Effects of hot water and holds on fatigue of stainless steel

Keyphrases

• Accuracy Improvement 50%
• Atom Diffusion 50%
• Circuit Component 50%
• Cyclic Strain 50%
• Design Curves 50%
• Elevated Temperature 50%
• Environment Services 50%
• Environmental Temperature 50%
• Fatigue Assessment 100%
• Fatigue Damage 50%
• Fatigue Performance 50%
• Fatigue Test 50%
• Hot Water 100%
• Interstitial Atoms 50%
• Laboratory Samples 50%
• Loading Pattern 50%
• Low Temperature 50%
• Material Effect 50%
• Material Fatigue 50%
• Niobium 50%
• Non-destructive Testing 50%
• Pressurizer 100%
• Primary Circuit 50%
• Primary Coolant 50%
• PWR Water 50%
• Radiation Dose 50%
• Rate-controlling 50%
• Reliability Level 50%
• Service Loading 50%
• Short Lifetime 50%
• Slow Strain Rate 50%
• Specimen Data 50%
• Stainless Steel 100%
• Steady-state Operation 50%
• Steel Type 50%
• Strain Control 50%
• Surge Line 50%
• Temperature Effect 50%
• Temperature Loading 50%
• Thermal Activation Energy 50%
• Thermal Gradient 50%
• Thermodynamic Prediction 50%
• Transferability 50%
• Water Chemistry 50%
• Water Environment 50%
• Water Services 50%
• Water Temperature 50%

Engineering

• Activation Energy 33%
• Cyclic Strain 33%
• Direct Strain 33%
• Elevated Temperature 33%
• Environment Temperature 33%
• Experimental Result 33%
• Fatigue Assessment 66%
• Fatigue Damage 33%
• Fatigue Performance 33%
• Fatigue Resistance 33%
• Hot Water 100%
• Interstitial Atom 33%
• Low-Temperature 33%
• Mechanical Fatigue Test 33%
• Non-Destructive Testing 33%
• Nuclear Power Plant 100%
• Pressuriser 66%
• Primary Circuit 33%
• Primary Coolant 33%
• Propose Method 33%
• Stainless Steel 100%
• State Operation 33%
• Strain Rate 33%
• Surge Line 33%
• Test Data 33%
• Thermal Gradient 33%
• Transients 33%
• Water Chemistry 33%

INIS

• accuracy 14%
• activation energy 14%
• assessments 28%
• atoms 14%
• cost 14%
• curves 14%
• damage 14%
• data 57%
• design 14%
• diffusion 14%
• environment 14%
• fatigue 100%
• hardening 14%
• hot water 100%
• inspection 14%
• interstitials 14%
• iron nitrides 28%
• laboratories 28%
• levels 14%
• loading 14%
• niobium 14%
• nondestructive testing 14%
• nuclear power plants 42%
• performance 14%
• personnel 14%
• prediction 14%
• pressurizers 28%
• primary coolant circuits 14%
• pwr type reactors 28%
• radiation doses 14%
• relaxation 14%
• reliability 14%
• solids 14%
• specifications 14%
• sprays 14%
• stainless steels 100%
• steady-state conditions 14%
• steels 28%
• strain rate 14%
• strains 28%
• surges 14%
• temperature dependence 14%
• thermal gradients 14%
• thermodynamics 14%
• time dependence 14%
• transients 14%
• vacancies 14%
• water 42%
• water chemistry 14%