This systematic study aims to provide an extensive review of the experimental and numerical
studies conducted on natural convection heat transfer and fluid flow in a vertical annulus …

Publisher Summary This chapter describes the convective and radiative heat transfer in
porous media. Convective and radiative heat transfer and multiphase transport processes in …

Purpose This study aims to numerically study the buoyant convective flow of two different
nanofluids in a porous annular domain. A uniformly heated inner cylinder, cooled outer …

This paper deals with natural convection in confined porous media, driven by cooperating
thermal and solutal buoyancy forces. The physical model for the momentum conservation …

A numerical study of non-Darcian natural convection in a vertical enclosure filled with a
porous medium is performed. The flow is modeled using the Brinkman-Forchheimer …

In the present paper, a numerical study on flow and heat transfer of air/nanofluid impinging
jet flow through a cylindrical porous heat sink has been done. The cooling fluid flows …

Two-dimensional steady natural convection in a porous rectangular cavity bounded by
isothermal vertical walls at different temperatures and adiabatic horizontal walls has been …

An analytical solution is obtained for a fully developed, forced convection in a gap between
two concentric cylinders. The inner is exposed to a constant heat flux and the outer is …

This paper presents the investigation of laminar natural convection in 3D vertical cylindrical
annulus containing electrically conductive fluids under a horizontal magnetic field. The …

Experimental results on free convection in a vertical annulus filled with a saturated porous
medium are reported for height-to-gap ratios of 1.46, 1 and 0.545, and radius ratio of 5.338 …