Analysis of the Vibrational Properties of Wind Turbines Utilizing a Gravity Speed Regulating Mechanism

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Analysis shows improved vibration reduction in wind turbines by optimizing tail rod length and yaw angle.

Increasing yaw angle decreases vibration frequency and amplitude, enhancing stability.
At a tail rod length of 1.1 m, first-order radial vibration frequency reduced by 10.95%.
Wind tunnel tests conducted at 10 m/s reveal critical insights into tower vibration behavior.
Study offers theoretical and experimental support for designing more stable wind turbines.

Dai et al. (2025) studied this question.

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