Validation of finite element models for strain analysis of implant-supported prostheses using digital image correlation

Keyphrases

• Acrylic Resin 25%
• Biomechanical Analysis 25%
• Biomechanical Behavior 25%
• Block Interface 25%
• Bone Block 25%
• Bone Strain 50%
• Computer-aided Design Software 25%
• Dental Prosthesis 25%
• Digital Image Correlation 100%
• Digital Image Correlation Method 25%
• Digital Image Correlation System 25%
• Epoxy Resin 25%
• Finite Element Analysis 100%
• Finite Element Model 100%
• First Molar 25%
• First Premolar 25%
• Full-field Strain 25%
• High Strain 25%
• Implant-supported Dental Prosthesis 25%
• Implant-supported Prosthesis 100%
• Internal Strain 50%
• Lower Arch 25%
• Material Properties 25%
• Metal-ceramic 25%
• Model Simulating 25%
• Model Surfaces 25%
• Non-splinted 25%
• Numerical Model 25%
• Physical Model 25%
• Proximal Contact 50%
• Resin 50%
• Resin Blocks 25%
• Screw-retained Crown 25%
• Second Molar 50%
• Second Premolar 25%
• Simulant 25%
• Single Camera 25%
• Splint 25%
• Splinted Crowns 25%
• Strain Analysis 100%
• Strain Distribution 25%
• Strain Value 25%
• Strain-induced 25%
• Stress-strain Prediction 25%
• Surface Strain 50%
• Threaded Implant 25%
• Three Dimensional Finite Element Model 25%
• Two-dimensional Digital Image Correlation 25%

Engineering

• Arch 25%
• Biomechanical Analysis 25%
• Biomechanical Behavior 25%
• Cermet 25%
• Computer-Aided Design Software 25%
• Correlation Method 25%
• Digital Image Correlation 100%
• Finite Element Analysis 100%
• Finite Element Modeling 100%
• Implant 50%
• Internal Strain 50%
• Numerical Model 25%
• Physical Model 25%
• Prosthesis 50%
• Strain Analysis 100%
• Strain Field 25%
• Supported Prosthesis 100%
• Surface Model 25%
• Two Dimensional 25%

Material Science

• Acrylic Resin 25%
• Cermet 25%
• Dental Prosthesis 50%
• Epoxy 25%
• Finite Element Methods 100%
• Finite Element Modeling 100%
• Materials Property 25%
• Prosthetics 100%
• Strain Measurement 25%
• Surface (Surface Science) 100%