Host: The Japan Society of Mechanical Engineers
Name : [in Japanese]
Date : September 08, 2024 - September 11, 2024
In this study, in order to theoretically analyze the strength and torsional rigidity of planetary gears, a mechanical equivalent model is proposed for planetary gears, 17 equations are derived based on the balance of forces of each component, and special software is developed. Force analysis of planetary type of planetary gears system is performed using special software to clarify the loads generated on each gear in the system. If the loads generated on each component are known, it will be possible to analyze the strength of planetary gears. In the future, we plan to further improve the mechanical model so that gear machining errors and tooth surface modifications can be taken into account, and to clarify the effects of gear machining errors and tooth surface modifications on the force distribution of planetary gears by developing special software.
