I request you to help me out in getting ppt and slides of the subject"CAD & CAE in biomedical field".
I need your suppoer regarding the above.

The technique described in this paper attempts to use the Advanced Computer Aided Design (CAD) to detect and understand tension points in the knee, hip and shoulder joints and to assist in the manufacture of artificial joints And Members

This system takes input and computed tomography, which is then fed into CAD by means of an external reference. What is now in the CAD is a two-dimensional representation of the joint. The next step is to feed the data into a Solid Modeling Software to obtain a three-dimensional representation of the joint. Once a true representation is obtained, computer-aided engineering software using techniques such as finite element analysis provides a detailed view of the strengths and weaknesses of the different parts. The output of this would be useful in applications such as surgery, the manufacture of personlized artificial limbs etc. The rapid prototype is the next phase that would be adopted in the fabrication of the desired joint.