Boiling is one of the most effective heat transfer mechanisms and has a great potential in
applications where superior thermal energy management capability is required. During …

Boiling heat transfer is an integral part of industrial processes of all scales. The capability to
predict boiling heat transfer rates is dependent upon the ability to predict the active …

The ultimate goal of nucleate boiling heat transfer research is to be able to incorporate the
surface characteristics in the relationships that predict boiling heat transfer rate. Much effort …

The effect of surface roughness on nucleate boiling heat transfer is not clearly understood.
This study is devised to conduct detailed heat transfer and bubble measurements during …

Nucleate boiling heat transfer has been intensely studied during the last 70 years. However
boiling remains a science to be understood and equated. In other words, using the definition …

The pool boiling process is one of the most effective heat transfer modes capable of
transferring large amounts of heat with small temperature difference between the heated …

A numerical simulation method to model nucleate pool boiling from multiple nucleation sites
has been developed and applied to different boiling-water regimes, ranging from discrete …

The analysis of spatio-temporal data and the physical understanding of the systems
generating them are often limited by the available techniques. These limitations are …

Simple models of nucleate boiling consider nucleation sites in isolation. In practice, they
interact in ways that depend on the distance between them. In this paper, statistical evidence …

A wide variety of empirical studies that consider transition to nucleate boiling regime has
been published so far. Most of them tend to quantify the process-specific heat transfer by …