The applicability of linear elastic fractures mechanics to predict crack growth at elevated temperatures is investigated. The interactive effects of stress, temperature, time, and environment on the crack growth of an advanced gas turbine disk alloy, IN-100, are described with an interpolative empirical model based on the hyperbolic sine. (DePo)
Application of fracture mechanics at elevated temperatures
Bruchmechanik bei hohen Temperaturen
US Government Reports ; Apr ; 1-66
1977
66 Seiten
Report
Englisch
Cumulative damage fracture mechanics at elevated temperatures
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