Cracks at mortar-stone interfaces

D.M. Tan , E.K. Tschegg , H. Rotter , H.O.K. Kirchner
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引用次数: 16

Abstract

In split cube geometries the specific fracture energies of sandstone-mortar (14 Nm−1) and limestone-mortar (6 Nm−1) interfaces were determined. They are much lower than for bulk mortar (80 Nm−1). A damage type law describes well the development of a process zone around the interfacial cracks. In finite element calculations the damage law descrobes the behaviour of flat interfaces, but needs improvement for curved interfaces.

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砂浆-石界面裂缝
在分裂立方体几何下,测定了砂岩-砂浆(14 Nm−1)和石灰石-砂浆(6 Nm−1)界面的比断裂能。它们比散装砂浆(80 Nm−1)低得多。损伤类型规律很好地描述了界面裂纹周围过程区的发展。在有限元计算中,损伤规律描述了平面界面的行为,但对于弯曲界面的损伤规律还需要改进。
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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