It is becoming increasingly difficult to differentiate the performance of new joint replacement
designs using available preclinical test methods. Finite element analysis is commonly used …

The optimal treatment strategy after syndesmotic injuries is still controversial. In our study,
we aimed to evaluate ideal fixation method in syndesmotic injury by using finite element …

We propose a new biomedical sensing technique based on highly nonlinear solitary waves
to assess orthopaedic implant stability in a nondestructive and efficient manner. We …

Integrative biomechanics uses biomechanics knowledge and methods at multiple scales
and among biological entities to address fundamental and clinical problems at the tissue …

Purpose Isolated deltoid ligament injuries are relatively uncommon but can be a significant
source of pain and disability. Several approaches to deltoid reconstruction have been …

The development of a new cemented hip prosthesis is certainly a complex task to improve
actual performance and success rates. This study presents a methodology applied to design …

Background and purpose Two contradictory cementing techniques (using an undersized
stem versus a canal-filling stem) can both lead to excellent survival rates, a phenomenon …

Recently, experiments were performed to determine the micromechanical behavior of the
cement‐bone interface under tension‐compression loading conditions. These experiments …

Clinical studies have revealed that aseptic loosening is the dominant cause of failure in total
hip arthroplasty, particularly for the acetabular component. For a cemented polyethylene …

摘要背景: 由于骨盆具有复杂的结构, 目前对于坐位骨盆的生物力学研究较少,
有限元法日益成为骨盆生物力学研究的重要手段. 目的: 以有限元法研究成人正常静态坐位骨盆 …