The purpose of this literature review is to compare different cooling technologies currently in
development in research laboratories that are competing to solve the challenge of cooling …

This paper presents state-of-the-art review on the fundamental and frontier research of flow
boiling heat transfer, mechanisms and prediction methods including models and …

Experimental results for two-phase frictional pressure drop and flow boiling heat transfer in
micro-scale channels were obtained from the literature. The extensive pressure drop …

The substrate material and active side characteristics can affect the bubble ebullition cycle
and consequently the heat transfer rate and pressure drop in microchannel evaporators …

This paper presents systematic experiments and visualization on the instabilities of phase-
change heat transfer for water, ethanol and acetone in a flat evaporator of a two phase …

The current study presents a one-dimensional model of confined coalescing bubble flow for
the prediction of micro-channel convective boiling heat transfer. Coalescing bubble flow has …

This chapter presents fundamental and frontier research progress of flow boiling heat
transfer together with models in microchannels. First, fundamental knowledge of flow boiling …

Flow boiling within microchannel heat sinks constitute a promising solution for the cooling of
high-performance electronic devices, dissipating high values of heat flux. Yet still, due to the …

In the present paper the effect of solid surface thermophysical properties under saturated
flow boiling conditions within a considered microchannel is numerically investigated. The …

Bu tez çalışmasında mikrokanallı ısı alıcıları için gözenekli bakır plakalar üretilmiştir. Üretim
sürecinde farklı boyutlara sahip bakır tozları kullanılmış ve toz metalurjisi adımları takip …