Biotribology deals with all aspects of tribology concerned with biological systems. It is one of
the most exciting and rapidly growing areas of tribology. It is recognised as one of the most …

The UHMWPE wear debris has become an important reason affecting the service life and
clinical reliability of the prosthesis. In order to further reveal the wear debris characteristics …

Hip joint replacements using highly cross-linked ultra-high-molecular-weight polyethylene
(UHMWPE) as a bearing material offer an effective treatment to arthritis. However, the …

The Layered Landscape of Higher Education: Capturing Curriculum, Diversity, and Cultures of
Learning in Australia Page 1 DOI: 10.4324/9781032715544-1 Introduction Deliberation Margaret …

Wear is a critical issue related to the performance of hip joint implants, namely for ultra-high
molecular weight (UHMWPE) fabricated components. A greater knowledge and …

In the present study, numerical and experimental wear investigations on reverse total
shoulder arthroplasties (RTSAs) were combined in order to estimate specific wear …

介绍了微观力学分析方法(分子动力学, 离散元模拟方法) 与宏观力学分析方法(有限元模拟方法)
在自润滑轴承摩擦学性能评价上的研究进展, 其中微观力学分析从颗粒的角度出发 …

Wear is one of the main mechanical factors that limits the survival of total knee replacements
(TKRs) and it is known to be highly dependent on the local kinematics of the knee joint. In …

With the increasing market demand for artificial hip joints, total hip joint replacement has
gradually become an effective means of treating a series of hip joint diseases. In order to …

This study seeks to identify important factors related to backside wear of tibial inserts in vivo
and determine an appropriate wear model for backside wear. An IRB approved database …