Based on experimental results, numerical investigations of dielectric barrier discharges
(DBDs) have been performed in three basic configurations: in the volume, coplanar and …

Surface Dielectric Barrier Discharge (SDBD) is a well-known technology for active
aerodynamic flow control with low power consumption. It is a type of plasma actuation for …

The various separation control mechanisms of burst-mode actuation with a dielectric barrier
discharge plasma actuator were experimentally investigated in this study. The control of the …

The electrohydrodynamic volume force produced by the Coulomb force acting on charged
species in weakly ionized gas can improve the aerodynamic performances of academic and …

We report on a detailed numerical study of the two-phase operation of a surface alternating
current dielectric barrier discharge actuator. We showcase that when the quasi-periodic …

A relationship between electric potential distribution on a dielectric surface and
electrohydrodynamic (EHD) force generation is experimentally investigated to improve the …

The influence of helium mole fraction distribution in air on the cold atmospheric plasma jets
excited by 1.5 kHz rectangular high voltage pulse is studied in this work. Computational fluid …

Surface DBD plasma actuators are novel means of actively controlling flow. They have
shown promising ability in reducing drag, postponing transition from laminar to turbulent …

Machine learning is increasingly used for active flow control. In this experimental study,
alternating-current dielectric barrier discharge plasma actuators are deployed for the closed …

To simulate the coupled plasma and fluid flow physics of dielectric-barrier discharge, a
plasma–fluid model is utilized in conjunction with a compressible flow solver. The flow solver …