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Contact interaction of cylindrical shells of different lengths

Journal of Mathematical Sciences, ISSN: 1072-3374, Vol: 178, Issue: 4, Page: 455-465
2011
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Article Description

We solve a problem of determination of the contact rigidity of a structural joint of a steel thin-walled pipe under the action of internal pressure with a shroud made of a composite material using a special technology. A mathematical model of the contact interaction of the pipe and shroud modeled by cylindrical shells of different length was constructed using the classical Kirchhoff-Love theory of shells. We obtain an analytic solution of the contact problem under conditions of ideal contact of the elements of the structural joint by the conjugation method. A numerical analysis of the influence of geometric and physicomechanical characteristics of the shroud on the contact pressure and rigidity of the shrouded pipe is presented. © 2011 Springer Science+Business Media, Inc.

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