Research on Traction Characteristics Model of High-Powered Tractor

Abstract:

Through an analysis of tractor traction balance, a mathematical model which can easily calculate the traction force and efficiency of tractors under different operating conditions was built up, this model offers a basis for tractor-implement matching. Bases on above analyses, the best efficiency rating value was deduced and the traction characteristic curve was also plotted, this study provides a theoretical basis for tractor traction characteristic research.

• Periodical: Applied Mechanics and Materials (Volumes 143-144)
• Pages: 79-84
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.143-144.79
• Online since: December 2011
• Authors: Peng Jun Mao, Wen Jie Gao, Shui Liang Li, Chun Yan Hu, Fu Zhang
• Keywords: High-Powered Tractor, Traction Characteristics, Traction Efficiency, Traction Force

References

[1] J. Li and L. Zang: Study on Plough Unit Matching of High-horsepower Wheel Tractors [D]. China Agricultural University, Beijing, (2008).

[2] C.L. Pang: Study on Tractor Operating Units Simulation System Control Strategy and Fuzzy Comprehensive Control [D]. China Agricultural University, Beijing, (2002).

[3] C.L. Pang, B.H. Zong, Z.M. E and G.Z. Li: Tractor Operating Units Simulation Test System Design [J]. Farm Machinery Research, pp.120-124, 2005, 3(2).

[4] Y. Tan: Study on Tractor Hydraulic Suspended and Loading System Performance [D]. China Agricultural University, Beijing, (2004).

[5] C.L. Pang, Y. Tan and Z.M. E: Research Situation and Development Trend of Tractor operating Units intelligent technology [J]. Journal of China Agricultural University, pp.71-75, 2001, 6(4).

[6] S.C. Zhu: Observation on Major Foreign Agriculture Machinery Enterprise [J]. Xinjiang Agricultural Mechanization, pp.47-51, 2005(2).

[7] Z.Q. Shao, J.W. Ma and L. Cong: Brief Introduction of John Deere Large Agricultural Machinery [J]. Modern Agriculture, pp.35-36, (2003).

[8] Ever wider Australian tillage/seeding machinery - some challenges. Thomas, J. B. (John Shearer Ltd, Adelaide, Aust) Source: Mechanical Engineering Transactions - Institution of Engineers, Australia, v ME 10, n 4, Nov, 1985, pp.300-304.

[9] Tractor/implement matching in row-cropping Niemeyer, J. (Univ of New England); Stace, T.; Murray, S.T.; Makeham, J.P. Source: National Conference Publication - Institution of Engineers, Australia, n 92 pt 11, 1992, p.366.

[10] Thomas, Edathiparambil Vareed; Singh, Bhoop. Performances of tractor implement combination. AMA, Agricultural Mechanization in Asia, Africa and Latin America. 2002. 25-28.

[11] Z.H. Fang, W.C. Zhang and N.Z. Cao: A Statistical Equation of Drive Wheel Slip Rate Curve [J]. Journal of Agricultural Machinery, pp.80-84, 1992, 23(1).

[12] W.Z. Li, Y.C. Xu: Car and tractor Theory (The Second Part: Chassis Structure and Vehicle Theory) [M]. China's Agriculture Press, Beijing, 2006, 3.