| name | finite-element-analysis |
| description | Use when a coding agent needs to explain, derive, or run finite element analysis workflows, including mesh discretization, element and basis selection, PDE strong-to-weak form conversion, matrix assembly, boundary-condition handling, sparse solves, and result review for teaching or small reproducible examples. |
Finite Element Analysis
Use this top-level entrypoint for finite element analysis tasks. Route to the
package-local modules instead of duplicating their detailed rules.
Routing
SKILL1.md: geometry discretization, element choice, and basis/shape
function selection.SKILL2.md: converting PDE strong forms into standard finite element weak
forms.SKILL3.md: assembly, boundary conditions, sparse linear solves, and result
review for small FEM workflows.
Workflow
- Restate the physical field, domain, governing equation, boundary conditions,
and requested output.
- Select the relevant FEM stage from the routing table.
- Follow the selected module's constraints and output format.
- Keep derivation, discretization, solver execution, and interpretation
separate so the user can approve or revise each stage.
Use README.md and examples.md for package overview and examples.
