Product development

Product development using CFD is a rapidly growing market, it helps reducing prototyping cost and improving products much quicker.

Shape optimization: Optimizing shapes for aero/hydro-dynamics purposes or for heat transfer related problem is a common feature in CFD modelling. It is getting increasingly common to test and improve your design using CFD combined with shape optimization techniques. This helps in reaching an optimal design faster and cheaper. Visit our blog to see how we used automated optimisation and morphing techniques for a ship hull.

Flow and heat transfer: Products like computer components, heat exchangers, cooling systems etc. can use CFD modelling to improve aspects of designs that could lead to better performance. With years of expertise on flow and heat transfer related problems, we can help you design the product better.

Aero/hydro-dynamics, wind load optimization, automotive, ship hull: We have a broad expertise in the area with projects ranging from wind load on buildings/structures to car aerodynamics to ship hull designing. Reducing drag, increasing lift/down force or reducing forces are complex problems that can benefit from our CFD expertise and strong know how.

Rotating equipment, Fans/pumps/turbines, Component design, Valves/ducts/grilles: While designing rotating equipment or components, it is imperative to analyse and understand the behaviour of those components to improve performance. Computational Fluid Dynamics is an ideal tool for analysing such equipment and their performance in detail. Detailed results from CFD simulations can provide a holistic understanding of the shortcomings of the equipment. It helps eliminate expensive physical prototypes, and fix design flaws at an early design stage.

CFD R&D support: Are you designing a complex product that involved fluid flow and/or heat transfer. We support start-ups and medium size organizations by giving them insights on their product performance using CFD simulations. Shortcoming can thus be identified without spending a lot on prototyping and testing, and can be improved much faster using CFD.