This third edition offers a comprehensive overview of the latest theories on flow, transport,
and heat-exchange processes in porous media. It also details sophisticated porous media …

This paper presents a combined experimental and numerical study on finned metal foam
(FMF) and metal foam (MF) heat sinks under impinging air jet cooling. Experiments were …

Local thermal equilibrium (LTE) is a frequently-employed hypothesis when analysing
convection heat transfer in porous media. However, investigation of the non-equilibrium …

Abstract Air Impinging Jet is an effective cooling method for various applications, ensuring
optimal performance and reliability of heat-generation systems. In the present work, a novel …

The heat transfer and pumping power of a porous cavity along with nanofluid as working
fluid is an important issue from the design and performance analysis as well as the …

This review summarises first the studies that have been performed to date for establishing a
suitable model for mixed convection phenomenon in packed beds with working fluids …

The impingement of CuO-water nanofluid flows upon a cylinder subject to a uniform
magnetic field with constant surface temperature and embedded in porous media is …

In the present study, the impressions of the MHD and porous medium on mixed convection
of Fe 3 O 4-water nanofluid in a cavity with rotating cylinders in three different temperature …

A study on impinging slot jets in a confined channel filled with metal foam, saturated with
nanofluids, and lower wall partially heated is numerically accomplished. The partially heated …

This paper examines the changes to the flow and heat transfer induced by a non-zero mean
sinusoidally varying flow past a cylinder. This is done by simulating steady and pulsatile …