A Viscodamage Model to Simulate Both Fatigue and Static Failures in Soft Fibrous Tissue

Keyphrases

• Soft Fibrous Tissues 100%
• Static Failure 100%
• Fatigue Failure 100%
• Viscodamage 100%
• Soft Tissue 80%
• Continuum Damage Mechanics 80%
• Tears 40%
• Constitutive Model 40%
• Force Control 40%
• Steady-state Creep 40%
• Viscoelastic Model 40%
• Fatigue Damage 40%
• Cyclic Creep 40%
• Osteoarthritis 20%
• Stress Force 20%
• Strain Energy 20%
• CA Model 20%
• Repeated Exposure 20%
• Ligament 20%
• Intrinsic Limits 20%
• Loading Conditions 20%
• High-cycle 20%
• Validation Studies 20%
• Tendon 20%
• Viscoelasticity 20%
• High Magnitude 20%
• Joint Instability 20%
• Meniscus 20%
• Musculoskeletal Soft Tissue 20%
• Low-magnitude 20%
• Damage Process 20%
• Tensile Loading 20%
• Failure Model 20%
• Human Meniscus 20%
• Fatigue Loading 20%
• Constitutive Framework 20%
• Displacement Control 20%
• Constant Power Load 20%
• Energy Failure Criterion 20%
• Control Loading 20%
• Fatigue Model 20%
• Polymer Composites 20%
• Soft Biological Tissue 20%
• Creep Behavior 20%
• Damage Evolution 20%
• Viscoelastic Creep 20%
• Fatigue Data 20%
• Damage Propagation 20%
• Viscoplasticity 20%
• Repeated Application 20%
• Fatigue Injury 20%
• Pseudoelasticity 20%

Engineering

• Damage Mechanics 100%
• Fibrous Tissue 100%
• Joints (Structural Components) 50%
• Fatigue Failure 50%
• Constitutive Model 50%
• Secondary Creep 50%
• Fatigue Damage 50%
• Force Control 50%
• Limitations 25%
• Damage Process 25%
• Tensiles 25%
• Viscoelasticity 25%
• Strain Energy 25%
• Damage Evolution 25%
• Single High 25%
• Conventional Material 25%
• Loading Condition 25%
• Biological Tissue 25%
• Intrinsic Property 25%
• Failure Criterion 25%
• Repeated Application 25%
• Viscoelastic Damage Model 25%
• Repeated Exposure 25%
• Fatigue Loading 25%
• Creep Stage 25%
• Failure Model 25%
• Fatigue Model 25%
• Static Model 25%
• Damage Propagation 25%
• Mechanic Model 25%
• Polymer 25%

Material Science

• Damage Mechanics 100%
• Secondary Creep 50%
• Fatigue Damage 50%
• Pseudoelasticity 25%
• Viscoelasticity 25%
• Damage Evolution 25%
• Creep Stage 25%
• Creep Property 25%
• Viscoplasticity 25%
• Polymer 25%