Increased use of reconstruction procedures in orthopedics, due to trauma, tumor, deformity,
degeneration and an aging population, has caused a blossom, not only in surgical …

Metallic biomaterials are widely used for orthopedic application to resolve pain and improve
patients' quality of life. Among these biomaterials, beta (β)–phase titanium (Ti) alloys have …

As expected from the alloy design procedure, combined twinning-induced plasticity and
transformation-induced plasticity effects are activated in a metastable β Ti–12 wt.% Mo alloy …

A ternary β-metastable titanium Ti–9Mo–6W (wt.%) was designed. A very high work
hardening rate close to 2100 MPa and a uniform deformation larger than 35% were …

A new series of beta Ti–Nb–Zr (TNZ) alloys with considerable plastic deformation ability
during compression test, high elastic admissible strain, and excellent cytocompatibility have …

The composition dependences of transformation strain and shape memory, and superelastic
properties were extensively investigated in Ti–Nb–Zr and Ti–Nb–Ta alloys in order to …

Attributed to their excellent strength, toughness, hardness, wear resistance and corrosion
resistance, some Ti-rich high entropy alloys (HEAs) and medium entropy alloys (MEAs) are …

In this study, a new Ti–Zr–Nb–Sn alloy system was developed as Ni-free biomedical
superelastic alloys with a large recovery strain and excellent biocompatibility. Ti–18Zr–(9 …

While ω precipitates in metastable β titanium alloys are typically considered embrittling and
consequently deleterious to the mechanical properties, this paper demonstrates that low …

Aiming at overcoming the strength-ductility trade-off in structural Ti-alloys, a new family of
TRIP/TWIP Ti-alloys was developed in the past decade (TWIP: twinning-induced plasticity; …