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The Influence of Geometric error to Torsional Resonance in Star-type Planetary gear trains

机译:几何误差对星式行星齿轮列车扭转共振的影响

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摘要

This paper shows the simulated results of the resonance which occurs in star-type planetary gear trains. In this simulation, the inner gear and the planetary gear have the installation error and the eccentricity to the rotating center. The inner gear has a manufacturing error at pitch circle shape as well. The influences of the errors to the resonance are discussed. As the summary, the installation error of the inner gear and the planetary gear are not the cause of the resonance of the gear trains. The eccentricity of the inner gear is not a cause of the resonance but the eccentricity of the planetary gear is the cause of the resonance, but this error excites another higher vibration mode. The cause of the present resonance can be thought that the inner gear, whose shape is triangle, installed on the planetary gear trains, which has tree planetary gears.
机译:本文显示了在星式行星齿轮列中发生的谐振的模拟结果。在该模拟中,内齿轮和行星齿轮具有安装误差和旋转中心的偏心率。内齿轮也具有俯仰圆形的制造误差。讨论了对谐振误差的影响。作为摘要,内齿轮和行星齿轮的安装误差不是齿轮训练的谐振的原因。内齿轮的偏心不是谐振的原因,但行星齿轮的偏心是谐振的原因,但是这种误差激发了另一个更高的振动模式。目前共振的原因可以认为,其形状为三角形的内齿轮安装在行星齿轮列车上,其具有树行星齿轮。

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