This publication lays the foundation for the description of the Multiscale Boiling Experiment,
which was conducted within two measurement campaigns on the International Space …

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 …

The present work addresses the influence of the wall superheat, drop impact velocity, and
impact diameter on hydrodynamics, heat transport, and evaporation during drop …

Heat and mass transfer at a droplet impinging on a hot wall is investigated experimentally
and numerically. The experiments are conducted with refrigerant FC-72 within a saturated …

A novel technique to measure heat transfer and liquid film thickness distributions over
relatively large areas for two-phase flow and heat transfer phenomena using infrared (IR) …

One of the major advantages of metal matrix composites (MMCs) is that their tailorable
properties meet the specific requirements of a particular application. This paper deals with …

In this study, hydrodynamics and heat transport during the vertical coalescence of multiple
successive drops impacting a hot wall are analyzed experimentally. This study addresses …

This paper presents an experimental study on hydrodynamics and heat transport during the
horizontal coalescence of two drops impinging a hot wall. The study addresses the influence …

The cooling effectiveness of spray cooling is strongly influenced by droplet size and velocity
as well as by the fluid properties. To enhance the understanding of the entire process, first of …

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 …