Evaluating the loading and structural response of an offshore platform using integrated large and small scale testing combined with diffraction and finite element
AuthorsBuchner, B., Heerink, R., Wilde, J. de, Witz, J., Cour Hjelholt, K. la
Conference/JournalOffshore Technology Conference (OTC), Houston, Texas, USA
DateJun 1, 2009
Evaluating the loading and structural response of an offshore platform using integrated large and small scale testing combined with diffraction and finite element analysis and offshore measurements After discussing the specific roles of model tests, simulations and offshore (full scale) measurements for the evaluation of offshore structures in general, the paper applies this integrated methodology to the investigation of the loading and structural response of the South Arne platform with the aim of extending the platform’s capabilities. The South Arne platform deck is supported by a combination of a large volume concrete Gravity Based Structure (GBS) and a slender steel lattice structure. This resulted in a unique project, including the novel combination of small scale tests of the complete structure (GBS and lattice tower) with large scale component testing of parts of the lattice tower to limit and quantify scale effects on these slender members. The paper discusses the different phases (and scales) of model testing and also highlights the related Finite Element (FE) and diffraction calculations and offshore (full scale) measurements.
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stability, seakeeping and ocean engineeringwaves, impacts and hydrostructuralmeasurements and controldata sciencerenewablesoil and gasinfrastructuremarine systemslife at seamodel testingextreme conditionsloads and responsesstructural responsewavesoffshore engineering