Différences

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

--- sunfluidh:temperature_initialization_namelist [2016/11/18 14:53] – [White_Noise_Magnitude_For_Temperature] yann
+++ sunfluidh:temperature_initialization_namelist [2016/11/18 15:55] (Version actuelle) – [Namelist Temperature_Initialization] yann
@@ Ligne 1: / Ligne 1: @@
 ===== Namelist "Temperature_Initialization" =====
-This data setup is used to define the initial temperature field over the domain.\\
+This data setup is used to define the initial temperature field over the domain for flows with heat transfer.\\
+This namelist can be removed for isotherm flows.
 ===== Full data set of the namelist =====
@@ Ligne 8: / Ligne 9: @@
                                White_Noise_Magnitude_For_Temperature= 0.0 /
+<note important> For low Mach-number flows, the user must ensure the coherence between the reference values of physical quantities defined in the namelist [[sunfluidh:fluid_properties_namelist|"Fluid_Properties"]] (temperature, density and molecular mass), the initial temperature field over the domain (defined here) and, if needed, the species mass fraction distribution defined in the namelist [[sunfluidh:species_initialization_namelist|"Species_Initialization"]] (if the gas is composed with multi-components).\\
+Keep in mind that the reference value of thermodynamic pressure is calculated from the reference values of temperature, density and molecular mass of the fluid (see namelist [[sunfluidh:fluid_properties_namelist|"Fluid_Properties"]]). \\ The density field is then initialized from the fields of temperature (and species mass fractions if needed) by considering the thermodynamic pressure is uniform over the domain (low Mach-number hypothesis).</note>
 -----
@@ Ligne 15: / Ligne 18: @@
    * Type : real value
    * Reference temperature value.
+   * Default value must be set by the user
 ==== Initial_Field_Option_For_Temperature  ====
@@ Ligne 21: / Ligne 25: @@
      * 0 : Uniform distribution
      * 1 or greater : Optional values associated to temperature field defined by the users in the appropriate fortran module (see module_user_define_init_fields.f90). The reference value can be used to define the temperature scale.
+     * Default value = 0
 ==== White_Noise_Magnitude_For_Temperature ====
@@ Ligne 26: / Ligne 31: @@
    * Magnitude of the white noise on the temperature field.
    * The magnitude is defined as a fraction of the local value in each cell ( i.e. 0.4 corresponds to 40% of the local value of temperature on the grid)
+   * Default value = 0