EXPERIMENTAL CHARACTERIZATION AND STOCHASTIC MODELING OF INTERLAMINAR SHEAR STRENGTHS OF GRAPHITE/EPOXY LAMINATED COMPOSITES

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Main Authors: Chao Zhang, R. Ganesan, Suong V. Hoa
Format: Recurso digital
Published: Zenodo 1999
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author Chao Zhang
R. Ganesan
Suong V. Hoa
author_facet Chao Zhang
R. Ganesan
Suong V. Hoa
contents The experimental and analytical investigations are conducted concerning the effects of fiber orientations on the interlaminar shear (ILS) strengths in laminated composites. The modified double notch shear test is employed in the experiment, and a stochastic modeling technique is developed in the analysis. It is found that both the mean values and probability distribution forms of the interlaminar shear strengths vary with the fiber orientation difference between the two surrounding plies of the interfaces.
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_15419135
institution Zenodo
language
publishDate 1999
publisher Zenodo
record_format zenodo
spellingShingle EXPERIMENTAL CHARACTERIZATION AND STOCHASTIC MODELING OF INTERLAMINAR SHEAR STRENGTHS OF GRAPHITE/EPOXY LAMINATED COMPOSITES
Chao Zhang
R. Ganesan
Suong V. Hoa
The experimental and analytical investigations are conducted concerning the effects of fiber orientations on the interlaminar shear (ILS) strengths in laminated composites. The modified double notch shear test is employed in the experiment, and a stochastic modeling technique is developed in the analysis. It is found that both the mean values and probability distribution forms of the interlaminar shear strengths vary with the fiber orientation difference between the two surrounding plies of the interfaces.
title EXPERIMENTAL CHARACTERIZATION AND STOCHASTIC MODELING OF INTERLAMINAR SHEAR STRENGTHS OF GRAPHITE/EPOXY LAMINATED COMPOSITES
url https://doi.org/10.5281/zenodo.15419135