RS
Roger Skjetne
Authored
3 records found
Sea state estimation based on vessel motion responses: Improved smoothness and robustness using Bezier surface and L1 optimization
Improved smoothness and robustness using Bézier surface and L1 optimization
Floating structures oscillate in waves, where these wave-induced motions may be critical for various marine operations. An important consideration is thereby given to the sea states at the planning and operating stages for an offshore project. The most important information extra
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The application of floating wind turbines is limited by the high cost that increases with the water depth. Offshore installation and maintenance continue to consume a high percentage of the project budget. To improve the installation efficiency of the floating offshore wind turbi
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The application of floating wind turbines is limited by the high cost that increases with the water depth. Offshore installation and maintenance continue to consume a high percentage of the project budget. To improve the installation efficiency of the floating offshore wind turbi
...
Contributed
1 records found
Offshore wind turbine blade installation
Development of a motion-compensated Stewart platform for blade installation with a floating vessel
With the increasing water depths of the new offshore wind farms, the challenging soil conditions, the availability of assets, and other factors, jack-up installation vessels may no longer be suitable to complete the installation scope of work for the new wind farms. Therefore, in
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