finite-element

FERS: structural finite-element analysis (3D frames, trusses, plates, Eurocode 3 checks) for engineers and AI agents

零依赖的二维桁架受力分析、截面选型与杆件重要度工作台 | Pure-Python truss FEA: analysis, section sizing, topology pruning, member redundancy scan

Published in Finite Elem. Anal. Des. 262 (2026) 104647. Energy-based differentiable finite element framework for elastic and path-dependent elastoplastic solids.

A 3D structural engineering finite element library for Python.

A Gmsh-powered geometry and meshing library: a small, closed set of 0–3D shapes, n-ary booleans, and entity-level MSH 4.1 I/O.

Professional MCP server suite for Abaqus/CAE — 100+ tools, dual transport, capsule tracking, physics contracts, and skills integration

YAML Modeling Format: plain-YAML specifications and archives for computational physics problems

Read MIDAS GTS NX .nfxp result files in Python: 2D, axisymmetric and 3D models

FEMlium – interactive visualization of finite element simulations on geographic maps with folium

Desktop application for porosity-degraded composite laminate analysis

Explore ideas, engineer real things, and find out what holds up. An AI engineering partner for grounded, evidence-driven design.

Mesh generation using PyVista

Strength prediction of wrinkled composite laminates.

Python finite-element library for wind turbine blade and tower modal analysis (OpenFAST/ElastoDyn)

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.

面向电磁谐振与微波器件仿真的非正定厄密稀疏特征值求解器（惯性证书 + 位移-求逆块 Krylov-Schur）

Abaqus/CAE plug-in to build RVEs of UD fiber-reinforced polymers and compute effective elastic/CTE, viscoelastic, elastoplastic and thermal-conductivity properties under periodic boundary conditions.

Design load-bearing brackets from a box and load, predicting stress and verifying with local FEA in seconds.

Automated generation of solver-ready tetrahedral meshes of the fetal cerebral cortex

🛠 Fit hyperelastic and Mullins effect material models to experimental data with HyperFit, a versatile Python library for robust computational mechanics.