Development of a finite element based strain accumulation model for the prediction of fatigue lives in highly stressed Ti components
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Abstract
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Research context
OpenAlex topics: Fatigue and fracture mechanics · Metallurgy and Material Forming · Microstructure and Mechanical Properties of Steels
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References (27)
Show source-provided references
1. Pickard · 1986
2. Numerical Analysis in Fatigue
3. Song · 1990 · 75
4. Durability and Damage Tolerance in Aircraft Design
5. Gao · 1990 · 37
6. Eylon · J. Met. · 1984 · 36 · 55
7. Marchive · 1989 · 455
8. Description of stress-strain curves by three parameters
9. Masing · 1926 · 332
10. Moskvitin · 1970
11. Bauschinger · Civilingeneur · 1981 · 289
12. Gusenkov · 1970
13. Schneiderovitch · Zavodskay Laboratoria · 1968 · N12 · 1476
14. Problems of Flying Vehicle Reliability
15. Birger · J. Strength Problems · 1985 · N10 · 39
16. Temis · Sverdlovsk: AS of USSR · 1986 · 100
17. Temis · Strength and Dynamic Problems of GTE · 1980 · N4 · 32
18. Plumbridge · Int. J. Fatigue · 1986 · 8 · 20910.1016/0142-1123(86)90023-X ↗
19. Low cycle fatigue of IMI 829 at room and elevatd temperatures
20. Ti-Science and Technology
21. Putchkov · 1987 · 50
22. Putchkov · J. Appl. Prob. Strength Plasticity · 1993 · N50 · 72
23. Putchkow, I.V., Paper presented at 22nd Russian Conf. on Engine Strength Problems, 135–136, Inst. of Mech. Problems, Moscow.
24. Hanstock · 1947 · 59 · 275
25. Morrow · 1965 · 45
26. Putchkov · J. Strength Prob. · 1988 · N9 · 18
27. Sherratt · J. Environ. Eng. · 1983 · N9 · 28