A thorough investigation of free convection and entropy generation occurring inside a
differentially heated square chamber that is filled with water and divided by a water …

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 …

In this finite element analysis of natural convection, cooling of a heat source embedded with
a wavy porous cavity containing an insulated obstacle is investigated. A heat source is …

Natural convection generated within a porous enclosure is among the prominent issues due
to its extended usage in numerous applications [1, 2] and in an multitude fields, eg, nuclear …

Flow through porous medium has been a center of attention since last decade obviously due
to its extensive applications in the field of engineering especially thermal insulations …

The present study numerically investigates the effect of a pair of rectangular fluid-pockets in
a fluid-saturated square porous enclosure. It is sought to find the best position and alignment …

Various solutions for curtailing convention heat transfer rate across a fluidsaturated porous
medium, with applications specific to thermal insulation, packed bed thermal energy storage …

Free convection within a heated saturated as well as heated differentially porous enclosure
is affected by the existence of obstructions inside it. This effect could be methodically …

In this research article, we numerically examine natural convection heat transfer considering
a porous enclosure considering a gambrel urban residential complex roofing. The enclosure …