Current procedures for setting tensions in camshaft and auxiliary drive belts on the production line are analysed and improved methods proposed. These new methods allow for the effects of friction in the drive and belt hysteresis. The benefits of the improved procedure are demonstrated experimentally.
FawcettJ. N.BurdessJ. S.HewitJ. R.Initial tension setting for drive belts. Automot. Engr, February 1988, 13(1), 70–71.
2.
FawcettJ. N.BurdessJ. S.HewitJ. R.Belt natural frequency as an indicator of belt tension. In Proceedings of 1988 International Conference on Power Transmission and Gearing, Chicago, April 1989, pp. 25–29.
3.
FawcettJ. N.BurdessJ. S.A tension measurement system for automotive drive belts. IMechE Conference on Automotive Diagnostics, 27-28 November 1990.
4.
HutchinsonB.Measuring and setting tension in drive belts.
5.
FawcettJ. N.BurdessJ. S.Belt tensioning procedures on IC engines. Proc. Instn Mech. Engrs, Part D, Journal of Automobile Engineering, 1991, 205(D2), 121–126.
6.
DalgarnoK. W.DayA. J.ChildsT. H. C.Characterisation of synchronous belt properties. Plastics, Rubber and Composites Processing Applic., 1993, 20, 25–33.
