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A Study on a Metal Pushing V-Belt Type CVT (Part 4: Forces Act on Metal Blocks when the Speed Ratio is Changing)
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English
Abstract
Six forces act on the block of a metal pushing V-belt. Previously, we successfully measured these forces at steady states using devised blocks and a telemeter system. In this paper, six forces are measured using the same testing and measuring systems at transitional states where a speed ratio varies from low to high, or vice versa. The experimental results reveal that distributions of four forces at transitional states except normal and frictional forces between rings and blocks are different in shape from those at steady states.
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Citation
Kitagawa, T., Fujii, T., and Kanehara, S., "A Study on a Metal Pushing V-Belt Type CVT (Part 4: Forces Act on Metal Blocks when the Speed Ratio is Changing)," SAE Technical Paper 950671, 1995, https://doi.org/10.4271/950671.Also In
References
- Fujii T. et al. A Study of a metal Pushing V-belt Type CVT - Part 2: Compression Force between Metal Blocks and Ring Tension SAE Tech. Paper Series, 930667 1993
- Kanehara S. et al. A study of a metal Pushing V-belt Type CVT - Part 3: What Forces Act on Metal Blocks? SAE Tech. Paper Series, 940735 1994
- Firbank T. C. On the Force Between the Belt and Driving Pulley of a Flat Belt Drive ASME Paper 1997
- Inukai M. et al. Study on V-ribbed Belts - Transmitting Force Distribution on the Pulley J. of JSAE 22 1 1991 111 118