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Mechanical-Based Approach for Operational Risk Evaluation of Water Mains in Shanghai

机译:基于机械的上海市供水管网运行风险评估方法

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摘要

A mechanical-based approach was applied in this study to evaluate the operational risk of water mains in the Shanghai region. First, a pipeline's structural performance in terms of stress indicators and structural failure criteria were determined by the mechanical-based approach. Second, a comprehensive parametric study was carried out to evaluate the variation of operational risk of water mains at different periods. Finally, the evolving operational risk of water mains in the Shanghai region was evaluated. The accuracy and applicability of the mechanical-based approach were validated by reviewing recorded accidents. According to the investigation, the mechanical-based approach is an efficient method to evaluate the operational risk of water mains. The operational risk level of water mains grows with increasing exposure due to corrosion of wall thickness. In applications, the mechanical-based approach can be extended as an early warning system for city officials to improve day-to-day operational conditions. Consequently, an appropriate maintenance scheme can be designed to make the rehabilitation of the entire water supply network economical.
机译:本研究采用基于机械的方法来评估上海地区水管的运行风险。首先,通过基于机械的方法确定了基于应力指标和结构破坏准则的管道结构性能。其次,进行了全面的参数研究,以评估不同时期水管运行风险的变化。最后,评估了上海地区水管演变中的运营风险。通过回顾记录的事故,验证了基于机械的方法的准确性和适用性。根据调查,基于机械的方法是评估自来水管运行风险的有效方法。由于壁厚的腐蚀,水管的操作风险水平随暴露量的增加而增加。在应用中,可以将基于机械的方法扩展为城市官员的预警系统,以改善日常操作条件。因此,可以设计适当的维护方案以使整个供水网络的修复变得经济。

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