Determination of the region of the limiting states occurrence in RVS-20000 with the subsidence of the external bottom contour

The problem of the limiting states occurrence in the structures of a vertical steel tank is investigated in this work. To study the SSS of the metal structures of the object, the authors created a numerical model of the RVS-20000 tank in the ANSYS software complex. The model considers the maximum nu...

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Main Authors: Chepur P.V., Tarasenko A.A., Gruchenkova A.A.
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:MATEC Web of Conferences
Online Access:https://doi.org/10.1051/matecconf/201823906002
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spelling doaj-0d9c7e4e4859437fab91b8a2092beaa82021-04-02T14:09:33ZengEDP SciencesMATEC Web of Conferences2261-236X2018-01-012390600210.1051/matecconf/201823906002matecconf_ts2018_06002Determination of the region of the limiting states occurrence in RVS-20000 with the subsidence of the external bottom contourChepur P.V.0Tarasenko A.A.1Gruchenkova A.A.2Industrial University of TyumenIndustrial University of TyumenSurgut Oil and Gas InstituteThe problem of the limiting states occurrence in the structures of a vertical steel tank is investigated in this work. To study the SSS of the metal structures of the object, the authors created a numerical model of the RVS-20000 tank in the ANSYS software complex. The model considers the maximum number of elements with their geometry and connections affecting the tank SSS under non-axisymmetric loading, including beyond the elasticity of steel. Dependences between the parameters of intrinsic stiffness of the VST are obtained. The results of the finite element analysis made it possible to develop a technique for assessing the technical condition of the structure with the development of irregular subsidence of the external bottom contour. The proposed technique can be used by both operating and design organizations in making managerial decisions regarding the repair of RVS-20000 subjected to the base subsidence.https://doi.org/10.1051/matecconf/201823906002
collection DOAJ
language English
format Article
sources DOAJ
author Chepur P.V.
Tarasenko A.A.
Gruchenkova A.A.
spellingShingle Chepur P.V.
Tarasenko A.A.
Gruchenkova A.A.
Determination of the region of the limiting states occurrence in RVS-20000 with the subsidence of the external bottom contour
MATEC Web of Conferences
author_facet Chepur P.V.
Tarasenko A.A.
Gruchenkova A.A.
author_sort Chepur P.V.
title Determination of the region of the limiting states occurrence in RVS-20000 with the subsidence of the external bottom contour
title_short Determination of the region of the limiting states occurrence in RVS-20000 with the subsidence of the external bottom contour
title_full Determination of the region of the limiting states occurrence in RVS-20000 with the subsidence of the external bottom contour
title_fullStr Determination of the region of the limiting states occurrence in RVS-20000 with the subsidence of the external bottom contour
title_full_unstemmed Determination of the region of the limiting states occurrence in RVS-20000 with the subsidence of the external bottom contour
title_sort determination of the region of the limiting states occurrence in rvs-20000 with the subsidence of the external bottom contour
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2018-01-01
description The problem of the limiting states occurrence in the structures of a vertical steel tank is investigated in this work. To study the SSS of the metal structures of the object, the authors created a numerical model of the RVS-20000 tank in the ANSYS software complex. The model considers the maximum number of elements with their geometry and connections affecting the tank SSS under non-axisymmetric loading, including beyond the elasticity of steel. Dependences between the parameters of intrinsic stiffness of the VST are obtained. The results of the finite element analysis made it possible to develop a technique for assessing the technical condition of the structure with the development of irregular subsidence of the external bottom contour. The proposed technique can be used by both operating and design organizations in making managerial decisions regarding the repair of RVS-20000 subjected to the base subsidence.
url https://doi.org/10.1051/matecconf/201823906002
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AT tarasenkoaa determinationoftheregionofthelimitingstatesoccurrenceinrvs20000withthesubsidenceoftheexternalbottomcontour
AT gruchenkovaaa determinationoftheregionofthelimitingstatesoccurrenceinrvs20000withthesubsidenceoftheexternalbottomcontour
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