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Design robustness and its effect on transmission error and other design parameters

机译:设计稳健性及其对传输误差和其他设计参数的影响

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摘要

Transmission errors, axial shuttling forces and friction result in bearing forces that serve as the major excitations of gear noise. This paper will use these factors as well as gear stresses and tribological factors to assist in obtaining optimal gear designs. The design basis comes from an actual application in which two different gear pairs were tested. One of the pairs was exceptionally noisy and the other exceptionally quiet, with the latter being insensitive to manufacturing variation.
机译:传动误差,轴向摆线力和摩擦力导致轴承力,这是齿轮噪音的主要诱因。本文将利用这些因素以及齿轮应力和摩擦学因素来帮助获得最佳的齿轮设计。设计基础来自实际应用,其中对两个不同的齿轮对进行了测试。一对非常吵,另一对非常安静,而后者对制造变化不敏感。

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