The present study examines the flow and heat around low-mass arched forebodies (AF), flat
forebodies (FF) and a circular cylinder (CC) in the presence of buoyancy. The Richardson …

In this study, we introduce a novel arrangement consisting of two arc plates around a
cylinder with the privilege of improved fluid flow and noise control. The arc plates are placed …

We have studied the effect of surface topography, fluid behavior, and rotation on fluid flow
and heat transfer phenomena over a cylinder. In this study, we have incorporated a …

This study describes a two-dimensional numerical investigation of the flow and heat transfer
around inverted D-shaped cylinders. The effects of thermal buoyancy force over the bluff …

A comparative study is performed on a circular cylinder with both flexible and rigid splitter
plates (SPs). This study has the novelty of using single and dual detached SPs located …

We report a numerical investigation of the suppression of “vortex-induced vibration”(VIV) of a
cylindrical flexible riser to which are attached various grooved or strip configurations with the …

Flow regulation between two tandem circular cylinders is a key topic in a variety of
engineering applications. The numerical study of laminar flow regimes over two tandem …

A novel structure combining the application of control rods and forced rotation on a cylinder
is proposed based on the cylindrical vibration suppression, and the combined structure is …

The current study presents a novel piezoelectric design that converts vortex-induced
vibrations caused by flow across a circular cylinder. This design can be implemented as a …

This paper investigates the effects of a vortex generator (VG) and magneto-hydrodynamics
(MHD) on the thermal properties of nanofluids in a microchannel. A variety of test scenarios …