Simulation & Modelling
Advanced Computational Fluid Dynamics (CFD) and Multiphysics Simulations to accelerate engineering innovation.
High-Fidelity Simulation Tools
We leverage industry-leading tools such as StarCCM+ and OpenFOAM to model complex systems with extreme precision. These tools allow us to simulate aerodynamics, thermodynamics, and multiphase flows across a wide range of engineering domains.
Our simulation pipeline is optimized for reduced iteration counts, using adaptive meshing, physics-based pre-conditioning, and targeted parameter sweeps to reach optimal solutions faster without sacrificing accuracy.
Optimized Workflow for Faster Insights
Our approach reduces the number of simulation cycles required to validate a design. By combining AI-assisted boundary condition predictions, physics-informed design rules, and rapid solver convergence techniques, we minimize trial-and-error iterations.
- ✅ Initial Concept Modelling – Using historical data and AI predictions for starting parameters
- ✅ Rapid Meshing – Automated mesh generation with adaptive refinement
- ✅ Physics-Driven Optimization – Iterative improvements guided by sensitivity analysis
- ✅ Validation & Deployment – Results integrated into Digital Twin and physical prototyping
Building State-of-the-Art Machines & Systems
By integrating our simulation and modelling workflow with physical testing and digital twin environments, we deliver machines and systems that are lighter, stronger, more efficient, and more reliable. This process underpins our work in aerospace, energy, mobility, and defense, enabling rapid innovation without compromising safety or performance.