Effects of the Environment on the Initiation of Crack GrowthWilliam Alan Van der Sluys, Robert S. Piascik, Robert Zawierucha ASTM International, 1997 - 302 pagina's |
Inhoudsopgave
THE ROLE OF STRESSASSISTED LOCALIZED CORROSION IN THE DEVELOPMENT OF SHORT FATIGUE CRACKS | 3 |
PITTING CORROSION AND FATIGUE CRACK NUCLEATION | 18 |
INITIATION OF STRESSCORROSION CRACKING ON GAS TRANSMISSION PIPING | 34 |
ON THE REQUIREMENT FOR A SHARP NOTCH OR PRECRACK TO CAUSE ENVIRONMENTALLY ASSISTED CRACK INITIATION IN β TI... | 60 |
CORROSIONFATIGUE CRACK NUCLEATION IN ALCLAD 2024T3 COMMERCIAL AIRCRAFT SKIN | 74 |
EFFECT OF PRIOR CORROSION ON THE SN FATIGUE PERFORMANCE OF ALUMINUM SHEET ALLOYS 2024T3 AND 2524T3 | 89 |
INFLUENCE OF A MIXED NITRATE SOLUTION ON THE INITIATION AND EARLY GROWTH OF STRESS CORROSION CRACKS IN A LO... | 105 |
ENVIRONMENTALLY ASSISTED CRACKING OF 35NICRMOV LOW ALLOY STEEL UNDER CYCLIC STRAINING | 120 |
STRAIN ENERGY DENSITY DISTANCE CRITERION FOR THE INITIATION OF STRESS CORROSION CRACKING OF ALLOY X750 | 167 |
MOLECULAR MODELING OF CORROSIVE ENVIRONMENTS IN CRACKS | 182 |
INTERACTIVE EFFECT OF DYNAMIC STRAIN AGEING WITH HIGH TEMPERATURE WATER ON THE CRACK INITIATION BEHAVIOUR ... | 198 |
EFFECTS OF STRAIN RATE CHANGE ON FATIGUE LIFE OF CARBON STEEL IN HIGHTEMPERATURE WATER | 216 |
EFFECTS OF TEMPERATURE AND DISSOLVED OXYGEN CONTENTS ON FATIGUE LIVES OF CARBON AND LOW ALLOY STEELS IN L... | 232 |
EVALUATION OF EFFECTS OF LWR COOLANT ENVIRONMENTS ON FATIGUE LIFE OF CARBON AND LOWALLOY STEELS | 247 |
CORROSION FATIGUE BEHAVIOR AND LIFE PREDICTION METHOD UNDER CHANGING TEMPERATURE CONDITION | 267 |
ADVANCES IN ENVIRONMENTAL FATIGUE EVALUATION FOR LIGHT WATER REACTOR COMPONENTS | 282 |
CRACK INITIATION IN LOW ALLOY STEEL IN HIGH TEMPERATURE WATER | 135 |
A PROCESS MODEL FOR THE INITIATION OF STRESSCORROSION CRACK GROWTH IN BWR PLANT MATERIALS | 150 |
AUTHOR INDEX | 298 |
| 301 | |
Overige edities - Alles bekijken
Effects of the Environment on the Initiation of Crack Growth William Alan Van der Sluys,Robert S. Piascik,Robert Zawierucha Geen voorbeeld beschikbaar - 1997 |
Veelvoorkomende woorden en zinsdelen
alloy alloy steel applied stress ASME ASTM International average crack behavior calculated carbon steel charge transfer conducted corrosion fatigue corrosion fatigue crack corrosion pits crack depth crack growth rate crack initiation crack length crack propagation crack spacing crack tip curve cyclic decrease dense patches dissolved oxygen effect of strain environmental effects equation evaluation failure fatigue crack growth fatigue lives fatigue tests Figure fracture mechanics grain heat treatment high temperature water Higuchi hydrogen increase interactions Light Water Reactor load set pair low-alloy steels magnetite maximum method microcracks observed P-value parameters pipe pipeline pit growth pitting corrosion potential precracked predicted Pressure Vessel range SCC initiation shown in Fig shows slow strain rate strain amplitude strain rate Stress Corrosion Cracking stress intensity factor sulfur Table tensile thickness threshold Turbine roll water environment Δε µS/cm