Simulation of an Orthodontic System Using the Lingual Technique
Author Information
Author(s): Hazem Abbas, Felicia Ileana Mărășescu, Mihaela Jana Țuculină, Dragoș Laurențiu Popa, Ionuț Daniel Geonea, Alexandru Iliescu, Petre Mărășescu, Alma Roxana Pitru, Eugen Nicolae Tieranu, Ionela Teodora Dascălu
Primary Institution: University of Medicine and Pharmacy of Craiova
Hypothesis
All three types of orthodontic archwires produce similar forces acting on the bracket components.
Conclusion
The study identifies ideal combinations of orthodontic archwire materials and bracket materials to ensure effective tooth movement without damaging dental structures.
Supporting Evidence
- The finite element method (FEM) allows for simulating and visualizing the biomechanical behavior of teeth and orthodontic appliances.
- Different materials for archwires and brackets affect the forces applied during orthodontic treatment.
- Precise control of forces is essential to ensure effective tooth movement and prevent damage to dental structures.
Takeaway
This study used computer simulations to see how different materials for braces affect tooth movement, helping to find the best combinations for safe and effective treatment.
Methodology
The study utilized a model derived from CBCT scans of a 26-year-old female patient and employed the finite element method to simulate orthodontic systems.
Limitations
The study is limited to analyzing the biomechanical behavior of a single patient and specific materials.
Participant Demographics
One 26-year-old female patient with mild dento-alveolar disharmony and mild dental crowding.
Digital Object Identifier (DOI)
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