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JOURNALS // Computational nanotechnology // Archive

Comp. nanotechnol., 2018 Issue 2, Pages 52–67 (Mi cn187)

05.02.00. MECHANICAL ENGINEERING
05.02.07 TECHNOLOGY AND EQUIPMENT OF MECHANICAL AND PHYSICS AND TECHNOLOGY PROCESSING

Vibrations of two-layer plates of constant thickness

R. Kh. Rakhimova, N. Umaralievb, M. L. Jalilova

a Institute of materials science, «Physics-sun» of Uzbekistan Academy of sciences
b Ferghana Branch Tashkent University Information Technology (FBTUIT)

Abstract: Within last decades laminose plates are object of numerous and various researches. Such plates represent the basic supporters of responsible engineering designs and constructions.
In many cases, the plates are not homogeneous in thickness, in particular, they are piecewise homogeneous (double layers, etc.).
At present, there is practically no theory of oscillation of piecewise homogeneous plates, and therefore the development of the theory and methods for calculating such plates is an actual problem of structural mechanics.
In given article, in a general three-dimensional formulation, we formulate the problem of the vibration of two-layered two-layer plates of constant thickness. The general rules of oscillation are derived, expressions are given for displacements and pressure at internal points of plastics through functions describing the displacements and deformations of points.

Keywords: oscillations, two-layer plate, boundary value problem, pressure, deformation, oscillation equations.



© Steklov Math. Inst. of RAS, 2024