The current study reveals the impact of MHD heat transfer properties of an incompressible
viscous fluid were numerically solved across a continuously expanding horizontal cylinder …

The present study deals with numerical investigation of effects of different parameters on
enhancement or retardation of the heat transfer rate in an annular vertical cylinder filled with …

This work is continuation of the paper Part A. Due to large number of results, the paper is
divided into two section with section-A (Part A) discussing the effect of various parameters …

This study numerically investigated the validity of the local thermal equilibrium model for free
convection over a horizontal cylinder embedded in an infinitely packed bed of spherical …

Heat transfer in a porous medium embedded with vertical flat plate is investigated by using
thermal nonequilibrium model. Darcy model is employed to simulate the flow inside porous …

A detail numerical analysis of the effect of particle diameter of a packed bed of spherical
particles on forced convection about an embedded circular cylinder is presented. This …

Continuum equations governing thermal non-equilibrium modeling of steady natural
convection inside wavy enclosures with the effect of thermal radiation are developed. These …

We investigate the free convection boundary layer flow and heat and mass transfer across
an isothermal cylinder embedded in an isotropic, homogenous, saturated porous regime …

Time-dependent forced convection heat transfer from a single circular cylinder embedded in
a horizontal packed bed of spherical particles under local thermal non-equilibrium condition …

In this study, the local thermal non-equilibrium model (LTNE) and the parabolic boundary
layer governing differential equations were used to investigating the effect of the flow and …