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20220310152603.0 |
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151212s1979#######|||||||||||||||||eng|d |
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|a 0-87170-075-1
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|a AR-CdUBP
|b spa
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|a eng
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|a Fatigue and microstructure /
|c sponsored by Materials Science Division of The American Society for Metals
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| 260 |
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|a Ohio :
|b American Society for Metals,
|c 1979
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| 300 |
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|a xii, 533 p. ;
|c 23 cm.
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|a Papers presentado en: The 1978 ASM Materials Science Seminar, 14-15 october, Missouri
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|a Incluye bibliografía
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|a Fatigue in machines and structures. Power generation. Fatigue in machines and structures. Aircraft. Fatigue in machines and structures. Ground vehicles. New techniques for detection and monitoring of fatigue damage. Mechanisms and theories of fatigue. Cyclic plastic deformation and microstructure. Fatigue-crack initiation and near-threshold crack growth. Fatigue-crack propagation theories. Hight-temperature fatigue. Environmental effects I. General fatigue resistance and crack nucleation in metals and alloys. Environmental effects II. Fatigue-crack growth in metals and allows. Fundamentals of moderm fatigue analysis for design. Control of fatigue resistance through microstructure. Ferrous alloys. Review of fatigue and fracture research on high-strength aluminum.
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|a METALES
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|a AGOTAMIENTO DE METALES
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|a 04189
|b UBP
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|c BK
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|a EBA
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|a 669
|b F269
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|c 19753
|d 19753
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