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IssuesArchive of Issues2021-7pp.1439-1450

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V.N. Bakulin, "Layer-by-Layer Stress–Strain Analysis of Irregular Sandwich Shells of Revolution with Non-Zero Gaussian Curvature," Mech. Solids. 56 (7), 1439-1450 (2021)
Year 2021 Volume 56 Number 7 Pages 1439-1450
DOI 10.3103/S0025654421070049
Title Layer-by-Layer Stress–Strain Analysis of Irregular Sandwich Shells of Revolution with Non-Zero Gaussian Curvature
Author(s) V.N. Bakulin (Institute of Applied Mechanics, Russian Academy of Sciences, Moscow, 125040 Russia, vbak@yandex.ru)
Abstract The construction of a shell model for layer-by-layer stress–strain analysis of irregular sandwich shells of revolution of double curvature is considered. The construction of the model is carried out on the basis of the block finite element (FE) approach. In so doing, two types of shell finite elements (FE) of double curvature are considered – a two-dimensional FE of the bearing layers and a three-dimensional FE of the filler. A comparative analysis of the calculation results based on the given algorithms using finite elements of bearing layers with analytical and finite element solutions obtained using the ANSYS software package on the problem of deformation of a single-layer spherical shell under the action of self-balanced forces is carried out. As an example, the problem of studying the influence of through and blind rectangular cutouts on the stress–strain state of a doubly curved sandwich shell of revolution is solved.
Keywords layer-by-layer analysis, stress and strain state, irregular sandwich shells, double curvature, models, finite element, block, through and blind rectangular cutouts
Received 27 February 2020Revised 17 August 2020Accepted 17 October 2020
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