混凝土中锈蚀钢筋的力学性能衰减综述

S. Imperatore
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引用次数: 5

摘要

在钢筋混凝土结构(RCS)腐蚀的主要后果中,应该提到钢筋截面的减少,以及它们的机械材料性能的衰减。本文回顾了关于该主题的主要文献发现,并描述了广泛收集的自然腐蚀增强材料的实验拉伸试验数据库。综合了科学文献中可用于评价腐蚀增强材料残余力学性能的主要预测退化规律。第一次尝试评估文献衰减规律的可靠性,以模拟自然腐蚀的钢筋在均匀腐蚀和点蚀下的力学性能。最后,对自然腐蚀钢筋试验和现有的退化规律提出了一些看法。
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Mechanical Properties Decay of Corroded Reinforcement in Concrete—An Overview
Among the leading consequences of corrosion in reinforced concrete structures (RCS) the cross section reduction in steel bars should be mentioned, coupled to a decay of their mechanical material properties. This paper recalls the main literature findings on the topic and describes a wide collected database of experimental tensile tests performed on naturally corroded reinforcements. The principal predictive degradation laws available in the scientific literature to assess the residual mechanical properties of the corroded reinforcements are synthesized. A first attempt to evaluate the reliability of the literature decay laws to simulate the mechanical performance of naturally corroded steel reinforcement subjected to both uniform and pitting corrosion is performed. Finally, some remarks are suggested on both the tested naturally corroded steel reinforcement and the available degradation laws.
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