Steel in marine structures : proceedings of the 3rd International ECSC Offshore Conference on Steel in Marine Structures (SIMS'87), Delft, The Netherlands, June 15-18, 1987
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Bibliographic Information
Steel in marine structures : proceedings of the 3rd International ECSC Offshore Conference on Steel in Marine Structures (SIMS'87), Delft, The Netherlands, June 15-18, 1987
（Developments in marine technology, 3）
Elsevier, 1987
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Includes index
Description and Table of Contents
Description
This volume contains the results of the third phase (1981 - 1987) of a research programme on the in-service behaviour of welded marine structures under fatigue and corrosion fatigue loading. The programme was undertaken in six EEC countries (Denmark, France, Germany, Italy, The Netherlands, United Kingdom) in close association with similar work being undertaken in Norway and Canada. In all, more than 40 research laboratories have been involved in an overall collaboration aimed at generating information relevant to the performance of offshore steel structures and fostering a precise degree of common technical understanding that will encourage the increased use of structural steel fabrications for the exploitation of offshore hydrocarbon reserves throughout the world. The programme has already produced tangible benefits for both the steel and oil industries through the contribution it has made to a better understanding of the behaviour of steel structures in marine environments as well as by providing the data necessary for the revision of codes of practice relating to the fabrication of these structures.
Table of Contents
Review Sessions . Review of ECSC Funded Research in Marine Technology, 1981-1987 (S.E. Webster). An overview of UKOSRP II (UK Offshore Steels Research Project) (A.G. Reynolds). The National Norwegian Research Program on Steels for Offshore Structures (B. Lian). An overview of the National Canadian Offshore Steels Research Programme (R. Thomson, W. Tyson). Plenary Sessions. State of the art in the USA (P.W. Marshall). Steel quality, weldability and toughness (E.F. Walker). State of the art in Japan (K. Iida). Improving the fatigue strength of welded steel structures. A decade of progress (A. Bignonnet). Corrosion fatigue of steel in marine structures (A. Bignonnet). Crack growth behaviour and fracture mechanics approach (D.J. Burns et al.). WASH (Wave Action Stress History). A standardized stress-time history for offshore structures (W. Schutz, L.P. Pook). The size effect on the fatigue behaviour of welded joints (S. Berge, S.E. Webster). The design aspects and fatigue behaviour of tubular joints (J. de Back). Fatigue in the design and operation of platforms: Whither European Research? (J.M. Planeix). Technical Sessions. The influence of plate thickness on the endurance of welded joints (J.L. Overbeeke, H. Wildschut). The effect of thickness on the fatigue strength of plate welded joints (G.S. Booth). Fatigue crack development, thickness and corrosion effects in welded plate to plate joints (U.H. Mohaupt et al.). The influence of the thicknesses on the fatigue behaviour of welded plates up to 160mm with an attachment or butt weld (C. Noordhoek et al.). The influence of plate thickness on fatigue strength of welded joints. A comparison of experiments with prediction by fatigue notch factors (V.B. Kottgen et al.). Effect of plate thickness on the fatigue properties of a low carbon micro-alloyed steel (O. Orjasaeter et al.). Fatigue of large scale plate girders with plate thickness 20, 40 and 60mm (O.I. Eide, S. Berge). Aspects of the stress concentration factors at tubular joints (A.C. Wordsworth). Evaluation of stress concentration factors in rings-stiffened tubular joints (N. Recho et al.). Stress concentration in tubular K-joints with diameter ratio equal to one (M.B. Gibstein). Stress analysis and fatigue tests on overlapped K-joints (E.T. Moe). Strain gauge measurements during a fatigue test of a Y-offshore tubular joint (C. Camisetti). The fatigue behaviour of overlapping joints (M. Lalani, P. Forsyth). Fatigue life enhancement technique on tubular joints (G.M. Brown et al.). Corrosion fatigue tests on high strength steel tubular X-nodes with improved welds (J. Gerald et al.). Corrosion fatigue strength of welded K-joints and HSLA-cast steel hybrid K-nodes at component-similar scale (D. Grimme et al.). Fatigue of large tubular joints subjected to cathodic protection (J. Kerr et al.). Simulation of fatigue behavior of tubular joints using a pipe-to-plate specimen (S.B. Lambert).
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