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Study of a Vertical Axis Wind Turbine Using Mechanism of Bird Wings (Effect of Vertical Long Model)

机译:鸟翼机构的垂直轴风涡轮机研究(垂直长型效果)

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Many birds increase by flapping the wing and the whole wing is flexibly moved this time. This movement produces a difference in the air resistance. The air is grasped enough, when the wing is moved in the downward direction. The air is released from the clearance of the wing, when the wing is moved upward. It is considered to apply this mechanism to the bird type wing of the wind turbine. In the paper, the Three Sheet-Wing Model and Vertical Long Model are investigated experimentally. The effect of the vertical long type is clarified.
机译:通过拍打机翼而增加了许多鸟类,整个翼都灵活地移动了这一次。该运动产生了空气阻力的差异。当机翼沿向下方向移动时,空气足够抓住。当机翼向上移动时,空气从机翼的间隙释放。它被认为将这种机制应用于风力涡轮机的鸟类翼。在本文中,实验研究了三个薄纱模型和垂直长型。澄清了垂直长型的效果。

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