Crack growth based probability modeling of S-N response for high strength steel

Keyphrases

• Challenging Problems 50%
• Crack Growth 100%
• Crack Growth Simulation 50%
• Current Analysis 50%
• Distinct Mechanism 50%
• Early Growth 50%
• Fatigue Crack 50%
• Fatigue Life Prediction 50%
• Gigas 50%
• High Strength Steel 100%
• Internal Exclusion 50%
• Long-term Operating 50%
• Manufacturing Properties 50%
• Material Properties 50%
• N Response 100%
• Nucleation Growth 50%
• Nucleation Site 50%
• Operating Conditions 50%
• Probability Model 100%
• Residual Stress 50%
• S-N Data 50%
• Specimen Preparation 50%
• Stress-induced 50%
• SUJ2 Steel 50%
• Surface Damage 50%

Engineering

• Crack Growth 100%
• Damage Surface 33%
• Fatigue Crack 33%
• Fatigue Life Prediction 33%
• High Strength Steels 100%
• Induced Residual Stress 33%
• Internals 66%
• Nucleation Site 33%
• Specimen Preparation 33%

Material Science

• Crack Growth 100%
• Fatigue Crack 33%
• Fatigue of Materials 33%
• High Strength Steels 100%
• Materials Property 33%
• Nucleation 66%
• Residual Stress 33%
• Specimen Preparation 33%
• Surface Damage 33%