supported by National Natural Science Foundation of China (No. 51576065);the Fundamental Research Funds for the Central Universities (Nos. 2015CY05, 2018QN037, 2018ZD09)
In this paper, the effect of dielectric-barrier discharge plasma excitation characteristics on turbulent boundary layer separation over a hump is investigated using computational fluid dynamics. Four different turbule...
supported by the Scientific Research Project Fund of Middle East Technical University,under project # BAP-08-11-2016-044
In this work,the dielectric-barrier-discharge plasma actuator was employed to study the flow structures induced by the plasma actuator over a flat plate and a wall-mounted hump.A phenomenological dielectric-barrier-di...
National Natural Science Foundation of China(Nos.50676094,50676095,50776086 and 50736007);Fundamental Researches of National Defense in Chinese Academy of Sciences(No.AB20070090)
Influence of plasma actuators as a flow separation control device was investigated experimentally. Hump model was used to demonstrate the effect of plasma actuators on external flow separation, while for internal flow...