Practical use of defect assessment procedures for industrial component integrity assessment, Materials at High Temperatures

Engineering

• Fracture Strength 100%
• Impact Energy 80%
• Fracture Resistance 60%
• Outages 40%
• Remaining Life 40%
• Crack Tip Opening Displacement 40%
• Electrode Wire 40%
• Charpy 40%
• J-Value 40%
• Charpy Impact Test 40%
• Correlation Method 20%
• Low-Temperature 20%
• Case Scenario 20%
• Crack Depth 20%
• Temperature Plant 20%
• Defect Size 20%
• Surface Crack Length 20%
• Side Wall 20%
• Superheater 20%
• Fatigue Crack Growth 20%
• Illustrates 20%
• Plant Component 20%
• Creep Crack Growth 20%
• Duplex Stainless Steel 20%

INIS

• assessments 100%
• defects 100%
• vessels 41%
• failures 33%
• diagrams 33%
• values 25%
• energy 25%
• fractures 25%
• welds 25%
• cracks 25%
• depth 16%
• size 16%
• repair 16%
• probabilistic estimation 16%
• engineers 16%
• wires 16%
• electrodes 16%
• impact tests 16%
• fracture toughness 16%
• outages 16%
• united kingdom 8%
• evaluation 8%
• surfaces 8%
• walls 8%
• correlations 8%
• algorithms 8%
• creep 8%
• length 8%
• fatigue 8%
• crack growth 8%
• management 8%
• monitoring 8%
• mitigation 8%
• gain 8%
• recommendations 8%
• high pressure 8%
• high temperature 8%
• stainless steels 8%
• low temperature 8%
• superheaters 8%
• correlation energy 8%
• seam welds 8%

Material Science

• Fracture Toughness 100%
• Failure Assessment Diagrams 80%
• Impact Testing 40%
• Crack Tip Opening Displacement 40%
• Duplex Stainless Steel 20%
• Creep Crack Growth 20%
• Fatigue Crack Growth 20%
• Surface Crack 20%