Pool boiling with high energy conversion efficiency is critical to steam generation,
electronics cooling, water purification, and other energy applications. Great efforts have …

In order to understand the effect of porous structures on boiling heat transfer, this review
investigates and evaluates the preparation methods, critical heat fluxes and heat transfer …

This study investigates the effect of experimental setup design factors on pool boiling CHF,
compares spatial temperature gradient calculation methods and analyzes the uncertainty of …

Boiling heat transfer has drawn continuous attention owing to its wide range of applications
in the energy fields. In the boiling process, the heat transfer coefficient (HTC) enhancement …

Flow boiling heat transfer in microchannels is fundamentally important for the thermal
management of high-power electronics. The combination of silica nanofluids and micro pin …

In this study, we proposed to achieve synergistically enhanced pool boiling performance by
combining the effects of an electric field and composite microstructures. To test the proposed …

In order to better evaluate the nucleate boiling heat transfer, a new heat transfer model is
developed in the AVL-Boost environment. The improved heat transfer model considers the …

Abstracts The uniform electric field is an effective method to improve boiling heat transfer
performances, especially via breaking the mushroom bubbles and preventing dry-out; …

Unremitting endeavors have been devoted by numerous researchers to ameliorate thermal
performance of pool boiling by reducing the superheat temperature value using various …

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 …