SPORT HYDRO-AERODYNAMICS

Computational Fluid Dynamics is extensively used for external and internal hydro-aerodynamics purpose. A challenging aspect of every external aerodynamic project is to optimize the body shape to increase the efficiency under the working conditions. FLUID4ENGINEERING methods and tools are developed to help the Designers to define the key-factors for an efficient aerodynamics shape.

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EXTERNAL AND INTERNAL HYDRO-AERODYNAMICS

Here some key areas in the hydro-aerodynamic design where CFD tools are used in the process:

  • Airfoil optimization and custom design
  • Airfoil sections investigation up to maximum lift
  • Dynamic stall investigation
  • Multi-airfoil system: trim/camber optimization
  • Laminar/turbulent transition prediction for drag reduction
  • Fairings design and optimization
  • Wing-fuselage investigation
  • Bluff body investigation, wake effects
  • Custom winglets/fins design (plan-form, toe, twist, sections, end-plates)
  • HVAC design
  • Pipe flow simulation, pressure drop optimization, debris corrosion and stagnation
  • Fire and smoke propagation
  • Thermal management, forced and natural ventilation
  • Automotive:
    – Underhood cooling
    – Cabin thermal comfort
    – Fuel tank sloshing
    – Film fluid over surfaces
  • Electronic components, ventilation and cooling effects
  • Casting simulation and forming