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Toughness requirements for steels : an international compendium /
This compendium, compiled by two senior engineers from TWI, draws together information from more than 150 individual specifications, covering national, international and industrial toughness requirements for ferritic materials. It covers applications such as pressure vessels, storage tanks, offshore...
| Clasificación: | Libro Electrónico |
|---|---|
| Autores principales: | , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Cambridge, England :
Abington Publishing,
�1993.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Toughness Requirements for Steels: An International Compendium; Copyright Page; Table of Contents; NOMENCLATURE; SUMMARY; CHAPTER 1. INTRODUCTION; 1.1. Scope of Compendium; 1.2. Organisation of Compendium; CHAPTER 2. GENERAL APPROACHES FOR FRACTURE CONTROL; 2.1. Quality Control Based Toughness Requirements; 2.2. Fracture Assessment Based Toughness Requirements; CHAPTER 3. TEMPERATURE TRANSITION EFFECTS; 3.1. Factors which Influence the Temperature Transition Curve; CHAPTER 4. TOUGHNESS REQUIREMENTS IN INDUSTRY; 4.1. Pressure Vessel Toughness Requirements
- 4.2. Pipeline Toughness Requirements43. Fixed Offshore Toughness Requirements; 4.4. Mobile Offshore Units and Shipping Toughness Requirements; 4.5. Petrochemical Plant Toughness Requirements; 4.6. Bridge Toughness Requirements; 4.7. Materials and Welding Consumable Toughness Requirements; 5. SUMMARY AND CONCLUSIONS; 6. ACKNOWLEDGEMENTS; 7. REFERENCES; Figures; COMPENDIUM CODE TOUGHNESS REQUIREMENTS; SECTION A: PRESSURE VESSEL TOUGHNESS REQUIREMENTS; A.1. ASME lll RULES FOR CONSTRUCTION OF NUCLEAR POWER PLANT COMPONENTS (1989 (1))
- A.2. ASME VIII RULES FOR CONSTRUCTION OF PRESSURE VESSELS (1989 (2))A.3. ASME lll APPENDIX G (PROTECTION AGAINST NON-DUCTILE FAILURE) (1989 (3)); A.4. ASME XI APPENDIX A (ANALYSIS OF FLAWS) (1989 (5)); A.5. ASME XI APPENDIX G (FRACTURE TOUGHNESS CRITERIA FOR PROTECTION AGAINST FAILURE) (1989(6)); A.6. AMERICAN PETROLEUM INSTITUTE (7); A.7. PVRC RECOMMENDATIONS ON TOUGHNESS REQUIREMENTS FOR FERRITIC MATERIALS (1972, (8)); A.8. AUSTRALIAN STANDARDS (9); A.9. AUSTRIAN FEDERAL STATUTE: MATERIALS AND CONSTRUCTION REGULATIONS FOR STEAM BOILERS (1949, AMENDED 1979 (10))
- A.10. FRENCH CODE FOR THE CONSTRUCTION OF UNFIRED PRESSURE VESSELS CODAP (1980, REVISED 1984, (11))A.11. GERMAN PRESSURE VESSEL CODE (12); A.12. ICI E354C, SPECIFICATION FOR PRESSURE VESSELS (1979, (13)); A.13. BS5500, SPECIFICATION FOR UNFIRED FUSION WELDED PRESSURE VESSELS (1991, (14)); A.14. JAPANESE INDUSTRIAL STANDARD, JIS B 8243-1981, CONSTRUCTION OF PRESSURE VESSELS (1981, (15)); A.15. DUTCH RULES FOR PRESSURE VESSELS: SHEET NO. 110 (1975, REVISED 1983, (16)); A.16. THE NORWEGIAN PRESSURE VESSEL COMMITTEE, GENERAL RULES FOR PRESSURE VESSELS (1978, (17))
- A.17. THE SWEDISH PRESSURE VESSEL CODE (SUPERSEDED) (1977, (18))A.18. ECISS/TC22 N52, FRACTURE TOUGHNESS CONCEPT OF THE SWEDISH PRESSURE VESSELS CODE (1989, (19)); SECTION B: PIPELINE AND TUBE TOUGHNESS REQUIREMENTS; B.1. AMOCO (1990, (20)); B.2. BRITISH GAS, AISI, BATTELLE (1990 (21)); B.3. AMERICAN PETROLEUM INSTITUTE (7); B.4. AUSTRALIAN STANDARDS (9); B.5. BS4515: SPECIFICATION FOR WELDING OF STEEL PIPELINES ON LAND AND OFFSHORE (1984 (24)); B.6. CANADIAN STANDARDS (25); B.7. DET NORSKE VERITAS: RULES FOR SUBMARINE PIPELINE SYSTEMS, NORWAY (1981, (26))