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Study on Analysis of Certain Artillery's Planetary Transmission Design Based on ANSYS

机译：基于ANSYS的某些火炮的行星传输设计分析研究

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摘要

When designing certain artillery's planetary transmission of fluid gearbox, it is hard to calculate by general design method, because the plant frame is abnormity three-dimensional entity, and the plants distortion affects the contact stress of joggled gear tooth. In this paper, by the APDL language programmer, the three-dimensional entity of certain artillery's planetary transmission is established; the finite three-dimensional contact is analyzed by ANSYS; the plants distortion affects is discussed by the choice of the constant FTOLN and FKN, the influence is analyzed that the plant frame's distortion to the stress of joggled gear wheels, as a result, the planet frame's transmutation quantity is direct proportion with the gear wheel's most joggled stress by ANSYS.
机译：在设计某些火炮的流体齿轮箱的行星传动时，难以通过一般设计方法计算，因为植物框架是异常的三维实体，并且植物失真影响摇臂齿的接触应力。本文通过APDL语言编程器，建立了某些炮兵的三维实体; ANSYS分析有限的三维接触;通过选择恒定的FTOLN和FKN来讨论植物失真影响，分析了植物框架对慢速齿轮应力的变形，因此行星框架的嬗变量与齿轮最大的比例直接比例Ansys嘲笑压力。

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