An application of graph theory to the kinematic analysis of planetary gear trains

S. Uematsu
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引用次数: 14

Abstract

This paper facilitates the conception of signal flow graph theory, which makes it possible to determine, the angular velocity of the planetary gear trains. In design of the planetary gear train, the determination of the angular velocity of these is one of the important subjects. In almost the method used for kinematics analysis of planetary gear train are inherent for gearing itself and are tedius. In order to make these analysis of the planetary gear train understandable, the article proposes the representation by algebraic vector equation and graph theory for these problems. Moreover, the article presents examples of the application of this method for the complex type, 2K-H type and 3K type paradox gear trains.
图论在行星轮系运动分析中的应用
提出了信号流图理论的概念,使确定行星轮系的角速度成为可能。在行星轮系的设计中,它们的角速度的确定是重要的课题之一。行星轮系的运动学分析方法大多是齿轮传动本身固有的,而且比较繁琐。为了使行星轮系的这些分析更容易理解,本文提出了用代数向量方程和图论来表示这些问题。并给出了该方法在复型、2K-H型和3K型三种悖论轮系上的应用实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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