This paper is a comprehensive review of the experimental and numerical research
conducted in the field of suppressing the Flow-Induced Vibrations (FIV) in the Marine …

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

A comprehensive review is provided on two-degree-of-freedom vortex-induced vibration
systems (2DOF-VIV), considering both cross-flow and in-line directions of motion. While …

This paper studies the dynamic modeling of four configurations of vortex-induced vibrations
of a bladeless wind turbine (BWT). The BWTs consist of a bluff body mounted on a flexible …

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 …

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 …

An active rotary oscillation feedback control methodology is adopted to suppress the flow-
induced transverse vibration (VIV) of an elastically supported impenetrable circular cylinder …

This paper presents numerical investigations of the flow-induced vibration of an elastically
mounted elliptical cylinder with different aspect ratios. The cylinder is constrained to vibrate …

Using energy of the fluid flow over an oscillating vertically-mounted flexible cylinder, as a
representative configuration of bladeless wind turbines (BWTs), has recently attracted wide …

Bladeless wind turbines face operational limitations due to the lock-in phenomenon. This
study introduces two novel mechanisms for designing bladeless wind turbines to address …