This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Effect of Ambient Temperature on Radial Tire Rolling Resistance
Annotation ability available
Sector:
Language:
English
Abstract
A test procedure for measuring the rolling resistance of automobile tires under ambient temperature conditions ranging from −20°C to 40°C is described. A data analysis method for predicting tire rolling resistance in this temperature range from a minimum amount of test data is presented. The effect of changes in tire inflation pressure and material viscoelastic properties resulting from ambient temperature changes is demonstrated for radial automobile tires with different tread designs and compounds.
Recommended Content
Authors
Topic
Citation
Janssen, M. and Hall, G., "Effect of Ambient Temperature on Radial Tire Rolling Resistance," SAE Technical Paper 800090, 1980, https://doi.org/10.4271/800090.Also In
References
- Campbell K. L. “A Comparison of Radial and Non-Radial Tire Construction With Respect to Rolling Resistance and Fuel Economy” Conference Proceedings on Tire Rolling Losses and Fuel Economy, Transportation Systems Center Cambridge, MA 1977 13
- Kirk, Roger “The Positive Effect of Radial Ply Tires on Fuel Economy of Military Vehicles” Spring Symposium on ASTM Committee F-09 on Tires 1974
- Voracheck J. J. Dill R. J. Montag R. J. “Effect of Passenger Tire Reinforcing Materials on Rolling Resistance” Conference Proceedings on Tire Rolling Losses and Fuel Economy, Transportation Systems Center Cambridge, MA 1977 169
- Shepherd, P. D. “The Effect of A Tire’s Reinforcing Material on Rolling Resistance” Paper No. 770333 presented at the SAE Congress and Exposition, Detroit, MI February 1977
- Hunt J. D. Walter J. D. Hall G. L. “The Effect of Tread Polymer Variations on Radial Tire Rolling Resistance” Conference Proceedings, Tire Rolling Losses and Fuel Economy, Transportation Systems Center Cambridge, MA 1977 161
- Lou, A. Y. C. “Relationship of Tire Rolling Resistance to the Viscoelastic Properties of the Tread Rubber” Tire Science and Technology 6 3 August 1978 176 88
- Lippmann, S. A. Oblizajek K. L. Metters, J. J. “Sources of Rolling Resistance in Radial Ply Tires” Paper No. 780258 , Presented at the SAE Congress and Exposition, Detroit, MI February 1978
- Willett, P. R. “Heat Generation in Tires Due to Viscoelastic Properties of Elastomeric Components” Rubber Chemistry and Technology 457 1974 363
- Elliott, D. R. Klamp, W. K. Kraemer, W. E. “Passenger Tire Power Consumption” Paper No. 710575 , presented at the SAE Mid-Year Meeting, Montreal, Quebec, Canada June 1971
- Schuring, D. J. “Energy Loss of Pneumatic Tires Under Freely Rolling, Braking and Driving Conditions,” Tire Science and Technology 4 1 1976 3 15
- Walter J. D. Conant, F. S. “Energy Losses in Tires” Tire Science and Technology 2 3 1974 235 260
- Sekula, P. J. Hall, G. L. Potts G. R. Conant, F. S. “Dynamic Indoor Tire Testing and Fourier Transform Analysis” Tire Science and Technology 4 2 1976 66 84
- Gustakov I. Brown, C. “Mathematical Technique for Predicting Equilibrium Rolling Resistance of Tires From Short Duration Tests” Paper No. 790118 presented at the SAE Congress and Exposition, Detroit, MI February 1979