This paper reviews the various effects of the coupling between thermal conduction within a
heated wall and the growth of vapor bubbles in saturated pure liquids. In a first part …

Surface engineering aimed at tuning the wettability and morphology of the boiling surface is
a facile approach to moderate and enhance the nucleate boiling process. Key issues …

We design and build a special heater to enable infrared investigations of boiling heat
transfer on surfaces featuring the typical roughness and scratch pattern of commercial-grade …

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 …

The present paper reports the results of the comprehensive experimental investigation of an
influence of subatmospheric pressures on multiscale heat transfer characteristics during …

Facile surface micro/nanostructuring techniques for additively-manufactured (AM) aluminum
alloy (AlSi10Mg) have recently been developed. The structuring techniques are not only …

In this work, we study the effect of surface wettability on boiling heat transfer and critical heat
flux through experimental and numerical methods. In the experiments, four surfaces with …

Improving the performance of pool boiling with critical heat flux of pool boiling and
enhancing the coefficient of heat transfer through surface modification technique have …

In recent years, boiling heat transfer in microchannels has become an effective solution for
managing high heat flux in electronic devices. Numerical simulations offer details on flow …

A nanostructured copper oxide (nCO) coating which can be electrochemically reduced to
copper metal is demonstrated as an anti‐reflection coating, enabling interference …