Effect of normal pressure on temperature and rate dependences of elastomer friction in the glass transition region

Authors :: S.Z. Bubman
G. V. Vinogradov
G. M. Bartenev
A.I. Yel'kin
Source :: Wear. 23:33-38
Publication Year :: 1973
Publisher :: Elsevier BV, 1973.
Abstract: The effect of normal pressure and rate dependences of elastomer friction in the glass transition region has been investigated. The results confirm the absence of a maximum on the rate dependence of the friction coefficient and demonstrate the possibility of applying the temperature-time equivalence principle to the description of the rate dependence of the friction coefficient at increased pressures.

Subjects :: musculoskeletal diseases
Friction coefficient
Materials science
integumentary system
Thermodynamics
Equivalence principle (geometric)
Surfaces and Interfaces
musculoskeletal system
Condensed Matter Physics
Elastomer
Surfaces, Coatings and Films
body regions
Pressure range
Mechanics of Materials
Materials Chemistry
Glass transition
human activities

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