Ahmad Batikh Email & Phone Number

Toulouse, Occitanie, France

Toulouse, Occitanie, France

Toulouse Area, France

Rome, Italy

Rome, Italy

Research activities related to active flow control using microfluidic actuator (Synthetic jet)

Aleppo, Syria

- Teaching courses « Aerodynamics I : Introduction to Aerodynamics », 4th year, Aeronautics Department, Faculty of Mechanical Engineering, University of Aleppo – SYRIA« Aerodynamics II : Trans & Supersonic Aerodynamics», 4th year, Aeronautics Department, Faculty of Mechanical Engineering, University of Aleppo – SYRIA« Computational Fluid Dynamics: Introduction », 5th year, Aeronautics Department, Faculty of Mechanical Engineering, University of Aleppo – SYRIA« Aircraft Systems Technologies », 5th year, Aeronautics Department, Faculty of Mechanical Engineering, University of Aleppo – SYRIA« Mechatronics in Industry », 5th year, Mechatronics Department, Faculty of Electrical & Electronic Engineering, University of Aleppo – SYRIA« Fluid Power Systems », Master of Research Course, Aeronautics Department, Faculty of Mechanical Engineering, University of Aleppo – SYRIA« Bio-Fluid Mechanics », Professional Master Course, Materials Engineering Department, Faculty of Mechanical Engineering, University of Aleppo – SYRIA- Supervising on graduation & M.Sc. projects - Master trainer of the “Know About Business” (KAB) program with Syria Trust for Development and University of Aleppo

Région De Toulouse, France

In external aerodynamics of land and air vehicles, flow control is a major axis of performance improvement (lift increasing and drag reduction by eliminating flow separation on an aircraft wing, for example). In the control loop, the actuator is an essential element and the characterization of its operations and its effect on the flow control is required to establish effective control laws. Among the technologies employed, the fluidic actuators, whose synthetic jet is a part, have the advantage of having no moving parts in direct contact with the outside flow and allow simple control of the temporal form of excitement imposed. To characterize the synthetic jet in a quiescent environment, numerical and experimental studies are conducted. The experimental study uses two techniques of measurement: the hot-wire anemometry and the PIV. A comparison of the behavior of synthetic jet with other types of jet (continuous jet and pulsed jet) is done. The influence of a synthetic jet on the boundary layer of a wall jet whose flow direction is normal to the axis of synthetic jet is then studied. This wall jet is first plan and then presents a flow separation resulting from a forced rupture a few millimeters downstream of the synthetic jet actuator. The interaction of two adjacent synthetic jets, and the effects of miniaturization are finely the subject of a numerical study because their effects can be very important in the case of the establishment of an array of micro-actuators on a surface ( airplane wing, for example) on which we want to control the separation.

Member in Numeric Computing Laboratory

Master'S Degree

Doctor Of Philosophy (Ph.D.)

Master Of Science (M.Sc.)

French Language Formation

Master Of Science (M.Sc.)

Bachelor Of Science (B.Sc.)