首页> 外文会议>Proceedings of the Bienniel Conference on Fracture >The Influence of Notch Geometry and Non-Linearity on the SIF in Case of Three-Point Bend Marble Specimens
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The Influence of Notch Geometry and Non-Linearity on the SIF in Case of Three-Point Bend Marble Specimens

机译:三点弯曲大理石标本情况下SIF的缺口几何和非线性的影响

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The mechanical behaviour of U-notched specimens made from Dionysos marble and subjected to three-point bending is studied here both experimentally and numerically. The numerical analysis is based on the Displacement Discontinuity Technique. Attention is focused to the relation between LEFM and Linear Elastic Notch Mechanics as well as to the influence of the non-linearity of the stress-strain law of this marble on the values of the Stress Intensity Factors. Discrepancies between theoretical predictions and experimental results are indicated: Contrary to common sense linear approaches are not fully applicable in case of marble, although from a macroscopic point it is considered as a brittle material.
机译:从Dionysos大理石制成的U型缺口样品的力学行为在实验和数值上进行了三点弯曲。数值分析基于位移不连续技术。注意力集中在甲纤维和线性弹性凹口的关系中,以及这种大理石应力 - 应力法的非线性对应力强度因子的价值的影响。指出了理论预测和实验结果之间的差异:与常识线性方法相反,在大理石的情况下,不完全适用,尽管从宏观点视为脆性材料。

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