This paper reviews the fundamental concepts and the terminology of wetting. In particular, it
focuses on high temperature wetting phenomena of primary interest to materials scientists …

Our current understanding of heterogeneous nucleation has been dominated by the
classical nucleation theory (CNT) with little progress of significance being made in past 100 …

Intrinsically ductile metals are prone to catastrophic failure when exposed to certain liquid
metals, but the atomic-level mechanism for this effect is not fully understood. We …

Heterogeneous nucleation is a widespread phenomenon in both nature and technology.
However, our current understanding is largely confined to the classical nucleation theory …

Understanding atomic ordering in a metallic liquid adjacent to a solid substrate is of both
scientific and technological importance. In this study, we used ab initio molecular dynamics …

Using the on-the-fly machine learning force field, simulations were performed to study the
atomic structure evolution of the liquid-Al/solid-TiB2 interface with two different terminations …

The atomic structure of the liquid Al/α-Al 2 O 3 interface was investigated using on-the-fly
machine learning force field based on first-principles calculations. We found that three …

Significant increases in the heat capacity of heat transfer fluids are needed not only to
reduce the costs of liquid heating and cooling processes, but also to bring clean energy …

The interfacial thermal conductance at a solid/liquid interface (G) exhibits an exponential-to-
linear crossover with increasing solid/liquid interaction strength, previously attributed to the …

In this paper, the impression of surface oxidization on the aluminum nanopowders is
investigated using the reactive molecular dynamics (MD) method under the triaxial …