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Parametric Design and Motion Simulation Analysis of Non-circular Gear Planetary Gear Train
Jixie chuandong, 2021 Non-circular gear planetary gear train is the core component of non-circular gear hydraulic motor， and its pitch curve design is the key to the overall structure design.
Yongping Liu +3 more
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Work of the planetary gear trains as differentials and their capabilities [PDF]
MATEC Web of Conferences, 2019 Planetary gear trains can work differently, namely, with F=1 degree of freedom, i.e. as reducers or multipliers, and also with F=2 degrees of freedom, i.e. as differentials.
Arnaudov Kiril +2 more
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Machines, 2023 Planetary gear systems have many advantages over other gear systems. Previous studies on its dynamic characteristics mostly used Earth as the reference system, which is inconsistent with the actual working conditions of many planetary gear systems, such ...
Bingwei Gao, Yongkang Wang, Guangbin Yu
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International Journal of Automotive Engineering, 2018 In this study, authers theoretically discussed the difference in the function between two types of planetary gear inerters by comparing two fundamental functions of planetary gear inerter, one is “ideal inerter function” and another is “moment of inertia
Aki Ogawa, Kazuhiko Adachi
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On the Meshing Efficiency of 2K-2H Type Planetary Gear Reducer
Advances in Mechanical Engineering, 2013 This paper proposes 2K–2H type planetary gear reducer and analyzes its meshing efficiency. First, according to the concept of train value equation, the kinematic design of 2K–2H type planetary gear reducers is carried out. Three 2K–2H type planetary gear
Long-Chang Hsieh, Hsiu-Chen Tang
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Dynamic Behavior of Planetary Gear : 1st Report Load Distribution in Planetary Gear
Bulletin of JSME, 1976 In the planetary gear, the inequality of load distribution arises on each planet gear because of random errors of manufacture and assembly. This phenomenon results in an increase of load to each part, the occurrence of vibration, and a drop in efficiency of planetary gear systems.
HIDAKA, Teruaki, TERAUCHI, Yoshio
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Determination of gear mesh stiffness in planetary gearing [PDF]
Vojnotehnicki glasnik, 2008 Gear mesh stiffness in planetary gearing is one of the main generators of internal dynamic forces. It is necessary in describing dynamic behavior of planetary trains, i.e. in defining their equations of dynamic balance. This paper presents a methodological approach to experimental and analytical calculation of stiffness in planetary gearing. .
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Transmission Precision Analysis of Planetary Line Gear Transmission based on Assembly Error
Jixie chuandong, 2021 Focusing on a planetary gear transmission that uses line gear as core transmission elements， and the influence of assembly errors on its transmission precision is studied.
Ting Geng +3 more
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Applied SciencesIn this paper, the graph theory model of the kinematics of the double internal meshing planetary gear is established by splitting the k value of the planetary gear, the system matrix of the dual-state logic planetary gear transmission is assembled, the ...
Qiang Zhang +4 more
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Backlash Analysis of Gear Transmission of Parallel Uniform Planetary Gear
Jixie chuandong, 2018 Based on the NGW planetary gear transmission system,a gear transmission of parallel uniform planetary gear is proposed to reduce the transmission error of asteroid transmission system and improve its transmission accuracy.
Guo Jing +3 more
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