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DAMAGE TO STRUCTURES BY HIGH-CYCLE FATIGUE
Fatigue & Fracture of Engineering Materials and Structures, 1982— The paper shows the practical significance of theoretical studies of fatigue crack propagation in real structures, and a comparison of the results of fracture mechanics theory with the actual failure mode of structures. It follows from these conclusions that neither the influence of the magnitude and complexity of structure, nor that of the random ...
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Small Cracks and High-Cycle Fatigue
Aerospace, 1996Abstract The problem of high-cycle fatigue (HCF) failures that has recently plagued the aircraft jet-engine industry is associated with the rapid growth of small defects under the action of high-frequency vibrational or resonant loading; such defects have been associated with regions of microstructural damage attributed to such processes
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Fatigue resistance in a very high-cycle region
2005A very high cycle fatigue regime (i.e. from 107 to 109 cycles) is attracting ever increasing attention for its industrial importance. Significant efforts have been recently devoted to material characterization and improvement of test methods. Original fatigue results in the very high cycle regime obtained with two high-strength materials, a martensitic
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