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Evaluation of Various Passenger Tire Constructions for Wet Traction Performance
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English
Abstract
Three basic tire constructions (diagonal, bias belted, and radial) were evaluated via a designed experiment to determine the effect of tire construction on wet traction. Significantly, no one type of construction displayed an inherent advantage for straight ahead wet traction.
In addition, investigation within the radial construction framework revealed that stabilizer ply material and angle have little influence on straight ahead wet traction.
Tire construction was found to have a significant effect on wet cornering potential.
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Authors
Citation
Speyer, A., "Evaluation of Various Passenger Tire Constructions for Wet Traction Performance," SAE Technical Paper 780197, 1978, https://doi.org/10.4271/780197.Also In
References
- DeVinney W. E. “Factors Affecting Tire Traction.” SAE Transactions 76 1968 Paper 670461
- Williams A. R. Holmes T. Lees G. “Toward the Unified Design of Tire and Pavement for the Reduction of Skidding Accidents.” SAE Paper 720162 Automotive Engineering Congress January 1972
- Kelley J. D. “Factors Affecting Passenger Tire Traction on the Wet Road.” SAE Transactions 77 1968 paper 680138
- Dijks Ir. A. “A Multifactor Examination of Wet Skid Resistance of Car Tires.” SAE Paper 741106 International Automobile Tire Conference Toronto, Canada 8 9
- Bird K. D. Martin J. F. “The Calspan Tire Research Facility: Design, Development and Initial Test Results.” SAE Paper 730582 Automobile Engineering Meeting Detroit, Michigan May 1973
- Schuring D. J. Tapia G. A. Gusakov I. “Influence of Tire Design Parameters on Tire Force and Moment Characteristics.” SAE Paper 760732 Automobile Engineering Meeting Dearborn Michigan October 1976