverDiameterRatio);
m_cakeHeight = AddVariable(fsParameterIdentifier.CakeHeight);
m_suspensionMass = AddVariable(fsParameterIdentifier.SuspensionMass);
m_suspensionVolume = AddVariable(fsParameterIdentifier.SuspensionVolume);
#endregion
#region Equations Initialization
AddEquation(new fsMassConcentrationEquation(m_solidsMassFraction, m_filtrateDensity, m_solidsDensity, m_suspensionDensity));
AddEquation(new fsVolumeConcentrationEquation(m_solidsVolumeFraction, m_filtrateDensity, m_solidsDensity, m_suspensionDensity));
AddEquation(new fsConcentrationEquation(m_solidsConcentration, m_filtrateDensity, m_solidsDensity, m_suspensionDensity));
AddEquation(new fsEpsKappaCvEquation(m_porosity, m_kappa, m_solidsVolumeFraction));
AddEquation(new fsCylinderAreaEquation(m_filterArea, m_filterDiameter, m_filterB));
AddEquation(new fsProductEquation(m_filterB, m_filterDiameter, m_filterBOverDiameter));
AddEquation(new fsSuspensionMassFromHcEpsConcaveCylindircAreaEquation(m_suspensionMass, m_porosity, m_solidsDensity, m_filterArea, m_filterDiameter, m_cakeHeight, m_solidsMassFraction));
//AddEquation(new fsSuspensionVolumeFromHcEpsConvexCylindircAreaEquation(m_suspensionVolume, m_porosity, m_filterArea, m_cakeHeight, m_solidsVolumeFraction));
//AddEquation(new fsSuspensionVolumeFromHcKappaConvexCylindircAreaEquation(m_suspensionVolume, m_kappa, m_filterArea, m_cakeHeight));
AddEquation(new fsProductEquation(m_suspensionMass, m_suspensionVolume, m_suspensionDensity));
#endregion
}
public fsCakeWashOutContentCalculator()
{
#region Parameters Initialization
m_wetMass = AddConstant(fsParameterIdentifier.WetCakeMass);
m_dryMass = AddConstant(fsParameterIdentifier.DryCakeMass);
m_liquidMassForResuspension = AddConstant(fsParameterIdentifier.LiquidMassForResuspension);
m_solidsMassFraction = AddConstant(fsParameterIdentifier.LiquidWashOutMassFraction);
m_solidsConcentration = AddConstant(fsParameterIdentifier.LiquidWashOutConcentration);
m_internalC = AddVariable(new fsParameterIdentifier("internalC"));
m_liquidDensity = AddConstant(fsParameterIdentifier.LiquidDensity);
m_cakeMoistureContent = AddVariable(fsParameterIdentifier.CakeMoistureContentRf);
m_pH = AddConstant(fsParameterIdentifier.Ph);
m_pHcake = AddVariable(fsParameterIdentifier.PHcake);
m_cakeWashOutContent = AddVariable(fsParameterIdentifier.CakeWashOutContent);
#endregion
Equations = null;
}
public fsDensityConcentrationCalculator()
{
#region Parameters Initialization
m_filtrateDensity = AddVariable(fsParameterIdentifier.MotherLiquidDensity);
m_solidsDensity = AddVariable(fsParameterIdentifier.SolidsDensity);
m_suspensionDensity = AddVariable(fsParameterIdentifier.SuspensionDensity);
m_solidsMassFraction = AddVariable(fsParameterIdentifier.SuspensionSolidsMassFraction);
m_solidsVolumeFraction = AddVariable(fsParameterIdentifier.SuspensionSolidsVolumeFraction);
m_solidsConcentration = AddVariable(fsParameterIdentifier.SuspensionSolidsConcentration);
#endregion
#region Equations Initialization
AddEquation(new fsMassConcentrationEquation(m_solidsMassFraction, m_filtrateDensity, m_solidsDensity, m_suspensionDensity));
AddEquation(new fsVolumeConcentrationEquation(m_solidsVolumeFraction, m_filtrateDensity, m_solidsDensity, m_suspensionDensity));
AddEquation(new fsConcentrationEquation(m_solidsConcentration, m_filtrateDensity, m_solidsDensity, m_suspensionDensity));
#endregion
}
public fsPkeFromPcRcCalculator()
{
#region Parameters Initialization
m_pc = AddVariable(fsParameterIdentifier.CakePermeability);
m_rc = AddVariable(fsParameterIdentifier.CakeResistance);
m_alpha = AddVariable(fsParameterIdentifier.CakeResistanceAlpha);
m_rhos = AddConstant(fsParameterIdentifier.SolidsDensity);
m_eps = AddConstant(fsParameterIdentifier.CakePorosity);
