Unsteady conjugate heat transfer between an aluminum sphere and its surrounding water
was investigated. The mass, momentum and energy equations were solved, and for …

Heat conduction of particles in wavy rotating drums is studied by discrete element method
coupled with a thermal conduction model. The wavy walls of the rotating drums are modeled …

This work endeavors to elucidate the influence of confining walls on the convective heat
transfer from a sphere to power-law fluids. The governing equations (mass, momentum, and …

A comprehensive survey of the literature in the area of numerical heat transfer (NHT)
published between 2000 and 2009 has been conducted. Due to the immenseness of the …

In this study, a new approach is developed to separately examine conductive and
convective heat transfers through an assemblage of solid particles with fluid flowing through …

Convection and conduction in a fluid flow and a rigid body in contact with each other often
occur in engineering situations, resulting in unsteady conjugate heat transfer (CHT) …

The unsteady, conjugate, forced convection heat transfer from a porous sphere embedded
in another porous medium has been analysed. Both porous media are fluid saturated. Local …

The unsteady, conjugate, forced convection heat/mass transfer from ensembles of mono-
size Newtonian fluid spheres to Newtonian fluids has been studied at moderate Peclet and …

This work extends our previously reported results for the flow of and heat transfer from
expanded beds of solid spheres to power–law fluids by using a modified and more accurate …

Unsteady conjugate heat transfer between a sphere and its surrounding water was
investigated by 3D CFD simulations. The fluid flow was considered viscous and …