Difference between revisions of "Doc:CAETutorials"
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'''Tutorial 3: Thermo-mechanics''' | '''Tutorial 3: Thermo-mechanics''' | ||
− | In this tutorial, you will learn how to model & analyze a thermo-mechanical problem in Code-Aster. | + | 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: [[Media:CAELINUX_thermomecanique.rar]] | Tutorial 3 RAR archive: [[Media:CAELINUX_thermomecanique.rar]] | ||
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'''Tutorial 4: Shells''' | '''Tutorial 4: Shells''' | ||
− | In this tutorial, you will learn how to model & analyze a linear statics problem of a shell structure with Code-Aster. | + | 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: [[Media:CAELINUX_coques.rar]] | Tutorial 4 RAR archive: [[Media:CAELINUX_coques.rar]] |
Revision as of 13:39, 9 February 2007
Contents
Introduction tutorial: general use of Salome & Code_Aster
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.
Tutorial in PDF format: Media:IntroductionTutorial1.pdf
Piston geometry in STEP format: Media:piston.zip
Salome: Geometry & meshing tutorial 1
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
JML Tutorials (Salome & Code-Aster)
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
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.
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: Media:CAELINUX_post_traitement.pdf
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: Media:CAELINUX_symetrie_cyclique.rar
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: Media:CAELINUX_thermomecanique.rar
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: Media:CAELINUX_coques.rar
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: Media:CAELINUX_plasticite.rar
Advanced Examples
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