Abstractα′ phase based Ti–Nb–Zr alloys with low Young's modulus and high strength were prepared, and their microstructure and mechanical properties were characterized. It was revealed that the lattice expansion by Nb and Zr addition as well as the presence of a few of α″ martensite might be responsible for the low modulus achieved. Ti–15Nb–9Zr alloy, with ultralow modulus of 39GPa and high strength of 850MPa, could be a potential candidate for biomedical applications
Biomedical implant material simultaneously requires high yield strength and low Youngs modulus. The ...
In metallurgy, titanium has been a staple for biomedical purposes. Its slow toxicity and alloying ve...
<div><p>Metastable β-type Ti alloys with non-toxic addition elements such as Mo, Zr, Sn, Ta and Nb w...
Abstractα′ phase based Ti–Nb–Zr alloys with low Young's modulus and high strength were prepared, and...
Titanium alloys belong to a group of perspective biomaterials used for production of joint endoproth...
High alloyed β-phase stabilized titanium alloys are known to provide comparable Young's modulus as t...
A new generation of titanium alloys with non-toxic, non-allergenic elements and lower Young’s modulu...
In recent years, there has been a growing interest in the search for metallic alloys with favorable ...
The effects of alloy chemistry and heat treatment on the microstructure and mechanical properties of...
AbstractThe effect of thermo-mechanical treatment on the mechanical properties of a novel β-type Ti–...
In metallurgy, titanium has been a staple for biomedical purposes. Its slow toxicity and alloying ve...
AbstractThe evolutions of phase constitutions and mechanical properties of a β-phaseTi–36Nb–5Zr (wt%...
The concept of mechanical biocompatibilities is considered an important factor for orthopedics and d...
β-metastable titanium alloys with high strength to Young's modulus ratio have been developed by diff...
Metastable β titanium alloys are developed for biomedical applications due to their low Young’s modu...
Biomedical implant material simultaneously requires high yield strength and low Youngs modulus. The ...
In metallurgy, titanium has been a staple for biomedical purposes. Its slow toxicity and alloying ve...
<div><p>Metastable β-type Ti alloys with non-toxic addition elements such as Mo, Zr, Sn, Ta and Nb w...
Abstractα′ phase based Ti–Nb–Zr alloys with low Young's modulus and high strength were prepared, and...
Titanium alloys belong to a group of perspective biomaterials used for production of joint endoproth...
High alloyed β-phase stabilized titanium alloys are known to provide comparable Young's modulus as t...
A new generation of titanium alloys with non-toxic, non-allergenic elements and lower Young’s modulu...
In recent years, there has been a growing interest in the search for metallic alloys with favorable ...
The effects of alloy chemistry and heat treatment on the microstructure and mechanical properties of...
AbstractThe effect of thermo-mechanical treatment on the mechanical properties of a novel β-type Ti–...
In metallurgy, titanium has been a staple for biomedical purposes. Its slow toxicity and alloying ve...
AbstractThe evolutions of phase constitutions and mechanical properties of a β-phaseTi–36Nb–5Zr (wt%...
The concept of mechanical biocompatibilities is considered an important factor for orthopedics and d...
β-metastable titanium alloys with high strength to Young's modulus ratio have been developed by diff...
Metastable β titanium alloys are developed for biomedical applications due to their low Young’s modu...
Biomedical implant material simultaneously requires high yield strength and low Youngs modulus. The ...
In metallurgy, titanium has been a staple for biomedical purposes. Its slow toxicity and alloying ve...
<div><p>Metastable β-type Ti alloys with non-toxic addition elements such as Mo, Zr, Sn, Ta and Nb w...