Introducing a fluid microjet into the boundary layer to increase fluid momentum and hence
delay separation is a method for actively controlling a flow separation region. The present …

Application of aerodynamic flow control to the vertical tail of an aircraft could enable
significant decrease in its size, with corresponding reductions in drag, weight, and fuel costs …

Experimental and numerical analysis of active and passive flow control is an important topic
of practical value in the study of turbulent flows. This paper numerically analyzed the effects …

This work investigates the active control of a fully developed turbulent boundary layer by a
submerged synthetic jet actuator. The impacts of the control are explored by measuring the …

利用恒温热线风速仪测量了零压力梯度平板上施加由合成射流激发的狭缝周期吹气扰动前后
不同流向位置湍流边界层的速度信号, 展开高频吹气扰动影响近壁区湍流结构的统计特性研究 …

An experimental investigation was performed to study the three-dimensional flow interaction
of a finite-span (aspect ratio of 18) synthetic jet located near the tip of a sweptback wing …

The turbulent boundary layer (TBL) is actively controlled by the synthetic jet generated from
a circular hole. According to the datasets of velocity fields acquired by a time-resolved …

The periodic synthetic jet emerging from a circular orifice actively controls the turbulent
boundary layer (TBL). A time-resolved particle image velocimetry (TR-PIV) system was …

An experimental study is conducted on a zero pressure gradient flat plate for investigating
the effects of a periodical perturbation on the turbulent boundary layer over the flat plate …

The interaction of a finite-span synthetic jet with a cross-flow over a swept-back finite wing
was studied experimentally at a Reynolds number of 100,000 and at multiple angles of …