Comprehensive Structural Integrity: Cyclic loading and fatigueI. Milne, Robert O. Ritchie, B. L. Karihaloo Elsevier, 2003 - 10 Seiten |
Inhalt
CHChapter 401 Cyclic Deformation Crack Initiation and Lowcycle Fatigue | 1 |
CHChapter 402 High and Ultrahigh Cycle Fatigue | 41 |
CHChapter 403 Local Strain Approach to Fatigue | 77 |
CHChapter 404 Fatigue Crack Propagation | 95 |
CHChapter 405 Small Fatigue Cracks | 129 |
Mechanistic Models | 165 |
Dislocation Models | 191 |
Numerical Models | 209 |
CHChapter 411 Fretting Fatigue | 281 |
CHChapter 412 Hightemperature Fatigue | 327 |
CHChapter 413 Corrosion Fatigue | 345 |
CHChapter 414 Fatigue of Brittle Materials | 359 |
CHChapter 415 Fatigue of Polymers | 389 |
CHChapter 416 Fatigue of Composite Materials | 405 |
CHChapter 417 Fatigue of BiomaterialsBiomedical Systems | 443 |
Silicon Films | 467 |
CHChapter 409 Multiaxial Fatigue | 221 |
CHChapter 410 Fatigue Under Variable Amplitude Loading | 253 |
Practical Applications and Failure Analyses | 489 |
513 | |
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Comprehensive Structural Integrity Ian Milne,R. O. Ritchie,B.L. Karihaloo Keine Leseprobe verfügbar - 2003 |
Häufige Begriffe und Wortgruppen
amplitude analysis applied stress ASTM ASTM STP Burgers vector ceramics components composite composite materials constant crack closure crack growth rate crack length crack nucleation crack opening crack propagation rate crack tip creep curve cyclic loading cyclic plastic da/dN dislocation effect elastic Equation experimental fatigue crack growth fatigue crack propagation fatigue damage fatigue failure fatigue limit fatigue strength fiber Fract fracture mechanics fracture surface fretting fatigue grain boundary inclusions Kmax large cracks material matrix maximum mean stress Mech Metall microstructural mode multiaxial Murakami notch nucleation number of cycles Ohtani oxide parameter plane plastic deformation plastic zone Polák polycrystalline silicon polymers prediction R. O. Ritchie ratio S-N curve shear stress short crack shown in Figure silicon single crystals slip bands small cracks small fatigue cracks specimen stress amplitude stress concentration stress intensity factor stress-strain structure Suresh Tanaka temperature tensile threshold tion weld