Abstract
A method for the approximate solution of a three-dimensional contact problem of interaction of two linearly elastic bodies with regard for the Coulomb friction, partial slip, and coupling in the unknown contact area is proposed. The method is based on the reduction of the problem to a system of three nonlinear integral equations for the unknown vector function of contact stresses. According to this method, the analyzed system of equations is regularized, the corresponding regularized system is discretized, and an iterative process is constructed for the solution of the discrete analog of the regularized system.
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