Natural convection heat transfer in a differentially heated and vertically partially layered
porous cavity filled with a nanofluid is studied numerically based on double–domain …

A parametric numerical investigation is performed of the natural convection and heat transfer
in an enclosure with opposing wavy walls, layered by a porous medium, saturated by a …

This paper numerically investigates the effect of the transverse magnetic field on flow field
patterns and heat transfer processes in a tilted square cavity. The horizontal walls of the …

Purpose–The aim is to study the effects of fin conductivity ratio, Darcy number, and Rayleigh
number on the average Nusselt number for fins made of porous material when attached to …

The mixed convective heat transfer has many multiple engineering applications, such as
solar collectors, electronic equipment cooling and heat exchanger, and geothermal …

The effect of a wavy nanofluid/porous-medium interface on the natural convection of a Cu–
water nanofluid in a differentially heated non-Darcy porous cavity was investigated using the …

Buoyancy-driven flow inside a superposed enclosure filled with composite porous-hybrid
nanofluid layers was investigated numerically using a local thermal nonequilibrium model …

The topic of buoyancy-driven convection in fluid-saturated porous media has received
significant research interest motivated by a wide range of geophysical and engineering …

Laminar natural convection inside a square composite vertically layered cavity is studied
numerically using under a successive relaxation (USR) upwind-scheme finite difference …

The effect of a linearly heated left sidewall on natural convection flows in a cavity filled with
nanofluid-superposed porous layers is investigated numerically using the Galerkin finite …