INVESTIGATION OF NONAXISYMMETRIC STRESS STATE FOR QUASI-STATIC THERMAL POWER LOADING UNDER CONDITIONS OF HIGHEST-ENERGY PARTICLE IRRADIATION

INVESTIGATION OF NONAXISYMMETRIC STRESS STATE FOR QUASI-STATIC THERMAL POWER LOADING UNDER CONDITIONS OF HIGHEST-ENERGY PARTICLE IRRADIATION

The paper contains a virtual modeling 2D(r, θ) for deformation of singly-connected cylindrical solid under conditions of thermo-irradiation impact. Influence of a circumferential distortion on nonaxisymmetric strain-stress state for various values of temperature amplitudes has been investigated in t...

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Main Authors: A. V. Chigarev, P. I. Shirvel
Format: Article
Language:Russian
Published: Belarusian National Technical University 2013-08-01
Series:Nauka i Tehnika
Online Access:https://sat.bntu.by/jour/article/view/254
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spelling doaj-e66667a488d54136bc1c652f811904772021-07-29T08:29:32ZrusBelarusian National Technical UniversityNauka i Tehnika2227-10312414-03922013-08-01048389247INVESTIGATION OF NONAXISYMMETRIC STRESS STATE FOR QUASI-STATIC THERMAL POWER LOADING UNDER CONDITIONS OF HIGHEST-ENERGY PARTICLE IRRADIATIONA. V. Chigarev0P. I. Shirvel1Belarusian National Technical UniversityBelarusian National Technical UniversityThe paper contains a virtual modeling 2D(r, θ) for deformation of singly-connected cylindrical solid under conditions of thermo-irradiation impact. Influence of a circumferential distortion on nonaxisymmetric strain-stress state for various values of temperature amplitudes has been investigated in the paper. A solid cylinder  with internal heat sources has been considered as a model body. Properties of the model body correspond to cermet fuel (40 % UO2 + 60 % Cr).https://sat.bntu.by/jour/article/view/254
collection DOAJ
language Russian
format Article
sources DOAJ
author A. V. Chigarev
P. I. Shirvel
spellingShingle A. V. Chigarev
P. I. Shirvel
INVESTIGATION OF NONAXISYMMETRIC STRESS STATE FOR QUASI-STATIC THERMAL POWER LOADING UNDER CONDITIONS OF HIGHEST-ENERGY PARTICLE IRRADIATION
Nauka i Tehnika
author_facet A. V. Chigarev
P. I. Shirvel
author_sort A. V. Chigarev
title INVESTIGATION OF NONAXISYMMETRIC STRESS STATE FOR QUASI-STATIC THERMAL POWER LOADING UNDER CONDITIONS OF HIGHEST-ENERGY PARTICLE IRRADIATION
title_short INVESTIGATION OF NONAXISYMMETRIC STRESS STATE FOR QUASI-STATIC THERMAL POWER LOADING UNDER CONDITIONS OF HIGHEST-ENERGY PARTICLE IRRADIATION
title_full INVESTIGATION OF NONAXISYMMETRIC STRESS STATE FOR QUASI-STATIC THERMAL POWER LOADING UNDER CONDITIONS OF HIGHEST-ENERGY PARTICLE IRRADIATION
title_fullStr INVESTIGATION OF NONAXISYMMETRIC STRESS STATE FOR QUASI-STATIC THERMAL POWER LOADING UNDER CONDITIONS OF HIGHEST-ENERGY PARTICLE IRRADIATION
title_full_unstemmed INVESTIGATION OF NONAXISYMMETRIC STRESS STATE FOR QUASI-STATIC THERMAL POWER LOADING UNDER CONDITIONS OF HIGHEST-ENERGY PARTICLE IRRADIATION
title_sort investigation of nonaxisymmetric stress state for quasi-static thermal power loading under conditions of highest-energy particle irradiation
publisher Belarusian National Technical University
series Nauka i Tehnika
issn 2227-1031
2414-0392
publishDate 2013-08-01
description The paper contains a virtual modeling 2D(r, θ) for deformation of singly-connected cylindrical solid under conditions of thermo-irradiation impact. Influence of a circumferential distortion on nonaxisymmetric strain-stress state for various values of temperature amplitudes has been investigated in the paper. A solid cylinder  with internal heat sources has been considered as a model body. Properties of the model body correspond to cermet fuel (40 % UO2 + 60 % Cr).
url https://sat.bntu.by/jour/article/view/254
work_keys_str_mv AT avchigarev investigationofnonaxisymmetricstressstateforquasistaticthermalpowerloadingunderconditionsofhighestenergyparticleirradiation
AT pishirvel investigationofnonaxisymmetricstressstateforquasistaticthermalpowerloadingunderconditionsofhighestenergyparticleirradiation
_version_ 1721255591468335104

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