Recent studies of passive and active flow control devices for suppressing vortex-induced
vibration (VIV) of circular cylinders are reviewed extensively. The passive control devices …

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 …

This paper deals with the active flow-induced vibration (FIV) suppression of two identical
tandem-arranged circular cylinders at a low Reynolds number of R e= 100. The adopted …

Extensive two dimensional CFD simulations were carried out to investigate the hybrid
active/semi-active cross-flow vortex induced vibration (VIV) suppression of a flexibly …

A self-tuning fuzzy PID (ST-FPID) control scheme is implemented within a joint interactive
(Matlab/Simulink/Fluent) co-simulation framework for effective two degrees of freedom …

A two-dimensional numerical study on active flow induced vibration (FIV) suppression of an
elastically suspended circular cylinder fitted with a thin smart flexural-mode (bender-type) …

This article covers the application of the windward-suction-leeward-blowing concept in the
reduction of flow-induced vibration of an elastically-mounted square-section cylinder in the …

The application of multi-degree of freedom nonlinear energy sinks (MDOF-NES) to control
the vortex-induced vibrations of a sprung cylinder passively is investigated in this paper. The …

This article investigates the vortex-induced vibration reduction of a circular cylinder as well
as the flow-induced vibration suppression of an elastically-mounted square cylinder freely …

The concept of nonlinear energy sinks (NES) has been studied recently for passive fluid-
induced vibration mitigation. A NES presents a fast and irreversible capacity of efficiently …