cs_coal.h File Reference

#include "cs_defs.h"
#include "cs_field.h"

Include dependency graph for cs_coal.h:

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Data Structures
struct	cs_coal_model_t

Macros
#define	CS_COMBUSTION_MAX_COALS   5
#define	CS_COMBUSTION_MAX_CLASSES_PER_COAL   20
#define	CS_COMBUSTION_COAL_MAX_CLASSES
#define	CS_COMBUSTION_COAL_MAX_TABULATION_POINTS   500
#define	CS_COMBUSTION_COAL_MAX_SOLIDS   CS_COMBUSTION_MAX_COALS * 4

Functions
cs_coal_model_t *	cs_coal_model_create (void)
	Create coal model object. More...
void	cs_coal_model_destroy (cs_coal_model_t **cm)
	Destroy coal model object. More...
void	cs_coal_rad_transfer_st (const cs_field_t *f, cs_real_t *smbrs, cs_real_t *rovsdt)
	Take in account the radiative source terms in the particle equation of a given class for pulverized coal flame. More...
double	cs_coal_thconvers1 (const double xesp[], const double f1mc[], const double f2mc[], cs_real_t tp)
	Compute gas enthalpy Function with gas temperature and concentrations. More...
double	cs_coal_thconvers2 (int class_id, const double xsolid[], cs_real_t temper)
	Compute particles enthalpy Function with temperature and concentrations. More...

Macro Definition Documentation

CS_COMBUSTION_COAL_MAX_CLASSES

#define CS_COMBUSTION_COAL_MAX_CLASSES

Value:

                                         CS_COMBUSTION_MAX_COALS \
                                         * CS_COMBUSTION_MAX_CLASSES_PER_COAL

Maximum total number of coal classes

CS_COMBUSTION_COAL_MAX_SOLIDS

#define CS_COMBUSTION_COAL_MAX_SOLIDS   CS_COMBUSTION_MAX_COALS * 4

Maximum number of solid constituants

CS_COMBUSTION_COAL_MAX_TABULATION_POINTS

#define CS_COMBUSTION_COAL_MAX_TABULATION_POINTS   500

Maximum number of tabulation points

CS_COMBUSTION_MAX_CLASSES_PER_COAL

#define CS_COMBUSTION_MAX_CLASSES_PER_COAL   20

Maximum number of coal classes pae coal

CS_COMBUSTION_MAX_COALS

#define CS_COMBUSTION_MAX_COALS   5

Maximum number of coals

Function Documentation

cs_coal_model_create()

cs_coal_model_t* cs_coal_model_create

(

void

)

Create coal model object.

Returns

pointer to coal model structure.

Create coal model object.

Returns

pointer to coal model structure.

cs_coal_model_destroy()

void cs_coal_model_destroy

(

cs_coal_model_t **

cm

)

Destroy coal model object.

\pram[in, out] cm pointer to coal model pointer to destroy.

Destroy coal model object.

\pram[in, out] cm pointer to coal model pointer to destroy.

cs_coal_rad_transfer_st()

void cs_coal_rad_transfer_st	(	const cs_field_t *	f,
		cs_real_t *	smbrs,
		cs_real_t *	rovsdt
	)

Take in account the radiative source terms in the particle equation of a given class for pulverized coal flame.

Parameters

[in]	f	pointer to scalar field
[in,out]	smbrs	right and side (explicit ST contribution)
[in,out]	rovsdt	system diagonal (implicit ST contribution)

cs_coal_thconvers1()

double cs_coal_thconvers1	(	const double	xesp[],
		const double	f1mc[],
		const double	f2mc[],
		cs_real_t	tp
	)

Compute gas enthalpy Function with gas temperature and concentrations.

Parameters

[in]	xesp	mass fraction of species
[in]	f1mc	average f1
[in]	f2mc	average f2
[in]	tp	gas temperature (in kelvin)

Returns

gas enthalpy (in of mixed gas

cs_coal_thconvers2()

double cs_coal_thconvers2	(	int	class_id,
		const double	xsolid[],
		cs_real_t	temper
	)

Compute particles enthalpy Function with temperature and concentrations.

Parameters

[in]	class_id	class id
[in]	xsolid	mass fraction of components
[in,out]	temper	temperature (in kelvin)

Returns

mass enthalpy (in