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ISSN Druckformat: 2152-2057
ISSN Online: 2152-2073
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STEADY-STATE CREEPING OF LAMINATED METAL-COMPOSITE PLATES WITH COMPLEX REINFORCED STRUCTURES IN TRANSVERSE-LONGITUDINAL BENDING
ABSTRAKT
The problem of transverse-longitudinal bending of the Kirchhoff laminated plates of variable thickness reinforced by fibers of constant cross section and working under the conditions of steady-state creeping of all phases of the composition is formulated. A system of resolving equations and the corresponding boundary conditions are analyzed. A method for solving the posed problem is formulated. A way to approximate solution of such problems under the conditions of unsteady creeping is indicated. The conducted specific calculations showed that the rate of deflection of the steady-state creeping of plates greatly depends on the reinforcement structure, separation of carrying layers, and on the type and level of structure loading.
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