Most metallic glasses are brittle as deformation induces low‐density sporadic shear bands
and severe shear localization proceeding catastrophic failure. Here, it is demonstrated that …

Increasing the thermostability of amorphous materials has been a long journey to improve
their properties. The metastable nature of chalcogenide glasses limits their practical …

This study focuses on the effect of annealing temperature onto the mechanisms of crack
initiation, propagation and interfacial debonding of the electroless nickel/phosphorus (Ni-P) …

Metallic glasses (MGs) are known to have high strength, but poor ductility. Prior studies have
shown that plasticity in MG can be enhanced by significantly reducing their dimension to …

The experiments demonstrate that ductility of the samples of bulk metallic glass (BMG) with
the same chemical composition increased with decreasing sample size. It is shown that …

In this work, the effect of strain rate on the ductility, intermediate temperature brittleness and
fracture surface of Zr-based BMG over a wide range of temperatures from 0.1 T g to near T g …

Relaxation is a key feature in glassy physics, and the strain-induced effects on relaxations in
metallic glasses are of practical significance, yet still unclear. Through a contrastive …

非晶合金是熔体深度过冷至玻璃态转变, 结构发生突然" 冻结" 而形成的玻璃态固体.
在远低于玻璃转变温度, 非晶合金的宏观断裂通常由塑性变形局部化剪切带诱导 …

Effect of tensile loading on crystallisation behaviour of as-cast and laser thermal treated Fe–
Si–B metallic glass foils was investigated. Tensile loading lacked any marked influence on …

The intrinsic correlation between the fracture morphology evolution and the structural
heterogeneity of flow units in a typical Zr 52.5 Ti 5 Cu 17.9 Ni 14.6 Al 10 (vit105) metallic …