Modeling of a virtual open platform for human cranium simulation

Abstract

To prevent, detect and treat trauma brain injuries (TBI) one must understand them and know how they occur. With the integration of biomechanical and clinical theories, as well as research cases, a new era of cooperation must be initiated. For that reason, our proposal of developing a virtual platform based on the BioCAD protocol through computed tomography (CT) software, computer aided design (CAD) software and finite element method (FEM) analysis software, represents a joined effort in that direction. Results obtained with the resultant model were in line with maxillary expansion results from the literature, thus validating it. This model must be adaptable to the user and/or patient, leading to an innovative tool for research, prevention and treatment of TBI.