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Adhesion between Composite Materials and Masonry Structures: from Experimental Investigation to Numerical Modeling

机译:复合材料与砌体结构之间的粘附性:从实验研究到数值模拟

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Fiber-reinforced composite materials are more and more common in structural strengthening of existing masonry buildings. They generally lead to more light-weight and reversible solution than the traditional techniques used for similar purposed. However, adhesion between composite materials and masonry often controls the effectiveness of the intervention. Starting from an experimental campaign, the paper is devoted at calibrating a relationship between the bonding strength and the key mechanical properties of both composites (either polymer- or cement-based) and masonry.
机译:纤维增强复合材料在现有砌体建筑的结构强化中越来越常见。它们通常导致比用于类似紫色的传统技术更轻微和可逆的解决方案。然而,复合材料与砌体之间的粘附性通常控制干预的有效性。从实验活动开始,本文旨在校准粘合强度与两种复合材料(聚合物或水泥)和砌体的关键机械性能之间的关系。

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