Artificial Neural Networks (ANNs) have been applied to deal with flow and heat transfer
problems over the past two decades. In the present paper, recent work on the applications of …

A critical review of the state of the art of research on internal forced convection boiling in
microchannels and in microgravity conditions is the main object of the present paper. In …

The partitioning of the heat flux supplied at the wall is one of the key issues that needs to be
resolved if one is to model subcooled flow boiling accurately. The first step in studying wall …

The onset of nucleate boiling in the flow of water through a microchannel heat sink was
investigated. The microchannels considered were 275μm wide by 636μm deep. Onset of …

A flow boiling heat transfer experiment has been carried out in a square arranged 5× 5
vertical rod bundle. The inlet pressure of the test section ranges from 3.5 to 7 MPa, mass flux …

For the cooling system of the future, nuclear fusion tokamak, to operate stably and
continuously, it is important to identify potential hazards that may occur in the system in …

In this paper, the hydrothermal characteristics of direct liquid cooling in microchannel were
experimentally investigated. The effects of heat flux, inlet temperature, volume flow rate and …

Single-phase convective heat transfer of nanofluids has been studied extensively, and
different degrees of enhancement were observed over the base fluids, whereas there is still …

Abstract Onset of Nucleate Boiling (ONB) is an important limit in the design of nuclear
reactors and most flow boiling systems. Preventing the ONB occurrence protects systems …

Future tokamak cooling systems should always be maintained in a single phase during
operation to avoid potential hazards caused by vapor. To this end, a correlation to accurately …