Repairing and regenerating defects of large bones caused by disease or trauma is a
significant clinical challenge. Extensive research has been done on bone tissue …

Titanium and its alloys are reference materials in biomedical applications because of their
desirable properties. However, one of the most important concerns in long-term prostheses …

Magnesium with its mechanical properties and nontoxicity is predetermined as a material for
biomedical applications; however, its high reactivity is a limiting factor for its usage. Powder …

The present study focuses on biopolymer surface modification of cp-Titanium with Chitosan,
Gelatin, and Sodium Alginate. The biopolymers were spin coated onto a cp-Titanium …

Using two different ceramic hollow spheres (the commercial alumina hollow sphere and the
self-made silicon-containing ceramic hollow sphere) as reinforcements, two kinds of …

In the present study, closed-cell aluminum foams of varying porosities (65–75%) were
produced through the stir casting technique using TiH 2 (1 wt.%) as a foaming agent. Under …

Magnesium (Mg) and its alloys, as biodegradable materials, have received a huge interest
in biomedical applications, especially, in the manufacturing of orthopedic implants (eg …

Background This paper aims to indicate numerically the accurate porosity used for dental
implants, following the emphasis on the preference for titanium foam on pure titanium …

In this paper we present a k-means clustering algorithm for the Versat architecture, a small
and low power Coarse Grained Reconfigurable Array (CGRA). This algorithm targets ultra …

Powder metallurgy is a popular method of making raw powders into specific shaped
samples. However, the pressure distribution and the microhardness difference within the …