computing with code aster: practice and requirement at lcr · date 2 acquisition of a cluster (48...
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![Page 1: Computing with Code Aster: practice and requirement at LCR · Date 2 Acquisition of a cluster (48 cores, up to 128 GB memory, 12 TB storage) Personnal workstations Partnership for](https://reader034.vdocuments.us/reader034/viewer/2022050603/5faa4ef97305f3131b0e5974/html5/thumbnails/1.jpg)
Computing with Code_Aster: practice and requirement at LCR
Arnaud Delaplace
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Date 2
Acquisition of a cluster (48 cores, up to 128 GB memory, 12 TB storage)
Personnal workstations
Partnership for numerical support with different companies (ALNEOS, LOGILAB, NECS...) and national and international universities
Human ressource dedicated to numerical management
LCR computational policy
Strong increase of the computation needs during the last years and for the next years
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Date 3
Internal developments (python, C++...)
Code_Aster
Gmsh (mesh, postprocessing), SalomeMeca (advanced mesh), paraview (postprocessing)
When it's possible, open source softwares are preferred (traceability, support from the user community)
OS: Linux, windows
Softwares
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Date 4
Open source policy (knowledge sharing, quality, minimizing the risk of using an internal FEM code)
Open code, unlike the “black box” concept of some commercial codes
Applications and materials are Civil Engeeniring oriented
THM/poromechanics already included
High capacity of personnalisation (python compatibility, macr_recal)
Parallel FEM software
Why LCR uses Code_Aster
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Date 5
Model parameters identification,
Material optimization,
Reverse analysis of experimental tests,
Computation on structural systems
Application fields in FEM
Mainly based on geomaterials (Thermo-hydro-mechanical simulations, dynamic simulation...), at a material and/or at a structural scales
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Date 6
Some examples
Design and optimization at material scale
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Date 7
Some examples
Design and optimization at structural element scale
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Date 8
Some examples
Design and optimization at structural scale
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Date 9
Some examples
+ + +…
Mode 1 at 78 Hz Mode 2 at 105 Hz Mode 203 at 2004 Hz
+ …
Dynamic behaviour of studs
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Date 10
A(n) (always) better documentation, in english
A more “user friendly” documentation
A link between Code_Aster subversion number and documentation reference
More documentation on the python modules
A set of examples, with postprocessing
A better version compatibility (or something like LTS versions)
A smoother syntax for beginners
A vtk compatibility
A radiation model
A partial light independent version (for light portable version of Code_Aster)
LCR requirements and hopes...