---------------Scheme for vector----------------- Adding V to the name of the general scheme, available schemes: limitedLinearV, vanLeerV, GammaV, limitedCubicV and SFCDV | <---------------------------------Left: Interpolation Schemes. default linear; //General scheme. default upwind phi; //Convection scheme base on velocity flux phi. default limitedLinear phi 1.0; //TVD schemes dependent on coefficient. //->1 corresponds to TVD conformance, usually giving best convergence //->0 corresponds to best accuracy. //Running with 1 is generally recommended. ---------------Scheme for Scalar-------------------- default limitedVanLeer -2.0 3.0; bound vanLeer scheme between -2 and 3. default vanLeer01; bound vanLeer scheme between 0 and 1. |
cellLimited uncorrected Linear 1; faceLimited uncorrected Linear 1; cellLimited limited Linear 1; faceLimited limited Linear 1; | <---------------------------------Left: gradSchemes default Gauss linear; default Gauss cubicCorrection; default Gauss midPoint; default leastSquares; default fourth; cellLimited Gauss Linear 1; faceLimited Gauss Linear 1; |
General Form: Gauss <interpolationScheme> <snGradScheme> | <---------------------------------Left: Laplacian Scheme default Gauss linear corrected; default Gauss linear uncorrected; efault Gauss linear limited 0.5; |
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fluxRequired: The fluxRequired sub-dictionary lists the fields for which the flux is generated in the application. Normally flux is required after solving P equation:
fluxRequired
{
p
}
fluxRequired: The fluxRequired sub-dictionary lists the fields for which the flux is generated in the application. Normally flux is required after solving P equation:
fluxRequired
{
p
}