UCFD_SPARSE/flux_8h_source.html

#ifndef FLUX_H

#define FLUX_H


void ns_flux_container(int nfvars, int ndims, double *u, double *nf, double *f);


void rans_flux_container(int nfvars, int ndims, int nturbvars, double *u, double *nf, double *f);


int rans_source_jacobian(int nvars, int ntvars, double betast, \

                         double *uf, double *tmat, double *dsrc);


#endif //FLUX_H

rans_source_jacobian
int rans_source_jacobian(int nvars, int ntvars, double betast, double *uf, double *tmat, double *dsrc)
Computes source term Jacobian matrix for RANS equations.
Definition: flux.c:101

ns_flux_container
void ns_flux_container(int nfvars, int ndims, double *u, double *nf, double *f)
Computes flux for Navier-Stokes equations.
Definition: flux.c:37

rans_flux_container
void rans_flux_container(int nfvars, int ndims, int nturbvars, double *u, double *nf, double *f)
Computes flux for RANS equations.
Definition: flux.c:85

ndims
#define ndims
Definition: mpi3d.c:32

nvars
#define nvars
Definition: mpi3d.c:31