public static FoamDictionary pressureInletOutletVelocity(string phi, IMonitor mon = null)
{
FoamDictionary d = internalFieldValuePatchField("pressureInletOutletVelocity", mon);
d.SetChild("phi", phi);
return(d);
}
public static FoamDictionary compressible_alphaWallFunction(double prt, IMonitor mon = null)
{
FoamDictionary d = internalFieldValuePatchField("compressible::alphatWallFunction");
d.SetChild("Prt", prt.ToString());
return(d);
}
public static FoamDictionary prghPressure(IMonitor mon = null)
{
FoamDictionary d = internalFieldValuePatchField("prghPressure");
d.SetChild("p", "$internalField");
return(d);
}
public static FoamDictionary typePatchField(string typeName, IMonitor mon = null)
{
FoamDictionary d = new FoamDictionary(mon);
d.SetChild("type", typeName);
return(d);
}
public static FoamDictionary internalFieldValuePatchField(string typeName, IMonitor mon = null)
{
FoamDictionary d = new FoamDictionary(mon);
d.SetChild("type", typeName);
d.SetChild("value", "$internalField");
return(d);
}
public static FoamDictionary surfaceNormalFixedValue <T>(T v, IMonitor mon = null)
{
FoamDictionary d = new FoamDictionary(mon);
d.SetChild("type", "surfaceNormalFixedValue");
d.SetChild("refValue", new UniformValue <T>(v).ToString());
return(d);
}
public static FoamDictionary typeValuePatchField <T>(string typeName, T value, IMonitor mon = null)
{
FoamDictionary d = new FoamDictionary(mon);
d.SetChild("type", typeName);
d.SetChild("value", value.ToString());
return(d);
}
public static FoamDictionary inletOutlet <T>(string phi, T inletValue, T value, IMonitor mon = null)
{
FoamDictionary d = new FoamDictionary(mon);
d.SetChild("type", "inletOutlet");
d.SetChild("phi", phi);
d.SetChild("inletValue", inletValue.ToString());
d.SetChild("value", value.ToString());
return(d);
}
public static FoamDictionary uniformInletOutlet <T>(string phi, T inletValue, T value, IMonitor mon = null)
{
FoamDictionary d = new FoamDictionary(mon);
d.SetChild("type", "inletOutlet");
d.SetChild("phi", phi);
d.SetChild("inletValue", "uniform " + inletValue);
d.SetChild("value", "uniform " + value);
return(d);
}
public static FoamDictionary coefficientWall(List <WallLayer> wallLayers, double h, double Ta, IMonitor mon = null)
{
FoamDictionary d = typePatchField("externalWallHeatFluxTemperature", mon);
d.SetChild("model", "coefficient");
d.SetChild("h", "uniform " + h);
d.SetChild("Ta", "uniform " + Ta);
d.SetChild("thicknessLayers", thicknessLayersStr(wallLayers));
d.SetChild("kappaLayers", kappaLayersStr(wallLayers));
d.SetChild("kappaMethod", "fluidThermo");
d.SetChild("value", "$internalField");
return(d);
}
public static FoamDictionary fluxWall(List <WallLayer> wallLayers, double flux, IMonitor mon = null)
{
FoamDictionary d = typePatchField("externalWallHeatFluxTemperature", mon);
d.SetChild("mode", "flux");
d.SetChild("q", "uniform " + flux);
d.SetChild("thicknessLayers", thicknessLayersStr(wallLayers));
d.SetChild("kappaLayers", kappaLayersStr(wallLayers));
d.SetChild("kappaMethod", "fluidThermo");
d.SetChild("value", "$internalField");
return(d);
}
