Scientific community from the field of thermo-fluidics have focused extensive attention
towards investigating techniques of enhancing the heat transfer in varied thermal systems …

Surface and subsurface flow systems are inherently unified systems that are often broken
into sections for logical (eg, time scales) and technical (eg, analytical and computational …

In this work, a comprehensive analysis is presented on utilizing non-homogeneous porous
metal foams as thermal conductivity enhancers (TCEs) in energy storage systems and heat …

In this study, a detailed numerical analysis of the fluid flow and heat transfer of a three-
dimensional microchannel is performed to evaluate the effect of using periodic vertical …

Thermal transport in metal foams has received growing attention in both academic research
and industrial applications. In this paper the recent research progress of thermal transport in …

The momentum transfer condition that applies at the boundary between a porous medium
and a homogeneous fluid is developed as a jump condition based on the non-local form of …

Different types of interfacial conditions between a porous medium and a fluid layer are
analyzed in detail. Five primary categories of interface conditions were found in the literature …

Dissolution of a porous medium creates, under certain conditions, some highly conductive
channels called wormholes. The mechanism of propagation is an unstable phenomenon …

A 2-D numerical simulation and sensitivity analysis are carried out on turbulent heat transfer
and heat exchanger effectiveness enhancement in a double pipe heat exchanger filled with …

The hydrodynamic boundary condition at the interface between a porous and a plain
medium is examined by direct simulation of the two-dimensional flow field near the interface …