code-aster

A coupling library and ecosystem for partitioned multi-physics and multi-scale simulations, including surface and volume coupling.

A python library for structural analysis and design

Coupling of OpenFOAM, CalculiX and Code_Aster for Conjugate Heat Transfer, using the multi-physics coupling library preCICE

preCICE-adapter for the FEM code code_aster

CLI tool to manage code_aster versions.

How to build the MPI Version of Code Aster 15.4 inside the Singularity Container of Salome-Meca 2021

Code_aster is a nonlinear finite element solver for structures and thermomechanics. This repository hosts Dockerfiles and instructions for running code_aster on any platform. Our published container images are available on our Docker Hub.

AsterReader.jl is a Julia package to read Code Aster binary mesh and result files. Code Aster meshes can be done using another open source software SALOME Platform. Reading results from .rmed files is also partially supported, so it's possible to verify calculations of JuliaFEM.jl against Code Aster solutions.

Multi-scale and non-invasive multi-model coupling combining Iso-Geometric and Finite Element Analysis

Metallurgy in Salome-Meca Code_Aster

Python scripting in Salome allows us to automatically generate random particles or pores. With subsequent operations we are able to build composite or porous bodies for study in Code_Aster.

The thermal evolution of welding two plates with a V-seam is simulated in Code_Aster

code_aster and Gmsh syntax highlight for Vim and VS Code

Salome-Meca/code_aster is well known in the world of thermo-mechanical simulation. It can perform in dynamics with multiple bodies too.

How to build the MPI Version of Code Aster 16.7 inside the Singularity Container of Salome-Meca 2022

Local web interface to prepare, run and monitor Code_Aster static structural analyses without Salome-Meca: .med meshes (Gmsh), commands as forms or .comm text, live validation against the catalogue, runs in Docker, results in ParaView. Linux, French/English.

How to model bolts with heads and contact in SM/CA

Code_Aster study of a 3D-printed PETG-CF fan housing: free-free modes with an element-order convergence check (first mode 35–44 Hz over E = 3.8–6 GPa) against rotor harmonics at 2000 rpm, and damped transient impact cases with local stress hot spots at the arm and stand junctions.