Translation of the boundary conditions given by cs_user_boundary_conditions in a form that fits to the solver. More...

Functions/Subroutines
subroutine	condli (nvar, nscal, iterns, isvhb, itrale, italim, itrfin, ineefl, itrfup, flmalf, flmalb, cofale, xprale, icodcl, isostd, dt, rcodcl, visvdr, hbord, theipb)

subroutine	set_dirichlet_scalar (coefa, cofaf, coefb, cofbf, pimp, hint, hext)

subroutine	set_dirichlet_vector (coefa, cofaf, coefb, cofbf, pimpv, hint, hextv)

subroutine	set_dirichlet_tensor (coefa, cofaf, coefb, cofbf, pimpts, hint, hextts)

subroutine	set_dirichlet_vector_aniso (coefa, cofaf, coefb, cofbf, pimpv, hint, hextv)

subroutine	set_neumann_scalar (coefa, cofaf, coefb, cofbf, dimp, hint)

subroutine	set_neumann_vector (coefa, cofaf, coefb, cofbf, qimpv, hint)

subroutine	set_neumann_tensor (coefa, cofaf, coefb, cofbf, qimpts, hint)

subroutine	set_neumann_vector_aniso (coefa, cofaf, coefb, cofbf, qimpv, hint)

subroutine	set_generalized_sym_vector (coefa, cofaf, coefb, cofbf, pimpv, qimpv, hint, normal)

subroutine	set_generalized_sym_vector_aniso (coefa, cofaf, coefb, cofbf, pimpv, qimpv, hint, normal)

subroutine	set_generalized_dirichlet_vector (coefa, cofaf, coefb, cofbf, pimpv, qimpv, hint, normal)

subroutine	set_generalized_dirichlet_vector_aniso (coefa, cofaf, coefb, cofbf, pimpv, qimpv, hint, normal)

subroutine	set_convective_outlet_scalar (coefa, cofaf, coefb, cofbf, pimp, cfl, hint)

subroutine	set_convective_outlet_vector (coefa, cofaf, coefb, cofbf, pimpv, cflv, hint)

subroutine	set_convective_outlet_tensor (coefa, cofaf, coefb, cofbf, pimpts, cflts, hint)

subroutine	set_convective_outlet_vector_aniso (coefa, cofaf, coefb, cofbf, pimpv, cflv, hint)

subroutine	set_affine_function_scalar (coefa, cofaf, coefb, cofbf, pinf, ratio, hint)

subroutine	set_neumann_conv_h_neumann_diff_scalar (coefa, cofaf, coefb, cofbf, dimp, hint)

subroutine	set_affine_function_conv_neumann_diff_scalar (coefa, cofaf, coefb, cofbf, pinf, ratio, dimp)

subroutine	set_total_flux (coefa, cofaf, coefb, cofbf, hext, dimp)

subroutine	set_dirichlet_conv_neumann_diff_scalar (coefa, cofaf, coefb, cofbf, pimp, dimp)

subroutine	set_dirichlet_conv_neumann_diff_vector (coefa, cofaf, coefb, cofbf, pimpv, qimpv)

subroutine	set_dirichlet_conv_neumann_diff_tensor (coefa, cofaf, coefb, cofbf, pimpts, qimpts)

subroutine	condli_ini (nvar, nscal, itrale, icodcl, isostd, dt, rcodcl)
	Initialisation of boundary condition arrays. More...

Detailed Description

Translation of the boundary conditions given by cs_user_boundary_conditions in a form that fits to the solver.

The values at a boundary face $\fib$ stored in the face center $\centf$ of the variable $ P $ and its diffusive flux $ Q $ are written as:

$P_\centf = A_P^g + B_P^g P_\centi$

and

$Q_\centf = -\left(A_P^f + B_P^f P_\centi\right)$

where $P_\centi$ is the value of the variable $ P $ at the neighboring cell.

Warning:

if we consider an increment of a variable, the boundary conditions read:
$\delta P_\centf = B_P^g \delta P_\centi$
and
$\delta Q_\centf = -B_P^f \delta P_\centi$
for a vector field such as the veclocity $\vect{u}$ the boundary conditions may read:
$\vect{u}_\centf = \vect{A}_u^g + \tens{B}_u^g \vect{u}_\centi$
and
$\vect{Q}_\centf = -\left(\vect{A}_u^f + \tens{B}_u^f \vect{u}_\centi\right)$
where $\tens{B}_u^g$ and $\tens{B}_u^f$ are 3x3 tensor matrix which coupled veclocity components next to a boundary.

Please refer to the boundary conditions section of the theory guide for more informations, as well as the condli section.

