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THE STRESS ANALYSIS FOR THE TRENCHLESS PIPELINE REHABILITATION

机译:无管道修复的应力分析。

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摘要

Most of the pipelines will get aging year after year and then they will need to be rehabilitated. Because of the heavy traffic on the ground or the congested pipelines under the ground, the replacement of old pipes will be very difficult in the cities. The dig-free (trenchless) method is a revolutionary pipelining method which uses air pressure, hydraulic pressure or mechanical drag force to pull the flexible piping plastic sheet into the old pipe. This research proposes a stress analysis for trenchless pipeline method by the finite element model with CATIA. The material of piping sheet is combined of two different types of epoxy with the anionic harder. We do the stress analysis of the trenchless rehabilitated pipelines to decide the optimal thickness of flexible piping plastic sheet and whether the material is available or not by finite element method.
机译:大多数管道将年复一年地老化,然后需要对其进行修复。由于地面交通繁忙或地下管道拥堵,在城市中更换旧管道将非常困难。免挖(无沟槽)方法是一种革命性的流水线方法,它使用气压,液压或机械拖曳力将柔性管道塑料板拉入旧管道。本研究提出了一种基于CATIA的有限元模型的非开挖管道方法应力分析。管道板的材料是由两种不同类型的环氧树脂和阴离子性较硬的材料组合而成。我们对非开挖修复管道进行应力分析,以确定柔性管道塑料板的最佳厚度,并通过有限元方法确定材料是否可用。

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