Finite Element Analysis for Dentoalveolar Trauma
Author Information
Author(s): B. R. da Silva, J. J. S. Moreira Neto, F. I. da Silva Jr., A. S. W. de Aguiar
Primary Institution: Federal University of Ceará
Hypothesis
The study aims to describe the use of finite element analysis applied to the biomechanical evaluation of dentoalveolar trauma.
Conclusion
The finite element method can effectively simulate dentoalveolar trauma when the methodology is properly followed.
Supporting Evidence
- Dentoalveolar trauma is a common issue in dental practice.
- Finite element analysis allows for detailed modeling of complex dental structures.
- The methodology requires specialized knowledge in engineering or biomechanics.
Takeaway
This study explains how to use a computer method to understand injuries to teeth and gums, making it easier for dentists to treat them.
Methodology
The study outlines the steps for creating a finite element model of dentoalveolar trauma, including geometric modeling, mesh generation, and analysis of results.
Limitations
The complexity of the methodology may pose challenges in data analysis and model development.
Digital Object Identifier (DOI)
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