Review on structural, contact and modal analysis on femur bone using different plate material under varying fracture condition

Abstract

In human anatomy the femur may be the largest and longest bone however most powerful in compression
only. The femur is responsible to put up with the most significant percentage of weight during ordinary weight bearing
activities. Femur bone fracture is just one of the usual traumas. When designing bone stripes design, fabric selection,
and biocompatibility are the three important considerations. The bone plate must be strong enough to support the load
normally put on the bone while the bone heals. The principal goal of the present work is to analyze the cracked femur
bone that's cracked in midst of the shaft and supported by prosthetic plate and the relative analysis with different
material for single fracture position. In the current work a 3-dimensional CAD version of Femur bone with locking and
plate screw is made up of the help of CATIA software then erased in ANSYS work-bench for further investigation. From
the current work passing structural, touch and modal analysis on femur bone together with plate gathering for different
structure and different substances are performed.