Difference between revisions of "Simulation project of an exhaust manifold by Tobias Holzmann"
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* Load it to Salomefor preparation | * Load it to Salomefor preparation | ||
| − | ==[https://holzmann-cfd.de/training/start- | + | ==[https://holzmann-cfd.de/training/start-an-openfoam-project 4.2 Prepare the Geometry]== |
* Geometry preparation | * Geometry preparation | ||
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* Further preparation for repairing | * Further preparation for repairing | ||
| − | ==[https://holzmann-cfd.de/training/start- | + | ==[https://holzmann-cfd.de/training/start-an-openfoam-project 4.3 Repairing the Geometry]== |
* Further reparing the geometry for the next steps | * Further reparing the geometry for the next steps | ||
| − | ==[https://holzmann-cfd.de/training/start- | + | ==[https://holzmann-cfd.de/training/start-an-openfoam-project 4.4 Surface Triangulation]== |
* Generate patches for OpenFOAM | * Generate patches for OpenFOAM | ||
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* Generating the background mesh | * Generating the background mesh | ||
| − | ==[https://holzmann-cfd.de/training/start- | + | ==[https://holzmann-cfd.de/training/start-an-openfoam-project 4.5 STL Preparation]== |
* Exporting the background mesh and STLs | * Exporting the background mesh and STLs | ||
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* Transforming the background mesh to an OpenFOAMmesh | * Transforming the background mesh to an OpenFOAMmesh | ||
| − | ==[https://holzmann-cfd.de/training/start- | + | ==[https://holzmann-cfd.de/training/start-an-openfoam-project 4.6 First snappyHexMesh]== |
* Meshing the geometry with snappyHexMesh | * Meshing the geometry with snappyHexMesh | ||
| Line 51: | Line 51: | ||
* Explaining a few things about the snappyHexMeshDict and the keywords | * Explaining a few things about the snappyHexMeshDict and the keywords | ||
| − | ==[https://holzmann-cfd.de/training/start- | + | ==[https://holzmann-cfd.de/training/start-an-openfoam-project 4.7 Optimizing the Mesh]== |
* Further discussion of different keywords | * Further discussion of different keywords | ||
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* Generation of layers | * Generation of layers | ||
| − | ==[https://holzmann-cfd.de/training/start- | + | ==[https://holzmann-cfd.de/training/start-an-openfoam-project 4.8 Boundary Set-up and First Run]== |
* Set-up of simple boundary conditions for p and U | * Set-up of simple boundary conditions for p and U | ||
| Line 66: | Line 66: | ||
* Check out the first numerical results | * Check out the first numerical results | ||
| − | ==[https://holzmann-cfd.de/training/start- | + | ==[https://holzmann-cfd.de/training/start-an-openfoam-project 4.9 Advanced Boundary Conditions]== |
* Set-up of more physical boundary conditions | * Set-up of more physical boundary conditions | ||
* Discussion about the boundary face calculation | * Discussion about the boundary face calculation | ||
* Building a mixed boundary condition (codedMixed) | * Building a mixed boundary condition (codedMixed) | ||
Revision as of 12:16, 14 February 2018
- contributor: Tobias Holzmann
- affiliation: Holzmann CFD
- contact: click here for email address
- OpenFOAM version: 5.x
- published under: GPL v3 license
Go back to Basics.
Go back to Day 15.
How To Build a Project - Exhaust manifold
The following screencasts will guide you through a CFD simulation project with an exhaust manifold.
4.1 Start a Project
- Generate the project folder
- Get your geometry file
- Load it to Salomefor preparation
4.2 Prepare the Geometry
- Geometry preparation
- Close the geometry
- Further preparation for repairing
4.3 Repairing the Geometry
- Further reparing the geometry for the next steps
4.4 Surface Triangulation
- Generate patches for OpenFOAM
- Showing the differences between CAD exported STLs and manuel triangulated one
- Triangulation of the patches
- Generating the background mesh
4.5 STL Preparation
- Exporting the background mesh and STLs
- Preparing STLs for a region STL (compound)
- Checking for water proofness
- Transforming the background mesh to an OpenFOAMmesh
4.6 First snappyHexMesh
- Meshing the geometry with snappyHexMesh
- Setting up the snappyHexMesh file
- Explaining a few things about the snappyHexMeshDict and the keywords
4.7 Optimizing the Mesh
- Further discussion of different keywords
- Optimizing the mesh
- Feature snapping
- Implicit and explicit feature edge snapping
- Generate feature edges
- Generation of layers
4.8 Boundary Set-up and First Run
- Set-up of simple boundary conditions for p and U
- Start the solver
- Check out the first numerical results
4.9 Advanced Boundary Conditions
- Set-up of more physical boundary conditions
- Discussion about the boundary face calculation
- Building a mixed boundary condition (codedMixed)
