Modeling and simulation of prosthetic devices are the new tools investigated for the
production of total customized prostheses. Computational simulations are used to evaluate …

The initial stability of cementless total hip arthroplasty (THA) implants is obtained by an
interference fit that allows osseointegration for a long term secondary stability of the implant …

Femoral stems with proximal metaphyseal involvement are commonly used total hip
replacement components with very good results. In this study, total hip arthroplasty (THA) …

Purpose Avoiding stem subsidence is crucial for achieving better outcome for cementless
total hip arthroplasty (THA). The aim of this study was to develop a prediction model for the …

At the early age of the joint replacements, natural metals like iron, gold and zinc were used.
With the advancement in material science, new biomaterials (alloyed materials and high …

In cementless total hip arthroplasty (THA), the initial stability is obtained by press-fitting the
implant in the bone to allow osseointegration for a long term secondary stability. However …

It is established that bone tissue adapts and responds to mechanical loading. Several
studies have suggested an existence of positive influence of vibration on the bone mass …

Any mechanical instability associated with total hip replacement (THR) excites elastic waves
with different frequencies and propagates through the surrounding biological layers. Using …

This study is based on the biomechanical analysis of femur bone using Finite Element
technique. Real life activities are taken as boundary conditions and the weight of a person is …

Aseptic loosening of hip implants is a severe orthopaedic problem and a valid diagnosis is
often difficult. A potential method to determine loosening of the prosthesis is a swing …