To further interpret the control mechanisms of leading-edge micro-cylinders for flow
separation in a Wells turbine, the residual circulation budget was performed through an …

The wave energy conversion of oscillation water column (OWC) systems is limited by the
narrow range of efficient operation of Wells turbines. Effective control methods are critical to …

The flow separation control over rotating rotor blades in hover using an alternating current
dielectric barrier discharge (AC-DBD) plasma actuator is investigated through numerical …

Noise reduction was studied on a model helicopter rotor using pulsed dielectric barrier
discharge (DBD) plasma actuators mounted at the blades' leading edges. The evaluation …

Flow control technology using dielectric barrier discharge plasma actuators stimulated by a
sinusoidal alternating current (AC) high-voltage power supply has been studied explosively …

The present study attempts to enhance a Wells turbine performance by adopting a leading-
edge microcylinder (LEM) as a passive flow control device. The microcylinder is placed near …

Flow‐control techniques have attracted significant attention in many scientific areas due to
their ability to improve the effectiveness and regulate the flow of aerodynamic devices. This …

Small axial fans, commonly employed for cooling electronic equipment, are frequently
housed within narrow ducts, where intense tonal sound with duct resonance can occur …

To provide deep dives about aerodynamic loss mechanisms in Wells turbines for wave
energy conversion, a loss audit analysis was performed by numerical experiments in a …

The spatial–temporal evolution of coherent structures generated by an asymmetrical
dielectric barrier discharge (DBD) plasma actuator is an intriguing unsteady process with …