Difference between revisions of "Doc:CAETutorials"
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RAR archive : [http://www.caelinux.org/wiki/downloads/docs/PistonElmer2007/pistonElmer.rar pistonElmer.rar] (16 Mb) | RAR archive : [http://www.caelinux.org/wiki/downloads/docs/PistonElmer2007/pistonElmer.rar pistonElmer.rar] (16 Mb) | ||
+ | Piston geometry in STEP format: [[Media:piston.zip]] | ||
=== Salome: Geometry & meshing tutorial 1 (CAELinux beta 2) === | === Salome: Geometry & meshing tutorial 1 (CAELinux beta 2) === |
Revision as of 12:50, 24 October 2007
Contents
- 1 Introduction tutorial: general use of Salome & Code_Aster (CAELinux 2007)
- 2 Salome & OpenFOAM tutorial: 3D CFD analysis of a Y-shaped pipe (CAELinux 2007)
- 3 Salome & Elmer tutorial: 3D thermal analysis of a piston (CAELinux 2007)
- 4 Salome: Geometry & meshing tutorial 1 (CAELinux beta 2)
- 5 Salome & Code-Aster JML's Tutorials (CAELinux beta 2)
- 6 P. Carrico's Tutorials (CAELinux beta 3, Code-Aster 9)
- 7 Advanced Examples (CAELinux beta 3b)
Introduction tutorial: general use of Salome & Code_Aster (CAELinux 2007)
This is the first tutorial on the use of Salomé & Code_Aster. The example case study treated here is a linear statics analysis of a piston.
In this tutorial, you will learn to:
- import & mesh a STEP geometry in Salomé
- create & edit the options of a FE study in Code_Aster
- solve the FE problem
- load results in Salomé & post-process the data
Duration approx. 30 min.
Interactive Flash tutorial (CAELinux 2007): PistonTutorial2007 on the web or Download PistonTutorial.swf
Piston geometry in STEP format: Media:piston.zip
Older versions:
Tutorial in PDF format (CAELinux beta 2): Media:IntroductionTutorial1.pdf
Video tutorial in CAELinux beta 3b: IntroductionVideoPart1 and IntroductionVideoPart2
Salome & OpenFOAM tutorial: 3D CFD analysis of a Y-shaped pipe (CAELinux 2007)
This tutorial shows how to use Salome & OpenFOAM to:
- create the 3D CAD geometry of a Y-shaped pipe in Salome
- generate a free tetrahedral mesh for the CFD analysis in Salome
- create an OpenFOAM simulation case and import the mesh from UNV file
- model the transient incompressible fluid flow in the pipe
- visualize the results in ParaView
This tutorial is subdivided in three parts: Geometry, Meshing & CFD analysis.
Flash video tutorial:
Part 1, Geometry modelling in Salome : PipeGeom2007 on the web or Download PipeGeom.swf
Part 2, Meshing in Salome : PipeMesh2007 or Download PipeMesh.swf
Part 3, CFD analysis in OpenFOAM : PipeOpenFOAM2007 or Download PipeOpenFOAM.swf
Salome & Elmer tutorial: 3D thermal analysis of a piston (CAELinux 2007)
This tutorial shows how to use Salome & Elmer together to:
- import 3D CAD geometry from a Step file & define groups for boundary conditions
- generate a free tetrahedral mesh for the thermal analysis in Salome
- export the mesh in UNV format and convert it to GMSH format
- convert the GMSH mesh to the native Elmer format
- model the heat transfer problem in ElmerFront
- solve the problem with ElmerSolver and visualize results in ElmerPost
This tutorial is presented in one single Flash video.
Flash video tutorial: pistonElmer.htm (55 Mb)
RAR archive : pistonElmer.rar (16 Mb)
Piston geometry in STEP format: Media:piston.zip
Salome: Geometry & meshing tutorial 1 (CAELinux beta 2)
This is a tutorial on the use of Salome for 3D geometry modelling (CAD-like) & meshing.
