Différences

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

--- sunfluidh:3d_heat_driven_cavity_incomp_flow_gasrad [2016/12/13 16:09] – yann
+++ sunfluidh:3d_heat_driven_cavity_incomp_flow_gasrad [2019/11/13 16:30] (Version actuelle) – yann
@@ Ligne 1: / Ligne 1: @@
-<file>
+<file txt input3d.dat>
 ===========================================================================
 ===========================================================================
@@ Ligne 136: / Ligne 136: @@
  - AND WALL CONVECTION-RADIATION COUPLING AT THE OTHER WALLS (Heat_BC_Option = 5)
 &Heat_Wall_Boundary_Condition_Setup
+      Wall_BC_DataSetName ="Set1",
       West_Heat_BC_Option = 0 , East_Heat_BC_Option = 0 ,  Back_Heat_BC_Option = 5 ,  Front_Heat_BC_Option = 5 , South_Heat_BC_Option = 5 , North_Heat_BC_Option = 5,
-      West_Wall_BC_Value= 300.005 , East_Wall_BC_Value= 299.995 , Back_Wall_BC_Value= 0.0 , Front_Wall_BC_Value= 0.0 , South_Wall_BC_Value= 0.0 , North_Wall_BC_Value= 0.0 ,
+      West_Wall_BC_Value= 300.005 , East_Wall_BC_Value= 299.995 , Back_Wall_BC_Value= 0.0 , Front_Wall_BC_Value= 0.0 , South_Wall_BC_Value= 0.0 , North_Wall_BC_Value= 0.0 /
-      End_of_Data_Block= .true.   /
 =============================================================================
                BORDER BOUNDARY CONDITIONS
 =============================================================================
- THE BORDER BOUNDARY CONDITIONS HAVE ALREADY BEEN DEFINED ==> Border = 0
+ !--- No new boundary conditions are defined at the ends of the domain : walls by default are preserved, the inlet and outlet previously are defined above)
+!--- As "None" is the default setting for this namelist, it can be removed
-&Border_Domain_Boundary_Conditions West_Border= 0 , East_Border= 0 , Back_Border= 0 , Front_Border= 0 , North_Border = 0 , South_Border = 0 /
+&Border_Domain_Boundary_Conditions West_BC_Name= "None" , East_BC_Name= "None" , Back_BC_Name= "None" , Front_BC_Name= "None" , North_BC_Name= "None" , South_BC_Name= "None" /
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
                    NUMERICAL METHODS
@@ Ligne 152: / Ligne 153: @@
  PARTIAL DIAGONALISATION TECHNIQUE IS EMPLOYED FOR THE POISSON PROBLEM ==>  Numerical_Method_Poisson_Equation   = 3
-&Numerical_Methods  Numerical_Scheme= 1 ,
+&Numerical_Methods  NS_NumericalMethod= "BDF2-SchemeO2"                    ,       !--- BDF2 + 2nd order centered scheme
-                    Convective_Flux_Discretization_Type = 1  , Temperature_Advective_Flux_Discretization_Type = 1 , Species_Advective_Flux_Discretization_Type= 1 ,
+                    MomentumConvection_Scheme="Centered-O2-Conservative"   ,       !--- conservative form for solving the velocity (momentum) equation
-                    Explicit_Solving_of_Density         = 0  , Velocity_Correction_Enabled        = .true.,
+                    TemperatureAdvection_Scheme="Centered-O2-Conservative",       !--- conservative form for solving the temperature (enthalpy) equation
-                    Numerical_Method_Poisson_Equation   = 3  , Iterative_Method_Selection         = 1    ,
+                    Poisson_NumericalMethod="Home-PartialDiagonalization"  /       !--- Partial Diagonalization for Poisson's equation
-                    Number_max_Grid= 4                       , Number_max_Cycle= 10         , Number_Iteration= 15,
-                    Relaxation_Coefficient            = 1.80 , Convergence_Criterion = 1.D-08 /
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
                    SIMULATION MANAGEMENT
@@ Ligne 178: / Ligne 177: @@
 =============================================================================
 =============================================================================
-           FIELDS RECORDING DECLARATION
+           FIELDS RECORDING SETUP
 =============================================================================
 &Field_Recording_Setup     Check_Special_Features= "NOHeat_Driven_Cavity_Flow" /
-&Simulation_Management     Fields_Recording_Rate = 5.D+02 /
-&Instantaneous_Fields_Listing  Name_of_Field = "U     " , Recording_Enabled = .true.  /      First velocity component
+&Simulation_Management
-&Instantaneous_Fields_Listing  Name_of_Field = "V     " , Recording_Enabled = .true.  /      Second velocity component
+    InstantaneousFields_RecordingReset=.false.     ,
-&Instantaneous_Fields_Listing  Name_of_Field = "W     " , Recording_Enabled = .true.  /      Third velocity component
+    InstantaneousFields_TimeRecordingRate= 5.0E+01 ,
-&Instantaneous_Fields_Listing  Name_of_Field = "T     " , Recording_Enabled = .true. /      Temperature
+    InstantaneousFields_RecordingStartTime= 0.D-00  /
-&Instantaneous_Fields_Listing  Name_of_Field = "P     " , Recording_Enabled = .true. /      Pressure
+&Instantaneous_Fields_Listing  Name_of_Field = "U     " /      First velocity component
-&Instantaneous_Fields_Listing  Name_of_Field = "divU  " , Recording_Enabled = .true. , End_of_Data_Block= .true. /      momentum divergence
+&Instantaneous_Fields_Listing  Name_of_Field = "V     " /      Second velocity component
+&Instantaneous_Fields_Listing  Name_of_Field = "W     " /      Third velocity component
+&Instantaneous_Fields_Listing  Name_of_Field = "T     " /      Temperature
+&Instantaneous_Fields_Listing  Name_of_Field = "P     " /      Pressure
+&Instantaneous_Fields_Listing  Name_of_Field = "divU  " /      Momentum divergence
+END OF FILE
 </file>