用软件分析建筑物裂缝的二维进展

M. Selvamsagayaradja, B. Seralathan, N. Poonguzhali, V. Murugaiyan
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引用次数: 0

摘要

膨胀粘土由于其收缩膨胀特性,给在其上建造的建筑结构带来了严重的问题。然而,在许多情况下,这种类型的土壤行为会对世界范围内的结构造成重大损害。近年来,对土体受力损伤的研究主要是利用软件进行分析,而在过去的几十年里,这方面的研究很少。因此,在本研究中,使用该软件对一栋受损建筑进行识别和分析。本文从裂缝宽度、裂缝走向、裂缝强度等方面分析了危房的活动裂缝,并将其归纳为与建筑体系相对应的物理状态。这也是评价和分析建筑物裂缝发展的一种新方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALYSING TWO DIMENSIONAL PROGRESSION OF CRACKS IN BUILDINGS USING SOFTWARE
Expansive clayey soils cause serious problems to the building structures constructed over them which is due to the shrink-swell behavior of soil. However, in many cases this type of soil behavior causes significant damages to structures worldwide. In recent years the research on distress due to soil behavior has been analyzed using software and a very few analyses were done for the past decades. Hence in this study a distressed building is identified and analyzed using the software. In this paper the active cracks in distressed building are analyzed with respect to crack width, crack orientation, and crack intensity into a relation physical condition with the building systems as the alternatives. It is also a new method of evaluating and analyzing the progression of cracks in the building.
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