Boiling is the most significant phase change phenomena for various applications such as
cooling of electronic devices, heat pipes, cooling in nuclear reactor, different industrial …

Heat transfer enhancement by surface modification has been extensively studied in the last
twenty years. However, there remains a large discrepancy among researchers on the …

Presenting the findings of an experimental examination of heat transmission during pool
boiling on microstructure copper heating surfaces modified in various ways, this paper. The …

This study investigated the heat transfer performance of three nanostructured surfaces and
two plain surfaces: one roughened and one polished during the saturated pool boiling of …

The present paper reports the experimental investigation of nucleate pool boiling heat
transfer above heating surface with the creation of new geometric micro-cavities. Cylindrical …

Pool boiling is the process in which the heating surface is submerged in a large body of
stagnant liquid. In the present work, heat transfer in nucleate pool boiling is modeled both …

Falling film evaporators offer an attractive alternative to flooded evaporators as the lower
fluid charge reduces the impact of leaks to the environment and associated safety concerns …

One of the methods to improve the pool boiling process is electrodeposition, which is cheap,
simple, and creates a strong bond in the structure. Besides, it can produce controllable …

It is known that heat transfer resulting from the drop impact onto a hot substrate can be
enhanced with the use of nanostructured coatings, such as nanofiber mats, on the substrate …

Investigation results on heat transfer during evaporation and boiling in thin horizontal liquid
layers on 2D modulated capillary-porous coatings with a sinusoidal profile in a wide range …