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This is a Quantitative Study study.

Vibration Suppression of the Friction Plate Based on the Gear Tooth Profile Modification for a Six-Speed Planetary Gear Transmission System

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Multibody dynamic analysis of vibration suppression in a six-speed planetary gear system shows how tooth profile modifications enhance stability.

Tooth profile modifications significantly reduce vibration in friction plates, improving system longevity.
The multibody dynamic model calculated impact forces, showing modifications lead to lower vibrations under varying conditions.
Simulations indicated that different tooth modification amounts correlate with specific vibration characteristics of the system.
Design recommendations for enhanced stability in six-speed planetary gear systems have been established based on findings.

Cheng et al. (2025) studied this question.

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Multibody dynamic analysis of vibration suppression in a six-speed planetary gear system shows how tooth profile modifications enhance stability.