Among the techniques offered to improve the efficiency of Waste Heat Recovery Shell and
Tube Heat Exchangers (WHR-STHX), the porous-filling is reported as an effective technique …

This study presents the development and evaluation of a novel shell-and-tube heat
exchanger (STHX) design with segmental porous baffles. Computational fluid dynamics …

A numerical simulation has been carried out to investigate the heat transfer enhancement in
a shell-and-tube heat exchanger using a porous medium inside its shell and tubes …

This study investigates the effect of tube layout configurations on the hydraulic-thermal
performance of shell-and-tube heat exchangers (STHXs) as waste heat recovery systems …

The forced convection heat transfer characteristics in high porosity open-cell metal-foam
filled tube heat exchangers are analysed in this paper. The Brinkman-extended Darcy …

Metal foam heat exchangers have considerable advantages in thermal management and
heat recovery over several commercially available heat exchangers. In this work, the effects …

Purpose In the present research, a numerical investigation is carried out to study the fluid
flow and heat transfer in a double-pipe, counter-flow heat exchanger exploiting metal foam …

A numerical investigation is performed to analyze the high-temperature heat transfer
behavior in a double-pipe heat exchanger filled with open-cell porous foam. The …

A numerical study has been conducted to examine the heat transfer from a metal foam-
wrapped tube bundle. Effects of key parameters, including the free stream velocity …

This work focuses on the development of high-effectiveness recuperative heat exchangers
using solid and corrugated carbon foam blocks. Characterization tests were conducted on …