Discrete Element Analysis in musculoskeletal biomechanics

Keyphrases

• Discrete Element Analysis 100%
• Musculoskeletal Biomechanics 100%
• Element Analysis Method 60%
• Interface Stress 40%
• Nonlinear Spring 40%
• Model Theory 20%
• Computation Time 20%
• Numerical Implementation 20%
• Tissue Stress 20%
• Contact Stress 20%
• Joint Tissues 20%
• Choice Method 20%
• Model Selection 20%
• Cartilage 20%
• Modeling Techniques 20%
• Nonlinear Analysis 20%
• Diarthrodial Joint 20%
• Contact Problem 20%
• Cemented Fixation 20%
• Strain-based Approach 20%
• Shell Structures 20%
• Bone Interface 20%
• Non-cement 20%
• Finite Element Modeling 20%
• Hertzian 20%
• Ligament Tension 20%
• Artificial Knee Joint 20%
• Irregular Geometry 20%
• Articular Joint 20%
• Joint Prosthesis 20%
• Beam-plate Structure 20%
• Human Hip Joint 20%
• Plane Strain 20%
• Joint Contact Pressure 20%
• Linear Problem 20%
• Joint Contact 20%
• Rigid Body Spring Model 20%
• 2D Plane 20%
• Stress Problems 20%
• Generalized Discrete 20%
• Gravel 20%

Engineering

• Joints (Structural Components) 100%
• Discrete Element 100%
• Biomechanics 100%
• Finite Element Method 16%
• Finite Element Modeling 16%
• Numerical Implementation 16%
• Contact Stress 16%
• Prosthetics 16%
• Nonlinear Analysis 16%
• Contact Problem 16%
• Bone Interface 16%
• Beam Structure 16%
• Contact Pressure 16%
• Comparable Result 16%
• Rigid Structure 16%
• Computational Time 16%
• Ligament Tension 16%
• 2d Plane Strain 16%
• Shells (Structures) 16%