cs_rad_transfer.h File Reference

#include "cs_defs.h"
#include "cs_time_control.h"

Include dependency graph for cs_rad_transfer.h:

Go to the source code of this file.

Data Structures
struct	cs_rad_transfer_params_t
	Structure containing the radiation module parameters. More...

Enumerations
enum	cs_rad_transfer_model_t { CS_RAD_TRANSFER_NONE = 0 , CS_RAD_TRANSFER_DOM = 1 , CS_RAD_TRANSFER_P1 = 2 }
enum	cs_rad_quadrature_type_t {   CS_RAD_QUADRATURE_S4 = 1 , CS_RAD_QUADRATURE_S6 , CS_RAD_QUADRATURE_S8 , CS_RAD_QUADRATURE_T2 ,   CS_RAD_QUADRATURE_T4 , CS_RAD_QUADRATURE_TN , CS_RAD_QUADRATURE_LC11 , CS_RAD_QUADRATURE_DCT020_2468 }
enum	{   CS_BOUNDARY_RAD_WALL_GRAY = 1 , CS_BOUNDARY_RAD_WALL_GRAY_1D_T = 4 , CS_BOUNDARY_RAD_WALL_GRAY_EXTERIOR_T = 21 , CS_BOUNDARY_RAD_WALL_REFL_EXTERIOR_T = 22 ,   CS_BOUNDARY_RAD_WALL_GRAY_COND_FLUX = 31 , CS_BOUNDARY_RAD_WALL_REFL_COND_FLUX = 32 }
enum	{   CS_RAD_ATMO_3D_NONE = 0 , CS_RAD_ATMO_3D_DIRECT_SOLAR = 1 << 0 , CS_RAD_ATMO_3D_DIRECT_SOLAR_O3BAND = 1 << 1 , CS_RAD_ATMO_3D_DIFFUSE_SOLAR = 1 << 2 ,   CS_RAD_ATMO_3D_DIFFUSE_SOLAR_O3BAND = 1 << 3 , CS_RAD_ATMO_3D_INFRARED = 1 << 4 }

Functions
void	cs_rad_transfer_finalize (void)
	Finalize radiative transfer module. More...
bool	cs_rad_time_is_active (void)
	Is time step for radiative transfer active? More...

Variables
const char *	cs_rad_transfer_model_name []
const char *	cs_rad_transfer_quadrature_name []
cs_rad_transfer_params_t *	cs_glob_rad_transfer_params

Enumeration Type Documentation

anonymous enum

anonymous enum

Enumerator
CS_BOUNDARY_RAD_WALL_GRAY	Grey or black wall with temperature based on fluid BCs
CS_BOUNDARY_RAD_WALL_GRAY_1D_T	Grey or black wall with 1D wall model
CS_BOUNDARY_RAD_WALL_GRAY_EXTERIOR_T	Grey or black wall with imposed exterior temperature; interior wall temperature computed through a flux balance
CS_BOUNDARY_RAD_WALL_REFL_EXTERIOR_T	Reflecting wall with imposed exterior temperature; interior wall temperature computed through a flux balance (same as CS_BOUNDARY_RAD_WALL_GRAY_EXTERIOR_T with zero emissivity)
CS_BOUNDARY_RAD_WALL_GRAY_COND_FLUX	Grey or black wall with imposed conduction flux; interior wall temperature computed through a flux balance
CS_BOUNDARY_RAD_WALL_REFL_COND_FLUX	Reflecting wall face to which a conduction flux is imposed, which is equivalent to impose this flux directly to the fluid.

anonymous enum

anonymous enum

Enumerator
CS_RAD_ATMO_3D_NONE
CS_RAD_ATMO_3D_DIRECT_SOLAR
CS_RAD_ATMO_3D_DIRECT_SOLAR_O3BAND
CS_RAD_ATMO_3D_DIFFUSE_SOLAR
CS_RAD_ATMO_3D_DIFFUSE_SOLAR_O3BAND
CS_RAD_ATMO_3D_INFRARED

cs_rad_quadrature_type_t

enum cs_rad_quadrature_type_t

Enumerator
CS_RAD_QUADRATURE_S4
CS_RAD_QUADRATURE_S6
CS_RAD_QUADRATURE_S8
CS_RAD_QUADRATURE_T2
CS_RAD_QUADRATURE_T4
CS_RAD_QUADRATURE_TN
CS_RAD_QUADRATURE_LC11
CS_RAD_QUADRATURE_DCT020_2468

cs_rad_transfer_model_t

enum cs_rad_transfer_model_t

Enumerator
CS_RAD_TRANSFER_NONE
CS_RAD_TRANSFER_DOM
CS_RAD_TRANSFER_P1

Function Documentation

cs_rad_time_is_active()

bool cs_rad_time_is_active

(

void

)

Is time step for radiative transfer active?

Returns

true if active, false otherwise.

cs_rad_transfer_finalize()

void cs_rad_transfer_finalize

(

void

)

Finalize radiative transfer module.

Variable Documentation

cs_glob_rad_transfer_params

cs_rad_transfer_params_t* cs_glob_rad_transfer_params

extern

cs_rad_transfer_model_name

const char* cs_rad_transfer_model_name[]

extern

Model name

cs_rad_transfer_quadrature_name

const char* cs_rad_transfer_quadrature_name[]

extern

Quadrature name