Motion, Static Force and Efficiency Analysis of Planetary Gear Transmission Based on Graph Theory

Xue, Huiling; Li, Lijian

doi:10.20944/preprints202309.0649.v1

2023

DOI: 10.20944/preprints202309.0649.v1

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Motion, Static Force and Efficiency Analysis of Planetary Gear Transmission Based on Graph Theory

Huiling Xue,

Lijian Li

Abstract: Using graph theory, computer aided motion, static force and power flow analysis of planetary gear mechanism is realized. The motion, static force and efficiency calculations of 6HP26 automatic transmission are carried out. Based on kinematic and static force analysis model, related matrices are acquired. Hence, kinematic and static force analysis of planetary gear mechanism is achieved. The link power can be determined by the link speed and torque. Power flow diagrams of each gear are acquired. The efficiency … Show more

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2024

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Research on Kinematics and Efficiency Calculation of Binary Logic Planetary Gearbox Based on Graph Theory

Zhang,

Wu,

Shen

et al. 2024

Applied Sciences

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In 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 logic characteristics of the dual-state logic planetary gear transmission control are analyzed, the logic characteristic table of the 32-gear control is established, and the system model of the kinematics analysis and calculation of the entire planetary gear transmission is established. The expressions of rotational speed and transmission ratio of each component (including planetary gear) of the planetary gear in 32 gears are solved and obtained. The efficiency expression of each gear is derived through the Kleinas method, the calculation of the transmission ratio and efficiency of the 32 gears is completed, and the system efficiency diagram is drawn, which provides a reliable basis for the structural design, shift dynamic simulation analysis, and test verification of the dual-state logic planetary transmission.

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Research on Kinematics and Efficiency Calculation of Binary Logic Planetary Gearbox Based on Graph Theory

Zhang,

Wu,

Shen

et al. 2024

Applied Sciences

View full text Add to dashboard Cite

show abstract

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Motion, Static Force and Efficiency Analysis of Planetary Gear Transmission Based on Graph Theory

Cited by 1 publication

References 36 publications

Research on Kinematics and Efficiency Calculation of Binary Logic Planetary Gearbox Based on Graph Theory

Research on Kinematics and Efficiency Calculation of Binary Logic Planetary Gearbox Based on Graph Theory

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