Author(s)

K. Konowalski & K. Grudzinski

Abstract

In this work, a critical analysis of the known models of interferenced joints of a shaft and a sleeve, loaded by torsional moment has been done. An own model of this joint has been shown. Substantial novelty in this model is taking into account a tangential contact stiffness of both interacting surfaces in the interferenced joint. The state of stress and strains equation in this model have been obtained. Computational examples are presented. They show an influence of selected construction parameters and tangential contact stiffness on the distribution of the torsional moments in the shaft and sleeve and the tangential contact stresses, rotational displacements and region slides on the length of the connection. The elabor

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