Différences

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

--- sunfluidh:heat_wall_boundary_condition_setup_namelist [2017/10/02 13:56] – yann
+++ sunfluidh:heat_wall_boundary_condition_setup_namelist [2017/10/02 14:08] (Version actuelle) – [Full data set of the namelist] yann
@@ Ligne 10: / Ligne 10: @@
    * NORTH : if the wall is located at the k+1/2 face-cell.\\
-A data set can be attributed to the walls of several solid bodies [[ Wall_Boundary_Conditions_Examples | some examples are given here ]] .
+A data set can be attributed to the walls of several solid bodies. [[ Wall_Boundary_Conditions_Examples | Some examples are given here ]] .
  {{ :sunfluidh:convention_paroi.jpg?direct&600 |}}
@@ Ligne 35: / Ligne 35: @@
 <note important>
-   * Some specific data like thermal conductivity, heat capacity or density, are not directly linked to thermal boundary conditions, they are used only when a solid body is stated like a thermically conductive material and the heat transfer through it is explicitly solved. A solid body is built from the namelists [[ Polyhedral_Immersed_Bodies_Setup_Namelist| Polyhedral_Immersed_Bodies]] and [[ Cylindrical_Immersed_Bodies_Setup_Namelist| Cylindrical_Immersed_Bodies]]\\
+   * When __**all the walls of the domain are adiabatic**__, this namelist could be omitted in the data file. The code uses this boundary condition by default for every walls.\\
-   * When all the walls of the domain are adiabatic, this namelist could be omitted in the data file. The code uses this boundary condition by default.\\
+   * Some specific data like thermal conductivity, heat capacity or density, are not directly linked to thermal boundary conditions, they are used only when a solid body is stated like a thermically conductive material and the heat transfer through it is explicitly solved. A solid body is built from the namelists [[ Polyhedral_Immersed_Bodies_Setup_Namelist| Polyhedral_Immersed_Bodies]] and [[ Cylindrical_Immersed_Bodies_Setup_Namelist| Cylindrical_Immersed_Bodies]].\\
    * Data related to time evolution can be omitted when the boundary conditions are constant.\\
    * This namelist can be pooled with other ones of same type (for the velocity components or species mass fraction) to form a full wall boundary condition setup.\\
@@ Ligne 49: / Ligne 49: @@
 ==== Wall_BC_DataSetName ====
    * Type : character string
-   * Name of the data set associated to the wall boundary conditions for the heat. This name is used as an identifier in order distinguish the different sets of the wall boundary condition defined in the data file. The naming convention adopted is "Set" adjoined with a number : for example "Set1" for the first set, "Set2" for the second, and so on ... By default "Set1" is always linked with the walls of domain ends (when they exist).
+   * Name of the data set associated to the wall boundary conditions for the heat. This name is used as an identifier in order distinguish the different sets of the wall boundary condition defined in the data file. The naming convention adopted is "Set" adjoined with a number : for example "Set1" for the first set, "Set2" for the second one, and so on ...
+   * By default "Set1" is always linked with the walls of domain ends (when they exist). Of course, it can be also linked with any other solid body.
    * The same name must be used in the namelists [[ Velocity_Wall_Boundary_Condition_Setup_Namelist | Velocity_Wall_Boundary_Condition_Setup ]] (for velocity boundary conditions) and [[ Species_Wall_Boundary_Condition_Setup_Namelist | Species_Wall_Boundary_Condition_Setup ]] (for species boundary conditions), for building a full wall data set . The user finds [[ Wall_Boundary_Conditions_Examples | here ]] some examples about wall boundary conditions).
    * Default value= none