This paper aims to provide a comprehensive review of the literature and to impart a
perspective on the current status and future directions for fundamentals of flow around and …

The flow topology, heat transfer, and forces are numerically studied for a cylinder with its
cross-section varied from square to circular by changing the cylinder corner radius ratio r/R …

In this work, a comprehensive numerical investigation of the combined effect of buoyancy
and flow approach angle (α) on vortex-induced vibration of an elastically mounted square …

In the present work, numerical simulations are performed to investigate the vortex shedding
suppression phenomenon for mixed convective flows past a square cylinder in the large …

This paper simulates the forced convective heat transfer of Al 2 O 3–water nanofluid over an
equilateral triangular obstacle. Computations are performed for different orientations of the …

In this study, an in-depth examination of the aerodynamic parameters involving forced and
mixed convection around a heated square cylinder is presented. The ranges of Prandtl …

Flow-induced vibration (FIV) of bluff bodies is an important safety-related issue in heat
exchange equipment. The interaction of oscillation and heat exchange of two circular …

This article is an attempt to enhance the heat transfer rate around an obstacle by nanofluids
and control the instabilities of the unsteady flow by Magnetohydrodynamics. The finite …

Fluid dynamics and heat transfer behaviour are studied past side-by-side square cylinders
at incidence in vertical flow arrangement numerically considering laminar, Newtonian …

The combined effects of free-stream inclination (α) and heating [ϵ=(T w− T∞)/T∞] on
aerodynamic and heat transfer parameters are studied at fixed Reynolds number (Re= 100) …