public override bool Update(Dictionary <string, FoamDictionary> dicts, IMonitor mon = null)
{
try
{
dicts["U"].SetChild(PatchName, CommonPatch.slip(mon));
dicts["p"].SetChild(PatchName, CommonPatch.zeroGradient(mon));
dicts["k"].SetChild(PatchName, CommonPatch.kqRWallFunction(mon));
dicts["epsilon"].SetChild(PatchName, CommonPatch.epsilonWallFunction(mon));
dicts["nut"].SetChild(PatchName, CommonPatch.nutkWallFunction(mon));
return(true);
}
catch (Exception e)
{
mon.ErrorLine(e.Message);
return(false);
}
}
public override bool Update(Dictionary <string, FoamDictionary> dicts, IMonitor mon = null)
{
//throw new NotImplementedException();
try
{
dicts["U"].SetChild(PatchName, CommonPatch.zeroGradient(mon));
dicts["p"].SetChild(PatchName, CommonPatch.uniformFixedValue <double>(0.0, mon));
dicts["k"].SetChild(PatchName, CommonPatch.zeroGradient(mon));
dicts["epsilon"].SetChild(PatchName, CommonPatch.zeroGradient(mon));
dicts["nut"].SetChild(PatchName, CommonPatch.calculated(mon));
return(true);
}
catch (Exception e)
{
mon.ErrorLine(e.Message);
return(false);
}
}
public override bool Update(Dictionary <string, FoamDictionary> dicts, IMonitor mon = null)
{
base.Update(dicts, mon);
dicts["alpha.gas"].SetChild(PatchName, CommonPatch.uniformInletOutlet <double>("phi.gas", 1, 1, mon));
dicts["alphat.gas"].SetChild(PatchName, CommonPatch.calculated(mon));
dicts["alphat.steel"].SetChild(PatchName, CommonPatch.calculated(mon));
dicts["epsilon.gas"].SetChild(PatchName, CommonPatch.inletOutlet <string>("phi.gas", "$internalField", "$internalField", mon));
dicts["epsilon.steel"].SetChild(PatchName, CommonPatch.inletOutlet <string>("phi.steel", "$internalField", "$internalField", mon));
dicts["epsilonm"].SetChild(PatchName, CommonPatch.inletOutlet <string>("phim", "$internalField", "$internalField", mon));
dicts["k.gas"].SetChild(PatchName, CommonPatch.inletOutlet <string>("phi.gas", "$internalField", "$internalField", mon));
dicts["k.steel"].SetChild(PatchName, CommonPatch.inletOutlet <string>("phi.steel", "$internalField", "$internalField", mon));
dicts["km"].SetChild(PatchName, CommonPatch.inletOutlet <string>("phim", "$internalField", "$internalField", mon));
dicts["nut.gas"].SetChild(PatchName, CommonPatch.calculated(mon));
dicts["nut.steel"].SetChild(PatchName, CommonPatch.calculated(mon));
dicts["p"].SetChild(PatchName, CommonPatch.calculated(mon));
dicts["p_rgh"].SetChild(PatchName, CommonPatch.prghPressure(mon));
dicts["T.gas"].SetChild(PatchName, CommonPatch.inletOutlet <string>("phi.gas", "$internalField", "$internalField", mon));
dicts["T.steel"].SetChild(PatchName, CommonPatch.inletOutlet <string>("phi.steel", "$internalField", "$internalField", mon));
dicts["Theta"].SetChild(PatchName, CommonPatch.uniformInletOutlet <double>("phim", 1.0e-7, 10e-7, mon));
dicts["U.gas"].SetChild(PatchName, CommonPatch.pressureInletOutletVelocity("phi.gas", mon));
dicts["U.steel"].SetChild(PatchName, CommonPatch.pressureInletOutletVelocity("phi.steel", mon));
dicts["tracer"].SetChild(PatchName, CommonPatch.zeroGradient(mon));
return(true);
}