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Alleviation of Unbalanced Rotor Loads by Single Blade Controllers

机译:通过单刀片控制器减轻不平衡的转子载荷

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A novel approach to reducing the unbalance rotor loads by pitch control is presented in this paper. Each blade has its own actuator, sensors and controller. These localised blade control systems operate in isolation without need of communication with each other. This single blade control approach to regulation of unbalanced rotor loads has several advantages including being straightforward to design and easy to tune. Furthermore, it does not affect the operation of the central controller and the latter need not be re-designed when used in conjunction with the single blade controllers. Their performance is assessed using BLADED simulations.
机译:本文介绍了一种通过俯仰控制减少不平衡转子载荷的新方法。每个刀片都有自己的执行器,传感器和控制器。这些局部刀片控制系统在隔离中运行,无需彼此通信。这种刀片控制不平衡转子负载的调节方法具有若干优点,包括直接设计和易于调谐。此外,它不会影响中央控制器的操作,并且当与单个刀片控制器结合使用时,后者不需要重新设计。它们的表现是使用叶片模拟评估的。

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