This thesis focuses on methods for the integrated design optimization of modern wind turbines. The design of these machines is a complex problem and multi-disciplinary optimization procedures are here proposed marrying the overall sizing of the machine in terms of rotor diameter and tower height with the detailed sizing of its aerodynamic and structural components. The procedure, driven by detailed cost models, results in a complete aerostructural design of the machine, including its associated control laws. In addition, a preliminary investigation on the quantification and propagation of uncertainties permeating wind turbine simulation is conducted.
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This thesis focuses on methods for the integrated design optimization of modern wind turbines. The design of these machines is a complex problem and multi-disciplinary optimization procedures are here proposed marrying the overall sizing of the machine in terms of rotor diameter and tower height with the detailed sizing of its aerodynamic and structural components. The procedure, driven by detailed cost models, results in a complete aerostructural design of the machine, including its associated...
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