A modular software concept for the individual numerical simulation (FEM) of the human mandible

A new modular software concept for individual numerical simulation of the h uman mandible using the finite element method (FEM) is presented. The main task is an individual analysis of regional stress and stress-compatibility on the basis of computed tomographic data in individual patients. Simulatio n should, however, also be possible in parallel with biomechanical experime nts, or for further research projects. For this purpose, rapid and uncompli cated generation of the FEM model, easy modification of input data, and sho rt computation times are required. Practical use in the clinical setting ma kes appreciable additional demands on the individual software components.