Thermal effects due to the frictional heating in sliding contact of a thermoelastic layer and a rigid insulated flat punch are investigated. The contact problem is treated by the Fourier integral transform method and is reduced to the system of singular integral equations which is solved numerically. Influence of the frictional heating on distributions of the contact pressure and generated temperature is presented for different values of thickness of the layer. Comparison with the corresponding results for a half-space is done.
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