Modelling transverse cracking damage in thin, filament-wound tubes subjected to lateral indentation followed by internal pressure

Stephen R Reid, S. Li, P. D. Soden, M. J. Hinton

Research output: Contribution to journalArticle

15 Citations (Scopus)

Abstract

Transverse cracking is a typical mode of damage in laminated composites. A continuum damage model has been established for the constitutive relationship which describes initiation and evolution of such damage. The constitutive model has been incorporated into an FE structural analysis using a commercial code, ABAQUS, via one of its user-defined subroutines, UGENS. The developed user subroutine can be applied to simulate transverse cracking damage processes in general laminated composites. As an example, the response of a thin +/- 55 degrees filament-wound tube subjected to loading and unloading by lateral indentation has been analysed. The predicted load displacement curves and damage growth and stress and strain distributions in each lamina are presented. One of the emphases in this paper is on sequential loading. Subsequent to complete unloading, the tube is subjected to a different loading condition, internal pressure, and simulation of the deformation and damage process is continued. The results have been discussed and compared with experimental data wherever available. (c) 2005 Qinetiq Ltd. Published by Elsevier Ltd. All rights reserved.

Original languageEnglish
Pages (from-to)621-646
Number of pages25
JournalInternational Journal of Mechanical Sciences
Volume47
DOIs
Publication statusPublished - 2005

Keywords

  • continuum damage model
  • transverse cracking damage
  • filament-wound GRP
  • finite element analysis and user subroutine
  • sequential loading
  • unloading characteristics
  • identation
  • pressurisation
  • QUASI-STATIC INDENTATION
  • COMPOSITE TUBES
  • STRESS

Cite this

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title = "Modelling transverse cracking damage in thin, filament-wound tubes subjected to lateral indentation followed by internal pressure",
abstract = "Transverse cracking is a typical mode of damage in laminated composites. A continuum damage model has been established for the constitutive relationship which describes initiation and evolution of such damage. The constitutive model has been incorporated into an FE structural analysis using a commercial code, ABAQUS, via one of its user-defined subroutines, UGENS. The developed user subroutine can be applied to simulate transverse cracking damage processes in general laminated composites. As an example, the response of a thin +/- 55 degrees filament-wound tube subjected to loading and unloading by lateral indentation has been analysed. The predicted load displacement curves and damage growth and stress and strain distributions in each lamina are presented. One of the emphases in this paper is on sequential loading. Subsequent to complete unloading, the tube is subjected to a different loading condition, internal pressure, and simulation of the deformation and damage process is continued. The results have been discussed and compared with experimental data wherever available. (c) 2005 Qinetiq Ltd. Published by Elsevier Ltd. All rights reserved.",
keywords = "continuum damage model, transverse cracking damage, filament-wound GRP, finite element analysis and user subroutine, sequential loading, unloading characteristics, identation, pressurisation, QUASI-STATIC INDENTATION, COMPOSITE TUBES, STRESS",
author = "Reid, {Stephen R} and S. Li and Soden, {P. D.} and Hinton, {M. J.}",
year = "2005",
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journal = "International Journal of Mechanical Sciences",
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T1 - Modelling transverse cracking damage in thin, filament-wound tubes subjected to lateral indentation followed by internal pressure

AU - Reid, Stephen R

AU - Li, S.

AU - Soden, P. D.

AU - Hinton, M. J.

PY - 2005

Y1 - 2005

N2 - Transverse cracking is a typical mode of damage in laminated composites. A continuum damage model has been established for the constitutive relationship which describes initiation and evolution of such damage. The constitutive model has been incorporated into an FE structural analysis using a commercial code, ABAQUS, via one of its user-defined subroutines, UGENS. The developed user subroutine can be applied to simulate transverse cracking damage processes in general laminated composites. As an example, the response of a thin +/- 55 degrees filament-wound tube subjected to loading and unloading by lateral indentation has been analysed. The predicted load displacement curves and damage growth and stress and strain distributions in each lamina are presented. One of the emphases in this paper is on sequential loading. Subsequent to complete unloading, the tube is subjected to a different loading condition, internal pressure, and simulation of the deformation and damage process is continued. The results have been discussed and compared with experimental data wherever available. (c) 2005 Qinetiq Ltd. Published by Elsevier Ltd. All rights reserved.

AB - Transverse cracking is a typical mode of damage in laminated composites. A continuum damage model has been established for the constitutive relationship which describes initiation and evolution of such damage. The constitutive model has been incorporated into an FE structural analysis using a commercial code, ABAQUS, via one of its user-defined subroutines, UGENS. The developed user subroutine can be applied to simulate transverse cracking damage processes in general laminated composites. As an example, the response of a thin +/- 55 degrees filament-wound tube subjected to loading and unloading by lateral indentation has been analysed. The predicted load displacement curves and damage growth and stress and strain distributions in each lamina are presented. One of the emphases in this paper is on sequential loading. Subsequent to complete unloading, the tube is subjected to a different loading condition, internal pressure, and simulation of the deformation and damage process is continued. The results have been discussed and compared with experimental data wherever available. (c) 2005 Qinetiq Ltd. Published by Elsevier Ltd. All rights reserved.

KW - continuum damage model

KW - transverse cracking damage

KW - filament-wound GRP

KW - finite element analysis and user subroutine

KW - sequential loading

KW - unloading characteristics

KW - identation

KW - pressurisation

KW - QUASI-STATIC INDENTATION

KW - COMPOSITE TUBES

KW - STRESS

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JO - International Journal of Mechanical Sciences

JF - International Journal of Mechanical Sciences

SN - 0020-7403

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