This is a repository for collecting high-fidelity FEM reference results obtained with the open-source multi-physics simulation code 4C.

3 Open Issues Need Help Last updated: Jul 16, 2025

Open Issues Need Help

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AI Summary: Update all mesh generation scripts in the FEM reference results repository to use the new `cubit.dump_with_exo_mesh()` function from CubitPy, replacing the existing `cubit.dump()` function. This change will store meshes in the more space-efficient `.exo` format instead of embedding them within the `.4C.yaml` files, improving both storage space and input file generation time. This requires waiting for the merge of cubitpy pull request #98.

Complexity: 3/5
enhancement good first issue

This is a repository for collecting high-fidelity FEM reference results obtained with the open-source multi-physics simulation code 4C.

Python

AI Summary: Rename all existing 4C input files within the `fem-ref-env` project to use the `.4C.yaml` extension. This involves finding all files with the incorrect extension and renaming them using a suitable scripting method (e.g., bash, Python).

Complexity: 2/5
good first issue

This is a repository for collecting high-fidelity FEM reference results obtained with the open-source multi-physics simulation code 4C.

Python

AI Summary: Transfer several Finite Element Method (FEM) simulation examples from various repositories into a single, unified repository. This involves copying the examples, ensuring they are compatible with the target repository's structure and dependencies, and potentially updating them to work with the latest version of the 4C simulation code. A classification table is provided to help organize the examples.

Complexity: 3/5
good first issue

This is a repository for collecting high-fidelity FEM reference results obtained with the open-source multi-physics simulation code 4C.

Python