Currently I'm preparing a PhD viva or dissertation defense slide deck for my phd academic thesis. could you help me? my phd title is "HYDRO-STRUCTURAL MECHANICS AND RELIABILITY OF INTERCONNECTED FLOATING WIND ARRAYS". the research objectives are 1. To develop and verify a coupled numerical model of interconnected semi-submersible floating offshore wind turbine arrays incorporating shared mooring lines and suspended inter-array power cables. 2. To quantify the influence of array size, geometric topology, environmental heading, and floater position on platform motion, mooring tension, inter-array cable loading, load redistribution, and tension amplification under selected extreme environmental conditions. 3. To evaluate the long-term fatigue response of critical mooring and inter-array cable components identified from the extreme-response analysis under representative operational environmental conditions. 4. To establish a comparison framework that relates infrastructure requirements to stationkeeping performance, extreme component demand, and fatigue damage in interconnected floating offshore wind arrays. we want to make a phd viva slide of high quality of NTNU level, where I think the slides could be around 60 pages as minimum.
Currently I'm preparing a PhD viva or dissertation defense slide deck for my phd academic thesis. could you help me? my phd title is "HYDRO-STRUCTURAL MECHANICS AND RELIABILITY OF INTERCONNECTED FLOATING WIND ARRAYS". the research objectives are 1. To develop and verify a coupled numerical model of interconnected semi-submersible floating offshore wind turbine arrays incorporating shared mooring lines and suspended inter-array power cables.
2. To quantify the influence of array size, geometric topology, environmental heading, and floater position on platform motion, mooring tension, inter-array cable loading, load redistribution, and tension amplification under selected extreme environmental conditions.
3. To evaluate the long-term fatigue response of critical mooring and inter-array cable components identified from the extreme-response analysis under representative operational environmental conditions.
4. To establish a comparison framework that relates infrastructure requirements to stationkeeping performance, extreme component demand, and fatigue damage in interconnected floating offshore wind arrays. we want to make a phd viva slide of high quality of NTNU level, where I think the slides could be around 60 pages as minimum.
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This research explores the significance of interconnected floating arrays, addressing the gap in coupled hydro-structural reliability. It outlines objectives and hypotheses while presenting a coupled model for platforms, moorings, and cables, verified against benchmarks. The analysis includes extreme load conditions and their effects on performance. Additionally, it examines long-term fatigue in critical components, comparing infrastructure performance and summarising key findings,...