The low boiling temperature of dielectric fluids makes them suitable for satisfying the cooling
requirements of advanced high-energy-density devices commonly found in microelectronics …

Boiling is a liquid-to-vapor phase change process that involves complex and high
dimensional processes spanning multiple length-and time-scales. Most correlations apply to …

This paper mainly reviews the research progress on multiphase flow in nuclear engineering.
This paper is composed of three parts. The first part documents a literature statistical …

Monitoring two-phase cooling systems and identifying corresponding boiling regimes are
vital to avoid device failure owing to thermal runaway. Boiling acoustic characteristics can be …

Abstract Since the Fukushima-Daiichi accident effort has been put in by the nuclear
community to develop Accident Tolerant Fuel (ATF) cladding materials to reduce the risk of …

Rankine-based power generation cycles require the use of boiling heat exchangers for
liquid–vapor phase change. However, operating boilers at too high heat fluxes can lead to …

The present study applied image-trained Convolutional Neural Networks (CNN) to quantify
the heat flux dissipated in a pool boiling experiment. In total, four heating surfaces were …

There is a substantial amount of information embedded in images of two-phase flow
captured through high-speed video (HSV) or high-resolution photography. However …

We experimentally investigated changes in boiling regime and heat transfer effectiveness
when single droplets collided with superheated substrates at various initial temperatures …

Two-phase cooling offers superior heat dissipation compared to conventional single-phase
cooling methods. Nevertheless, the occurrence of critical heat flux (CHF) during boiling …