Due to the absence of microstructure and virtually infinite compositional versatility, glassy
materials are perfect candidates for rational methods to predict structure-property …

Functional and mechanical properties of novel biomaterials must be carefully evaluated to
guarantee long-term biocompatibility and structural integrity of implantable medical devices …

The concept of local lattice distortion (LLD) is of fundamental importance in the
understanding of properties of high-entropy alloys and, more generally, of multi-principal …

Ternary aluminosilicate glasses are of great interest in glass and earth sciences. The
structural role of the non-network cations is not fully understood until now. Understanding …

Nanoglasses represent a novel structural modification of amorphous materials, exhibiting
properties and structural details that are markedly different from those observed in metallic …

Context Previous studies have proposed that the backbone of metallic glasses consists
mainly of high-centrosymmetric structures, particularly Z clusters, which are responsible for …

Abstract Structure of metallic glasses fascinates as the generic amorphous structural
template for ubiquitous systems. Its specification necessitates determination of the complete …

The demonstration of high entropy alloys (HEAs), or more generally multi-principal-element
alloys (MPEAs), which display a greater resistance to softening at elevated temperatures …

The effects of cooling rate, temperature, and applied strain rate on the tensile deformation
behavior of a Cu 64 Zr 36 metallic glass (MG) are investigated using large-scale molecular …

Metallic glasses exhibit yielding behavior under mechanical deformation. However, the
underlying atomic structural basis is still elusive. Here we investigated atomic structural …