In recent decades, cementless implants have been widely used in clinical practice to replace
missing organs, to replace damaged or missing bone tissue or to restore joint functionality …

For over 100 years, metals and their alloys have played a central role in the advancement of
medical implant applications across virtually all medical specialties. Early metal implants …

The microstructural architecture of remodeled bone in the peri-implant region of screw
implants plays a vital role in the distribution of strain energy and implant stability. We present …

Primary stability of press-fit tibial trays is achieved by introducing an interference fit between
bone and implant. The internal cancellous bone strains induced during this process and …

Cellular microstructures within natural materials enlighten and promote the development of
novel materials and structures in the industrial and engineering fields. Characterization of …

Primary stability of a dental implant is defined as its ability to resist the applied load without
showing excessive damage in peri-implant bone, which is a prerequisite for secondary …

Primary stability of dental implants is the initial mechanical engagement of the implant with
its adjacent bone. Implantation and the subsequent loading may cause mechanical damage …

Metallic implants are commonly used as surgical treatments for many orthopedic conditions.
The long-term stability of implants relies on an adequate integration with the surrounding …

The introduction of a protective coating layer to highly corrosive magnesium (Mg) has been
proposed as one of the common approaches for improved corrosion resistance of Mg-based …

Better understanding of the local deformation of the bone network around metallic implants
subjected to loading is of importance to assess the mechanical resistance of the bone …