FvSchemes

Generates the OpenFOAM fvSchemes file that defines numerical discretization schemes for the finite volume method.

Type: openFOAM.system.FvSchemes

Parameters

Parameter	Type	Description
ddtSchemes	object	Time derivative schemes
gradSchemes	object	Gradient schemes
divSchemes	object	Divergence schemes
laplacianSchemes	object	Laplacian schemes
interpolationSchemes	object	Interpolation schemes
snGradSchemes	object	Surface-normal gradient schemes

Common Scheme Values

Scheme Type	Options
ddtSchemes	steadyState, Euler, backward, CrankNicolson
gradSchemes	Gauss linear, leastSquares, cellLimited Gauss linear
divSchemes	Gauss linear, Gauss upwind, Gauss linearUpwind grad(U)
laplacianSchemes	Gauss linear corrected, Gauss linear uncorrected
interpolationSchemes	linear, midPoint
snGradSchemes	corrected, uncorrected, limited corrected

Output

Field	Description
Result	The rendered fvSchemes file content

Example

{
    "FvSchemes": {
        "Execution": {
            "input_parameters": {
                "ddtSchemes": {
                    "default": "steadyState"
                },
                "gradSchemes": {
                    "default": "Gauss linear",
                    "grad(p)": "Gauss linear",
                    "grad(U)": "cellLimited Gauss linear 1"
                },
                "divSchemes": {
                    "default": "none",
                    "div(phi,U)": "bounded Gauss linearUpwind grad(U)",
                    "div(phi,k)": "bounded Gauss upwind",
                    "div(phi,epsilon)": "bounded Gauss upwind",
                    "div((nuEff*dev2(T(grad(U)))))": "Gauss linear"
                },
                "laplacianSchemes": {
                    "default": "Gauss linear corrected"
                },
                "interpolationSchemes": {
                    "default": "linear"
                },
                "snGradSchemes": {
                    "default": "corrected"
                }
            }
        },
        "type": "openFOAM.system.FvSchemes"
    }
}