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Experimental evaluation of shear and compression strength of masonry wall before and after reinforcement: Deep repointing

机译:砌体墙加固前后的抗剪强度和抗压强度的实验评估:深层找正

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摘要

Masonry presents some inadequacies due to its almost total lack of tensile strength. Typical damage to multiple leaf walls during earthquakes is the loss of bond between the leaves with consequent collapse of the external leaf. Retrofitting or repair of this damage is a very difficult task. In many cases grout injection or wall jacketing fail due to incompatibility with the construction technique of the walls. A complementary technique to the grouting has been proposed by the authors. Experimental results and applications of the technique on site have shown positive characteristics and the results of tests carried out on site show, in some cases, increases in shear strength and stiffness of the masonry walls.
机译:砌体由于几乎完全缺乏抗拉强度而存在一些不足之处。地震期间对多片叶子壁的典型损坏是叶子之间的结合力丧失,从而导致外部叶子塌陷。改造或修理这种损坏是非常困难的任务。在许多情况下,由于与墙体的施工技术不兼容,水泥浆注入或墙体护套失败。作者提出了一种灌浆的补充技术。该技术的现场实验结果和应用显示出积极的特性,现场测试的结果表明,在某些情况下,砌体墙的抗剪强度和刚度有所提高。

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