This paper presents a new calibration technique to improve the accuracy of infrared
thermometry in boiling heat transfer investigations. The technique is suitable for heaters …

We present a machine learning methodology that can be used online and quasi-real-time
(ie, as fast as we can practically run an experiment) to accelerate the analysis of infrared …

Wettability is a key surface characteristic that affects boiling behavior. Recent studies have
shown that surface wettability as described by a static contact angle offers an incomplete …

This work consists of an experimental study of the microscale physical phenomena
occurring during the growth of a single bubble attached to the heater at nucleate boiling. The …

We propose a mesoscopic approach for investigating steady/transient nanoscale
evaporation heat transfer characteristics, whose kinetic nature makes it an ideal tool to …

The use of boiling liquid metals such as sodium is attractive for providing a near-isothermal
heat source for engineering applications. However, previous use of boiling sodium as a …

The doctoral thesis focuses on heat transfer during nucleate boiling of water–glycerin
mixtures. In the theoretical part, heat transfer during pool boiling of pure fluids and …

Dizertační práce se zabývá přestupem tepla při bublinovém varu binárních směsí voda–
glycerin. Teoretická část práce je zaměřena na přestup tepla při objemovém varu čistých …

Boiling is used in a wide variety of industries, including electronics cooling, distillation, and
power generation. Fundamental studies on the boiling process are needed for effective …

Interfacial phenomena are present in many relevant applications, from food processing to
electronics cooling. Accurate measurement of temperatures and heat transfer evaluation at …