Passive Loads Control in the Preliminary and Conceptual Design of Wind Turbine Blades

Autor: Pavese, Christian

Publikováno v: Pavese, C 2017, Passive Loads Control in the Preliminary and Conceptual Design of Wind Turbine Blades . DTU Wind Energy PhD, DTU Wind Energy .

This thesis deals with the development of methodologies for the implementation of passive control strategies in the preliminary and conceptual design process of a wind turbine blade.Reducing the cost of energy is a key concern for wind energy researc

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Reduction of fatigue loads on jacket substructure through blade design optimization for multimegawatt wind turbines at 50 m water depths

Autor: NJOMO WANDJI, Wilfried, Pavese, Christian, Natarajan, Anand, Zahle, Frederik

Publikováno v: NJOMO WANDJI, W, Pavese, C, Natarajan, A & Zahle, F 2016, ' Reduction of fatigue loads on jacket substructure through blade design optimization for multimegawatt wind turbines at 50 m water depths ', Journal of Physics: Conference Series (Online), vol. 753, 042022 . https://doi.org/10.1088/1742-6596/753/4/042022

This paper addresses the reduction of the fore-aft damage equivalent moment at the tower base for multi-megawatt offshore wind turbines mounted on jacket type substructures at 50 m water depths. The study investigates blade design optimization of a r

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https://orbit.dtu.dk/en/publications/70a6cb8b-1890-415f-8108-6e556e07e7a4

Wind energy literature survey no. 34

Autor: Pavese, Christian

Publikováno v: Pavese, C 2015, ' Wind energy literature survey no. 34 ', Wind Energy, vol. 18, pp. 1313–1316 . https://doi.org/10.1002/we.1813

As a service to readers, Wind Energy regularly conducts literature surveys and publishes lists of relevant articles drawnfrom recent issues of Wind Energy itself and a large number of periodicals including Journal of Wind Engineering andIndustrial Ae

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https://orbit.dtu.dk/en/publications/bac848aa-5db5-4503-9249-ad9e185aa59d

Rotor blade online monitoring and fault diagnosis technology research

Autor: Tesauro, Angelo, Pavese, Christian, Branner, Kim

Publikováno v: Tesauro, A, Pavese, C & Branner, K 2014, Rotor blade online monitoring and fault diagnosis technology research . DTU Wind Energy E, no. 0042, DTU Wind Energy .

Rotor blade online monitoring and fault diagnosis technology is an important way to find blade failure mechanisms and thereby improve the blade design. Condition monitoring of rotor blades is necessary in order to ensure the safe operation of the win

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https://orbit.dtu.dk/en/publications/fcc4f848-0cea-4ef2-a2a1-8ec2c8ccd442

Results of the benchmark for blade structural models, part A

Autor: Lekou, D.J., Chortis, D., Belen Fariñas, A., Amézqueta, C., Nuin, I., Pavese, Christian, Berring, Peter, Branner, Kim, Bottasso, C. L., Croce, A., Gualdini, F., Philippidis, T. P., Masmanid, I.T., Roukis, G.A., de Winkel, G.D., Dekker, H.

Publikováno v: Lekou, D J, Chortis, D, Belen Fariñas, A, Amézqueta, C, Nuin, I, Pavese, C, Berring, P, Branner, K, Bottasso, C L, Croce, A, Gualdini, F, Philippidis, T P, Masmanid, I T, Roukis, G A, de Winkel, G D & Dekker, H 2013, Results of the benchmark for blade structural models, part A .

A benchmark on structural design methods for blades was performed within the InnWind.Eu project under WP2 “Lightweight Rotor” Task 2.2 “Lightweight structural design”. The present document is describes the results of the comparison simulation

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