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 formation and motion of vortices generated by a dielectric barrier discharge (DBD)
plasma actuator under periodic burst-mode actuation are investigated. The flowfield is …

This study investigates the characteristics of flow-field patterns generated by burst-mode
actuation of a dielectric-barrier-discharge plasma actuator in quiescent air. Particle-image …

The effects of small-scale dissipative fluidic actuation on the evolution of large-and small-
scale motions in a turbulent shear layer downstream of a backward-facing step are …

A tri-electrode dielectric barrier discharge (DBD) plasma actuator, which consists of a
traditional DBD plasma actuator and an additional direct current (dc) electrode, is proposed …

THE development of techniques for controlling separation has been driven, since its
inception, primarily by the need to accommodate the aerodynamic requirements of airplane …

The flow field produced by a dielectric-barrier-discharge plasma actuator using burst
modulation was experimentally investigated in quiescent air from two viewpoints: density …

Direct reduction of aero-optical aberrations incurred by a laser propagated through a
refractive turbulent flow has been achieved by introducing plasma into the flow at various …

A novel in-line miniature force transducer is developed for direct measurements of the net
aerodynamic forces and moments on a bluff body. The force transducers are integrated into …

Flow-induced oscillations of a wire-mounted, freely yawing axisymmetric round bluff body
and the induced loads are regulated in wind tunnel experiments (Reynolds number) by …