m_rhosBulk = AddConstant(fsParameterIdentifier.DryCakeDensity);
m_sigma = AddConstant(fsParameterIdentifier.SurfaceTensionLiquidInCake);
m_pkeSt = AddConstant(fsParameterIdentifier.StandardCapillaryPressure);
m_pke = AddVariable(fsParameterIdentifier.CapillaryPressure);
m_localPc = AddVariable(new fsParameterIdentifier("local Pc"));
m_localBulk = AddVariable(new fsParameterIdentifier("local Bulk"));
m_localOneMinusEps = AddVariable(new fsParameterIdentifier("1 - eps"));
#endregion
Equations = null;
}
public fsCakePorosityCalculator()
{
#region Parameters Initialization
m_machineArea = AddVariable(fsParameterIdentifier.FilterArea);
m_machineDiameter = AddVariable(fsParameterIdentifier.MachineDiameter);
m_filterElementDiameter = AddVariable(fsParameterIdentifier.FilterElementDiameter);
m_cakeArea = AddVariable(new fsParameterIdentifier("cakeArea"));
m_b = AddVariable(fsParameterIdentifier.MachineWidth);
m_bOverD = AddVariable(fsParameterIdentifier.WidthOverDiameterRatio);
m_rhoL = AddConstant(fsParameterIdentifier.LiquidDensity);
m_rhoS = AddConstant(fsParameterIdentifier.SolidsDensity);
m_cakeHeight = AddConstant(fsParameterIdentifier.CakeHeight);
m_wetCakeMass = AddConstant(fsParameterIdentifier.WetCakeMass);
m_dryCakeMass = AddConstant(fsParameterIdentifier.DryCakeMass);
m_c = AddConstant(fsParameterIdentifier.SolutesConcentrationInCakeLiquid);
m_eps = AddVariable(fsParameterIdentifier.CakePorosity);
#endregion
Equations = null;
}
public fsMsusHcPlainAreaCalculator()
{
#region Parameters Initialization
m_filtrateDensity = AddVariable(fsParameterIdentifier.MotherLiquidDensity);
m_solidsDensity = AddVariable(fsParameterIdentifier.SolidsDensity);
m_suspensionDensity = AddVariable(fsParameterIdentifier.SuspensionDensity);
m_solidsMassFraction = AddVariable(fsParameterIdentifier.SuspensionSolidsMassFraction);
m_solidsVolumeFraction = AddVariable(fsParameterIdentifier.SuspensionSolidsVolumeFraction);
m_solidsConcentration = AddVariable(fsParameterIdentifier.SuspensionSolidsConcentration);
m_porosity = AddVariable(fsParameterIdentifier.CakePorosity);
m_kappa = AddVariable(fsParameterIdentifier.Kappa);
m_filterArea = AddVariable(fsParameterIdentifier.FilterArea);
m_cakeHeight = AddVariable(fsParameterIdentifier.CakeHeight);
m_suspensionMass = AddVariable(fsParameterIdentifier.SuspensionMass);
m_suspensionVolume = AddVariable(fsParameterIdentifier.SuspensionVolume);
#endregion
#region Equations Initialization
AddEquation(new fsMassConcentrationEquation(m_solidsMassFraction, m_filtrateDensity, m_solidsDensity, m_suspensionDensity));
AddEquation(new fsVolumeConcentrationEquation(m_solidsVolumeFraction, m_filtrateDensity, m_solidsDensity, m_suspensionDensity));
AddEquation(new fsConcentrationEquation(m_solidsConcentration, m_filtrateDensity, m_solidsDensity, m_suspensionDensity));
AddEquation(new fsEpsKappaCvEquation(m_porosity, m_kappa, m_solidsVolumeFraction));
AddEquation(new fsSuspensionMassFromHcEpsPlainAreaEquation(m_suspensionMass, m_porosity, m_solidsDensity, m_filterArea, m_cakeHeight, m_solidsMassFraction));
AddEquation(new fsSuspensionVolumeFromHcEpsPlainAreaEquation(m_suspensionVolume, m_porosity, m_filterArea, m_cakeHeight, m_solidsVolumeFraction));
AddEquation(new fsSuspensionVolumeFromHcKappaPlainAreaEquation(m_suspensionVolume, m_kappa, m_filterArea, m_cakeHeight));
AddEquation(new fsProductEquation(m_suspensionMass, m_suspensionVolume, m_suspensionDensity));
#endregion
}
public fsPorosityCalculator()
{
#region Parameters Initialization
fsCalculatorConstant ne = AddConstant(fsParameterIdentifier.Ne);
fsCalculatorConstant pressureDifference = AddConstant(fsParameterIdentifier.PressureDifference);
