This work investigates electrochemical response and mechanical properties of quaternary Ti
51 Si 24 Ni 14 Nb 11 and Fe 40 Ti 30 Al 18 Si 12 (at.%) thin film metallic glasses (TFMGs) …

In this study, the bio-electrochemical response of the Ti–Zr–Si thin film metallic glasses
(TFMGs) in simulated body fluid with different contents of titanium is measured via …

Abstract Ti 47 Cu 38− x Zr 7.5 Fe 2.5 Sn 2 Si 1 Ag 2 Ta x (x= 1–4; at%, the same below) bulk
metallic glasses (BMGs) with good bio-corrosion resistance and mechanical properties were …

Abstract Ti 47 Cu 38− x Zr 7.5 Fe 2.5 Sn 2 Si 1 Ag 2 Nb x (x= 0, 1, 2; at%) bulk metallic
glasses (BMGs) with superior bio-corrosion resistance were synthesized by copper mold …

In the quest of corrosion-resistant biomaterials, the emergence of metallic glasses is a
welcome stimulus, however, their progress is potentially impeded by the complex fabrication …

Toxic element free-Zr-based bulk metallic glasses (BMGs) have attracted considerable
attentions for biomedical applications, in term of their excellent bio-corrosion and …

Systematic characterization of the corrosion response of the Cu-free Ti 45 Zr 40 Si 15 and
Cu-containing Ti 40 Zr 40 Si 15–Cu 5 and Ti 45 Zr 20–Cu 35 metallic glasses (MGs) in the …

Ti‐based bulk metallic glasses are envisioned for human implant applications. Yet, while
their elevated Cu content is essential for a high glass‐forming ability, it poses …

The growth of multi-component thin film metallic glasses (TFMGs) of Ti 40 Cu 36 Pd 14 Zr 10
(at.%) alloys fabricated using magnetron sputtering on bioimplantable 316L stainless steel …

Owing to the amorphous structure, bulk metallic glasses (BMGs) demonstrate attractive
properties for potential biomedical applications. In this study, three Ni-free Zr-based BMGs …