Abstract
The paper considers the problem of contact between a pad attached to an elastic quarter-plane under the action of a horizontal force. The normal and shear stresses between the overlay and the quarter plane are determined. The problem is solved by B.N. Zhemochkin’s method by dividing the contact area into twenty sections. Results were obtained for changing the longitudinal force in the pad. It is shown that the presence of a quarter-plane edge introduces disturbances into the distribution of normal and tangential stresses in comparison with similar results for a half-plane. The results for the rigid overlay are shown separately. It is concluded that it is necessary to take into account bending moments when calculating linings.
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