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Manage SU2 sessions, edit configs, run solvers, and inspect CFD results.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "su2-mcp" yet — see the docs or source repo.
Create a new SU2 session, load a wing case configuration, verify the key parameters are complete, then run the solver and summarize lift, drag, and convergence.
Returns the session status, solver execution result, and a short summary of lift, drag, and convergence.
Open the current SU2 configuration, change the Mach number to 0.78 and angle of attack to 3 degrees, verify boundary condition consistency, and list the modified settings.
Outputs the updated key configuration, a list of parameter changes, and any settings that may need user confirmation.
Read the latest SU2 run results, extract residual trends, aerodynamic coefficients, and main output file contents, then assess whether the simulation reached stable convergence.
Provides a results overview, residual trend assessment, key coefficient excerpts, and a conclusion on convergence.
Run 2D airfoil geometry, meshing, CFD solving, and visualization through MCP.
Automate Ansys Fluent simulations, UDF handling, and result export via MCP.
Automate COMSOL multiphysics modeling, solving, and result visualization through MCP.
Simulate dynamic actions for any query with persistent state across sessions.
Manage pyCycle/OpenMDAO engine-cycle workflows with inspection, execution, and sweeps.
Connect AI to the SUSE Linux ecosystem for safe docs and repo access.