SimuSpace translates natural-language descriptions into fully configured OpenFOAM workflows — geometry, mesh, physics, boundary conditions, and solver parameters — with confidence scores and explicit assumptions. No CFD expertise required to start.
Write your fluid dynamics problem as you would explain it to a colleague. Include geometry, fluid, flow conditions, and what you want to measure.
The AI layer maps your description to a complete OpenFOAM configuration — solver choice, turbulence model, mesh parameters, and boundary conditions — with explicit confidence scores.
Inspect every parameter, understand the AI's assumptions, override anything you disagree with, then export directly to OpenFOAM or run via the built-in solver interface.
Every generated config is checked against OpenFOAM best practices. The AI flags assumptions, warns about underspecified problems, and never silently produces invalid setups.
Your geometry files never leave your machine. The AI configuration layer is the only part that touches external compute. A hard privacy guarantee — no exceptions.
Built on OpenFOAM — reproducible, auditable, and community-maintained. No black-box cloud solver. Every result can be independently verified and published.
Every simulation configuration is a structured JSON artifact. Diff runs, track changes, and reproduce any prior result — built for reproducibility from day one.
The AI selects between laminar, k-ω SST, k-ε, Spalart-Allmaras, and others based on your Reynolds number, geometry, and flow regime — with an explanation for every choice.
Every configuration comes with a 0–100% confidence score and explicit list of assumptions. Low confidence triggers targeted clarification questions, not silent failures.
Free for individual researchers. No installation required for the configuration layer. Bring your own OpenFOAM runtime.
Open Workbench Free