Computational Fluid Dynamics

Using state-of-the-art CFD tools, we work on stationary and transient 3D flow analysis. Using parallelized calculation power we are able to solve complex projects in reasonable times with mesh sizes up to millions of cells.

We deal successfully with projects like:

  • transient engine gas exchange flows
  • intake transient flows
  • injection spray modelling
  • combustion simulation
  • heat transfer of cooling flows
  • carburetion
  • aerodynamics

Performing case studies and in depth fluid dynamic analysis, we manage to optimize efficiency of thermodynamical processes such as combustion, transient flows, cooling systems, aerodynamics and others.

 

  • CFD stationary

    We work on stationary 3D CFD analysis. Using parallelized calculation power we are able to solve complex projects in reasonable times with mesh sizes up to millions of cells. We deal successfully with projects like: 4 stroke engine intake / e...

  • CFD transient

    We work on complex transient 3D CFD analysis. Using parallelized calculation power we are able to solve complex projects in reasonable times with mesh sizes up to millions of cells. We deal successfully with projects like: 4 stroke transient ...

  • CFD combustion

    Combustion 3D CFD analysis has become essential for exhaust emission optimization. Using parallelized calculation power we are able to solve complex projects in reasonable times with mesh sizes up to millions of cells. We deal successfully with projects...