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Tresca

FEMis

SkillCommunity

A solver-agnostic FEA governance skill: mesh-independence (GCI), V&V gates and rules on what an agent may run unattended. By test1card.

8 starsUpdated 4 weeks agoGitHub data from 5 Nov 2026

At a glance

Type
Skill
Works with
Ansys Mechanical / MAPDL, Nastran (MSC and Simcenter)
Tool versions
Not stated in its documentation
Operating systems
Windows, macOS, Linux
Needs a Ansys Mechanical / MAPDL licence
Not stated in its documentation
AI clients documented
Claude Code, Codex
Licence
Apache-2.0
Language
Python

What it can do

  • Tags every run with an execution mode (smoke, debug, engineering or sign-off) that sets which checks are mandatory before a number can be quoted.
  • Includes dependency-free Python calculators for grid convergence index and units.
  • Gives worked guidance for Ansys Mechanical and MAPDL and Simcenter Nastran, including headless runs and parsing .rst, .op2 and .f06 results, with lighter coverage of Abaqus, LS-DYNA, COMSOL and others.
  • Asks a person for load cases, allowables, contact choices and sign-off instead of guessing.

Limitations

  • Doesn't drive any solver; it is meant to sit beside an executor such as PyMAPDL, PyMechanical, pyNastran or an MCP server.
  • The author's own evidence file says provenance tagging is partial and executor integration is unproven.

Install

git clone https://github.com/test1card/femis-skill ~/.claude/skills/femis

Source: github.com/test1card/femis-skill#install

MCP servers and skills run code on your computer. Review the source before installing.

AI-generated models, drawings and results must be checked by a qualified engineer before use.