public Bed()
{
chamberType = ChamberType.Bed;
deltaR = Parameters.deltaR_bed;
deltaZ = Parameters.deltaZ_bed;
numOfRNodes_fluid = Parameters.numOfRNodes_bedFluid;
numOfRNodes_tubeWall = Parameters.numOfRNodes_bedTubeWall;
numOfRNodes_adsorbent = Parameters.numOfRNodes_adsorbent;
numOfRNodes_void = Parameters.numOfRNodes_bedVoid;
numOfZNodes_excessTube = Parameters.numOfZNodes_bedExcessTube;
numOfZNodes_fin = Parameters.numOfZNodes_fin;
numOfZNodes_adsorbent = Parameters.numOfZNodes_adsorbent;
numOfTubeSection = Parameters.numOfTubeSection;
numOfRNodes = numOfRNodes_fluid + numOfRNodes_tubeWall + numOfRNodes_adsorbent + numOfRNodes_void;
numOfZNodes = (numOfZNodes_fin + numOfZNodes_adsorbent) * numOfTubeSection + numOfZNodes_fin + 2 * numOfZNodes_excessTube;
fluid = Parameters.bedFluid;
tube = Parameters.bedTube;
adsorbent = Parameters.adsorbent;
adsorbate = Parameters.adsorbate;
workingPair = Parameters.workingPair;
T = new TNodes[numOfRNodes, numOfZNodes];
Rho = new RhoNodes[numOfRNodes, numOfZNodes];
for (int r = 0; r < numOfRNodes; r++)
{
for (int z = 0; z < numOfZNodes; z++)
{
T[r, z] = new TNodes();
Rho[r, z] = new RhoNodes();
}
}
averagePressure = Parameters.P0_bed;
fluidVelocity = Parameters.fluidVelocity_bed;
assignMaterials(this);
calculateRadius();
calculateVolume();
calculateVoidVolume();
calculateExcessTubeOuterSurfaceArea(this);
calculateVoidOuterSurfaceArea();
calculateAdsorbentMass();
bedTemperaturePDE = new BedTemperaturePDE(this);
bedDensityPDE = new BedDensityPDE(this);
}
public Evaporator()
{
chamberType = ChamberType.Evaporator;
deltaR = Parameters.deltaR_eva;
deltaZ = Parameters.deltaZ_eva;
numOfRNodes_fluid = Parameters.numOfRNodes_evaFluid;
numOfRNodes_tubeWall = Parameters.numOfRNodes_evaTubeWall;
numOfRNodes_void = Parameters.numOfRNodes_evaVoid;
numOfRNodes = numOfRNodes_fluid + numOfRNodes_tubeWall + numOfRNodes_void;
numOfZNodes = Parameters.numOfZNodes_eva;
fluid = Parameters.evaFluid;
tube = Parameters.evaTube;
adsorbate = Parameters.adsorbate;
T = new TNodes[numOfRNodes, numOfZNodes];
Rho = new RhoNodes[numOfRNodes, numOfZNodes];
for (int r = 0; r < numOfRNodes; r++)
{
for (int z = 0; z < numOfZNodes; z++)
{
T[r, z] = new TNodes();
Rho[r, z] = new RhoNodes();
}
}
averagePressure = Parameters.P0_eva;
fluidVelocity = Parameters.fluidVelocity_eva;
assignMaterials();
calculateRadius();
calculateVolume();
calculateVoidVolume();
calculateTubeOuterSurfaceArea();
calculateVoidOuterSurfaceArea();
evaTemperaturePDE = new EvaTemperaturePDE(this);
evaDensityPDE = new EvaDensityPDE(this);
}