Computational Fluid Dynamics

Fluid dynamics analysis is based on the method of computational fluid dynamics (CFD). This technique allows a computer to simulate the behavior of any fluid subjected to certain boundary conditions to intelligently predict performance.

Fluid dynamics analyses make it possible to optimize the design work in many fields of mechanics, including:

• Hydraulic applications;
• Cooling systems;
• Ventilation/heating;
• Pipelines or hydraulic conduits;
• Aeronautical applications;
• Naval applications;
• Automotive applications;
• Chemical applications;
• Pharmaceutical/petrochemical applications.

Our engineers can make the best decisions in a short time, thanks to the use of the best recognized and highly appreciated CFD software for their calculation accuracy.

Specifically, we perform:

• Steady-state and transient fluid dynamics analyses;
• Steady-state and transient thermo-fluid dynamics analyses;
• Fluid-structural interaction analyses (CFD + FEM);
• Analyses with porous elements;
• Multiphase fluid analyses.