1992
DOI: 10.1007/bf00613599
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Failure of composite materials at high temperatures and finite strains

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Cited by 4 publications
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“…A model was developed to study elastomer porous composite materials in large strains and at high temperatures by Dimitrienko [16] [24,25] in 1987 reported the continuum theory of composite materials with crumpling of the ends in the case of plastic failure and the continuum theory of the brittle fracture of composites with buckling of the ends (i.e., the failure mechanism in the initial stage of failure is surface instability near the ends), respectively. Also, in 1987, Labossiere and Neale [26] focused their review on various failure theories proposed for composite materials in particular that concerning quasi-static macroscopic failure.…”
Section: Failure Criterionfl'echniquesimodelsmentioning
confidence: 99%
“…A model was developed to study elastomer porous composite materials in large strains and at high temperatures by Dimitrienko [16] [24,25] in 1987 reported the continuum theory of composite materials with crumpling of the ends in the case of plastic failure and the continuum theory of the brittle fracture of composites with buckling of the ends (i.e., the failure mechanism in the initial stage of failure is surface instability near the ends), respectively. Also, in 1987, Labossiere and Neale [26] focused their review on various failure theories proposed for composite materials in particular that concerning quasi-static macroscopic failure.…”
Section: Failure Criterionfl'echniquesimodelsmentioning
confidence: 99%