Modeling and control are primary domains in bridge wind engineering. The natural wind
field characteristics (eg, non-stationary, non-uniform, spatial-temporal changing …

In this experimental study, the impact of symmetric local blowing on suppressing the vortex-
induced noise of a circular cylinder was investigated. A highly instrumented cylinder with …

Vortex dynamics of a circular cylinder controlled by a synthetic jet positioned at the back
stagnation point is experimentally investigated using particle image velocimetry (PIV) …

The flow over a circular cylinder controlled by a two-dimensional synthetic jet positioned at
the mean rear stagnation point has been experimentally investigated in a water channel at …

This study experimentally investigated an active flow control method with combined jets at
the front and the rear stagnation points of a square cylinder to suppress the unsteady wake …

An extensive experimental investigation was undertaken to control the flow and noise
characteristics influenced by vortex shedding from a circular cylinder by implementing air …

Experimental results of flow around a circular cylinder with moving surface boundary-layer
control (MSBC) are presented. Two small rotating cylinders strategically located inject …

A homogeneous mixture model is used to study cavitation over a circular cylinder at two
different Reynolds numbers (. The wake characteristics are compared to the single-phase …

The flow over a slitted (0.1D) cylinder is studied numerically and experimentally using CFD
and soap-film at Re= 100 at varying slit angles (0°–90°). The numerical solution is obtained …

Wake vortex evolution of a square cylinder with a slot synthetic jet issuing from the cylinder's
rear surface has been experimentally investigated using the time-resolved particle image …