During the manufacturing and in-service process, the water molecules from the humid or
liquid environments are ubiquitous on glass surface, which can alter the various surface …

It is well known that the densification of oxide glass can occur at high contact pressure
(typically> 5 GPa) under normal indentation conditions. This study reports that when …

The chemical stability and transparency of functional glasses make them a suitable
candidate for interactive screen displays, optical grade lenses, etc. Such applications …

Adsorption isotherm of water on silica (modeled with fused quartz) and calcium‐
boroaluminosilicate (Ca‐BAS) glass surfaces as a function of relative humidity (RH) was …

Previous studies demonstrated the macroscale wear behavior of soda lime silicate (SLS)
glass in humid air was governed by the mechanochemical reactivity of sliding interfaces …

The mixed alkaline earth effect (MAEE) on the mechanical behavior of oxide glasses have
received significant attention of glass scientists. In this study, we unveiled the MAEE on the …

Abstract Machine learning (ML) has become powerful tools for predicting wear properties of
solid materials. Numerous studies have elucidated the prediction of mechanical wear of …

It is well-known that the HF etching of oxide glass is of critical importance for various
functional and engineering applications, but the detailed etching rate and mechanisms still …

Scratch-induced surface damages in glasses can significantly reduce the integrity of the
glass components, leading to their eventual failure. Here, it is shown that the interfacial …

Physical flaws and defects on glass surfaces are known to reduce the mechanical strength
and chemical durability of glass. The formation of surface defects depends not only on the …