Différences

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

--- sunfluidh:2d_heat_driven_cavity_incomp_flow [2019/02/05 10:31] – witko
+++ sunfluidh:2d_heat_driven_cavity_incomp_flow [2020/02/03 17:43] (Version actuelle) – yann
@@ Ligne 115: / Ligne 115: @@
 &HomeData_PoissonSolver  SolverName="SOR"               ,          !--- Successive Over-Relaxation (SOR) method based on the red-black algorithm
                             Relaxation_Coefficient= 1.7 ,          !--- Relaxation coefficient of the SOR method ( 1 <= Relaxation_Coefficient < 2)
-                            Number_max_Grid= 5,                    !--- Number of grid levels
+                            Number_max_Grid= 6,                    !--- Number of grid levels
-                            Number_max_Cycle= 10,                  !--- Number of multigrid cycles
+                            Number_max_Cycle= 1,                  !--- Number of multigrid cycles
-                            Number_Iteration= 0,                   !--- Maximum number of SOR iterations method applied for any grid level, if 0 (or removed) the 3 next data are considered
                             Number_Iteration_FineToCoarseGrid= 3, !--- number of SOR iterations applied on any grid level during the restriction step (before the coarsest grid computation)
                             Number_Iteration_CoarseToFineGrid= 15, !--- number of SOR iterations applied on any grid level during the prolongation step (after the Coarsest grid computation)
@@ Ligne 131: / Ligne 130: @@
 &Simulation_Management    Restart_Parameter= 0 ,
                           Steady_Flow_Stopping_Criterion_Enabled = .true. , Steady_Flow_Stopping_Criterion = 1.D-16,
-                          Temporal_Iterations_Number = 1000000              , Final_Time = 5.D+02  ,
+                          Temporal_Iterations_Number = 10000              , Final_Time = 5.D+02  ,
                           TimeStep_Type = 1 ,
-                             Timestep_Min = 1.D-02                           , Timestep_Max = 1.D-02 ,
+                             Timestep_Min = 5.D-02                           , Timestep_Max = 5.D-02 ,
                              CFL_Min      = 0.5                              , CFL_Max      = 0.5 ,
                             Iterations_For_Timestep_Linear_Progress= 1,
@@ Ligne 145: / Ligne 144: @@
 =============================================================================
-FIELDS RECORDING DECLARATION
+FIELDS RECORDING SETUP
 =============================================================================
-&Simulation_Management  Fields_Recording_Rate = 5.D+00 /
+&Simulation_Management
+    InstantaneousFields_RecordingReset=.false.     ,
+    InstantaneousFields_TimeRecordingRate= 5.0E+00 ,
+    InstantaneousFields_RecordingStartTime= 0.D-00  /
 &Field_Recording_Setup     Check_Special_Features= "Heat_Driven_Cavity_Flow",  Precision_On_Instantaneous_Fields= 2 /   Here, a special variable devoted to results of heat driven cavity flows is active
-&Instantaneous_Fields_Listing  Name_of_Field = "U     " , Recording_Enabled = .true.  /      First velocity component
+&Instantaneous_Fields_Listing  Name_of_Field = "U     "  /      First velocity component
-&Instantaneous_Fields_Listing  Name_of_Field = "V     " , Recording_Enabled = .true.  /      Second velocity component
+&Instantaneous_Fields_Listing  Name_of_Field = "V     "  /      Second velocity component
-&Instantaneous_Fields_Listing  Name_of_Field = "T     " , Recording_Enabled = .true.  /      Temperature
+&Instantaneous_Fields_Listing  Name_of_Field = "T     "  /      Temperature
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