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Driven by the challenges in measuring blade deformations, this study presents a novel machine learning methodology to pr…
In this paper, we propose a possible framework for modeling and predicting the deformation behavior of wind turbine blad…
During partial-load operation, hydroelectric units are frequently subjected to hydraulic vibrations caused by pressure f…
With the increase in rotational speed, the dynamic deformation of the blade tends to increase and then decrease. …
When the wind turbine is running, the blade can deform under the action of rotational centrifugal force, aerodynamic for…
Visual inspections were taken on the generator parts especially on the fan blades and the effect of accident on them was…
In detail, the 15 blade deformations for two different wind load categories are evaluated and compared. Additionally, th…
The most common method countermeasure, especially in non-conducting blade materials like GFRPs and CFRPs, is to add ligh…
Torsional vibration failures, especially in low-pressure turbine blades, have been a persistent issue for decades, causi…
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