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2 |
Dorr. T., Hilpert. M., Bechmerhagen. P., Kiefer. A., and Wagner. L., "Influence of Shot Peening on Fatigue Performance of High-Strength Aluminium and Magnesium Alloys," The 7th ICSP, 1999, pp.153-160
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3 |
Drechsler. A., Kiese. J., and Wagner. L., "Effects of Shot Peening and Roller-burnishig on Fatigue Performance of Various Titanium Alloys," The 7th ICSP, 1999, pp.145-152
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4 |
Iida. K., "Dent and Affected Layer Produced by Shot Peening," The 2nd ICSP, 1984, pp.283-292
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5 |
Al-Hassani., S.T.S., "Mechanical Aspects of Residual Stress Development in Shot Peening," The 4th ICSP, 1990, pp.583-602
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6 |
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7 |
Eckersley, J. S., "Shot Peening Plays a Vital Roll in Rejuvenation of Aging Aircraft," Shot Peening Theory and Application, Institute for Industrial Technology Transfer International, 1991, pp.241-255
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8 |
Bergstron. J., and Ericsson. T., "Relaxation of Shot Peening Induced Compressive Stress During Fatigue of Notched Steel Samples," The 2nd ICSP, 1984, pp.241-248
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9 |
Aoki, H., Nagashima. E., and Miura. T., "Effect of Shot Peening Conditions on Fatigue Strength of Carburized Steel," The 4th ICSP, 1990, pp.513-518
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