Flow-induced vibration (FIV) of a circular cylinder with an attached splitter plate in a laminar
flow with Re= 100 is studied numerically. First, the mechanical model along with …

The influence of the plate length on the flow-induced vibration (FIV) of a circular cylinder with
a rigid splitter plate is numerically studied at a low Reynolds number of 100. The mass and …

In this paper, the wake control of a circular cylinder by dual plates symmetrically attached at
the rear surface is numerically investigated within the laminar flow regime. The two flat …

In this paper, the flow past a freely rotating cylinder-plate body is numerically investigated
within a laminar flow region. The effects of Reynolds number and plate length on the rotary …

Splitter plates have been recognized as useful passive devices to reduce drag, mitigate flow-
induced vibration, and enhance heat transfer efficiency of a circular cylinder. However …

This paper numerically investigated the flow-induced rotation response of an elastically
mounted circular cylinder fitted with a detached rear splitter plate in laminar flow. With the …

The present article aims to study the suppression of vortex shedding using a passive flow
control technique (slit through a circular cylinder) in the laminar regime (Re= 100–500). The …

Flow-induced vibration of a circular cylinder fitted with a detached rear splitter plate in a
laminar flow with Re= 120 is studied numerically. Effects of the gap distance (G/D= 0–2) and …

This study investigates the passive flow control phenomena over a two-dimensional circular
cylinder using numerical simulations in the laminar regime. The aim is to explore one of the …

The paper numerically investigated the flow past a circular cylinder with a detached splitter
plate at a low Reynolds number of 100. This cylinder-plate body could freely rotate around …