This is a comprehensive review about fluid-structure interaction of an actively or passively
rotating cylinder taking into account flow-induced vibration (FIV). Four response modes are …

While it is known that rigid splitter plates play significant roles in flow control, the exact roles
of them in flow-induced vibration (FIV) have not been systematically investigated. This has …

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 …

We experimentally investigated the attenuation of the von Kármán vortex street behind a
circular cylinder by the use of active suction through a structured porous surface in wind …

In the current research, a small circular rod is placed upstream of the main cylinder. This is
used to change the incoming flow and, thus, impact the vortex shedding process of the wake …

Spinning disk reactor (SDR) has been widely applied in photochemistry based on its thin
film formation. Regulating flow disturbance inside SDRs is a potential approach to intensify …

In the present study, the vortex-induced force was investigated for an oscillating rectangular
cylinder with the side ratio of 5 (B/D​=​ 5, B: breadth of the cylinder, D: depth of 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 …

In this numerical study, vortex-induced vibrations (VIVs) of two elastically mounted tandem
circular cylinders with attached splitter plate are simulated at R e= 150, mr= 2 and dam** …

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 …