Double Loop Transmission Dynamics Simulation Analysis

Abstract:

This article focuses on double loop transmission dynamics simulation analysis based on ADAMS. The translation of double loop transmission gear transmission mechanism from the establishment of the model, edit component and add constraint is introduced in detail, finally it is concluded that the rotating speed and meshing force simulation results. From the simulation results can be concluded that the speed has consistency with the theoretical value, confirmed that the gear parametric modeling and the rationality of the transmission system modeling process. From the simulation results can be concluded that two inner gear meshing force between the ring plate and the outer gear meshing force always close to constant, two plate respectively on the annular gear meshing force of equal size.

• Periodical: Advanced Materials Research (Volumes 1049-1050)
• Pages: 965-969
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.1049-1050.965
• Online since: October 2014
• Authors: Ming Jia Feng, Zhen Dong
• Keywords: Adam, Double Loop Transmission, Dynamics Simulation, Simulation Analysis

References

[1] Wang Guoqiang, Zhang Jinping, Ma NuoDing compiled. The virtual prototype technology and its practice on ADAMS [M]. Xi'an: Northwestern University Press . (2002).

[2] Li ZengGang compiled. ADAMS entry Comments and examples [M]. Beijing: National Defense Industry Press . 2006. 4.

[3] The first editor of Cheng DaXian compiled. University Mechanical Design Handbook (Fourth Edition) Volume 2 Beijing: Chemical Industry Press editor . 2004. 1.

[4] Feng ChengYu. In volute small teeth difference planetary transmission [M] Beijing: People's Education Press . 1982. 2.

[5] Involute gear planetary transmission design and manufacturing Editorial involute planetary gear design and manufacturing line drive Beijing: Mechanical Industry Press . (2002).

[6] Rao ZhenGang. Planetary transmission mechanism design [M] Beijing: National Defense Industry Press . (1980).