Function/Subroutine Documentation

◆ condli()

subroutine condli	(	integer	nvar,
		integer	nscal,
		integer	iterns,
		integer	isvhb,
		integer	itrale,
		integer	italim,
		integer	itrfin,
		integer	ineefl,
		integer	itrfup,
		double precision, dimension(:), pointer	flmalf,
		double precision, dimension(:), pointer	flmalb,
		double precision, dimension(:,:), pointer	cofale,
		double precision, dimension(:), pointer	xprale,
		integer, dimension(:,:), pointer	icodcl,
		integer, dimension(nfabor+1)	isostd,
		double precision, dimension(:), pointer	dt,
		double precision, dimension(:,:,:), pointer	rcodcl,
		double precision, dimension(:), pointer	visvdr,
		double precision, dimension(:), pointer	hbord,
		double precision, dimension(:), pointer	theipb
	)

Parameters

[in]	nvar	total number of variables
[in]	nscal	total number of scalars
[in]	iterns	iteration number on Navier-Stokes equations
[in]	isvhb	indicator to save exchange coeffient at the walls
[in]	itrale	ALE iteration number
[in]	itrale	ALE iteration number
[in]	italim	for ALE
[in]	itrfin	for ALE
[in]	ineefl	for ALE
[in]	itrfup	for ALE
[in]	flmalf	work array for FSI
[in]	flmalb	work array for FSI
[in]	cofale	work array for FSI
[in]	xprale	work array for FSI
[in,out]	icodcl	face boundary condition code: 1 Dirichlet 2 Radiative outlet 3 Neumann 4 sliding and $\vect{u} \cdot \vect{n} = 0$ 5 smooth wall and $\vect{u} \cdot \vect{n} = 0$ 6 rough wall and $\vect{u} \cdot \vect{n} = 0$ 9 free inlet/outlet (input mass flux blocked to 0) 10 Boundary value related to the next cell value by an affine function 11 Generalized Dirichlet for vectors 12 Dirichlet boundary value related to the next cell value by an affine function for the advection operator and Neumann for the diffusion operator 13 Dirichlet for the advection operator and Neumann for the diffusion operator 14 Generalized symmetry for vectors (used for Marangoni effects modeling) 15 Neumann for the advection operator and homogeneous Neumann for the diffusion operator (walls with hydro. pressure for the compressible module)
[in,out]	isostd	indicator for standard outlet and reference face index
[in]	dt	time step (per cell)
[in,out]	rcodcl	boundary condition values: rcodcl(1) value of the dirichlet rcodcl(2) value of the exterior exchange coefficient (infinite if no exchange) rcodcl(3) value flux density (negative if gain) in w/m2 or roughness in m if icodcl=6 for the velocity $(\mu+\mu_T) \gradv \vect{u} \cdot \vect{n}$ for the pressure $\Delta t \grad P \cdot \vect{n}$ for a scalar $cp \left( K + \dfrac{K_T}{\sigma_T} \right) \grad T \cdot \vect{n}$
[out]	visvdr	viscosite dynamique ds les cellules de bord apres amortisst de v driest
[out]	hbord	coefficients d'echange aux bords
[out]	theipb	boundary temperature in $\centip$ (more exaclty the energetic variable)

◆ condli_ini()

subroutine condli_ini	(	integer	nvar,
		integer	nscal,
		integer	itrale,
		integer, dimension(nfabor,nvar)	icodcl,
		integer, dimension(nfabor+1)	isostd,
		double precision, dimension(:), pointer	dt,
		double precision, dimension(nfabor,nvar,3)	rcodcl
	)

Initialisation of boundary condition arrays.

Parameters

[in]	nvar	total number of variables
[in]	nscal	total number of scalars
[in]	itrale	ALE iteration number
[in,out]	icodcl	face boundary condition code (see condli)
[in,out]	isostd	indicator for standard outlet and reference face index
[in]	dt	time step (per cell)
[in,out]	rcodcl	boundary condition values: rcodcl(1) value of the dirichlet rcodcl(2) value of the exterior exchange coefficient (infinite if no exchange) rcodcl(3) value flux density (negative if gain) in w/m2 or roughness in m if icodcl=6 for the velocity $(\mu+\mu_T) \gradv \vect{u} \cdot \vect{n}$ for the pressure $\Delta t \grad P \cdot \vect{n}$ for a scalar $cp \left( K + \dfrac{K_T}{\sigma_T} \right) \grad T \cdot \vect{n}$

◆ set_affine_function_conv_neumann_diff_scalar()

subroutine set_affine_function_conv_neumann_diff_scalar	(	double precision	coefa,
		double precision	cofaf,
		double precision	coefb,
		double precision	cofbf,
		double precision	pinf,
		double precision	ratio,
		double precision	dimp
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pinf	affine part
[in]	ratio	linear part
[in]	dimp	Flux value to impose

