Gaz combustion variables pointers

Variables
integer, save	ifm = -1
	id of mixing rate field
integer, save	ifp2m = -1
	id of mixing rate variance field
integer, save	ifsqm = -1
	id of field specifying the second moment of the mixing rate:
integer, save	ipvm = -1
	id of transported progress variable field (for ippmod(islfm) >= 2)
integer, save	iygfm = -1
	id of fresh gas mass fraction field
integer, save	iyfm = -1
	id of mass fraction field
integer, save	iyfp2m = -1
	id of mass fraction variance field
integer, save	icoyfp = -1
	id of mass fraction covariance field
integer, dimension(ngazgm), save	iym
	mass fractions :
integer, dimension(ngazgm), save	ibym
integer, save	itemp = -1
	state variable (temperature)
integer, save	ifmin
	state variable
integer, save	ifmax
	state variable
integer, save	irecvr = -1
	state variable: Pointer to the reconstructed variance in case of mode_fp2m = 1
integer, save	itotki = -1
	state variable: Pointer to the total scalar dissipation rate
integer, save	ihrr = -1
	state variable: Pointer to volumetric heat release rate
integer, save	ixr = -1
	state variable: Pointer to defect enthalpy
integer, save	iomgc = -1
	state variable: Pointer to Omega C
integer, save	ickabs = -1
	state variable: absorption coefficient, when the radiation modelling is activated
integer, save	it2m = -1
	state variable: term
integer, save	it3m = -1
	state variable: term, when the radiation modelling is activated
integer, save	it4m = -1
	state variable: term, when the radiation modelling is activated
integer, save	itsc = -1
integer, save	inpm = -1
	pointer for soot precursor number in isca (isoot = 1)
integer, save	ifsm = -1
	pointer for soot mass fraction in isca (isoot = 1)
integer, parameter	n_z = 80
	Burke Schumann combustion model constants.
integer, parameter	n_xr = 5
integer, parameter	n_zvar = 10
integer, parameter	n_var_bsh = 7
integer, parameter	nvar_turb = 10

Detailed Description

Variable Documentation

ibym

integer, dimension(ngazgm), save ibym

ickabs

integer, save ickabs = -1

state variable: absorption coefficient, when the radiation modelling is activated

icoyfp

integer, save icoyfp = -1

id of mass fraction covariance field

ifm

integer, save ifm = -1

id of mixing rate field

ifmax

integer, save ifmax

state variable

ifmin

integer, save ifmin

state variable

ifp2m

integer, save ifp2m = -1

id of mixing rate variance field

ifsm

integer, save ifsm = -1

pointer for soot mass fraction in isca (isoot = 1)

ifsqm

integer, save ifsqm = -1

id of field specifying the second moment of the mixing rate:

ihrr

integer, save ihrr = -1

state variable: Pointer to volumetric heat release rate

inpm

integer, save inpm = -1

pointer for soot precursor number in isca (isoot = 1)

iomgc

integer, save iomgc = -1

state variable: Pointer to Omega C

ipvm

integer, save ipvm = -1

id of transported progress variable field (for ippmod(islfm) >= 2)

irecvr

integer, save irecvr = -1

state variable: Pointer to the reconstructed variance in case of mode_fp2m = 1

it2m

integer, save it2m = -1

state variable: term

it3m

integer, save it3m = -1

state variable: term, when the radiation modelling is activated

it4m

integer, save it4m = -1

state variable: term, when the radiation modelling is activated

itemp

integer, save itemp = -1

state variable (temperature)

itotki

integer, save itotki = -1

state variable: Pointer to the total scalar dissipation rate

itsc

integer, save itsc = -1

ixr

integer, save ixr = -1

state variable: Pointer to defect enthalpy

iyfm

integer, save iyfm = -1

id of mass fraction field

iyfp2m

integer, save iyfp2m = -1

id of mass fraction variance field

iygfm

integer, save iygfm = -1

id of fresh gas mass fraction field

iym

integer, dimension(ngazgm), save iym

mass fractions :

• iym(1): is fuel mass fraction
• iym(2): oxidiser mass fraction
• iym(3): product mass fraction ibym() contains the matching field ids at boundary faces

n_var_bsh

integer, parameter n_var_bsh = 7

n_xr

integer, parameter n_xr = 5

n_z

integer, parameter n_z = 80

Burke Schumann combustion model constants.

n_zvar

integer, parameter n_zvar = 10

nvar_turb

integer, parameter nvar_turb = 10