Fluid flow around a circular cylinder is ubiquitous in nature and in various industrial
applications. The periodic von Kármán vortex shedding from the cylinder is one of the …

In the current study, a new passive flow control strategy characterized by 3D printing
structured porous surface was introduced and experimentally investigated to manipulate the …

In this study, we investigated the wake-vortex dynamics behind a circular cylinder with an
active symmetric jet control on its leeward surface by using high-speed particle image …

Long hangers around the bridge tower are subjected to severe vibrations caused by the
tower wakes. This study adopted an active suction/blowing control measure at the tower …

We experimentally investigate the characteristics of a dynamic wake and of flow separation
for a square cylinder with steady suction at its leading-edge corners. The wind tunnel …

To control the wake of flat plate, passive control is performed by drilling a hole from the
surface. The differences of the turbulence wake between a flat plate and a perforated plate …

Interference effect of an upwind building on flow features and wind power potential over roof
of principal building was investigated through numerical simulations. Flow features were …

通过风洞试验研究了在雷诺数为10 000 时圆柱尾流主动流动控制效果, 流动控制通过基于结构
化多孔表面定常吸气实现, 试验工况具有不同的等效吸气系数Cµ. 尾流的二维流场测量通过粒子 …

An active control method was used to attenuate the unsteady vortex shedding in the wake of
a square cylinder. Distributed jets were applied to the rear porous surface at a Reynolds …

Recently, sunken squares have been integrated into underground transportation buildings
in an effect to improve the urban environment and provide people with a novel urban space …