ssc-367 - Ship Structure Committee

4.12 Daidola, J.C., and Basar, N.S., ‘probabilistic Structural
Analysis of Ship Hull Longitudinal Stresses,” Ship Structure
ConunitteeReport SSC-301, 1981.
4.13 Wells, A.A., “The Waning of Fitness-for-Purpose and the
Concept of Defect Tolerance,” International Conference on
Fitness for Purpose Validation of bleldedConstructions, The
Welding Institute,Volume 1, Paper No. 33, London, 1981.
4.14 Structural Welding Code, American Welding Society, AWS D1.1,
1988.
4.15 Specifications for the Design, Fabrication and Erection of
Structural Steel for Buildings, American Institute of Steel
Construction, 1989.
4.16 Rules for Steel Ships, Oil Productionand Storage Vessels,Det
norske Veritas, Part 5, Chapter 9, 1986.
4.17 Rules for Classificationof Fixed Offshore Installations,Det
norske Veritas, January 1989.
4.18 Rules and Regulationsfor the Classificationof Fixed Ofshore
Installations, Lloyd’s Register, Part 4, Steel Structures,
July 1988.
4.19 Gurney, T.R., “The Influence of Thickness of the Fatigue
Strength of Welded Joints,” BOSS Conference, London, August
1979, Paper No. 41.
4.20 Lotsberg, I., and Anderssson, H., “Fatigue in Building Codes
Background and Applications,H Chapter 11, Fatigue Handbook -
Offshore Steel Structures, Edited by A. Almar-Naess, Tapir,
1985.
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