Journal
COMPOSITES COMMUNICATIONS
Volume 24, Issue -, Pages -Publisher
ELSEVIER SCI LTD
DOI: 10.1016/j.coco.2020.100604
Keywords
Micromechanics; Coated fibers; Multi-phase composites; Stiffness
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The stiffness of composites with coated inclusions can be determined using various micromechanical methods. This study models the stiffness of a multi-phase composite with coated inclusions as a combination of stiffness tensors obtained for two-phase models. The method is applicable to arbitrary inclusion geometries and multiple coatings.
Stiffness of composites with coated inclusions can be determined by a variety of micromechanical methods. The present method approaches the problem by modeling the stiffness of a multi-phase composite with coated inclusions as a combination of stiffness tensors obtained for two-phase models. The potential advantage of the present method is its applicability to arbitrary inclusion geometries and multiple coatings. The numerical analysis conducted on the examples of coated fibers demonstrated a good agreement with available solutions for a low to moderate fiber volume fraction and a thin relatively compliant coating and for a low fiber volume fraction and a relatively thick coating.
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