Flow control using DBD (dielectric-barrier-discharge) plasma actuators is a relatively new,
but rapidly expanding area of research. There are a number of review papers available on …

Experiments on leading-edge vortex (LEV) growth and detachment from a plunging profile
have been conducted in a free-surface water tunnel. Direct-force and velocity-field …

The streamwise vortices generated by dielectric-barrier-discharge plasma actuators in the
laminar boundary layer were investigated using particle image velocimetry to understand …

Experiments with a pitching and plunging airfoil are conducted in order to investigate the
mechanisms responsible for the formation and detachment of leading edge vortices (LEVs) …

ABSTRACT A novel plasma actuator concept is proposed to mimic the effect of spanwise
wall oscillations without mechanically moving parts, where four groups of electrodes and …

The flow topology and leading-edge vortex (LEV) formation and detachment mechanism of a
pitching and plunging flat plate are experimentally investigated in this study. Focus is placed …

We report on the dynamics of the formation and growth of the leading-edge vortex and the
corresponding unsteady aerodynamic torque induced by large-scale flow-induced …

The near wake flow development and vortex shedding characteristics downstream of
straight circular finned cylinders are experimentally investigated. Different finned cylinders …

The dielectric barrier discharge (DBD) plasma actuator that controls flow separation is one of
the promising technologies to realize energy savings and noise reduction of fluid dynamic …

Wall confinement effects on the energy harvesting performance by a flapping hydrofoil
(aspect ratio= 4.5) have been investigated in a circulating water flume at a Reynolds number …