A 3D structural engineering finite element library for Python.
a finite element solver based on Taichi, being parallel (CPU/GPU), portable and open-source
Pre-Processing, Post-Processing, and Visualization Tailored for OpenSeesPy
One learned latent for geometry + physics + manufacturability: give it a box and a load, get a solver-certified bracket. SE(3)-equivariant field model, immersed FEA, live 3D designer.
Mesh generation using PyVista
FEMlium – interactive visualization of finite element simulations on geographic maps with folium
HyperMesh GUI-only MCP server with verified Tcl modeling routes for Claude Code and Codex.
Claude Code agent skills bridging Abaqus FEA and ML surrogates: LHS batch dataset generation + ODB to ML-ready grid CSVs.
Python finite-element library for wind turbine blade and tower modal analysis (OpenFAST/ElastoDyn)
Bowyer-Watson incremental Delaunay triangulation engine constructing empty circumcircle simplex meshes over 2D spatial point clouds.
Bowyer-Watson incremental Delaunay triangulation engine constructing empty circumcircle simplex meshes over 2D spatial point clouds.
Strength prediction of wrinkled composite laminates.
Professional MCP server suite for Abaqus/CAE — 100+ tools, dual transport, capsule tracking, physics contracts, and skills integration
Desktop application for porosity-degraded composite laminate analysis
For a structural check of a small rectangular roof. Solves a plane-stress mesh and names the load factor it can carry. Full burial does not balance. The digest is bytes, not a stamp. Not ABAQUS and not UDEC.
MCP server for Abaqus/Standard FEA: builds models, runs jobs headless, and autonomously diagnoses and fixes solver failures
Take a sketch to a validated physical thing. Claims → gates → packs → an honest readiness report. A Claude Code plugin + zero-dependency Python spine for designing real hardware, CAD, boats, thermal and chemical systems — where every validator must prove it can fail.
Multi physics fracture propagation digital twin. LEFM, EPFM, XFEM and peridynamics on one material database, with surrogate models, a physics informed network, a FastAPI service and a React frontend.
A Python Library for Hyperelastic Material Model Fitting
Identification of density-dependent Drucker-Prager Cap models and generation of LS-DYNA material cards
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