Conditions of equivalence of effects for the solid body from incompressible material

Polemicizing with the existing opinion that modern numerical methods allow to solve practically any problem of mechanics, it should be noted that analytical and experimental methods still are relevant, and a complex of methods leads to development of mechanics of a deformable solid body. At present...

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Main Authors: Agakhanov Elephan, Agakhanov Murad, Sultanova Lyudmila, Hizriyeva Zabiya
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:MATEC Web of Conferences
Online Access:https://doi.org/10.1051/matecconf/201819601031
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spelling doaj-43ad2a451a9140ffac30d8197b9a73be2021-02-02T05:08:46ZengEDP SciencesMATEC Web of Conferences2261-236X2018-01-011960103110.1051/matecconf/201819601031matecconf_rsp2018_01031Conditions of equivalence of effects for the solid body from incompressible materialAgakhanov ElephanAgakhanov MuradSultanova LyudmilaHizriyeva ZabiyaPolemicizing with the existing opinion that modern numerical methods allow to solve practically any problem of mechanics, it should be noted that analytical and experimental methods still are relevant, and a complex of methods leads to development of mechanics of a deformable solid body. At present one of the most important directions of development of mechanics of a deformable solid body is creation of the approaches that allow to combine organically great computing opportunities of modern supercomputers with experimental methods of the material and design research. In engineering practice at production of designs and products incompressible materials are widely used. Assessment of their durability requires detailed studying of deflected mode caused by action of various loadings and forces. For a solid body from incompressible material, using the resolving equations set of mechanics of a deformable solid body, at action of the compelled deformations of a general view, volume and superficial forces conditions of equivalence are established. It is shown that the known solutions are special cases of the established equivalence conditions. The efficiency of the analytical solution of a three-dimensional task on the rotating disk from incompressible material is shown by the method of equivalence of effects.https://doi.org/10.1051/matecconf/201819601031
collection DOAJ
language English
format Article
sources DOAJ
author Agakhanov Elephan
Agakhanov Murad
Sultanova Lyudmila
Hizriyeva Zabiya
spellingShingle Agakhanov Elephan
Agakhanov Murad
Sultanova Lyudmila
Hizriyeva Zabiya
Conditions of equivalence of effects for the solid body from incompressible material
MATEC Web of Conferences
author_facet Agakhanov Elephan
Agakhanov Murad
Sultanova Lyudmila
Hizriyeva Zabiya
author_sort Agakhanov Elephan
title Conditions of equivalence of effects for the solid body from incompressible material
title_short Conditions of equivalence of effects for the solid body from incompressible material
title_full Conditions of equivalence of effects for the solid body from incompressible material
title_fullStr Conditions of equivalence of effects for the solid body from incompressible material
title_full_unstemmed Conditions of equivalence of effects for the solid body from incompressible material
title_sort conditions of equivalence of effects for the solid body from incompressible material
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2018-01-01
description Polemicizing with the existing opinion that modern numerical methods allow to solve practically any problem of mechanics, it should be noted that analytical and experimental methods still are relevant, and a complex of methods leads to development of mechanics of a deformable solid body. At present one of the most important directions of development of mechanics of a deformable solid body is creation of the approaches that allow to combine organically great computing opportunities of modern supercomputers with experimental methods of the material and design research. In engineering practice at production of designs and products incompressible materials are widely used. Assessment of their durability requires detailed studying of deflected mode caused by action of various loadings and forces. For a solid body from incompressible material, using the resolving equations set of mechanics of a deformable solid body, at action of the compelled deformations of a general view, volume and superficial forces conditions of equivalence are established. It is shown that the known solutions are special cases of the established equivalence conditions. The efficiency of the analytical solution of a three-dimensional task on the rotating disk from incompressible material is shown by the method of equivalence of effects.
url https://doi.org/10.1051/matecconf/201819601031
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