This paper provides an extensive overview of heat transfer augmentation through various
techniques using microchannel heat sink (MCHS). Continuous miniaturization of electronic …

Recent advancement in the micro-scale and nano-scale electronics systems, the demand of
an innovative solution for the thermal management to dissipate the high amount of heat flux …

The method to cool a high heat flux device is an important research direction for the heat
exchanger design. Micro-channels are an effective heat exchange structure both for single …

Abstract Nanofluid-microchannels (NF-MCs) have emerged as an important topic for thermal
management of electronic devices. However, deposition of nanoparticles is a tricky problem …

Flow boiling instabilities inherent in microchannels/microgaps remain to be a serious issue
in two-phase high-heat-flux cooling applications, as they cause significant oscillations in …

Nanofluids and microchannel heat exchangers have been studied extensively due to the
advantages that using nanofluids can enhance the heat transfer performance for their larger …

A stable flow boiling operation is key to enhancing the two-phase cooling performance of
microchannel heat sinks. To this end, a novel heat sink is developed which integrates a 300 …

This paper presents a computational modeling of ten different configurations of
microchannel heat sink (MCHS) with single phase liquid flow in order to compare their …

Three-dimensional heat transfer of nanofluids in microchannels with hydrophilic,
hydrophobic and, superhydrophobic surfaces were studied using numerical simulation. For …

Nanofluid-microchannels have gained prominence in recent years as a means of cooling
electronic devices; however, nanoparticle deposition remains a challenge. In this paper, a …