Simulation and Experimental Study on Sugarcane Field Excitation to the Cutter

Abstract:

The Sugarcane field excitation has notable influence on the sugarcane cutting quality, but its mechanism has seldom been studied. Based on the dynamic model analysis, this paper measure, analysis and test how the field excitation impacts the vibration of the cutter. After building up 3D model of the vehicle and field system, virtual simulation analysis on it is carried out, deducing that the frequency of field unevenness has notable influence on the vibration of the cutter. In physical experiment, it compares and analyzes the vibration of the cutter and cutting quality under different frequencies of field unevenness. The result shows that, the frequency of field unevenness has magnificent influence on the vibration of the cutter, and the higher the frequency the more deteriorated the sugarcane cutting quality.

• Periodical: Advanced Materials Research (Volumes 156-157)
• Pages: 1105-1108
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.156-157.1105
• Online since: October 2010
• Authors: Xiao Lai, Shang Ping Li, Fang Lan Ma, Zhi Wen Qin, Jing Hui Zhou, Guang Ping Zheng
• Keywords: Cutting Quality, Simulation Analysis, Sugarcane Field Excitation

References

[1] R.R. Song, S.P. Li: Experimental Research on Influence Factor of Cutting-force of Sugarcane Harvest Machine．Journal of Agricultural Mechanization Research, 2006. 7.

[2] L. Shan: The Optimize Design and Simulation and Analysis of the Platforms of the mini-type sugarcane harvester (Dissertation Guangxi University, 2007. 5).

[3] Y.M. Meng. Research on the Key Technology of the Design and Development of Sugarcane Harvester Based on Visualization Virtue Design (Dissertation Hefei Industrial University, 2003).

[4] X.Z. Zhang Mechanics of Materials (West North Industrial University Publications, Xian 2005. 2).

[5] L. Lu, Y.M. Li: Virtual prototype technology and its application in agriculture mechanical design ", Journal of Agricultural Mechanization Research, Apr. (2004).

[6] MSC. software, corporation: Using ADAMS/Solver, Version2005, (Tsinghua University Publications, Beijing 2004).

[7] MSC. software, corporation: Using ADAMS/Postprocessor, Version2005, (Tsinghua University Publications, Beijing 2004).

[8] F.Z. Li, F.Q. Liu, Z. Wang: The Vibration Testing Analysis of Engineering. (Higher Education Press, Peking 1992. 10).