The flow behind nine different arrays of cylinders is experimentally investigated via Particle
Image Velocimetry (PIV) at a Reynolds number of Re∼ 100 based on the diameter of the …

The present work aims at investigating laminar flow effects over bumped-surface circular
cylinders at Reynolds number≤ 200. Three bumpy cylinder surfaces are considered and …

Optimizing flow patterns around cylinders is crucial for diverse engineering applications,
aiming to mitigate vibrations induced by vortex shedding and minimize drag. Strategies …

In this paper, the effects of porous media parameters on circular cylinder wake flow and
radiation noise are investigated using large eddy simulations and Ffowcs Williams …

This paper numerically analyses the thermal characteristics of tandem cylinders, considering
different grooves and non-dimensional rotation speeds (Ω). Two cylinders have the same …

The interaction noise caused by the periodic impingement of the forward blade wake on the
backward blade widely exists in underwater rotating machinery. The rod-hydrofoil …

The wake-induced vibration of a flexible thin plate is investigated in order to provide insight
into the dynamic response of the plate due to wake vortices. The flexible plate is influenced …

A numerical investigation of the flow around two stationary circular cylinders in an X
arrangement, with a Reynolds number of Re= 3900 and a spacing ratio of L/D= 4.0, is …

The vortex induced coupled vibration of an elastically mounted square cylinder with a
detached solid/flexible plate at R e= 150 is numerically investigated in the present work …

This work experimentally and numerically studies a high Reynolds number flow around an
inline configuration of three square cylinders exposed to a cross stream. The wind tunnel …