Journal
JOURNAL OF FRICTION AND WEAR
Volume 39, Issue 1, Pages 55-61Publisher
ALLERTON PRESS INC
DOI: 10.3103/S1068366618010105
Keywords
viscoelastic layer; Kelvin model; relative slip; rolling friction; coefficient of friction; traction coefficient
Funding
- RNF [142900198]
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The three-dimensional contact problem for rolling of a rigid sphere over a base, which consists of viscoelastic layer bonded to a rigid half-space has been considered. The thin viscoelastic layer simulates the action of a friction modifier. The Kelvin model has been used to describe the layer properties. The method of calculating the distribution of normal and shear stresses within the contact interaction area has been presented, the boundaries of traction have been determined, and the slip subareas have been studied. In addition, the influence of the viscoelastic layer properties on the distributions of contact stresses has been analyzed.
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