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ISSN: 1997-9428

Volume1, Issue2

EXPERIMENTAL INVESTIGATION AND NONLINEAR ANALYSIS OF POLYMER MEMBERS SUBJECTED TO UNIAXIAL TENSION

    Akram Shaker Mahmood Arz Yahya Rzayeg

Anbar Journal for Engineering Sciences, 2008, Volume 1, Issue 2, Pages 87-97

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Abstract

An experimental investigation as well as nonlinear analysis is carried out in this paper to study the behavior of polymer members (Epoxy & Polyester) under direct tension. The ANSYS model accounts for nonlinear phenomenon, such as, Tension Softening Material (TSM) and Enhanced Multilinear Isotropic Softening (EMIS) models. The polymer specimens are modeled using PLANE82 element – eight node plane element – eight node plane element, which is capable of simulating the failure behavior of polymer material members. The intention of this paper is thereby to discuss the proposed softening models to validate the complete Stress-Strain and Load-Deflection response of prismatic specimens subjected to uniaxial tension. The outcomes from the verifications of both modeling techniques have shown good agreement with the experimental results obtained from literature.
Keywords:
    Nonlinear Material finite element Epoxy Polyester Tension Softening and Enhanced Multilinear Isotropic Softening
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(2008). EXPERIMENTAL INVESTIGATION AND NONLINEAR ANALYSIS OF POLYMER MEMBERS SUBJECTED TO UNIAXIAL TENSION. Anbar Journal for Engineering Sciences, 1(2), 87-97.
Akram Shaker Mahmood; Arz Yahya Rzayeg. "EXPERIMENTAL INVESTIGATION AND NONLINEAR ANALYSIS OF POLYMER MEMBERS SUBJECTED TO UNIAXIAL TENSION". Anbar Journal for Engineering Sciences, 1, 2, 2008, 87-97.
(2008). 'EXPERIMENTAL INVESTIGATION AND NONLINEAR ANALYSIS OF POLYMER MEMBERS SUBJECTED TO UNIAXIAL TENSION', Anbar Journal for Engineering Sciences, 1(2), pp. 87-97.
EXPERIMENTAL INVESTIGATION AND NONLINEAR ANALYSIS OF POLYMER MEMBERS SUBJECTED TO UNIAXIAL TENSION. Anbar Journal for Engineering Sciences, 2008; 1(2): 87-97.
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Journal Information

Publisher: University of Anbar

Email:  ajes.uoanbar.edu.iq

Editor-in-chief: Prof. Dr. Yousif Al Mashhadany

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