...Manon Fraulob; Sophie Le Cann; Benjamin Voumard; Hirokazu Yasui; Keita Yano; Romain Vayron; Mami Matsukawa; Philippe Zysset; Guillaume Haïat Titanium implants are widely used in dental and orthopedic surgeries. However, implant failures still occur because of a lack of implant stability...

...Romain Vayron; Etienne Barthel; Vincent Mathieu; Emmanuel Soffer; Fani Anagnostou; Guillaume Haiat The characterization of the biomechanical properties of newly formed bone tissue around implants is important to understand the osseointegration process. The objective of this study is to investigate...

...Vincent Mathieu; Kenji Fukui; Mami Matsukawa; Masahiko Kawabe; Romain Vayron; Emmanuel Soffer; Fani Anagnostou; Guillaume Haiat The evolution of implant stability in bone tissue remains difficult to assess because remodeling phenomena at the bone-implant interface are still poorly understood...

...Kazuhiro Fujisaki; Shigeru Tadano Measurement of the stress and strain applied to implants and bone tissue in the human body are important for fracture prediction and evaluations of implant adaptation. The strain of titanium (Ti) materials can be measuring by X-ray diffraction techniques...

...S. Jones; G. Faulkner; D. Raboud; K. Fyfe; J. Wolfaardt There is an ongoing requirement for a clinically relevant, noninvasive technique to monitor the integrity of percutaneous implants used for dental restorations, bone-anchored hearing aids, and to retain extra-oral prostheses (ear, eye, nose...

... bone. After 1.5 million cycles, the simulator functioned as designed, producing greater wear of bone against the rougher plasma-sprayed surface compared to the fiber-mesh surface, as predicted. A novel pin-on-disk apparatus for simulating fretting wear at orthopaedic implant interfaces due...