Différences

Ci-dessous, les différences entre deux révisions de la page.

--- sunfluidh:examples_wall_bc [2020/01/30 11:24] – [Two bars in an enclosed cavity] yann
+++ sunfluidh:examples_wall_bc [2020/01/30 15:04] (Version actuelle) – yann
@@ Ligne 8: / Ligne 8: @@
 <WRAP info>
-   * Only 2D geometrical configurations are considered. So, data associated to the 3rd direction K could be removed. They are still kept in these examples even if they are useless.
+Only 2D geometrical configurations are considered. So, data associated to the 3rd direction K could be removed. They are still kept in these examples even if they are useless.
-   * For the sake of clarity, the multi-species case is not considered (homogeneous fluid). The namelist associated to the species is therefore not present.
 </WRAP>
@@ Ligne 29: / Ligne 29: @@
    * The velocity boundary conditions are no-slip and impermeability conditions.
    * There is no immersed body.
-   * Walls of the cavity are located at the ends of the domain. This is the basic domain configuration initialized by the code if any other boundary condition is not placed at the ends (like inlet, outlet, symmetrical or periodical boundary conditions, see namelists [[sunfluidh:inlet_boundary_conditions_setup_namelist| Inlet_Boundary_Condition]], [[sunfluidh:outlet_boundary_conditions_setup_namelist|Outlet_Boundary_Condition]], or [[sunfluidh:border_domain_boundary_conditions_namelist_setup|Border_Domain_Boundary_Conditions]]).
+   * Walls of the cavity are located at the ends of the domain. This is the basic domain configuration initialized by the code if any other boundary condition is not placed at the ends (like inlet, outlet, symmetrical or periodical boundary conditions)
 </WRAP>
 {{ :sunfluidh:example_heat_driven_cavity.jpg?direct&600 |}}
@@ Ligne 85: / Ligne 85: @@
 </WRAP>
 {{ :sunfluidh:example_enclosed_cavity_with_2_bars.jpg?600direct |}}
-We need to two **WBCT** for setting the two different sets of wall boundary conditions, the first one for the imposed temperature, the second one for the imposed heat flux. We also need to set two ** IBD** in order to define the positions of the couple of bars.
+We need two **WBCT** for setting the two different sets of wall boundary conditions, the first one for the imposed temperature, the second one for the imposed heat flux. We also need to set two ** IBD** in order to define the positions of the couple of bars.
 __The first **WBCT**__