Topics covered: 2D sketch, extrusion, boolean operations, array of features, partitionning, global & local mesh definition, mesh quality check, ...
Duration approx. 60 min.
Tutorial & HDF geometry in ZIP format: Media:TutorialGEOM1.zip
Salome & Code-Aster JML's Tutorials (CAELinux beta 2)
Thanks to the kind contribution of Mr Jean-Marc LICHTLE (original french tutorials) and Mr Laurent MALOD-PANISSET (translation to english), there are now 4 completely new beginners tutorials available in both french and english.
For questions / comments about these tutorials, feel free to mail to the authors:
jean-marc [dot] lichtle [at] gadz [dot] com (french and german)
laluciol [at] club-internet [dot] fr (english)
Note that these tutorials are also available at www.mirabellug.org
Downloads
Zip Archive containing all pdf files (french & english): Media:JMLTutorials.zip
Please note that at the moment only the first two tutorials are translated in english.
P. Carrico's Tutorials (CAELinux beta 3, Code-Aster 9)
Another great contribution to Code-Aster tutorials by P. Carrico. These tutorials will give you a more in-depth and detailed view of the possibilities of Code-Aster and other related tools (Gibi, Salome).
For comments, please contact the author at:
paul [dot] carrico [at] free [dot] fr
Please note that :
- These tutorials are under continuous development and any contribution or feedback is welcome. At the moment, these tutorials are available in French only, but translation is on the way,
- New !! An HTML version of the tutorials in now online HERE with the possibility to automatically translate the documents from French to English or German.
- All the calculations were performed under 8.3 release of Code Aster - for the 9.0 one, you can use the automatic traducteur/translator menu that works fine (tested for all the tutorials) ... but you've to adapt the .export file for the new release.
Tutorial 1: Post-processing / Post-traitements
In this tutorial, you will learn how to post-process & visualize the results of a Code-Aster simulation with external tools like GMSH, GIBI, Salome or GRACE.
Tutorial 1 PDF file (FR): Media:CAELINUX_post_traitement.pdf, HTML (FR/EN/DE): Link
Tutorial 2: Cyclic symmetry
In this tutorial, you will learn how to model & analyze a cyclic symmetric part in Code-Aster.
Tutorial 2 RAR archive (FR): Media:CAELINUX_symetrie_cyclique.rar, HTML (FR/EN/DE): Link
Tutorial 3: Thermo-mechanics
In this tutorial, you will learn how to model & analyze a thermo-mechanical problem in Code-Aster (using two different meshes : tetrahedra based mesh for the thermal calculation and hexahedra based one for the mechanical calculation).
Tutorial 3 RAR archive (FR): Media:CAELINUX_thermomecanique.rar, HTML (FR/EN/DE): Link
Tutorial 4: Shells
In this tutorial, you will learn how to model & analyze a linear statics problem of a shell structure with Code-Aster (using the upper skin, the lower one and the middle surface to perform the linear static calculation).
Tutorial 4 RAR archive (FR): Media:CAELINUX_coques.rar, HTML (FR/EN/DE): Link
Tutorial 5: Plasticity
In this tutorial, you will learn how to model & analyze a nonlinear statics problem of a 3D structure subjected to plastic deformations with Code-Aster.
Tutorial 5 RAR archive (FR): Media:CAELINUX_plasticite.rar, HTML (FR/EN/DE): Link
Advanced Examples (CAELinux beta 3b)
A set of advanced FE modelling examples with Salome & Code-Aster is proposed here. These archives contains all the geometric models & input files but are not commented thoroughly as they are intended to serve as a basis for specialized analysis.
The topics convered by these examples are: plastic deformations, thermo-mechanics, contacts, modal analysis, composite materials and FE modelling of assemblies!!
For more information or for downloads, see this page: CAELinux Advanced Examples or Doc:AdvancedExamples