Active control of laminar boundary layers with dielectric barrier discharge (DBD) plasma
actuators (PAs) has made considerable progress in the last 15 years. First pioneering …

During the last twenty years DBD plasma actuators have been known by their ability for
boundary layer flow control applications. However, their usefulness is not limited to this …

层流控制, 复合材料, 全电驱动等创新性航空技术的应用给传统防/除冰方法带来了新的挑战.
基于高电压驱动的表面介质阻挡放电等离子体激励新概念防/除冰方法因其没有复杂的机械构造 …

Actuators play an important role in modern active flow control technology. Dielectric barrier
discharge plasma can be used to induce localized velocity perturbations in air, so as to …

Particle image velocimetry measurements in close proximity to dielectric-barrier discharge
plasma actuators are conducted to quantify the momentum transfer of the plasma to the …

This paper investigates flow separation control over an airfoil using dual excitation of DBD
plasma actuators as a novel approach. Large eddy simulation is adopted to capture vortical …

Stereo particle imaging velocimetry measurements and reduced-order modeling are
combined to provide a full picture of the interaction of plasma jets with a turbulent boundary …

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 …

Control of laminar-to-turbulent transition on a swept-wing is achieved by base-flow
modification in an experimental framework, up to a chord Reynolds number of 2.5 million …

PLASMA-BASED actuators have been established as one of the most promising emerging
technologies for active flow control in aerodynamic applications. While a broad spectrum of …