This study reviews recent experimental investigations performed on pool and flow boiling
over nano-and micro engineered structures for enhancements in boiling heat transfer …

A study of nucleate boiling phenomena on nano/microstructures is a very basic and useful
study with a view to the potential application of modified surfaces as heating surfaces in a …

Determining the heat transfer performance with nanofluids is of cardinal importance in the
utilization of nanofluids in thermal systems. This study presents an experimental …

Electronics cooling applications require a high cooling performance due to increasing power
consumption. Phase change heat transfer is a popular approach for offering high heat flux …

A variety of Generation III/III+ water-cooled reactor designs featuring enhanced safety and
improved economics are being proposed by nuclear power industries around the world in …

An experimental study was conducted to investigate the effect of nanorod length on pool
boiling heat transfer of water from nanostructured surfaces. Three nanostructured plates …

High mass flux subcooled flow boiling was investigated both numerically and experimentally
in horizontal microtubes. Microtubes with inner diameters of∼ 600 and∼ 900 μm, and outer …

Microstructures offer enhancements in boiling heat transfer by increasing bubble departure
frequency, active nucleation site density, critical cavity size, and surface area. Integration of …

In this study, we established a face-centered cubic CuO nanocrystals (fcc. CuO), and their
nano liquids (NLs), and apply them to pool boiling critical heat flux (pbCHF) and thermal …

A technology has been developed for the synthesis of arrays of oriented microropes and
cocoon-like microstructures consisting of silicon oxide nanowires on a copper substrate with …