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Damage Discrimination Analysis with Quantification Theory for Sewage Pipe System

机译:基于量化理论的污水管道系统损伤识别分析

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The damage caused by the aging of sewage pipe systems has become one of the major rising problems in modern cities. The traditional method to search for damage points of sewage pipes is the use of cameras and human observation. However, the use of these methods to check all the sewage pipes in the city will require a great deal of time and money. In this paper, a quantitative analysis on sewage pipe damage is reported. This study utilized the results of the sewer investigation in Tokyo. Based on this analysis, a quantification theory type II is proposed to describe the relationship between various factors that contribute to the damage of sewage pipe systems. Thus, these factors, including pipe diameter, number of years since installation, type of road and foundation, overburden, and pipe slope, can be used to judge if the sewage pipe displays corrosion, cracks, or breakage. As a result, the diagnosis model can be used to determine the likely extent of damage to an existing sewage pipe system.
机译:污水管系统老化引起的损坏已成为现代城市中日益严重的主要问题之一。寻找污水管道损坏点的传统方法是使用摄像头和人工观察。但是,使用这些方法检查城市中的所有污水管道将需要大量的时间和金钱。本文对污水管的损伤进行了定量分析。这项研究利用了东京下水道调查的结果。在此分析的基础上,提出了一种量化理论II型,以描述造成排污管道系统损坏的各种因素之间的关系。因此,这些因素,包括管道直径,安装年限,道路和地基的类型,覆盖层和管道坡度,都可以用来判断污水管道是否显示腐蚀,破裂或破裂。结果,诊断模型可用于确定对现有污水管系统的可能损坏程度。

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