Wear and friction mechanisms in knee and hip rehabilitation have been a focus of intense
research due to their critical importance in the longevity and performance of prosthetic …

Fatigue crack growth in hip implant has been analysed using the extended finite element
method. Toward this aim, the three-dimensional finite element model is created and used in …

Fatigue failure is one of the causes of the failure of hip implants. The main objective of this
work is to carry out fatigue failure analysis on different hip profiles and compare the …

Since the development of stainless steels over a century ago, they have made significant
contributions to the health of humankind. Stainless steels are a family of cost-effective …

Develo** biomaterials for hip prostheses is challenging and requires dedicated attention
from researchers. Hip replacement is an inevitable and remarkable orthopedic therapy for …

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 …

In this era of subspecialty care in orthopedics, iterations of implant design can occur in a silo
which then precludes gaining knowledge from failures of implant design that may have …

In this paper a numerical analysis of hip implant model and hip implant model with a crack in
a biomaterial is presented. Hip implants still exhibit problem of premature failure, promoting …

The hip is one in every of the various joint at intervals the body. The correct operating of this
joint is essential. For the aim once the hip is injured whole, a substitution procedure of the …

In present work, plastic zone size and shapes are investigated to predict failure of hip
implant materials Ti6Al4V and SS316L (titanium and stainless steel, respectively) …