Solving the $R_{ij} - \epsilon$ for incompressible flows or slightly compressible flows for one time step. More...

Functions/Subroutines
subroutine	turrij (nvar, nscal, ncepdp, ncesmp, icepdc, icetsm, itypsm, dt, tslagr, ckupdc, smacel)

Detailed Description

Solving the $R_{ij} - \epsilon$ for incompressible flows or slightly compressible flows for one time step.

Please refer to the $R_{ij} - \epsilon$ model section of the theory guide for more informations, as well as the turrij section.

Function/Subroutine Documentation

subroutine turrij	(	integer	nvar,
		integer	nscal,
		integer	ncepdp,
		integer	ncesmp,
		integer, dimension(ncepdp)	icepdc,
		integer, dimension(ncesmp)	icetsm,
		integer, dimension(ncesmp,nvar), target	itypsm,
		double precision, dimension(ncelet)	dt,
		double precision, dimension(ncelet,ntersl), target	tslagr,
		double precision, dimension(6,ncepdp)	ckupdc,
		double precision, dimension(ncesmp,nvar), target	smacel
	)

Parameters

[in]	nvar	total number of variables
[in]	nscal	total number of scalars
[in]	ncepdp	number of cells with head loss
[in]	ncesmp	number of cells with mass source term
[in]	icepdc	index of the ncepdp cells with head loss
[in]	icetsm	index of cells with mass source term
[in]	itypsm	mass source type for the variables (cf. cs_user_mass_source_terms)
[in]	dt	time step (per cell)
[in]	tslagr	coupling term of the lagangian module
[in]	ckupdc	work array for the head loss
[in]	smacel	values of the variables associated to the mass source (for ivar=ipr, smacel is the mass flux)