Page 395 - Marine Structural Design

Chapter 19 Simplified Fatigue Assesment 371

19.8 References

1. ABS (ZOOO), “Guide for Building and Classing Floating Production Installations”,
American Bureau of Shipping.
2. ABS (2002), “Rule for Building and Classing Steel Vessels”, American Bureau of
Shipping.
3. Almar-Naess, A. (1985), “Fatigue Handbook, Offshore Steel Structures”, Tapir, Norway.
4. API (2001), “Recommendations for Planning, Designing and Constructing Fixed
Offshore Platforms”, API Recommended Practice 2A (RP 2A), 2 1st Edition, American
Petroleum Institute.
5. Bea, R. G., Cramer, E., Schulte-Strauthaus, R., Mayoss, R., Gallion, K., Ma, K.T.,
Holzman, R. and Demsetz, L. (1995), “Ship’s Maintenance Project”, Conducted at
University of California, Berkeley for U.S. Coast Guard/Ship Structure Committee
(SSC), SSC-386.
6. BV (1998), “Fatigue Strength of Welded Ship Structures I’, Bureau Veritas.
7. Cheung, M.C. & Slaughter, S.B. (1998), “Inner Bottom Design Problems in Double-Hull
Tankers”, Marine Technology, April.
8. Clauss, G., Lehmann, E. and Ostergaard, C. (1994), “Offshore Structures, Vol. I. -
Strength and Safety for Structural Design”, Springer-Verlag.
9. DNV (2000), “RP-(2203, Fatigue Strength Analysis of Offshore Steel Structures”, Det
Norske Veritas.
10. Glasfeld, R., Jordan, D., Kerr, M., and Zoller, D. (1977), “Review of Ship Structural
Details”, Ship Structure Committee Report SSC-226.
11. IACS (1994): “Bulk Carriers - Guidelines for Surveys, Assessment and Repair of Hull
Structure”, International Association of Classification Societies.
12. Luyties, W.H. and Stoebner, A.M. (1998), “The Use of API Simplified Fatigue Design
Methodology for Gulf of Mexico Structures”, OTC 8823.
13. Ma, K.T. (1998), “Tanker Inspection and a Risk-Based Approach”, Proceedings of
ISOPE98, International Offshore and Polar Engineering Conference, Montreal.
14. Ma, K.T., Srinivasan, S., Zhang, H., Healy, B. and Peng, H. (2000), “Developing Design
Criteria for Connections around Cutout (Slot) Openings”, SNAME Transactions, pp.
227-248.
15. Munse, W.H., Wibur, T.W., Telalian, M.L., Nicol, K., and Wilson, K. (1983), “Fatigue
Characetrization of Fabricated Ship Details for Design”, Ship Structure Committee
Report SSC-318.
16. Yoneya, T., Kumano, A., Yamamoto, N. and Shigemi, T. (1993), “Hull Cracking of
Very Large Ship Structures”, Integrity of Offshore Structures - 5.
17. Zhao, CT, Bai, Y and Shin Y. (2001), “Extreme Response and Fatigue Damages for
FPSO Structural Analysis”, Proc. of ISOPE’2001.
18. Wirsching, P.H. and Chen Y.N. (1987), “Fatigue Design Criteria for TLP Tendons”, J.
Structural Engineering, ASCE, Vol. 113 (7).