Metastable β Ti alloys are widely projected for manufacturing the next generation of
biomedical implants. The primary applications of these materials are envisaged in …

Early implant failure and bone resorption may occur in load-bearing conditions as a result of
stress shielding brought on by a mismatch in the bone-Ti-implant modulus. A review with a …

Covalent immobilization of resveratrol onto cellulose acetate polymeric membranes used as
coating on a Mg-1Ca-0.2 Mn-0.6 Zr alloy is presented for potential application in the …

Macrophages play a pivotal role in the hosts response to biomaterials being considered as
an essential cell type during both optimal tissue-implant integration and pathologic process …

Despite their good biocompatibility and adequate mechanical behavior, the main limitation
of Mg alloys might be their high degradation rates in a physiological environment. In this …

Microstructure, mechanical properties, superelasticity and biocompatibility of a Ti–19Zr–
10Nb–1Fe alloy are investigated. X-ray diffraction spectroscopy and transmission electron …

This paper presents a new way to obtain collagen/hydroxyapatite (COLL/HA) composite
materials by 3D printing. Because of high tendency of segregation of COLL/HA composite …

New β-titanium based alloys with low Young's modulus are currently required for the next
generation of metallic implant materials to ensure good mechanical compatibility with bone …

Precipitation-hardening stainless steel is frequently utilized in a variety of aerospace
applications. While the latter steel is employed in applications demanding great strength and …

This study innovatively investigates the feasibility of thermal oxidation (TO) for improving the
wear and fatigue properties of TNT5Zr-0.2 O alloys manufactured by laser powder bed …