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Department of Fluid Mechanics

Department of Fluid Mechanics. Contact person: Dr. János Vad (vad@ara.bme.hu). Computational Fluid Dynamics (CFD) simulation. Forecast of combustion process in a Diesel engine. Related R&D topic(s): 20. Temperature distribution. Reaction degree distribution.

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Department of Fluid Mechanics

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  1. Department of Fluid Mechanics Contact person: Dr. János Vad (vad@ara.bme.hu)

  2. Computational Fluid Dynamics (CFD) simulation Forecast of combustion process in a Diesel engine Related R&D topic(s): 20 Temperature distribution Reaction degree distribution Department of Fluid Mechanics

  3. Computational Fluid Dynamics (CFD) simulation Elimination of non-uniform load in a catalytic converter Velocity Related R&D topic(s): 109 CFD Measurements Department of Fluid Mechanics

  4. Computational Fluid Dynamics (CFD) simulation Improvement of an exhaust gas recirculation system Related R&D topic(s): 109 Pressure distribution Heat flux distribution Department of Fluid Mechanics

  5. Large-scale horizontal wind tunnel for vehicle aerodynamics investigations Related R&D topic(s): 128, 132 Department of Fluid Mechanics

  6. CFD-based aerodynamic improvement (drag reduction) Related R&D topic(s): 127, 132 CFD Wind tunnel experiments Department of Fluid Mechanics

  7. Aerodynamic improvement (drag reduction) of vehicles on the basis of CFD Related R&D topic(s): 127, 132 Improvement of flow conditions in the vicinity of wheels Experimentation CFD CFD Department of Fluid Mechanics

  8. Large Eddy Simulation (LES) serving as basis for Computational Aero-Acoustics (CAA) Related R&D topic(s): 128, 129, 130 Flow past deflectors Sound pressure spectra Department of Fluid Mechanics

  9. George von Békésy Acoustics Laboratory: experimental investigations – serving as basis for CAA validation Related R&D topic(s): 128, 129 Reverberation room Anechoic chamber Department of Fluid Mechanics

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