The main objective of this study is to perform an abrasive wear resistance study of UMHWPE
and XLPE by using different grades of abrasive paper (grade 100 (190 µm), grade 220 (50 …

A vast range of medical, assistive, and surgical instruments have been developed to
improve human life. The medical device business has had rapid growth and high research …

The objective of this chapter is to perform the biomedical study of femur bone using FEA. For
this purpose, a literature review from 1980 to 2021 was performed. In previous studies …

Metal internal fixation for orthopedic fracture fixations has many limitations such as stress
shielding, leaching of ions, corrosion, and stress palpability. It was also observed that in the …

We carry the knowledge that the skeleton bones of the human body are not always without
defects and some various defects could occur in them. In the present paper, as the first …

Vibration analysis is important for the evaluation of Natural frequencies and their effect on
the bone for supportive equipment used while walking, running conditions. A femur bone is …

Advanced materials can change their features when they are exposed to an outside
environmental stimulus. These materials are of great interest to scientists and industry, as …

In this research paper finite element analysis is used to study the free vibration of
cortical/hard cancellous bone and for extraction of natural frequencies and natural modes of …

Any form of vibration that a human body is exposed to is called human vibration. There are
two types of vibrations that affect the human body—whole-body vibration and hand-arm …

Background: The femur bone is an essential part of human activity, providing stability and
support in carrying out our day to day activities. The inter-human anatomical variation and …