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 …

The research about response of a circular cylinder fitted with rigid splitter plates has been
performed previously to control VIV while a structure instability, galloping has been found …

A flexible fishtail-like fairing, adopted as a flow-induced vibration (FIV) suppressor, was
studied in a wind tunnel at Reynolds number 4000–42000. It is shown the vortex induced …

Numerical results of fluid flow over a rotationally oscillating circular cylinder with splitter plate
are presented here. Different from the previous examinations with freely rotatable assembly …

In this work, numerical simulations are employed to study the hydrodynamics of a virtual
swimmer with a tuna-like body during C-turn maneuvering. During the preparatory stroke …

Flow control through the interaction between a fixed circular cylinder and a detached flexible
plate is numerically investigated in this study. Based on the diameter of the cylinder (d), the …

Collective motion is a unique biological habit of manta rays. As the most basic unit, the
hydrodynamic mechanism of tandem gliding deserves further study. In this paper, a …

This study was carried out on a three-dimensional wing with a freedom in translational
direction under a prescribed up and down heaving motion. The investigation focused on …

The effect of length and stiffness of an attached flexible foil on the flow field of a square
cylinder is studied. The intermediate Reynolds numbers are considered in the study. For …

In this study, numerical experiments are carried out to control the vortex shedding of a
circular cylinder by utilizing an oscillating foil. The thin foil of elliptic shape undergoes …