Gas Turbines 2010
DOI: 10.5772/10213
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Life Prediction of Gas Turbine Materials

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Cited by 9 publications
(12 citation statements)
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“…В работе [4] приведены экспериментальные данные по изотермическому и неизотермическому деформированию сплава IN738LC. Скорость деформации в процессе циклического деформирования при обоих типах нагружения оставалась постоянной и составляла 2 • 10 −5 с −1 .…”
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“…В работе [4] приведены экспериментальные данные по изотермическому и неизотермическому деформированию сплава IN738LC. Скорость деформации в процессе циклического деформирования при обоих типах нагружения оставалась постоянной и составляла 2 • 10 −5 с −1 .…”
Section: =1unclassified
“…Первый полуцикл -полуцикл сжатия как в изотермическом, так и в неизотермическом случаях. Кривые деформирования материала получены на основе работ [4][5][6] для температур 20, 750, 850, 950 ∘ C (рис. 2).…”
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“…Therefore, the stability of intercolony phases during exposure to elevated temperature and stress such as those exhibited during high temperature creep may play a crucial role in the overall time to rupture. Also, since the load is carried principally by the grain boundary region, the additional loss of well interlocked lamellar grains due to intercolony phase coarsening may promote the acceleration of grain boundary damage accumulation leading to earlier rupture times [151]. Additionally, within the colonies themselves, longitudinal and lateral dissolution of individual laths, as well as the coarsening of interfacial particles may reduce the effectiveness of blocking dislocation emission and motion leading to reduced creep performance.…”
Section: Tertiary Creep and Deformed Microstructures At Rupturementioning
confidence: 99%