Research on Tooth Trace Modification of Spur Bevel Gear


Article Preview

Based on the gear geometry theory and the normal meshing motion equation of gear pairs, changes of meshing points and angles are analyzed and the effect of tooth trace modification on gear pair meshing movement is discussed. It is concluded that chemical milling can effect tooth trace involute modification of fine-forged spur bevel gear, improve its surface quality and dimensional precision and therefore prolong its service life.



Edited by:

Jun Wang,Philip Mathew, Xiaoping Li, Chuanzhen Huang and Hongtao Zhu




D. Yang et al., "Research on Tooth Trace Modification of Spur Bevel Gear", Key Engineering Materials, Vol. 443, pp. 445-449, 2010

Online since:

June 2010




[1] L.G. Pu, M.G. Ji:Mechanical Design (Higher Education Press, China2001).

[2] Z. Wang, H.K. Xie and G.C. Li:Tractor & Fam Transporter Vol. (6) (2005), pp.17-19.

[3] X.D. Shang: Gear Machining Accuracy (Mechanical Industry Press, china2000).

[4] Z. Wang, H.K. Xie and G.C. Li:China Academic Journal Vol. 16 (7) (2005), pp.623-626.

[5] F.L. Litvin:gear geometry and applied theory (Shanghai S&T Press, china2008).

[6] Z.M. Song, X.C. Li:Mechanical Management and Development Vol. (5) (2005), pp.18-20.

[7] D. Yang, H.Y. Cui:Journal of University of Jinan (S& T) Vol. 23 (S1) (2009), pp.1-3.

[8] H.Y. Cui, Q.F. Shu and Z.G. Fu: China Metal Forming Equipment & Manufacturing Technology Vol. (4) (2003), pp.50-52.

Fetching data from Crossref.
This may take some time to load.