This review paper is an attempt to take up all the research work of the various researchers
during the last decades in the field of finite element analysis of the human femur bone using …

Stress shielding and micromotions are the most significant problems occurring at the bone-
implants interface due to a mismatch of their mechanical properties. Mechanical 3D …

During the last decades human femur fracture has been mainly analysed using an
experimental approach focused on cadaveric or synthetic bones. Nowadays, advances in …

Background Primary stability of the femoral stem is important for the long-term results of
cementless total hip arthroplasty. Cementless collared stems have been known to have …

A detailed understanding of the changes in load transfer due to implantation is necessary to
identify potential failure mechanisms of orthopedic implants. Computational finite element …

Background and objective Proximal femur fractures, colloquially known as hip fractures, are
a common pathology with increasing incidence in the last years due to the enhanced ageing …

Bone fracture pattern prediction is still a challenge and an active field of research. The main
goal of this article is to present a combined methodology (experimental and numerical) for …

Background Short-stemmed femoral components facilitate reduced exposure surgical
techniques while preserving native bone. A clinically successful stem should ideally reduce …

Introduction Revision total knee arthoplasty often requires modular implants to treat bone
defects of varying severity. In some cases, it may not be clear which module size and implant …

The stress-shielding effect can be minimized by using porous materials with pre-determined
implant stiffness. This study aims to design interconnected porous metal implants that …