Renewable energy converters, such as bio-inspired fluttering foils, are gaining popularity
due to their eco-friendly properties. However, the system with multiple objects has received …

The present investigation used numerical simulations to study the vibrations of a wind
turbine blade in standstill. Such vibrations are presumed to affect horizontal axis wind …

Large-scale modern wind turbines at standstill are prone to vortex-induced vibration (VIV). In
this study, coupled fluid–solid dynamics of the wind turbine airfoil at a 90 attack angle are …

This work presents numerical investigations of flow-induced rotation of three different
polygonal prisms, including triangular, square, and pentagonal ones. Taking into account …

This study investigates the underexplored dynamics of a system comprising two in-line
elliptical-section cylinders interacting with the flow, each placed vertically and endowed with …

Vortex-induced vibration (VIV) is a type of fluid–solid coupling vibration with a complex flow-
field structure. Herein, the wall pressures around a 5: 1 rectangular cylinder in the stationary …

Abstract Vortex Induced Vibration (VIV) of an elastically mounted square cylinder subjected
to pulsatile flow conditions is solved numerically for Reynolds number (Re= 100) and low …

A two-dimensional tube bundles fluid–structure coupling model was developed using the
CFD approach, with a rigid body motion equation and the Newmark integral method. The …

Investigating the vibration characteristics of elliptical cylinders is important to harvest useful
energy or suppress harmful vibration, but there still exist insufficiently understood in freely …

Flow-induced vibrations (FIV) of a rigid, elastically-mounted elliptical cylinder-plate
assembly which is free to move in the cross-flow (transverse) direction is studied using …