ANALYSIS LAYER MODEL OF POLYMER COMPOSITE DESIGN UNDER MULTIFACTOR LOADING

A mathematical model is offered for the analysis of complex stress-strain state of the layer load-carrying structures of the aircraft planes. It is presented as sets of the equations of the constraining relations of load parameters, voltages and deformation. The complex multilayered solution method...

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Main Authors: Oleg G. Osyaev, Yury A. Taturin, Alexey M. Kostin, Artur V. Zhukov
Format: Article
Language:Russian
Published: Don State Technical University 2011-06-01
Series:Advanced Engineering Research
Subjects:
Online Access:https://www.vestnik-donstu.ru/jour/article/view/770
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author Oleg G. Osyaev
Yury A. Taturin
Alexey M. Kostin
Artur V. Zhukov
author_facet Oleg G. Osyaev
Yury A. Taturin
Alexey M. Kostin
Artur V. Zhukov
author_sort Oleg G. Osyaev
collection DOAJ
description A mathematical model is offered for the analysis of complex stress-strain state of the layer load-carrying structures of the aircraft planes. It is presented as sets of the equations of the constraining relations of load parameters, voltages and deformation. The complex multilayered solution method that allows including specific features of the design geometry and behaviour of structural materials through multifactor loading is used for the solution of the systems of the equations.
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spelling doaj.art-11d15e7125384a649060f5a39d0d3ce82025-03-02T11:04:17ZrusDon State Technical UniversityAdvanced Engineering Research2687-16532011-06-01115613620759ANALYSIS LAYER MODEL OF POLYMER COMPOSITE DESIGN UNDER MULTIFACTOR LOADINGOleg G. Osyaev0Yury A. Taturin1Alexey M. Kostin2Artur V. Zhukov3Rostov Military Institute of Rocket ForcesRostov Military Institute of Rocket ForcesTesting Centre, Troop Unit 85907officer of the Post-Test Analysis Subdivision, Testing Centre, Troop Unit 85907A mathematical model is offered for the analysis of complex stress-strain state of the layer load-carrying structures of the aircraft planes. It is presented as sets of the equations of the constraining relations of load parameters, voltages and deformation. The complex multilayered solution method that allows including specific features of the design geometry and behaviour of structural materials through multifactor loading is used for the solution of the systems of the equations.https://www.vestnik-donstu.ru/jour/article/view/770long-term strengthstress-strain statecreeping.
spellingShingle Oleg G. Osyaev
Yury A. Taturin
Alexey M. Kostin
Artur V. Zhukov
ANALYSIS LAYER MODEL OF POLYMER COMPOSITE DESIGN UNDER MULTIFACTOR LOADING
Advanced Engineering Research
long-term strength
stress-strain state
creeping.
title ANALYSIS LAYER MODEL OF POLYMER COMPOSITE DESIGN UNDER MULTIFACTOR LOADING
title_full ANALYSIS LAYER MODEL OF POLYMER COMPOSITE DESIGN UNDER MULTIFACTOR LOADING
title_fullStr ANALYSIS LAYER MODEL OF POLYMER COMPOSITE DESIGN UNDER MULTIFACTOR LOADING
title_full_unstemmed ANALYSIS LAYER MODEL OF POLYMER COMPOSITE DESIGN UNDER MULTIFACTOR LOADING
title_short ANALYSIS LAYER MODEL OF POLYMER COMPOSITE DESIGN UNDER MULTIFACTOR LOADING
title_sort analysis layer model of polymer composite design under multifactor loading
topic long-term strength
stress-strain state
creeping.
url https://www.vestnik-donstu.ru/jour/article/view/770
work_keys_str_mv AT oleggosyaev analysislayermodelofpolymercompositedesignundermultifactorloading
AT yuryataturin analysislayermodelofpolymercompositedesignundermultifactorloading
AT alexeymkostin analysislayermodelofpolymercompositedesignundermultifactorloading
AT arturvzhukov analysislayermodelofpolymercompositedesignundermultifactorloading