public OpenFoamDescriptor()
{
Order = 1;
var config = new OpenFoamConfiguration();
ProductType = ProductType.CFD;
Name = "OpenFOAM";
Code = ProductCode.CFD_OpenFoam;
Description = @"icoFoam solves the incompressible laminar Navier-Stokes equations using the PISO algorithm.<LineBreak/>The code is inherently transient, requiring an initial condition (such as zero velocity) and boundary conditions. The icoFOAM code can take mesh non-orthogonality into account with successive non-orthogonality iterations.<LineBreak/>The number of PISO corrections and non-orthogonality corrections are controlled through user input. ";
DefaultItems.AddRange(new[]
{
config.ProjectItemsMap[OpenFoamItemType.Initial_p],
config.ProjectItemsMap[OpenFoamItemType.Initial_U],
config.ProjectItemsMap[OpenFoamItemType.Constant_TransportProperties],
config.ProjectItemsMap[OpenFoamItemType.System_ControlDict],
config.ProjectItemsMap[OpenFoamItemType.System_Schemes],
config.ProjectItemsMap[OpenFoamItemType.System_Solution],
});
}
public OpenFoamDescriptor()
{
Order = 1;
var config = new OpenFoamConfiguration();
ProductType = ProductType.CFD;
Name = "OpenFOAM";
Code = ProductCode.CFD_OpenFoam;
Description = @"icoFoam solves the incompressible laminar Navier-Stokes equations using the PISO algorithm.<LineBreak/>The code is inherently transient, requiring an initial condition (such as zero velocity) and boundary conditions. The icoFOAM code can take mesh non-orthogonality into account with successive non-orthogonality iterations.<LineBreak/>The number of PISO corrections and non-orthogonality corrections are controlled through user input. ";
DefaultItems.AddRange(new[]
{
config.ProjectItemsMap[OpenFoamItemType.Initial_p],
config.ProjectItemsMap[OpenFoamItemType.Initial_U],
config.ProjectItemsMap[OpenFoamItemType.Constant_TransportProperties],
config.ProjectItemsMap[OpenFoamItemType.System_ControlDict],
config.ProjectItemsMap[OpenFoamItemType.System_Schemes],
config.ProjectItemsMap[OpenFoamItemType.System_Solution],
});
}
