​    Complicated Bone Biomechanics

The biomechabical analysis of the complicated

bonic geometry

1. Construct the model of the complicated bones and soft tissues;

2. Genmetric measurement, surgical plan and biomechanical analysis;

3. Optimal designing method of the development of standardized and

    custom-made prostheses;

4. This method is necessary for the evaculation and validation of custom-

    designed implants.



Case Study

Design of the custom-made hemipelvis prosthesis includes the simulation of the stress, strain, stiffness and fatigue life of the prosthesis, acoupled with the decisions of the safety and the suggestions on optimizations.


Worst Case
Product Optimization
Customized Simulation