Simulation Analysis & Engineering Consultancy
We provide high-fidelity simulation and engineering services for aerospace, defence, energy, and advanced industrial applications. Our approach relies on robust physical modelling, fully-implicit numerical methods, and HPC-accelerated workflows. The objective is straightforward: accurate predictions, reliable engineering decisions, and consistent performance for complex geometries and demanding operating conditions.
Our consultancy covers the full engineering cycle—from concept evaluation to detailed design, optimisation, verification, and certification-oriented documentation. We support challenging high-speed flows, multiphase environments, and thermally stressed components where precision is essential.
Combustion of boron particles in a ducted rocket combustion chamber.
Core Capabilities
- CFD Analysis
High-resolution RANS, advanced turbulence modelling, multiphase flow analysis, combustion modelling, supersonic/hypersonic aerodynamics, rotating reference frames (MRF), and unsteady simulations. - Thermal Analysis
Conjugate heat transfer (CHT), gas–solid energy coupling, high-temperature material response, radiation modelling, cooling-flow design, rocket nozzle thermal loading, and electronics/avionics cooling assessments. - Aerospace & Defence Engineering
Rocket propulsion and nozzle design, plume behaviour, aerodynamic performance, thermal-structural load estimation, propeller/rotor aerodynamics, and support for safety-critical systems. - Optimization & Design Support
Automated simulation pipelines, parametric studies, sensitivity analysis, and reduced-order surrogate modelling for rapid engineering iteration. - HPC-Accelerated Simulation Services
Distributed-memory parallel computing, hybrid execution, and cluster-level optimisation for large-scale 3D problems. - Technical Reporting & Certification Support
Comprehensive engineering reports, verification/validation documentation, and structured deliverables aligned with aerospace and defence program requirements.