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for offshore renewable energy applications. The group specializes in computational modeling of fluid-structure interactions, wave-structure interaction and mooring systems for offshore renewable energies. You
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renewable energy structures. You will be responsible for theoretical and numerical aspects of design, with an emphasis on cyclic loading of offshore wind turbine monopiles. You should hold (or be near
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understanding of the physical processes of the wave structure interaction. The postdoc position aims at developing a state-of-the-art methodology for accurate testing of such structures in our physical wave basin
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offshore/marine structures, aquaculture is desirable. You will have a strong publication record, excellent analytical and communication skills, and ability to work independently and collaboratively. About
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, primarily aimed at onshore structures. For offshore structures, there are aspects of relevance which are not fully understood. Thus, knowledge is lacking on how to take advantage of fibre reinforced concrete
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. Job requirements Need-to-haves: A PhD degree in civil, structural, hydraulic, or offshore engineering. A master’s degree in civil or mechanical engineering. Proven experience in vibration-based
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many controversies over offshore and onshore wind power, methanation, and the potential (re)opening of rare and/or critical metal mines. While these issues have often been studied through the lens
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://tailwind-project.eu/ ) is focused on improving mooring and anchoring (station-keeping) technologies for floating offshore wind farms. Activities to be developed are related to the case study on
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. Another strand of our research is devoted to studying the turbulence structure in hurricane boundary-layer flows and examining the impacts of wind-wave interaction processes on offshore wind turbines and on
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Philosophy in Marine Biology/Ecology, with a specialization in interactions between marine organisms and offshore structures • Proven experience in managing and coordinating interdisciplinary scientific