Suppressing crystallization of a metallic melt results in a disordered solid, also known as a
metallic glass. One may conclude that a metallic glass is free of defined structural length …

Although X-rays generated from a laboratory-based tube cannot be compared with
synchrotron radiation in brilliance and monochromaticity, they are still viable and accessible …

Strain localization into shear bands in metallic glasses is typically described as a
mechanism that occurs at the nano-scale, leaving behind a shear defect with a thickness of …

Nanomechanical properties along a single shear band in a Zr-based metallic glass were
studied. Spatial mapping of both indentation hardness and modulus reveal complex long …

When reducing the size of metallic glass samples down to the nanoscale regime,
experimental studies on the plasticity under uniaxial tension show a wide range of failure …

The application of traditional crystalline materials as structural materials cannot meet critical
design challenges due to low-temperature brittleness. To address this issue, this study …

Understanding the dynamics of shear band propagation in metallic glasses remains elusive
due to the limited temporal and spatial scales accessible in experiments. In micron-scale …

Traditionally, strain localization in metallic glasses is related to the thickness of the shear
defect, which is confined to the nanometer scale. Using site-specific x-ray photon correlation …

Because of the fast dynamics of shear band formation and propagation along with the small
size and transient character of the shear transformation zones (STZs), the elementary units …

Metallic glasses (MGs) are arguably one of the most exciting metallic systems in the past 30
years, attracting significant research effort and undergoing rapid development. Parallel to …