Miniaturization of the energy systems and high powered electronic devices necessitates the
high capacity compact heat exchangers to dissipate the heat generated. Microchannel …

Nanofluids have attracted tremendous attention during the last two decades. The
researchers all over the world investigate the feasibility of the nanofluids use in different …

Active and passive cooling are the two possible methods for removing heat. An active
cooling system is the one that involves the use of energy as opposed to passive cooling that …

Simultaneous use of porous media and nanofluids will increase the convective heat transfer
multiple times compared to non-porous and pure fluid conditions. Heat transfer and flow …

In the thermal engineering applications, suspension of nanoparticles in conventional fluid
has positive potential in enhancing the convective heat transfer performance. The evaluation …

Enhanced heat transfer technology can be divided into active technology and passive
technology based on whether external power is consumed. Due to the absence of external …

The present study is a genuine attempt to improve the thermal behavior and hydraulic
performance of a conventional microchannel heat sink (MCHS) using porous material …

One of the crucial phenomena to enhance the heat transfer of microchannel heat sinks is the
flow mixing and wall interaction through the secondary flow. In the present study, a …

This manuscript presents detailed literature related to the studies of convection heat transfer
of nanofluids in different flow regimes for different heat transfer devices like tubes, heat …

This study intends to investigate the effects of viscous dissipation on the Alumina-water
nanofluids transport in an asymmetrically heated microchannel, accounting for Brownian …