Flow control by energy deposition (ED) is the object of investigations at least since the
middle of the last century. Already the earlier experimental investigations1 show that, similar …

The effects of repetitive laser-pulse energy depositions (5.5 mJ/pulse) onto a shock wave-
boundary layer interaction region over cylinder-flare model in a Mach 1.92 flow are …

This paper describes experimental and numerical investigations focused on the shock wave
modification induced by a dc glow discharge. The model is a flat plate in a Mach 2 air flow …

The experiment is conducted to investigate the effect of expansion on the shock wave
boundary layer interaction near a compression ramp. The small-angle expansion with an …

The cowl shock/boundary layer interaction is of great importance to the performance and
operability of hypersonic inlets. However, it is usually affected by the expansion waves …

Dielectric Barrier Discharge (DBD) plasma actuators can generate trains of vortices under
burst mode actuation, which is very different from the wall jet flow under steady operation. To …

The separation induced by shock wave/boundary layer interactions (SWBLI) is detrimental to
the performance of the flow field, and thus, needs to be reduced by using passive or active …

The interaction between the shock wave and the turbulence boundary layer induces a
separation, and this is an undesired phenomenon for the flow field performance. The control …

This paper describes the results of experimental study of stripwise near-surface plasma
effect on oblique shock wave (SW) reflection from a solid wall in a M= 2 duct-driven shock …

Laser energy deposition generates localized flow structures that can be used as flow control
devices in high-speed flows. In the present study, the interaction between a laser-induced …