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A cost efficient exploitation of wind energy in shallow water is based on fixed wind turbines. In deeper waters floating turbines provide an attractive alternative. The present research project will focus on the analysis and development of wind turbines in intermediate water-depths, comparing fixed and floating concepts. This involves both establishing a set of concept evaluation criteria and applying these in a conceptual evaluation of wind turbines for water depth 50-100 m. While the focus will be on buoyant support structures such as tension leg or catenary-moored spar or semi-submersible systems, bottom-fixed or articulated wind turbine concepts will also be considered. An important part of this study will be the assessment of the dynamic behaviour of the whole system under wind and wave forces. Project team and contact The work in this project supported by Statoil, will be carried out with Professors Paul Sclavounos This e-mail address is being protected from spambots. You need JavaScript enabled to view it , at the Massachusetts Institute of Technology (MIT) and Torgeir Moan, CeSOS/NTNU as principal investigators. The work will be integrated in ongoing research related to renewable offshore energy conducted at CeSOS and in the Offshore Wind Technology Centre (Nowitech). Background The PhD candidate must have an MSc degree in marine technology, mechanical or civil engineering or another relevant field. The candidate must be qualified for admittance as a PhD student at NTNU and have good English language skills. The candidate will be a part of a research team residing in Trondheim. 我要提问
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