Services

We run high-fidelity simulations to answer specific engineering questions about a flow — forces, losses, heat loads, separation, and where a design is failing. We handle the full pipeline: geometry, meshing, solver setup, and interpretation of results.

• Internal and external aerodynamics, from subsonic to hypersonic
• Discrete and multi-phase flows
• Combustion and heat transfer modeling
• Mesh-quality and solver-setup audits of your existing cases

Some problems aren't solved by a finer mesh — they're solved by a better model. We develop the physics-based sub-models that simulations rely on, derive them from first principles, and analyse where they break.

• Transition and turbulence closure models for RANS solvers
• First-principles derivation of physical sub-models for new problems
• Stability and dynamical-systems analysis of model behaviour
• Diagnosis of why a model diverges, stalls, or mispredicts
• Validation against canonical and experimental cases

Full CFD is too slow to run on every candidate design. We build cheaper models that keep the physics that matters, so you can explore hundreds of configurations and optimise instead of guessing.

• Reduced-order models for high-speed intake and diffuser flows
• Kriging and response-surface surrogates built from CFD data
• Design-of-experiments and design-space exploration
• Multi-objective optimisation across competing requirements
• Surrogate validation against held-out high-fidelity results