HeshamFS/materials-simulation-skills

Choose the individual Skill that matches the scientific question. The README separates core numerical methods, simulation workflows, HPC deployment, validation, data management and materials ontology tasks.

Describe the simulation problem and provide the relevant quantities or outputs. One source-provided starting request is:

Use convergence-study to check if my mesh is in the asymptotic range:
h = 0.4, 0.2, 0.1 gave stress = 98.5, 99.6, 99.9 MPa.

For a parameter campaign, the verified simulation-orchestrator example instead gathers a base config, parameter ranges, sampling method, output directory and external solver command.

Conditions and tools depend on the selected Skill. The inspected orchestrator generates configurations and aggregates results; it does not submit scheduler jobs or run the simulations for the user. Its tracking file alone is not proof of a successful physical simulation. The README’s test and evaluation claims are the project’s reports, rather than a guarantee for a user’s solver.