The principal mechanisms by which DBD plasma actuators influence flow characteristics,
and are thus able to control that flow, depend strongly on their modes of actuation. Here two …

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 …

A three-dimensional direct numerical simulation is carried out to investigate the response of
the flow past a highly confined circular cylinder to single-mode sinusoidal perturbations. The …

In this work a CFD analysis is applied to study the suppression of the boundary layer
separation into a highly-loaded subsonic compressor stator cascade, by different active flow …

This work deals with the computational modeling of the single dielectric barrier discharge
(SDBD) plasma actuator and its applications as a flow actuator. In the literature, plasma …

The dielectric barrier discharge (DBD) plasma actuator offers promising opportunities for
flow control because of its fast response and non-moving parts. In this work, surrogate …

An experimental study is conducted on the electric wind produced by Dielectric Barrier
Discharge (DBD) plasma actuators placed at the top of a half cylinder. Parameters as driving …