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A model of the fibrous composite material friction and wear process is constructed
taking into account the heating of the friction surface. The inhomogeneous temperature
expansion of the composite components and the resulting fiber/matrix slippage near the
friction surface and the friction surface profile change is considered. The influence of
temperature on the distribution of stresses in the fiber and matrix and on the roughness of the
friction surface of the composite is determined.
Keywords: composite mechanics, composite wear, composite friction, tribology |
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