Fatigue Capacity of FPSO Structures

Author:

Bergan Pål G.1,Lotsberg Inge1

Affiliation:

1. DNV, Oslo, Norway

Abstract

This paper presents an overview of a joint industry project, addressing the problem of fatigue capacity of FPSOs (FPSO=ship shaped structures used for floating production storage and offshore loading). Spectral methods are becoming standard methodology for fatigue assessments of FPSOs. This methodology is well suited to numerical methods in combination with finite element representation of the global structure and structural details for response analyses. A proper link between calculated stress and fatigue capacity is required in order to achieve a reliable design. The project has generated significant amounts of numerical data as well as laboratory fatigue test data of typical ship details to improve the design basis for this. An overview of this project together with some links to the main results and recommendations from this project will be presented in this paper.

Publisher

ASME International

Subject

Mechanical Engineering,Ocean Engineering

Reference55 articles.

1. Vughts, J. H., and Kinra, R. K., 1976, “Probabilistic Fatigue Analysis of Fixed Offshore Structures,” Offshore Technology Conference, Houston, OTC Paper No. 2608.

2. Kinra, R. K., and Marshal, P. W., 1979, “Fatigue Analysis of the Cognac Platform,” Offshore Technology Conference, Houston, OTC Paper No. 3378.

3. Sherf, I., and Tuestad, T., 1987, “Fatigue Design of the Oseberg Jacket Structure,” OMAE, Houston.

4. Yoneya, T., Kumano, A., Yamamoto, N., and Shigemi, T., 1993, “Hull Cracking of Very Large Ship Structures,” IOS’93.

5. Fatigue Design Rules for Welded Steel Joints;Gurney;The Welding Institute Research Bulletin.

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