Abstract
To study the influence of the layered structure of a shell on the dynamics of its dilatation and rupture, the problem of the motion of an elastoplastic double-layered shell under the effect of the internal pressure of detonation products was posed. The solution of the problem reduced to the integration of a linear differential equation. Test examples showed the research possibilities of the suggested statement, and also special traits of the rupture of double-layered shells with different physicomechanical properties of the materials of the layers.
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