A material strength depends on its microstructure, which in turn, is controlled by an
engineering process. Strengthening mechanisms like work hardening, precipitate, and grain …

The widespread enthusiasm for research on bulk metallic glasses is driven by both a
fundamental interest in the structure and properties of disordered materials and their unique …

Scanning electron microscopy observations of shear steps on Zr-based bulk metallic
glasses show direct evidence of shear band melting due to heat generated by elastic energy …

Three glass-forming alloy compositions were chosen for ribbon production and subsequent
electron microscopy studies. In situ tensile testing with transmission electron microscopy …

Using either electropulsing (EP) or surface severe plastic deformation (SSPD) to process
metallic glasses can improve their plasticity, however, the moderate improvement in …

We present results on the structure and the atomistic mechanisms for tensile deformation
accommodation of the Cu 46 Zr 54 microscopic metallic glass. At equilibrium, 23% of the …

The microstructure and tension ductility of a series of Ti-based bulk metallic glass matrix
composite (BMGMC) is investigated by changing content of the β stabilizing element …

Without the availability of slip systems and dislocation glide as in crystalline materials,
metallic glasses resist irreversible deformation to elastic strains of 2% or more before …

Two-dimensional cellular structures made from Zr35Ti30Cu7. 5Be27. 5 bulk metallic glass
with varying relative densities realized in hexagonal structures ranging from 2.5% to 86.0 …

In the field of transmission electron microscopy (TEM), fundamental and practical reasons
still remain that hamper a straightforward correlation between microscopic structural …