Mathematical Modeling and Digital Simulation of Teeth Dynamics for the Approximation of Orthodontic Treatment Duration

The paper presents an original solution for modeling and simulation of the teeth movement biomedical processes which occur in case orthodontic treatments. direct application this method consists possibility to approximate, with high precision, treatment duration, depending on physical characteristics each patient. This aspect represents a novelty element processes’ domain since, until now, research activities mentioned field did not generate approximation treatment’s duration. Analog process operates fictional shaft defined highlight tooth symmetry axis. considered as example is approximated having parabolic shape elliptical section. digital refers spatial-temporal evolution dynamics, being made through run four computer programming algorithms. Interpretation obtained performance indicators will lead interesting study regarding dynamics’ orthodontics, pronounced unitary systematic characteristic. Using developed programs obtaining simulations results presented tables 18 figures shown paper, several studies can be elaborated, associated wide variety