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 …

As a fundamental fluid-structure interaction (FSI) phenomenon, vortex-induced vibrations
(VIVs) of circular cylinders have been the center of the FSI research in the past several …

The problem of a flap** filament mounted to a free cylinder provides insight into
computational fluid dynamics. We study the extent to which the length of the flexible filament …

The effect of the downstream plate on the vortex-induced vibration (VIV) of the cylinder is
numerically studied for the first time by using the fluid-structure interaction method. The …

Highlights• 91% reduction in vibration amplitude can be obtained by a flexible plate.•
Gallo** is excited by a rigid plate.• The plate vibration is coupled with the flow field and …

A detailed flow field behind a stationary square cylinder with attached rigid and flexible
splitter plates has been studied using particle image velocimetry, constant temperature …

In this study, vortex-induced vibrations (VIVs) of a spring system-supported circular cylinder
model are suppressed via passive-jet flow control in wind tunnel experiments. A laser …

A flexible plate vertically clamped at the free-end leading edge was used to modulate the
aerodynamic forces on a wall-mounted finite square cylinder. The side width (d) of the …

A dual-purpose FIV-based hydroelastic energy harvesting and cylinder response
suppression strategy that functions based on the synergy of piezoelectric and …

A fluid multi-structure interaction (FMSI) study on flow-induced coupled vibrations of an
elastically mounted cylinder and a detached flexible plate is carried out numerically at a …