An in-silico approach to modeling orthodontic tooth movement using stimulus-induced external bone adaptation

Keyphrases

• 3D Model 16%
• ABAQUS 16%
• Accurate Modeling 16%
• Adverse Effects 16%
• Biomechanical Study 16%
• Bone Adaptation 100%
• Bone Remodeling Process 16%
• Bone Tissue 16%
• Clinical Procedures 16%
• Clinical Value 16%
• Element Deletion 16%
• Equilibrium State 16%
• In Silico Methods 100%
• Incisor Teeth 16%
• Initial Mesh 16%
• Malposition 16%
• Maxillary Bone 16%
• Maxillary Central Incisor 16%
• Mesh Topology 16%
• Meshing Algorithms 16%
• Non-destructive 16%
• Orthodontic Patients 16%
• Orthodontic Tooth Movement 100%
• Orthodontics 16%
• Parameter Adaptation 16%
• Patient-specific Planning 16%
• Predictive Tool 16%
• Stimulus Parameters 16%
• Stimulus-induced 100%
• Strain Energy Density 16%
• Surrounding Tissues 16%
• Tooth Movement 33%
• UMESHMOTION Subroutine 16%

Medicine and Dentistry

• Bone Remodeling 16%
• Bone Tissue 16%
• In Silico 100%
• Maxillary Central Incisor 16%
• Orthodontic Tooth Movement 100%
• Orthodontics 33%
• Osteoplasty 16%
• Periodontal Disease 33%