The present work has been undertaken with an aim to address major challenges during two-
phase flow boiling in microchannels. A comprehensive review of literatures has been …

The present paper presents a brief discussion of selected promising approaches adopted to
achieve high heat fluxes dissipation. The selected techniques include flow boiling in …

The rapid advances in performance and miniaturization of electronics and high power
devices resulted in huge heat flux values that need to be dissipated effectively. The average …

Enhancing heat transfer efficiency is crucial in heat exchange equipment. Although previous
studies have focused on developing micro/nano-structured surfaces, further exploration into …

The process of flow boiling within micro-passages plays a very important role in many
industrial applications. However, there is still a lack of understanding of the effect of an …

With fast growing power consumption and device miniaturization, micro/minichannels are
superior to macrochannels or conventional channels for high heat-flux dissipation due to …

The micro-structured surfaces have a significant impact on the flow patterns and heat
transfer mechanisms during the flow boiling process. As illustrated by previous studies, there …

Copper, due to its ease of machining and high thermal conductivity, is the most commonly
used substrate for heat sink applications. This paper presents an experimental investigation …

Extensive experimental investigations along with high speed visualizations have been
performed to assess the flow boiling characteristics in Silicon Nanowire (SiNW) …

Understanding the influence of surface characteristics on flow boiling heat transfer behavior
in microgap is necessary to enhance the performance of microgap heat sink. The influences …