VIBRATION ANALYSIS OF PROSTHETIC KNEES IMPLANT USING FEM APPROACH

Authors

Yogesh Sanjay Pathare, Research Scholar
Mechanical Engineering, Oriental University, Indore.

Dr. Manish Billore, Research Guide
Oriental University Indore Principal, SISTec-E Bhopal.

Abstract

This research has examined the impact of swinging phases, mandibular and other variables. And over weight of total knee substitutions using a finite element technique. Fixed- or mobile-bearing implant modelling dynamics and finite elements have been developed and solved, with varied movement performance and contact pressure drop in the tibiofemoral contact surface by mobile and mobile-bearing implants. In the mobility bearing implant, more contact areas were discovered than in the flat-bearing implant, but the larger contact pressures in both. Tibial bearing elements have various thicknesses to affect fixed and mobile bearing implants. For further than four decades, Finite element has been utilised to investigate and assess complete joint replacements for mechanical behaviour. Total joint replacements are increasingly being used to the concept, research and pre-clinical tests.