Differences

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--- atmos:software:openfoam:home [2025/05/18 21:57] – [Procedure] perdomo
+++ atmos:software:openfoam:home [2025/05/18 21:59] (current) – perdomo
@@ Line 36: / Line 36: @@
 ==== Procedure ====
- ** Within the 'run' directory start openFOAM: openfoam11-linux -p 510 -xhost
+) Within the 'run' directory start openFOAM: openfoam11-linux -p 510 -xhost
- ** Navigate to the case directory.
- ** Run the blockMesh command, to create a simple 3-D cubic domain.
+) Navigate to the case directory.
- ** Run the snappyHexMesh command, used to conform the volume mesh to the CAD model surface.
+) Run the blockMesh command, to create a simple 3-D cubic domain.
+) Run the snappyHexMesh command, used to conform the volume mesh to the CAD model surface.
 ==== Issues ====
 === Problem (2024/09/24) ===
@@ Line 73: / Line 76: @@
 minTetQuality 1e-6;		 // Ensures tetrahedral elements are valid.
 ==== Procedure ====
- * After updating the meshQualityDict, run checkMesh command again
+) After updating the meshQualityDict, run checkMesh command again
 ==== Issues ====
 === Problem (2024/09/24) ===
@@ Line 82: / Line 85: @@
  * Locate file and place in correct directory.
 ==== Procedure ====
- * After successfully running snappyHexMesh, run checkMesh.
+) After successfully running snappyHexMesh, run checkMesh.
 ==== Issues ====
 === Problem (2024/09/24) ===
@@ Line 105: / Line 108: @@
 minTetQuality 1e-6;		 // Ensures tetrahedral elements are valid.
 ==== Procedure ====
-* Run checkMesh.
+) Run checkMesh.
-* Update the 0 directory to match the new mesh size and to set the desired boundary conditions.
-* Use decomposePar to run breakup the simulation into multiple cores.
+) Update the 0 directory to match the new mesh size and to set the desired boundary conditions.
-* Run the rhoSimpleFoam solver.
+) Use decomposePar to run breakup the simulation into multiple cores.
+) Run the rhoSimpleFoam solver.