Advanced control for floating offshore wind turbines.
Los aerogeneradores flotantes presentan diversos retos tecnológicos, entre los cuales, las atenuaciones de la dinámica producida por el empuje del viento y la inducida por el oleaje, debido a la baja rigidez hidrodinámica de la plataforma, son vitales.
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Substantially lower estimates in China's offshore wind potential using farm-scale spatial modeling and wake effects. [PDF]
Xu S +8 more
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Dynamic response of a floating offshore wind turbine
The ever increasing demand for renewable energy, combined with limited areas suitable for large wind farms, has put focus on the development of floating wind turbines. In this thesis the dynamic response of a floating wind turbine, subjected to forces from wind and waves, is analyzed.
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Efficient preliminary floating offshore wind turbine design and testing methodologies and application to a concrete spar design. [PDF]
Matha D +4 more
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Evaluation of finite element analysis techniques applied to a floating offshore wind turbine [PDF]
The work presented here is a research thesis of the Ph. D programme in The School of Computing, Science & Engineering at The University of Salford UK. The work presents the evaluation of using explicit finite element techniques for structural non-linear ...
Almherigh, MAM
core
Dynamic behaviour and power performance of a Septon semisubmersible floating wind turbine integrated with wave energy converters. [PDF]
Sebastian B, Karmakar D, Rao M.
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The Mediterranean Offshore Wind Turn: Lessons, Risks, and Regional Reflections. [PDF]
Avesani M.
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A novel floating offshore wind turbine concept
This paper will present a novel concept of afloating offshore wind turbine. The new concept isintended for vertical-axis wind turbine technology.The main purpose is to increase simplicity and toreduce total costs of an installed offshore windfarm. The concept is intended for deep water andlarge size turbines.
Vita, Luca +4 more
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Impact of Rotor Misalignment Due to Platform Motions on Floating Offshore Wind Turbine Blade Loads
The rotor of a horizontal-axis floating offshore wind turbine is more frequently misaligned with the oncoming wind than that of a fixed offshore or onshore wind turbine due to the pitch and yaw motions of the floating support structure.
PR Thies (21843683) +4 more
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Motion-Induced Errors in Buoy-Based Wind Measurements: Mechanisms, Compensation Methods, and Future Perspectives for Offshore Applications. [PDF]
Cao D, Wang S, Wang G.
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