◆ set_affine_function_scalar()

subroutine set_affine_function_scalar	(	double precision	coefa,
		double precision	cofaf,
		double precision	coefb,
		double precision	cofbf,
		double precision	pinf,
		double precision	ratio,
		double precision	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pinf	affine part
[in]	ratio	linear part
[in]	hint	internal exchange coefficient

◆ set_convective_outlet_scalar()

subroutine set_convective_outlet_scalar	(	double precision	coefa,
		double precision	cofaf,
		double precision	coefb,
		double precision	cofbf,
		double precision	pimp,
		double precision	cfl,
		double precision	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimp	Flux value to impose
[in]	cfl	Local Courant number used to convect
[in]	hint	Internal exchange coefficient

◆ set_convective_outlet_tensor()

subroutine set_convective_outlet_tensor	(	double precision, dimension(6)	coefa,
		double precision, dimension(6)	cofaf,
		double precision, dimension(6,6)	coefb,
		double precision, dimension(6,6)	cofbf,
		double precision, dimension(6)	pimpts,
		double precision, dimension(6)	cflts,
		double precision	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpts	Dirichlet value to impose
[in]	cflts	Local Courant number used to convect
[in]	hint	Internal exchange coefficient

◆ set_convective_outlet_vector()

subroutine set_convective_outlet_vector	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	pimpv,
		double precision, dimension(3)	cflv,
		double precision	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpv	Dirichlet value to impose
[in]	cflv	Local Courant number used to convect
[in]	hint	Internal exchange coefficient

◆ set_convective_outlet_vector_aniso()

subroutine set_convective_outlet_vector_aniso	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	pimpv,
		double precision, dimension(3)	cflv,
		double precision, dimension(6)	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpv	Dirichlet value to impose
[in]	cflv	Local Courant number used to convect
[in]	hint	Internal exchange coefficient

◆ set_dirichlet_conv_neumann_diff_scalar()

subroutine set_dirichlet_conv_neumann_diff_scalar	(	double precision	coefa,
		double precision	cofaf,
		double precision	coefb,
		double precision	cofbf,
		double precision	pimp,
		double precision	dimp
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimp	Dirichlet value to impose
[in]	dimp	Flux value to impose

◆ set_dirichlet_conv_neumann_diff_tensor()

subroutine set_dirichlet_conv_neumann_diff_tensor	(	double precision, dimension(6)	coefa,
		double precision, dimension(6)	cofaf,
		double precision, dimension(6,6)	coefb,
		double precision, dimension(6,6)	cofbf,
		double precision, dimension(6)	pimpts,
		double precision, dimension(6)	qimpts
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpts	Dirichlet value to impose
[in]	qimpts	Flux value to impose

◆ set_dirichlet_conv_neumann_diff_vector()

subroutine set_dirichlet_conv_neumann_diff_vector	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	pimpv,
		double precision, dimension(3)	qimpv
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpv	Dirichlet value to impose
[in]	qimpv	Flux value to impose

◆ set_dirichlet_scalar()

subroutine set_dirichlet_scalar	(	double precision	coefa,
		double precision	cofaf,
		double precision	coefb,
		double precision	cofbf,
		double precision	pimp,
		double precision	hint,
		double precision	hext
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimp	Dirichlet value to impose
[in]	hint	Internal exchange coefficient
[in]	hext	External exchange coefficient (10^30 by default)

◆ set_dirichlet_tensor()

subroutine set_dirichlet_tensor	(	double precision, dimension(6)	coefa,
		double precision, dimension(6)	cofaf,
		double precision, dimension(6,6)	coefb,
		double precision, dimension(6,6)	cofbf,
		double precision, dimension(6)	pimpts,
		double precision	hint,
		double precision, dimension(6)	hextts
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpts	Dirichlet value to impose
[in]	hint	Internal exchange coefficient
[in]	hextts	External exchange coefficient (10^30 by default)

◆ set_dirichlet_vector()

subroutine set_dirichlet_vector	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	pimpv,
		double precision	hint,
		double precision, dimension(3)	hextv
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpv	Dirichlet value to impose
[in]	hint	Internal exchange coefficient
[in]	hextv	External exchange coefficient (10^30 by default)

◆ set_dirichlet_vector_aniso()

subroutine set_dirichlet_vector_aniso	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	pimpv,
		double precision, dimension(6)	hint,
		double precision, dimension(3)	hextv
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpv	Dirichlet value to impose
[in]	hint	Internal exchange coefficient
[in]	hextv	External exchange coefficient (10^30 by default)

◆ set_generalized_dirichlet_vector()

subroutine set_generalized_dirichlet_vector	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	pimpv,
		double precision, dimension(3)	qimpv,
		double precision	hint,
		double precision, dimension(3)	normal
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpv	Dirichlet value to impose on the normal component
[in]	qimpv	Flux value to impose on the tangential components
[in]	hint	Internal exchange coefficient
[in]	normal	normal

