Characteristics of deformation-induced transformation under loading dictate the mechanical
performance of TRIP (transformation-induced plasticity)-reinforced bulk metallic glass …

A Ti-based bulk metallic glass composite showing high fracture strength of 3GPa, large
plasticity of 18.3% and strong work-hardening behavior was developed. It was found that the …

Ti-based bulk metallic glass composites (BMGCs) containing deformation-induced phase-
transformable β-Ti can exhibit large tensile plasticity with superior work-hardening …

Ti-based bulk metallic glass composites (BMGMCs) containing an in situ formed metastable
β phase normally exhibit enhanced plasticity attributed to induced phase transformation or …

Additive manufacturing technology based on laser powder bed fusion (LPBF) offers a novel
approach for fabricating bulk metallic glass (BMG) products without restriction in size and …

In this study, we investigate the progress of stress-induced martensitic transformation
depending on the stress state on TiCu-based bulk metallic glass composite via systematical …

A Ti-based metallic glass matrix composite (MGMC) exhibits strong work-hardening ability
and superb uniform elongation. At 298 K, the yielding strength (YS) reaches 1100 MPa and …

The present study demonstrates that Ti-based metallic glass matrix composites (MGMCs)
with a normal composition of Ti43Zr32Ni6Ta5Be14 containing ductile dendrites dispersed in …

A Ti-based metallic glass matrix composite (MGMC), which contains abundant primary α′
and ω phases in dendrites, has a strong work-hardening ability. A significant martensitic …

Recently, CuZr-based bulk metallic glass (BMG) composites reinforced by the TRIP
(transformation-induced plasticity) effect have been explored in attempt to accomplish an …