Natural convection effects in the insulation layers of spherical storage tanks are studied for
different cryogenic fluids and tank sizes or curvatures. The non-vacuum-based insulation …

Partitions in porous enclosure have been observed to offer a key solution for reduction of
heat transfer rate across it. However, very little is known about the effect of its shape, position …

Conjugate natural convection in a fluid‐saturated square porous enclosure with two solid
vertical partitions of finite and equal thickness equispaced from center of enclosure is …

The present numerical study reports results of three-dimensional natural convection in a
rectangular box filled with a fluid-saturated heat-generating porous medium. The Brinkman …

The use of obstacles, fins, full partitions or partial partitions in a differentially heated porous
enclosure has grasped considerable attention in the recent years. The obstruction might be …

The present study reports results of numerical simulation of natural convection in a spherical
annulus filled with fluid-saturated porous medium. The problem is solved when the inner …

Incipient motion of non-cohesive sediment, as a branch of water erosion, has been studied
for decades, and criteria proposed in predicting incipient motion mainly focus on …

This experimental work deals with quantification of free convective heat transfer around a
spherical electronic device. This so-called active sphere generates during its operation a …

Accepted: 3 August 2018 Natural convection fluid flow and heat transfer is considered within
a fluid-saturated porous enclosure with inclined diathermal partitions at 135. The primary …

The present study reports results of numerical investigation of natural convection in a
spherical annulus filled with gas saturated porous medium. Boussinesq approximation has …