In recent years, thanks to the development of additive manufacturing techniques, pros-thetic
surgery has reached increasingly cutting-edge levels, revolutionizing the clinical course of …

Lubricating materials for highly reactive titanium alloys are not sufficiently abundant, limiting
their wide practical applications. In this work, the tribological properties for various lubricants …

Implantable medical devices and their associated materials constitute a cornerstone of
modern medical science, addressing physical and aesthetic needs while ensuring …

The presence of defects like porosity and lack of fusion can negatively affect the properties
of the materials manufactured by Selective Laser Melting (SLM). The optimization of the …

The effect of TiO2 addition on tribology and in-vitro biological characteristics of ceria-
stabilized zirconia-toughened alumina (CSZTA-TiO2) ceramic composites were examined …

Bioimplants took on an essential role for providing a comfortable life for those who have
suffered the loss of organs by accident, diseases, and other circumstances. Wear debris …

The ceramic materials prove to be better alternative to metallic and polyethylene implants.
The AZ31 alloy exhibits better biocompatible properties compared with existing metallic …

The present Ph. D. thesis represents a collection of research activities carried out over three
years concerning the study of fatigue phenomena in the biomedical field using energy …

Smart Design of customized hip prostheses in additive manufacturing using numerical and
experimental methodologies combined with Page 1 UNIVERSITÀ DEGLI STUDI DI …

La manufactura aditiva (AM) de metales comprende un conjunto de técnicas enfocadas en
la fabricación de piezas capa a capa, a partir de un diseño 3D. La AM presenta múltiples …