#include <cs_lagr.h>
Data Fields | |
int | physical_model |
int | n_temperature_layers |
int | modcpl |
int | idirla |
int | idistu |
int | idiffl |
int | deposition |
int | dlvo |
int | roughness |
int | resuspension |
int | clogging |
int | shape |
int | consolidation |
int | precipitation |
int | fouling |
int | agglomeration |
int | fragmentation |
int | n_stat_classes |
int | n_user_variables |
Main physical model parameters for the Lagrangian module
int agglomeration |
int clogging |
int consolidation |
int deposition |
int dlvo |
int fouling |
int fragmentation |
int idiffl |
int idirla |
direction (1=x, 2=y, 3=z) of the complete model. It corresponds to the mean relative directions of the flow. Useful only if modcpl > 0 0 proposes an isotropic Lagrangian timescale. 4 proposes the local mean direction.
int idistu |
activation (=1) or not (=0) of the particle turbulent dispersion. The turbulent dispersion is compatible only with the RANS turbulent models ( ,
, v2f or
). (iturb=20, 21, 30, 31, 50 or 60).
int modcpl |
activates (>0) or not (=0) the complete turbulent dispersion model. When modcpl is strictly positive, its value is interpreted as the absolute Lagrangian time step number (including restarts) after which the complete model is applied. Since the complete model uses volume statistics, this is only effective once the time step reaches idstnt.
int n_stat_classes |
int n_temperature_layers |
int n_user_variables |
int physical_model |
activates (>0) or deactivates (=0) the physical models associated to the particles:
int precipitation |
int resuspension |
int roughness |
int shape |