Computational simulations of stress shielding and bone resorption around existing and computer-designed orthopaedic screws

Keyphrases

• Bone Resorption 100%
• Screw 100%
• Stress Shielding 100%
• Computational Simulation 100%
• Orthopedic Screw 100%
• Stress Simulation 100%
• Load Sharing 28%
• Biomechanical Performance 28%
• Bone Adaptation 28%
• Active Compression 28%
• Graded Stiffness 28%
• Bone Loading 28%
• Adaptation 14%
• Mechanical Stimulation 14%
• Two Dimensional 14%
• Quantitative Evaluation 14%
• Engineering Design 14%
• Effective Means 14%
• Finite Element Model 14%
• Commercially Available 14%
• Material Properties 14%
• Orthopedics 14%
• Healing Process 14%
• Surrounding Tissues 14%
• Anatomical Structure 14%
• Rutile 14%
• Compressive Stress 14%
• Strain Energy Density 14%
• Screw Loosening 14%
• Surgeons 14%
• Objective Evaluation 14%
• Shape Properties 14%
• Profile Shape 14%
• Local Bone 14%
• Screw Profile 14%
• Biomechanical Compatibility 14%
• Stress Transfer Parameter 14%
• Hollow Screw 14%
• Reduced Stiffness 14%
• Thread Diameter 14%
• Compression Screw 14%
• Design Dimensions 14%
• Tissue Compatibility 14%

Engineering

• Resorption 100%
• Biomechanical Performance 100%
• Finite Element Modeling 50%
• Two Dimensional 50%
• Healing Process 50%
• Design Engineering 50%
• Strain Energy Density 50%
• Dimensionless 50%
• Surrounding Tissue 50%
• Quantitative Evaluation 50%
• Compressive Stress 50%
• Stress Transfer 50%
• Effective Mean 50%
• Surrounding Bone 50%
• Reduced Stiffness 50%
• Objective Evaluation 50%