The subject of equipment cooling has always been one of the most important issues that has
imbibed the attention of many researchers. In addition to this matter, the system thermal …

The stability analysis of micro-polar nano-fluid occupied with finite extent in the horizontal
directions is examined theoretically in the presence of three types of gravity modulations. It is …

Efforts are made to delineate the free convection analysis numerically from a pair of
vertically attached vertical hollow isothermally heated cylinders with negligible wall …

Efforts are made to report a numerical investigation on natural convection flow around a
heated vertical hollow spherical ring with negligible wall thickness exposed in quiescent air …

Efforts are made to elucidate natural convection around a tube placed on/close to the
adiabatic ground in a stagnant ambient air within laminar regime. Thermofluidic …

This paper presents a numerical investigation of power-law fluid flow past and through
elliptical porous cylinder, considering heat transfer effects. The study covers a wide range of …

Efforts are made to elucidate a comprehensive analysis of entrainment dynamics triggered
by a couple of unequal rotational fluxes within a viscous pool. Cylindrical rollers are …

Present study reports a numerical analysis of natural convection heat transfer around the
annular gap between a pair of vertical co-axial cylinders immersed in stagnant air within the …

The present study solely relies on experimental research to examine forced convection heat
transfer from suspended spherical and cylindrical entities to an air stream. By looking to the …

Efforts are made to describe the thermofluidic behavior around a spinning hot cylindrical
open cavity with negligible wall thickness suspended in air within the laminar regime …