As an expert in Computational Fluid Dynamics (C.F.D.), we can address:

• Turbulent or laminar flows
  
  
• 2D or 3D flows, with transient or stationary analysis
  
  
• Free or porous flow
  
  
• Two-phase flow (Level-set or Phase Field method), euler-euler model
  
  
• compressible or incompressible fluid
  
  
• newtonian or nonnewtonian fluid
  
  
• moving boundary condition (ALE or Level Set methods)
  
  
• Fluid-Structure Interaction (FSI)

The CFD models aim, among other things, to:

• minimize the pressure loss
  
  
• maximize the homogeneity of the flow
  
  
• optimize heat transfer and mass transfer