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Extra info for Elevated-Temp Ferritic, Martensitic Steels - Applications to Future Nuclear Reactors
However, because of sigmoidal creep-rupture curves, extrapolation of the data to proposed structure lifetimes (>300,000 h) is fraught with difficulties. Longtime (>100,000 h) data for the new steels is urgently needed to resolve these uncertainties. 4 CREEP MECHANISMS In the above discussion on creep of the high-chromium tempered martensitic steels, a creep mechanism was not generally identified, although a power-law mechanism was implied. In most of the referenced papers, mechanisms are rarely discussed, but it appears that power-law creep controlled by a dislocation-climb or dislocation-climb-plusglide mechanism is generally implied, if not specifically stated.
Barnes, Microstructural Stability of Creep Resistant Alloys for High Temperature Plant Applications, eds. A. Strang, J. Cawley, and G. W. Greenwood, The Institute of Materials, London, 339-360, 1998. 82. J. Orr and L. Woollard, Microstructural Development and Stability in High Chromium Ferritic Power Plant Steels, eds. A. Strang and D. J. Gooch, The Institute of Materials, London, 53-72, 1997. 83. K. Spiradek-Hahn, P. Nowakowski, and G. Zeiler, Proceedings of the 3rd EPRI Conference on Advanced Materials Technology for Fossil Plants, eds.
Viswanathan, W. T. Bakker, and J. D. Parker, Gomer Press, Llandysul, Ceredigion, UK, 115-124, 2001. 65. H. Naoi, M. Ohgami, Y. Hasegawa, H. Mimura, and T. Fujita, Advanced Heat Resistant Steel for Power Generation, eds. R. Viswanathan and J. Nutting, The Institute of Materials, London, 259-269, 1999. 66. R. Ishii, Y. Tsuda, M. Yamada, and M. Miyazaki, Advanced Heat Resistant Steel for Power Generation, eds. R. Viswanathan and J. Nutting, The Institute of Materials, London, 277-287, 1999. 67. W.
Elevated-Temp Ferritic, Martensitic Steels - Applications to Future Nuclear Reactors