Difference between revisions of "Contrib:Claws/Code Aster/10 x cases"
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*Tracing curves with Code_Aster and XMGrace | *Tracing curves with Code_Aster and XMGrace | ||
Revision as of 02:21, 3 March 2011
<-Link: Back to Contrib:Claws/Code_Aster
Contents
[hide]Contents
Software used:
(Updated along with the latest tutorial - some tutorials might need tweaks to work with later versions)
- Ubuntu 10.04 64bit
- Salomé 5.1.5 for preparing the geometry, meshing and post-processing.
- Code_Aster 10.3 64bit, compiled with the Intel compiler for calculation
Computer used:
- Dual core Intel 2.9GHz with 4Gb of RAM
I have tried to comment the *.comm files as well as I could, but I am far from an expert on C_A so use these files only as an example of the file structure/the C_A way of thinking.
Piston tutorial
I have updated the original piston tutorial also found on this wiki, to comply with SaloméMECA 2010.2 - A great introduction for absolute beginners to SaloméMECA and Code_Aster
Tutorial in PDF format - Updated for SaloméMECA 2010.2 Media:Piston_tutorial.pdf
Applying Torque and using parameters
This case deals with applying torque to an object in a non-linear calculation and using parameters to control the calculation.
Includes:
- Applying torque - LIAISON_SOLIDE
- Using parameters
- Non-linear calculation
- Creating an animated GIF file of the result.
Using the command LIAISON_ELEM
Apply the command LIAISON_ELEM using beams to substitute 3D geometry to reduce the work load of a calculation and simplify geometry
Link: Using the command LIAISON_ELEM
Includes:
- LIAISON_ELEM:Connecting 3D structures to 1D elements; using beams to substitute 3D geometry
- Describing geometry with AFFE_CARA_ELEM
- LIAISON_UNIF
Simulating a two segment pendulum with DYNA_NON_LINE
A short introduction to using DYNA_NON_LINE to simulate a two segment pendulum.
Link: Two segment pendulum with DYNA_NON_LINE
Includes:
- Cables
- DYNA_NON_LINE
- Tracing curves with Code_Aster and XMGrace
Calculating assemblies with Code_Aster
A guide to assembling separate mesh files, calculating stresses and strains, then disassembling for individual post processing.
Link: Calculating assemblies with Code_Aster
Includes:
- ASSE_MAIL for assembling the meshes
- LIAISON_MAIL for connecting the meshes
- IMPR_RESU - RESTRAINT for only printing the relevant results to the meshes
- Note on interpreting Von Mises stress in Salomé/Code_Aster
