Numerical Simulation of the Frequency Dependence of Fatigue Failure for a Viscoelastic Medium Considering Internal Heat Generation

Keyphrases

• Numerical Simulation 100%
• Resin 100%
• Fatigue Failure 100%
• Frequency Dependence 100%
• Viscoelastic Medium 100%
• Internal Heat Generation 100%
• Temperature Rise 66%
• Fatigue Behavior 66%
• Inelastic Deformation 66%
• Damage Progression 66%
• Loading Frequency 66%
• Temperature Elevation 66%
• Dissipated Energy 66%
• Recoverable Strain 66%
• Cyclic Loading 33%
• Number of Cycles 33%
• CFRP Laminates 33%
• Simulation Framework 33%
• Resin Matrix 33%
• Energy Dissipation Rate 33%
• Low Pt Loading 33%
• Strong Connections 33%
• Cyclic Behavior 33%
• Temperature Accumulation 33%
• Accurate Modeling 33%
• Thermal State 33%
• Temperature-dependent Fatigue 33%
• Fatigue Life Prediction 33%
• Fatigue Simulation 33%
• Systemability 33%
• Temperature Damage 33%

Engineering

• Temperature Rise 100%
• Fatigue Failure 100%
• Fatigue Behavior 100%
• Progression 100%
• Loading Frequency 100%
• Internal Heat Generation 100%
• Cyclic Loading 50%
• Energy Dissipation 50%
• Resin Matrix 50%
• Frequency Increase 50%
• Fatigue Life Prediction 50%
• Release Heat 50%
• Thermal State 50%

Material Science

• Fatigue Behavior 100%
• Fatigue of Materials 50%