References
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- American Petroleum Institute (1988) Calculation of heater-tube thickness in petroleum refineries Recommended Practice 530, 3rd edn, Washington DC, September 1988.
- National Research Institute for Metals, Creep Data Sheets 3B (2.25Cr 1Mo Tubes) and 11A (2.25CrIMo Plate). Various revisions, Tsukuba.
- American Society for Testing Materials (1953) Report on the elevated temperature properties of chromium-molybdenum steels, Special Technical Publication 151, Philadelphia, PA, October 1953.
- American Society for Testing Materials (1971) Supplementary report on the elevated temperature properties of chromium-molybdenum steels. Data Series Publication DS 6S2, Phila-delphia, PA.
- International Organization for Standardization (1978) Summat/ of average stress rupture properties of wrought steels for boilers and pressure vessels. ISO/DATA 1-1978 (E), Switzer-land.
- Larson, ER. and Miller, J. (1952) A time-temperature relation-ship for rupture and creep stress. Trans ASME, 74, 756.
- Barraclough, D. R., Hamm, C. D. and Plastow, B. (1984) Creep rupture equations for use in life assessment calculations based on ISO (1978) data. CEGB report NWR/SSD/84/006/R, Harrogate, UK, January 1984.
- Deutsches Institut fdr Normung (1992) Weldable heat-resisting steel forgings and rolled or forged steel bars. DIN Standard EN 10 028 (formerly DIN 17 155, June 1989), Berlin, December 1992.
- Deutsches Institut fir Normung (1979) Seamless tubes of heat resistant steels. DIN Standard 17 175, Berlin, May 1979.
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- International Organization for Standardization (1981) Pressure vessel steels not included in IS02604, Parts 1-6 — derivation of long-time stress-rupture properties. ISO 6303, Switzerland.
- Brear, J. M., D'Angelo, D., Seco, F. J. and Tack, A. J. (1993) Mechanistic creep models for 2.25CrMo welds and parent metal. ERA European Conf “Life Assessment of Industrial Components and Structures', Paper 4.3, Cambridge, October 1993.
- American Petroleum Institute (2000) Fitness-for-service. Recommended Practice 579, 1st edn, Washington DC, January 2000.
- Penny, R. K. and Marriott, D. L. (1995) Design for Creep, Chapman & Hall, London.
- Monkman, EC. and Grant, N. J. (1956) An empirical relation-ship between rupture life and minimum creep rate. Proc. ASTM Quart., 56, 593–605.
- Central Electricity Generating Board (1985) The Control of Fireside Corrosion. CEGB Report, 4th edn, London.