Objective To establish a skull plate reconstruction system with individualized designing and well bony fusing prosthesis adopting bioactive artificial bone with computer aided design/computer aided manufacture (CAD/CAM) and rapid mold processing.

Building and Analysis of 3D Finite Element Model of the Human Skull and the Study on the Distribution of Stress;

The clinical comparative study on different methods for the storage of skull for autogenous skull replantation;

Strain analysis on the superficial surface of skull as intracranial pressure changing;

Considering the viscoelasticity of human skull and duramater,the objective of this study is to use the viscoelastic option of the ANSYS finite element program to analy.

Development of using digital control and press mould techniques to achieve cranium restoration;

Results The three-dimensional complex structures of the human cranium were displayed vividly on computer screen.

Detecting content of trace MMA from composite materials of artificial skull with gas phase chromatography method;

s:This artificial skull was molded with medical silicone rubber and polyester fiber.

The preparation and mechanics capability of artificial skull which is made with carbon fiber and glass fiber hybrid reinforced polymethyl methacrylate(PMMA)/hydroxyapatite (HA)are presented in this paper.