CFD method has the potential to simulate the detailed three-dimensional flow and heat
transfer features in nuclear reactors, and is promising to play a more important role in the …

Subcooled flow boiling is extensively applied in engineering systems and greatly improves
efficiency owing to bubbles' existence and associated heat exchange enhancement …

Notwithstanding the gradual substitution of conventional fossil fuels with sustainable
energies, the enduring relevance of nucleate boiling persists, owing to its remarkable …

Boiling heat transfer occurs in many situations and can be used for thermal management in
various engineered systems with high energy density, from power electronics to heat …

Abstract Computational Fluid Dynamics (CFD) offers the opportunity to investigate physically
and geometrically complex systems with high fidelity. Its applicability to multiphase flow, and …

Utilizing an Euler-mixture three-dimensional numerical simulation for Al2O3/water nanofluid
subcooled flow boiling in a mini channel, we study the effects of pressure, heat flux …

Subcooled flow boiling presents an enormous ability of heat transfer rate, which is extremely
important in the heat-dissipating systems of many industrial applications, such as power …

Boiling flows are frequently found in industry and engineering due to the large amount of
heat that can be transferred within such flows with minimum temperature differences. In the …

The present study is part of a series of NASA-supported investigations of flow boiling of n-
perfluorohexane (n-PFH, C 6 F 14) under microgravity on the International Space Station …

Boiling is an effective heat removal process, used for heat exchange and thermal
management purposes in many technological applications, from the scale of microelectronic …