fsCalculatorConstant volumeConcentration = AddConstant(fsParameterIdentifier.SuspensionSolidsVolumeFraction);
fsCalculatorConstant solidsDensity = AddConstant(fsParameterIdentifier.SolidsDensity);
fsCalculatorConstant filtrateDensity = AddConstant(fsParameterIdentifier.MotherLiquidDensity);
fsCalculatorConstant solidsMass = AddConstant(fsParameterIdentifier.SolidsMass);
fsCalculatorConstant filtrationArea = AddConstant(fsParameterIdentifier.FilterArea);
fsCalculatorConstant cakeHight = AddConstant(fsParameterIdentifier.CakeHeight);
fsCalculatorConstant fitrationTime = AddConstant(fsParameterIdentifier.FiltrationTime);
fsCalculatorConstant qf = AddConstant(fsParameterIdentifier.qf);
fsCalculatorConstant mf = AddConstant(fsParameterIdentifier.FiltrateMass);
fsCalculatorConstant cakeMass = AddConstant(fsParameterIdentifier.CakeMass);
fsCalculatorVariable porosity0 = AddVariable(fsParameterIdentifier.CakePorosity0);
fsCalculatorVariable kappa0 = AddVariable(fsParameterIdentifier.Kappa0);
fsCalculatorVariable cakeDrySolidsDensity0 = AddVariable(fsParameterIdentifier.DryCakeDensity0);
fsCalculatorVariable porosity = AddVariable(fsParameterIdentifier.CakePorosity);
fsCalculatorVariable kappa = AddVariable(fsParameterIdentifier.Kappa);
fsCalculatorVariable cakeDrySolidsDensity = AddVariable(fsParameterIdentifier.DryCakeDensity);
fsCalculatorVariable cakeWetDensity0 = AddVariable(fsParameterIdentifier.CakeWetDensity0);
fsCalculatorVariable cakeMoistureContentRf0 = AddVariable(fsParameterIdentifier.CakeMoistureContentRf0);
fsCalculatorVariable cakeWetMassSolidsFractionRs0 = AddVariable(fsParameterIdentifier.CakeWetMassSolidsFractionRs0);
fsCalculatorVariable cakeWetDensity = AddVariable(fsParameterIdentifier.CakeWetDensity);
fsCalculatorVariable cakeMoistureContentRf = AddVariable(fsParameterIdentifier.CakeMoistureContentRf);
fsCalculatorVariable cakeWetMassSolidsFractionRs = AddVariable(fsParameterIdentifier.CakeWetMassSolidsFractionRs);
#endregion
#region Equations Initialization
var one = new fsCalculatorConstant(new fsParameterIdentifier("one"))
{
Value = fsValue.One
};
AddEquation(new fsEpsKappaCvEquation(porosity0, kappa0, volumeConcentration));
AddEquation(new fsCakeDrySolidsDensityEquation(cakeDrySolidsDensity0, porosity0, solidsDensity));
AddEquation(new fsEpsKappaCvEquation(porosity, kappa, volumeConcentration));
AddEquation(new fsCakeDrySolidsDensityEquation(cakeDrySolidsDensity, porosity, solidsDensity));
AddEquation(new fsFrom0AndDpEquation(porosity, porosity0, pressureDifference, ne));
AddEquation(new fsMoistureContentFromDensitiesAndPorosityEquation(cakeMoistureContentRf0, porosity0, filtrateDensity, solidsDensity));
AddEquation(new fsSumEquation(one, cakeMoistureContentRf0, cakeWetMassSolidsFractionRs0));
AddEquation(new fsCakeWetDensityFromRhofRhosPorosityEquation(cakeWetDensity0, filtrateDensity, solidsDensity, porosity0));
AddEquation(new fsMoistureContentFromDensitiesAndPorosityEquation(cakeMoistureContentRf, porosity, filtrateDensity, solidsDensity));
AddEquation(new fsSumEquation(one, cakeMoistureContentRf, cakeWetMassSolidsFractionRs));
AddEquation(new fsCakeWetDensityFromRhofRhosPorosityEquation(cakeWetDensity, filtrateDensity, solidsDensity, porosity));
AddEquation(new fsEpsFromMsAndHcEquation(porosity, solidsMass, filtrationArea, solidsDensity, cakeHight));
AddEquation(new fsEpsFromMsAndQfEquation(porosity, volumeConcentration, solidsMass, filtrationArea, solidsDensity, fitrationTime, qf));
AddEquation(new fsEpsFromMsAndMfEquation(porosity, volumeConcentration, solidsMass, filtrateDensity, solidsDensity, mf));
AddEquation(new fsEpsFromMcAndQfEquation(porosity, volumeConcentration, cakeMass, filtrationArea, filtrateDensity, solidsDensity, fitrationTime, qf));
#endregion
}
