As the heat dissipation requirements of micro-electronic component systems have increased
by magnitude, scientists and engineers have shifted their focus from traditional single-phase …

Study of two-phase flow instabilities began in the late 1920′ s, and in the nearly 100 years
since, significant progress has been made in both experimental and theoretical …

Abstract Two-phase (liquid, vapor) flow in confined spaces is fundamentally interesting and
practically important in many practical applications such as thermal management, offering …

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 …

High-heat-flux removal is necessary for next-generation microelectronic systems to operate
more reliably and efficiently. Extremely high heat removal rates are achieved in this work …

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

Since the second edition of Liquid-Vapor Phase-Change Phenomena was written, research
has substantially enhanced the understanding of the effects of nanostructured surfaces …

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 …

In this paper, effect of gradually expanding flow passages on saturated flow boiling
characteristics of micro pin fin heat sinks is experimentally investigated. In this regard, a …

Heat transfer and fluid flow in microchannels have been topics of intense research in the
past decade. A critical review of the current state of research is presented with a focus on the …