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Low-Cycle Fatigue with Combined Thermal and Strain Cycling
1973Test data are reported for both isothermal and nonisothermal strain cycling of a nickel-base superalloy in the temperature range from 1100 to 1700 F. The mechanical strain range for all tests was held constant while the mean strain, holdtime, and thermal cycling was varied. The results are discussed in terms of energy criterion for fatigue life.
US Lindholm, DL Davidson
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Low Cycle Fatigue of Jet Engines
SAE Technical Paper Series, 1970<div class="htmlview paragraph">The object of this paper is to create an awareness of low cycle fatigue problems, the environmental influence of operational differences on parts life, the development of rotating part life limits, life limit increase methods, and the controls required for safe operation.</div> <div class="htmlview ...
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High cycle and low cycle fatigue in ship structures
2010Ship structures are particularly prone to fatigue of material. As they sail wave loads and other cycling loads are acting on ship structural details and fatigue damage is being accumulated. Two main types of fatigue may be distinguished: high cycle fatigue, with moderate loads in big number of cycles, and low cycle fatigue, with high loads in medium ...
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