Effect of fiber distribution and realignment on the nonlinear and inhomogeneous mechanical properties of human supraspinatus tendon under longitudinal tensile loading

Keyphrases

• Supraspinatus Tendon 100%
• Fiber Distribution 100%
• Heterogeneous Mechanical Properties 100%
• Nonlinear Mechanical Properties 100%
• Fibre Realignment 100%
• Tensile Loading 100%
• Longitudinal Tensile 100%
• Tendon 50%
• Mechanical Properties 16%
• Extracellular Matrix 16%
• Soft Tissue 16%
• Treatment Strategy 16%
• Histological Grade 16%
• Rotator Cuff 16%
• Structure Function 16%
• Tendon Injury 16%
• Mechanical Microenvironment 16%
• Organizational Behavior 16%
• Collagen Fibers 16%
• Fiber Organization 16%
• Polarized Light 16%
• Fiber Alignment 16%
• Mechanical Parameters 16%
• Low Stiffness 16%
• Tensile Mechanical Properties 16%
• Tendon Properties 16%
• Toe Region 16%
• Fiber Architecture 16%
• Nonlinear Stress-strain Relationship 16%
• Nonlinear Behavior 16%
• Complex Loading 16%
• Light Techniques 16%
• Mechanical Properties Distribution 16%

Engineering

• Tensiles 100%
• Supraspinatus 100%
• Mechanical Environment 16%
• Stress-Strain Relations 16%
• Structure Function 16%
• Fiber Alignment 16%
• Polarized Light 16%
• Function Relationship 16%
• Nonlinear Behavior 16%
• Fibers Mechanical Property 16%
• Rigidity 16%

Material Science

• Stress-Strain Relations 100%