Existing databases and correlations in literature on the microchannel pressure drop and
heat transfer are reviewed in this paper. From this review, it is found that none of the existing …

During the operation of parallel evaporative micro-channels, system instability may occur in
terms of cyclical fluctuations at a long period. This is due to the co-existence of the liquid …

The frequency response characteristic of a general time-invariant system has been
extensively analyzed in literature. However, it has not gained sufficient attentions in the …

The creep evolution was followed by conducting magnetic measurements on ferromagnetic
steel samples exposed to different creep strains at a constant temperature. 410 stainless …

The present work shows the potential of using a diverging channel with in-situ vapor
extraction as a means to reduce flow instability in microscale flow boiling. It has been shown …

A major detriment of two-phase microscale flow systems is a relatively high pressure drop,
as well as the potential for flow instabilities. A possible mechanism to overcome these …

The use of two phase cooling strategies for high power microelectronics has been being
widely investigated in order to better control desired operating temperatures and to reduce …

In-situ vapor extraction is performed by applying a pressure differential across a
hydrophobic porous membrane that forms a wall of the channel as a means of reducing the …

A network analysis was established to model the array of evaporative microchannels with
possible nonuniformity heating as well as branching of the channels. Iterative solution of the …

For many years evaporative micro-channel systems have been considered for the cooling of
high power electronics due to large surface area per unit volume and efficient heat transfer …