Modules

Here is a list of all modules:

[detail level 123]

Gaseous chemistry parameters for the	Atmospheric module
At_imbrication
At_main
At_soil
Aerosol chemistry parameters for the	Atmospheric module
At_spefun
Module for Arbitrary Lagrangian Eulerian method (ALE)
Module for ALE structure movement with internal coupling
►Module for cavitating flow modelling
Mixture properties
Vaporization/condensation model
Interaction with turbulence
Numerical parameters
Module for code/code coupling	Code / code - management of key parameters
►Module for calculation options
to choice the exchange coefficients type and the	Wall temperature used by the condensation model (with or without 1D thermal model to the wall)
and thermal exchange coefficients
temperature model
►Module for calculation options
parameters of the 1-D conduction equation
of 1-D thermal conduction Equation
of each zone
►Module for calculation options
of 1-D thermal conduction Equation
of 1-D thermal conduction Equation
of each zone
►Module for calculation options
Numerical parameters of 0-D thermal model
Physical properties of 0-D thermal model
Cs_tagms_physcial_properties
Module for numerical constants
►Module for physical constants
Module for turbulence constants
Module for dimensions
Module for input/output
Additional user files
History user files
Lagrange files
►Output listing
Boundary post-processing
Mesh Fortran structure, pointers to the C structure
►Module for variable numbering
Main variables	Main variable field indices (previously stored in rtp, rtpa)
Physical properties	Physical properties are stored in propce. See cs_user_boundary_conditions for some examples
Numerical properties
Mapping to field structures
►Module for calculation options
Equation types
Time stepping
►Space discretisation
Convective scheme
Gradient calculation
Diffusive scheme
Iterative process for the convection diffusion	Equation
Linear solver
Time step options and variables
model
turbulence options
Stokes options
Homogeneous mixture modelling
Additional source terms
Numerical parameters for the wall distance calculation
Transported scalars parameters
Module for basic MPI and OpenMP parallelism-related values
Module for definition of general parameters
Module for periodicity flags
►Module for pointer variables
Containers to Fortran array pointers.	An array of one of these these derived types can be used to manage a set of pointers (Fortran not allow arrays of pointers directly, so this technique is a classical workaround
Dummy target arrays for null pointers
Auxiliary variables
Specific arrays for the coupled case
Thermal 1D module parameters
►Module for Lagrangian model
Lagrangian arrays
Base
Particle counter	(with and without statistical weight)
Lagrangian pointers
Lagrangian source term pointers
Module for variable numbering
►Module for Lagrangian (parameters)
Classes and particles
Boundary conditions
Brownian motion
Additional user variables
Printing
Boundary interation type	(value of iusclb(izone))
►Specific physics
Particle deposition sub-model
Reentrained model
Precipitation model
Clogging model
Lagrangian time-step
Error indicator
/dissolution
Particles pointers	For array eptp
Statistics
Source terms
Particles cloning and fusion
Encrustation
Physico-chemical (DLVO) parameters
Brownian motion
Time scheme, turbulent disperion and Poisson's equation
Particles/boundary interactions statistics
Visualization
►General module for specific physics
Indicator table for specific physics
Number of algebraic or state variables
chosen by the user
Gaz combustion variables pointers
Pulverized coal combustion variables
Fuel combustion variables
►Electrical version variables
Transported variables
Physical properties
Ionic conduction variables
►Compressible module
Physical properties
Common
►Cooling Towers Pointers
Transported variables
Enthalpic variables pointers
Boundary conditions
Gas_mixture
General module for specific physics containing common parameters
Module for specific physics thermophysical data
Module for Radiative transfer
Ihmpre
Precipitation_dissolution