Department D 1 - Fluid Dynamics

Fundamental theoretical and experimental research in fluid mechanics, mainly internal aerodynamics, transitional and turbulent shear flows, and computational fluid dynamics; some aspects of external and environmental aerodynamics.


High-order LES benchmarking of confined rotor-stator flows

Lecture - May 25, 2010 (Tuesday) 14:00
Sébastien Poncet, Laboratoire M2P2, UMR 6181 CNRS – Aix-Marseille Université

The highly accurate simulation of turbulent rotating flows within cavity is of interest for both engineering applications, such as designing rotational machinery, and fundamental research, as one of the simplest cases where the turbulent boundary layers are three-dimensional. Attempting to compute these flows using statistical approaches has had only partial success.  »»» 

Fundamentals and Applications of Active Flow Control

Lecture - April 8, 2009 (Wednesday), 14:00
Prof. Avraham Seifert, University Tel Aviv

Prof. Seifert will present two recent research projects conducted in Tel Aviv using active flow control. The first project describes taking airfoil separation control concept to flight while the second describes the application of the newly developed suction and oscillatory blowing actuator for aerodynamic drag reduction of large trucks.  »»» 


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