Abstract:
ABSTRACT
One of Oldest processes in rehabilitation engineering the process of shoulder
joint replacement. In shoulder replacement the results is highly dependent
upon the integrity or reconstruct ability of the muscles, tendons, and capsule,
as well as the experience of the surgeon. We design reverse shoulder joint by
using Solid Work after we getting the dimensions for all components, we
used Ansys to analysis and calculate the forces that was applied to design
and improved and increased the range of motion by using different position
of shoulder joint in different angles (0, 30, 45, 60, 90, 120, 135, 180, 200,
210) degree after that we compared the maximum stress, strain and total
deformation with all angles to determined best range of motion.
