Abstract
In the 21st era, technological progressions challenged the dental professional to perform extremely risky and multifaceted procedures more reliably and harmless way using the finite element method (FEM) that can sim-ulate and analyze the dental structures. As orthodontic revolve about the forces so FEM is one of the most accurate tools for the researchers in this ground. This review highlights the use of the finite element method in orthodontics and craniofacial research. This stores the different researches performed by using the finite ele-ment model to study the growth of the cranial structure, biomechanical reaction to orthopedic forces, ortho-dontic tooth movement, orthognathic surgeries application, and orthodontic implants
Highlights
In the 21st era, technological progressions challenged the dental professional to perform extremely risky and multifaceted procedures more reliably and harmless way using the finite element method (FEM) that can simulate and analyze the dental structures
Finite Element Method The finite element method (FEM) is a computerized Analytical tool that estimates the deformation and the biomechanical response of a geometric model that results from a definite force upon a system a geometric model that results from a definite force upon a system 1
Application of FEM in orthodontics 1-Craniofacial growth According to Moss et al.5, FEM evaluates the cranium finer than previously available
Summary
Depart. of Pedodontic, Ortho. and Preventive Dentistry College of Dentistry, University of Mosul. عريقا العلاصر ال حىود في ارحاث تقدوي ان دلان والوأدا القحاديا يلدذن لدلا الاحد انرحداث ال لق ادا القدي تد ؤأرابلدا را دقلىاا ن دو وتطايدج أراحداف، وحركا ان لان الققوي يدا، ورد الاعا ال يوانيوي الحيوي لقو تقوي العناا، العلاصر ال حىود لىرا ا ن و رليا ال ا
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