Collaboration diagram for and thermal exchange coefficients:

Variables
integer, save	nzones
	number of the zones with a specific condensation source terms depending on the wall temperature and material properties. by default (nzones = 1) if the user does not specified different zones in the user subroutine cs_user_boundary_mass_source_terms.f90 .

integer, dimension(:), allocatable	izzftcd
	list on the zones associated to the faces where a condensation source terms is imposed. On each zone a specific wall temperature and material properties can be specify be the user.

integer, dimension(:), allocatable	izcophc
	choice the way to compute the exchange coefficient of the condensation source term used by the copain model.

integer, dimension(:), allocatable	izcophg
	choice the way to compute the thermal exchange coefficient associated to the heat transfer to the wall due to the condensation phenomenon.

Detailed Description

Variable Documentation

◆ izcophc

integer, dimension(:), allocatable izcophc

choice the way to compute the exchange coefficient of the condensation source term used by the copain model.

1: the turbulent exchange coefficient of the flow
2: the exchange coefficient of the copain correlation
3: the maximal value between the two previous exchange coefficients

◆ izcophg

integer, dimension(:), allocatable izcophg

choice the way to compute the thermal exchange coefficient associated to the heat transfer to the wall due to the condensation phenomenon.

2: the thermal exchange coefficient of the copain correlation
3: the maximal value between the current and previous thermal exchange coefficient evaluated by the copain correlation

◆ izzftcd

integer, dimension(:), allocatable izzftcd

list on the zones associated to the faces where a condensation source terms is imposed. On each zone a specific wall temperature and material properties can be specify be the user.

◆ nzones

integer, save nzones