About Structural dynamics of wind turbine generators
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About Structural dynamics of wind turbine generators video introduction
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6 FAQs about [Structural dynamics of wind turbine generators]
What are the structural dynamics of offshore wind turbines?
In the work of Jahani et al. , the main issues related to the structural dynamics of offshore wind turbines were analyzed, including modal alignment, aeroelasticity, hydroelasticity, bottom interaction, mooring cable-float interaction, drivetrain vibration, and others. ... ...
How to analyze wind turbine structural dynamics?
Therefore, the accurate analysis of wind turbine structural dynamics can be achieved using simulations in both the time and frequency domains, considering the importance of the number of samples when choosing between time domain and frequency domain analyses.
How does a wind energy converter integrate with a support structure?
The wind energy converter and the support structure form an integrated dynamic system that must be developed in mutual interdependency and close co-operation. This paper provides a contribution to this integration process by extending the design approach initiated in the Opti-OWECS study and the work of Kühn .
Does soil-structure interaction affect wind turbine seismic performance?
Katsanos et al. (2016) in a review paper addressed the key factors for wind turbines’ seismic performance including the effect of soil-structure interaction.
What are structural vibrations of a wind turbine?
Structural vibrations of a wind turbine structure can be described in terms of the in-plane and out-of-plane directions. In-plane (edgewise) vibrations occur in the blade rotation plane. Out-of-plane (flapwise) vibrations are vibrations which occur out of the blade rotation plane.
How accurate is a dynamic wind turbine analysis?
The accuracy of the analysis was validated using measured data for the dynamic response of the wind turbine structure. As a result, an almost perfect match between the peak frequencies of the dynamic wind load and the natural frequencies of the measured and simulated structures was achieved by utilizing a larger number of samples.