Matrix crack deflection at an interface between a stiff matrix and a soft inclusion

Dominique Leguillon , Cécile Lacroix , Éric Martin
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引用次数: 14

Abstract

Matrix crack deflection by an interface increases the apparent toughness of a composite. Criteria developed to predict such a mechanism never gave a complete and satisfying answer. They require additional assumptions on a characteristic fracture length and are sensitive to these choices. The criterion proposed here is based on the maximum total energy decrease, it is independent of any length and is well-suited to study a stiff matrix crack impinging on a soft inclusion.

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在硬基体和软夹杂之间的界面处的基体裂纹挠度
界面引起的基体裂纹偏转增加了复合材料的表观韧性。用来预测这种机制的标准从来没有给出一个完整和令人满意的答案。它们需要对特征裂缝长度进行额外假设,并且对这些选择很敏感。本文提出的准则是基于最大总能量减少量,它与任何长度无关,非常适合研究硬基体裂纹与软夹杂的碰撞。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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