The present work includes a numerical study of natural convection heat transfer in
symmetrical and unsymmetrical corrugated annuli filled with H 2 O-Al 2 O 3 nanofluid. In this …

A numerical study of the flow and heat transfer by natural convection and surface radiation in
a tall partitioned cavity is performed in the present work. The left part (glazed cavity) is filled …

The influence of partitions on natural convection in a differentially heated porous enclosure
has been investigated for three different partition shapes, namely, sine-wave, corrugated …

Unsteady natural convection in a fluid saturated porous enclosure with a pair of vertical
diathermal partition separated at equal distance from centre of enclosure is studied in this …

The article deals with the effect of longitudinal size and shape partition embedded within a
differentially heated porous enclosure. The objective is to curtail the heat transfer rate across …

The use of a trapezoidal‐wave shaped diathermal partition to reduce natural convection flow
and heat transfer within a fluid‐saturated, differentially heated porous enclosure is …

This paper analyzed the effect of a flat tube with various aspect ratio (AR) and inclination
angle (φ) inside a square enclosure on natural convection. The study covered the Rayleigh …

Natural convection within a differentially heated porous enclosure is substantially affected by
the presence of partition, fins, or baffles within it. However, not much is known about the …

Abstract Natural convection of\(\mathrm {Al} _2\mathrm {O} _3\)-water nanofluid in a square
cavity with an isothermally heated square blockage and partially heated on the bottom wall …

A vertical closed cavity is presented by a modified configuration wherein, the cavity is
partitioned by horizontal curved non-conductive slats. Then, the free convection flow of air in …