Physical properties are using the field API. See cs_user_boundary_conditions for some examples. More...

Collaboration diagram for Physical properties:

Variables
integer, save	irom
	Density at the current time step (equal to icrom, kept for compatibility)

integer, save	iviscl
	dynamic molecular viscosity (in kg/(m.s))

integer, save	ivisct
	dynamic turbulent viscosity

integer, dimension(nestmx), save	iestim
	error estimator for Navier-Stokes

integer, save	kimasf
	interior and boundary convective mass flux key ids of the variables

integer, save	kbmasf

integer, save	kvisl0
	constant diffusivity field id key for scalars

integer, save	kivisl
	variable diffusivity field id key for scalars

integer, save	kromsl
	variable density field id key for scalars

integer, save	kstprv
	source terms at previous time step for 2nd order

integer, save	kst
	source terms at the current time step (used for limiters)

integer, save	ksigmas
	turbulent schmidt key for scalars

integer, dimension(nvarmx), save	ifluaa
	convective mass flux of the variables at the previous time-step

integer, save	icrom
	cell density field ids of the variables

integer, save	ibrom
	boundary density field ids of the variables

integer, save	ipori
	field ids of the cell porosity

integer, save	iporf

integer, save	ismago
	dynamic constant of Smagorinsky

integer, save	ivsten
	field ids of the anisotropic viscosity

integer, save	ivstes

integer, save	icour
	Courant number.

integer, save	ifour
	Fourier number.

integer, save	iprtot
	Total pressure at cell centers $P_{tot} = P^\star +\rho \vect{g} \cdot (\vect{x}-\vect{x}_0)$ .

integer, save	ivisma
	Mesh velocity viscosity for the ALE module.

integer, dimension(nscamx), save	iustdy
	pointer for dilatation source terms

integer, save	itsrho
	pointer for global dilatation source terms

integer, save	ibeta
	pointer for thermal expansion coefficient

integer, save	iddgas
	pointer for deduced mass fraction in case of gas mix

integer, save	igmxml
	pointer for gas mix molar mass

integer, save	iforbr
	field id of the stresses at boundary (if post-processed)

integer, save	iyplbr
	field id of at boundary (if post-processed)

integer, save	itempb
	field id of temperature at boundary

integer, save	is2kw
	field id of the square of the norm of the deviatoric part of the deformation rate tensor ( $S^2=2S_{ij}^D S_{ij}^D$ ). Field defined only with the $k-\omega$ (SST) turbulence model

integer, save	idivukw
	field id of the divergence of the velocity. More precisely, it is the trace of the velocity gradient (and not a finite volume divergence term). In the cell `iel`, $div(\vect{u})$ is given by `divukw(iel1)`. This array is defined only with the $k-\omega$ SST turbulence model (because in this case it may be calculated at the same time as )

integer, save	istraio
	field id of the strain rate tensor at the previous time step

Detailed Description

Physical properties are using the field API. See cs_user_boundary_conditions for some examples.

Variable Documentation

◆ ibeta

integer, save ibeta

pointer for thermal expansion coefficient

◆ ibrom

integer, save ibrom

boundary density field ids of the variables

◆ icour

integer, save icour

Courant number.

◆ icrom

integer, save icrom

cell density field ids of the variables

◆ iddgas

integer, save iddgas

pointer for deduced mass fraction in case of gas mix

◆ idivukw

integer, save idivukw

field id of the divergence of the velocity. More precisely, it is the trace of the velocity gradient (and not a finite volume divergence term). In the cell iel, $div(\vect{u})$ is given by divukw(iel1). This array is defined only with the $k-\omega$ SST turbulence model (because in this case it may be calculated at the same time as )

◆ iestim

integer, dimension(nestmx), save iestim

error estimator for Navier-Stokes

◆ ifluaa

integer, dimension(nvarmx), save ifluaa

convective mass flux of the variables at the previous time-step

◆ iforbr

integer, save iforbr

field id of the stresses at boundary (if post-processed)

◆ ifour

integer, save ifour

Fourier number.

◆ igmxml

integer, save igmxml

pointer for gas mix molar mass

◆ iporf

integer, save iporf

◆ ipori

integer, save ipori

field ids of the cell porosity

◆ iprtot

integer, save iprtot

Total pressure at cell centers $P_{tot} = P^\star +\rho \vect{g} \cdot (\vect{x}-\vect{x}_0)$ .

◆ irom

integer, save irom

Density at the current time step (equal to icrom, kept for compatibility)

◆ is2kw

integer, save is2kw

field id of the square of the norm of the deviatoric part of the deformation rate tensor ( $S^2=2S_{ij}^D S_{ij}^D$ ). Field defined only with the $k-\omega$ (SST) turbulence model

◆ ismago

integer, save ismago

dynamic constant of Smagorinsky

◆ istraio

integer, save istraio

field id of the strain rate tensor at the previous time step

◆ itempb

integer, save itempb

field id of temperature at boundary

◆ itsrho

integer, save itsrho

pointer for global dilatation source terms

◆ iustdy

integer, dimension(nscamx), save iustdy

pointer for dilatation source terms

◆ iviscl

integer, save iviscl

dynamic molecular viscosity (in kg/(m.s))

◆ ivisct

integer, save ivisct

dynamic turbulent viscosity

◆ ivisma

integer, save ivisma

Mesh velocity viscosity for the ALE module.

Remarks: might be orthotropic

◆ ivsten

integer, save ivsten

field ids of the anisotropic viscosity

Remarks: turbulent or Darcy module anisotropic diffusion

◆ ivstes

integer, save ivstes

◆ iyplbr

integer, save iyplbr

field id of at boundary (if post-processed)

◆ kbmasf

integer, save kbmasf

◆ kimasf

integer, save kimasf

interior and boundary convective mass flux key ids of the variables

◆ kivisl

integer, save kivisl

variable diffusivity field id key for scalars

◆ kromsl

integer, save kromsl

variable density field id key for scalars

◆ ksigmas

integer, save ksigmas

turbulent schmidt key for scalars

◆ kst

integer, save kst

source terms at the current time step (used for limiters)

◆ kstprv

integer, save kstprv

source terms at previous time step for 2nd order

◆ kvisl0

integer, save kvisl0

constant diffusivity field id key for scalars

Variables