The Effect on Fatigue Crack Growth Under Spectrum Loading of an Imposed Placard “G” Limit

Author:

WALKER K.,GRANDT A.F.

Publisher

Elsevier

Reference16 articles.

1. Mann, J.Y., A.S. Machin, W. F. Lupson, and R. A. Pell, “The use of interference fit bolts or bushes and hole cold expansion for increasing the fatigue life of thick section aluminium alloy bolted joints”, Structures Note 490, Defence Sciences and Technology Organization, Aeronautical Research Laboratories, Melbourne Australia, 1983.

2. Mann, J.Y., A.S. Machin, and R.A.Pell, “Fatigue crack propagation in Mirage 111 wing main spar specimens and the effects of spectrum truncation on life”, Structures Report 405, Defence Sciences and Technology Organization, Aeronautical Research Laboratories, Melbourne Australia, 1983.

3. “Damage and g exceedences during Mirage aircraft placarding”, Report No.AA619, Commonwealth Aircraft Corporation, Melbourne Australia, 1983.

4. Grandage, J.M., “A rationale for the safe operation of an aircraft fleet having known cracks in the primary structure”, The proceedings of the International Committee on Aeronautical Fatigue, Pisa, Italy, 22–24 May 1985, pp 495–509.

5. “Fatigue crack delay and arrest due to single peak tensile overloads”;Probst;AIAA Journal,1974

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