Materials with medical applications must show different properties and requirements, such
as mimicking bones' structures and supporting bone tissue formation (osteogenesis) for …

In the present study, an Mg-based biomedical composite is fabricated by addition of
Hydroxyapatite bioactive nanoparticles into a substrate of bioabsorbable WE43 Mg alloy …

The mixture of the rare-earth CeO 2 and ZrO 2 particulates was used for fabricating the
hybridized AZ31BMg/(CeO 2+ ZrO 2) p composites by utilizing friction stir processing with a …

Good biocompatibility, low biodegradation rate and excellent mechanical properties are
essential for desirable performance of metallic biomaterials during osseointegration …

The present study investigates the microstructural evolution, tribological properties, and
corrosion behavior of hybrid metal matrix composites reinforced by a combination of …

Multilayer AA6061 aluminum alloy components were successfully fabricated by additive
friction stir deposition (AFSD). The effect of heat treatment on the microstructure and …

It is a challenge to improve the corrosion rate and blood compatibility of biomedical
magnesium alloy implants in human body. Scanning electron microscope (SEM), energy …

Bioabsorbable Mg and alloys have been used as metallic biomaterials for orthopedic
implant applications due to their similar mechanical properties to human natural bone. High …

The main aim of this study is to clarify the effect of the number of accumulative roll bonding
(ARB) cycles on the tribological properties of the copper-graphene composite. To conduct …

The corrosion behaviour of WE43 alloy in artificial saliva containing different fluoride ion
concentrations were investigated in association with microstructural evolution. The WE43 …