Various industrial and engineering operations are accompanied with the phenomena of
heating and cooling and in such situations, the construction of relevant thermal devices for …

The purpose of this research is to investigate the thermophoretic diffusion and chemical
reaction on steady magnetized Williamson fluid flow, heat, and mass transfer along a Riga …

The theory of thermal radiation and viscous heating are crucial in space engineering and
high temperature activities. This inquiry analyzes the consequence of energy source/sink on …

This article examines the production of entropy and the heat transfer rate in the passage of
micropolar fluid through a channel. The micropolar fluid takes place through the porous …

The aim of our current investigation is to examine, heat and mass transfer rates of thin liquid
film, considering a permeable stretching sheet. In this study, we assume that the medium is …

The dynamics of thermal-migration and micro-rotation of tiny particles are very essential in
thermal engineering to improve the performance of their devices. This has inspired scientists …

This study investigates the boundary layer motion of Williamson fluid over an
electromagnetic with thermophoretic movement, variable thermal conductivity and viscosity …

A numerical analysis is performed on entropy generation in a radiative and dissipative
hydromagnetic micropolar fluid prompted by a nonlinearly stretching sheet with the impact of …

This article evaluates the heat transfer mechanism in an incompressible hydromagnetic
micropolar nanofluid enclosed in a two-dimensional vertically stretchable material surface in …

Nigeria's efforts aimed at reducing avoidable child deaths have been met with gradual and
sustained progress. Despite the decline in childhood mortality in Nigeria in the last two …