ssc-367 - Ship Structure Committee

7.19 Niemi, E.J., “FatigueTests on Butt and Fillet Welded Joints
Under VariableAmplitude Loading,” Paper No. 8, International
Conference on Fatigue of Welded Constructions, Brighton,
England, 7-9 April 1987.
7.20 Gerald, J. et al, “Comparison of European Data on Fatigue
Under Variable Amplitude Loading,” Paper TS48 of the Third
International ECSC Offshore Conference on Steel Marine
Structures (SIMS 87), Delft, Netherlands, 1987.
7.21 Trufiakov, V.I., and Kovalchuk, V.S., “The Estimation of the
Fatigue Crack Propagation Rate Under Bicyclic Loading,U IIW
Document X111-1139-84, 1984.
7.22 Gurney, T.R., “The Influence of Spectrum Shape on Cumulative
Damage of Plateswith FilletWelded EdgeAttachments,‘Welding
InstituteReports7816.03/86/495.2, 1987 and 7920.01/87/555.1
7.23 Wirsching, P.H., “Digital Simulation of Fatigue Damage in
Offshore Structures,” Computational Method for Offshore
Structures, H. Armen and S.G. Stiansen, Editors, ASME, 1980.
7.24 Chen, Y.N. and Mavrakis, S.A., ‘Close Form Spectral Fatigue
Analysis for Compliant Offshore Structures,” Journal of Ship
Research.
7.25 Morgan, H.G., “Interaction of Multiple Fatigue Cracks”,
InternationalConference on Fatigue of Welded Constructions,
Paper No. 35, Brighton, England, April 1987.
7.26 Dobson, W.G., Broderick, R.F., Wheaton, J.W., Giannotti,
J. and Stambaugh, K.A., “Fatigue Considerations in View of
Measured Spectra,” Ship Structures ConnnitteeReport SSC-315,
1983.
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