This article provides a comprehensive review of published literature concerning
enhancement of channel flow boiling heat transfer by surface modification. Addressed are …

This work suggests a design method of liquid-cooled heat sink based on topology
optimization. First, a multi-objective optimization problem is developed in order to manage …

Flow boiling of water in a copper foam fin microchannel (FFMC) heat sink is investigated
experimentally. The heat sink has nine channels, which are 487 μm in width and 1061 μm in …

One ultrahigh-aspect-ratio copper microchannel heat sink (AR= 25) was fabricated with wire
electrical discharge machining technique, in which the flow boiling heat transfer of deionized …

In this paper, different pumped two-phase flow cooling technologies for electronic
components are presented. Since electronic components heat dissipation requirements are …

Water-cooled micro/minichannel heat sinks are an important component in managing the
temperature of electronic components, particularly where high density of heat rejection is …

Flow boiling experiments are conducted in straight-finned and oblique-finned microchannels
with similar channel dimensions and operating conditions using the FC-72 dielectric fluid …

The open microchannel configuration can mitigate several drawbacks of closed
microchannel for flow boiling heat transfer, but the studies related to flow boiling in open …

Flow boiling in microchannels is one of the most effective ways to solve the heat dissipation
problems caused by the aggressive miniaturization of electronic components. In this study …

Oblique fins are modified from its conventional straight fins counterpart via the introduction of
oblique cuts at specific locations, leaving obliquely-shaped fins with secondary …