Simulation based on Computational Fluid Dynamics (CFD), supported by appropriate theoretical knowledge, is a powerful tool capable of providing rapid answers and accurate results to designers, avoiding or minimizing the use of costly experimental tests.

Thermal-fluid dynamic optimization of products and processes can lead to significant benefits in terms of increased energy efficiency and performance.

CReAI deals with:

• Internal and external fluid dynamics
• Steady and transient analysis
• Analysis and optimization of fluid machinery (fans, pumps, compressors, turbines)
• HVAC systems
  • thermal comfort estimation
  • reduction of pressure losses
  • optimization of air distribution
  • estimation of CO2 concentration and of other contaminants that may reduce air quality
• Distribution systems for air or other fluids in industrial plants
• Optimization of existing machines
• Analysis and optimization of heat transfer
  • Convection, conduction, radiation
  • Solid/fluid conjugate heat transfer (CHT)
• Heat exchangers
• Filtration systems
• Cooling systems
• Cavitation
• Liquid and gas valves
• Multiphase flows
• Study of combustion problems and polluting emissions
• Simulation of fire scenarios
• Development of ad-hoc  tools for design and analysis of industrial components through lumped parameters models or 1D/2D/3D modelling
• Research and development