This work is focused on the experimental characterization of shock-dominated flow
structures, parameters, and dynamics under control by a filamentary plasma array. Testing …

High-speed air intakes often exhibit intricate flow patterns, with a specific type of flow
instability known as 'buzz', characterized by unsteady shock oscillations at the inlet. This …

The problem considered in this work is shock wave (SW) positioning control in shock-
dominated flows. Experiments are conducted to investigate the triggering effect of patterned …

Pulsed surface arc discharge (PSAD) is one of the essential techniques in flow control. In
this paper, the effects of electrode configuration on heat transfer characteristics of PSAD and …

The results of experimental and computational studies are considered on a near surface
electric discharge effect on supersonic airflow near a 15 compression surface. The tests …

AERODYNAMIC control is one of the major challenges in supersonic/hypersonic vehicle
design. Effective manipulation of the flowfield can lead to a number of significant benefits to …

The effects of the steady and pulsed arc discharge on the oblique shock wave control are
explored through an experimental study in a supersonic wind tunnel with the maximum …

We present a novel method of high-speed aerodynamic control that relies on active energy
injection of pulsed discharges characterized by a high power density and long pulse width …

The complete flow structure and the composition of the flow structure generated by Pulsed
Surface Arc Discharge in a Magnetic Field (M-PSAD) are the keys to explaining the plasma …

The paper is devoted to the problem of the interaction between a shock wave and a
thermally stratified energy source for the purpose of supersonic/hypersonic flow control …