Plasma electrolytic oxidation (PEO) of up to four steps were performed on Niobium (Nb), and
binary Niobium-Titanium alloys (Nbx-Ti, x= 50%, 90 wt.%), and the resulting oxidized …

The main objective of this study was to produce two new biomedical alloys, Ta-(75-x) Ti-xZr
(x= 25, 50 wt%), and to carry out a detailed analysis of the crystal structures, phase …

The use of degradable magnesium alloy as a bone implant material has gained much
research attention. However, its mechanical properties cannot meet the clinical …

This study primarily focuses on analyzing anelastic processes due to interstitial oxygen in
the Ti–25Ta–40Zr alloy. From the structural and microstructural characterization (DRX and …

Well-adhered nanotube arrays were produced through the anodizing technique on a Ti-
25Nb-25Ta alloy and tribo-mechanically evaluated by nanoindentation and nanoscratch …

Some components made of titanium alloys will serve in corrosive environments in the
industry, and suffer from corrosion and wear at the same time. However, the components …

Pure magnesium (Mg) is a promising biodegradable biomaterial due to its excellent
biocompatibility and appropriate elastic modulus. However, its high corrosion rate and …

This work aimed to analyze the influence of treatment pressure on the interaction between
stearic acid and an Argon-Oxygen plasma. The fixed variables were the applied RF plasma …