◆ set_generalized_dirichlet_vector_aniso()

subroutine set_generalized_dirichlet_vector_aniso	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	pimpv,
		double precision, dimension(3)	qimpv,
		double precision, dimension(6)	hint,
		double precision, dimension(3)	normal
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpv	Dirichlet value to impose on the normal component
[in]	qimpv	Flux value to impose on the tangential components
[in]	hint	Internal exchange coefficient
[in]	normal	normal

◆ set_generalized_sym_vector()

subroutine set_generalized_sym_vector	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	pimpv,
		double precision, dimension(3)	qimpv,
		double precision	hint,
		double precision, dimension(3)	normal
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpv	Dirichlet value to impose on the normal component
[in]	qimpv	Flux value to impose on the tangential components
[in]	hint	Internal exchange coefficient
[in]	normal	normal

◆ set_generalized_sym_vector_aniso()

subroutine set_generalized_sym_vector_aniso	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	pimpv,
		double precision, dimension(3)	qimpv,
		double precision, dimension(6)	hint,
		double precision, dimension(3)	normal
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	pimpv	Dirichlet value to impose on the normal component
[in]	qimpv	Flux value to impose on the tangential components
[in]	hint	Internal exchange coefficient
[in]	normal	normal

◆ set_neumann_conv_h_neumann_diff_scalar()

subroutine set_neumann_conv_h_neumann_diff_scalar	(	double precision	coefa,
		double precision	cofaf,
		double precision	coefb,
		double precision	cofbf,
		double precision	dimp,
		double precision	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	dimp	Flux value to impose
[in]	hint	Internal exchange coefficient

◆ set_neumann_scalar()

subroutine set_neumann_scalar	(	double precision	coefa,
		double precision	cofaf,
		double precision	coefb,
		double precision	cofbf,
		double precision	dimp,
		double precision	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	dimp	Flux value to impose
[in]	hint	Internal exchange coefficient

◆ set_neumann_tensor()

subroutine set_neumann_tensor	(	double precision, dimension(6)	coefa,
		double precision, dimension(6)	cofaf,
		double precision, dimension(6,6)	coefb,
		double precision, dimension(6,6)	cofbf,
		double precision, dimension(6)	qimpts,
		double precision	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	qimpts	Flux value to impose
[in]	hint	Internal exchange coefficient

◆ set_neumann_vector()

subroutine set_neumann_vector	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	qimpv,
		double precision	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	qimpv	Flux value to impose
[in]	hint	Internal exchange coefficient

◆ set_neumann_vector_aniso()

subroutine set_neumann_vector_aniso	(	double precision, dimension(3)	coefa,
		double precision, dimension(3)	cofaf,
		double precision, dimension(3,3)	coefb,
		double precision, dimension(3,3)	cofbf,
		double precision, dimension(3)	qimpv,
		double precision, dimension(6)	hint
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	qimpv	Flux value to impose
[in]	hint	Internal exchange coefficient

◆ set_total_flux()

subroutine set_total_flux	(	double precision	coefa,
		double precision	cofaf,
		double precision	coefb,
		double precision	cofbf,
		double precision	hext,
		double precision	dimp
	)

Parameters

[out]	coefa	explicit BC coefficient for gradients
[out]	cofaf	explicit BC coefficient for diffusive flux
[out]	coefb	implicit BC coefficient for gradients
[out]	cofbf	implicit BC coefficient for diffusive flux
[in]	hext	convective flux to be imposed
[in]	dimp	Flux value to impose

Functions/Subroutines

Detailed Description

Function/Subroutine Documentation

◆ condli()

◆ condli_ini()

◆ set_affine_function_conv_neumann_diff_scalar()

◆ set_affine_function_scalar()

◆ set_convective_outlet_scalar()

◆ set_convective_outlet_tensor()

◆ set_convective_outlet_vector()

◆ set_convective_outlet_vector_aniso()

◆ set_dirichlet_conv_neumann_diff_scalar()

◆ set_dirichlet_conv_neumann_diff_tensor()

◆ set_dirichlet_conv_neumann_diff_vector()

◆ set_dirichlet_scalar()

◆ set_dirichlet_tensor()

◆ set_dirichlet_vector()

◆ set_dirichlet_vector_aniso()

◆ set_generalized_dirichlet_vector()

◆ set_generalized_dirichlet_vector_aniso()

◆ set_generalized_sym_vector()

◆ set_generalized_sym_vector_aniso()

◆ set_neumann_conv_h_neumann_diff_scalar()

◆ set_neumann_scalar()

◆ set_neumann_tensor()

◆ set_neumann_vector()

◆ set_neumann_vector_aniso()

◆ set_total_flux()