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首页> 外文会议>International Conference on Gears >A method to optimize the running behavior of planetary gear stages based on a dynamic approach and the FE-based tooth contact analysis: Influence of multiple gear mesh on the transmission error
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A method to optimize the running behavior of planetary gear stages based on a dynamic approach and the FE-based tooth contact analysis: Influence of multiple gear mesh on the transmission error

机译：一种基于动态方法和Fe基齿触点分析优化行星齿轮级的运行行为的方法：多齿轮网对传输误差的影响

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摘要

In planetary gear stages, several influences have to be considered. There are multiple gear meshes, bearing clearances, influences from the carrier and additional degrees of freedom. These effects are not part of a quasi-static tooth contact analysis; therefore, a dynamic approach is necessary which allows calculating the running behavior of a planetary gear stage. Furthermore, it has to be checked if and in what way the described influences have an impact to the transmission error between two gears. This will be part of this report, to determine the transmission error in planetary gears. With these results, the development of a dynamic tooth contact analysis should be supported which helps to optimize the excitation behavior of planetary gears. This report describes the first step of this dynamic approach and investigates the influence of multiple gear meshes in planetary gear stages to the transmission error. Furthermore, a test fixture for planetary gears will be presented, which should help in future validating and optimizing the results of the calculation method.
机译：在行星齿轮级，若干影响，必须加以考虑。有多个齿轮啮合，轴承间隙，从载体的影响和额外的自由度。这些影响不是准静态的齿面接触分析的一部分;因此，动态方法是必要的，其允许计算行星齿轮级的运行行为。此外，它是否以及以何种方式描述影响有两个挡位之间的传动误差的影响进行检查。这将是该报告的一部分，以确定行星齿轮传动误差。有了这些结果，动态齿面接触分析的发展应该得到支持，这有助于优化的行星齿轮的激励行为。本报告描述这种动态的方法的第一步骤和调查多个齿轮啮合的行星齿轮级的传输错误的影响。此外，测试夹具对行星齿轮将被呈现，这应该在未来验证和优化的计算方法的结果有帮助。

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