The hip prosthesis, used to repair or recreate the diseased or damaged hip joint's
articulation functionality, greatly influences the outcome of total hip arthroplasty (THA) …

Patient-specific dynamic loadings are seldom considered during the evaluation of hip
implants. The primary objective of this study is to check for the feasibility of the use of …

Modular hip implants allow intra-operative adjustments for patient-specific customization
and targeted replacement of damaged elements without full implant extraction. However …

Hip implants are available in various shapes and sizes. This study aims to select the better
hip implant stem design and the optimal material that can be used for the implant. For all the …

Purpose The paper's goal is to examine and illustrate the useful uses of submodeling in
finite element modeling for topology optimization and stress analysis. The goal of the study …

Rough surface and low precision roundness of femoral head can significantly affect
tribological properties of hip joint prosthesis such as wear, von Mises stress, friction …

Based on several references, Asians carry out several daily activities that are different from
Westerners, which require a greater range of motion. Because of that, a dual mobility (DM) …

This study investigates the effects of fall configurations on hip fracture risk with a focus on
pelvic soft tissue shape. This was done by employing a whole-body finite element (FE) …

Total hip arthroplasty (THA) is one of the most successful orthopaedic interventions globally,
with over 450,000 procedures annually in the US alone. However, issues like aseptic …

In this article, the natural frequencies of the femur in the presence and absence of defects
have been calculated. For this purpose, two approaches to bone modeling have been …