Page 188 - Practical Design Ships and Floating Structures

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Kim W. S., Kim D. H., Lee S. G. and Lee Y. K. (2001). Fatigue Strength of Load-Carrying Box Fillet
Weldment in Ship Structure. PRADS Shanghai.
Lotsberg I (2000). Background and Status of the FPSO Fatigue Capacity JIP, OTC Paper No 12144.
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Lotsberg I. ( 2001). Overview of the FPSO - Fatigue Capacity JIP. O W Rio deJaneiro.
Lotsberg I., Askheim D. O., Haavi T. and Maddox S. (2001). Full Scale Fatigue Testing of Side
Longitudinals in FPSOs. ISOPE Stavanger June.
Maddox S. (2001). Recommended Design S-N Curves for Fatigue Assessment of FPSOs. ISOPE
Stavanger.
Pisarski H. (2001): Fracture Toughness Data for Crack Initiation and Crack Arrest in FPSOs. OMAE
Rio deJaneiro.
Polezhaeva H. and Chung H. (2001): Effect of Misalignment on the Stress Concentration of a Welded
Hopper Knuckle for a Typical FPSO. OMAE Rio ddaneiro.
Rucho P. Maherault S., Chen W., Berstad A. and Sammy G. E. (2001). Comparison of Measurements
and Finite Element Analysis of Side Longitudinals. ISOPE Stavanger.
Sabel A., von Selle H. and Fricke W. (2000). Parametric SCF-Calculation for Scallops using FEM. GL
Report No FF99.188.C, July.
Ulleland T., Svensson M. and Landet E. (2001). Stress Concentration Factors in Side Shell
Longitudinals Connected to Transverse Webfiames. ISOPE Stavanger.

Figure 1: Types of Hot Spots in Welded Structures (From Fricke, 2001)