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ONE DESIGN METHOD OF PIPELINE IN MINED-OUT AREA

机译:采空区管道的一种设计方法

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With the rapid development of oil and gas pipeline construction, there are more and more pipelines have to pass through the mineral deposits area. The surface cracking, subsidence and collapse will be occurred commonly because of the underground goaf after exploitation in mineral deposits area, and pipelines' safety is faced with hidden troubles. In order to solve the contradiction between the pipeline construction and minerals mining, some research on design method of pipeline in mined-out area was carried out. The goaf subsidence prediction is constituted of subsidence influence factors analysis, surface deformation law analysis and surface deformation forecast. Pipe stress analysis includes stress influence factors analysis and stress model analysis. Combining the pipeline influence factors with the forecasted surface deformation, the pipeline stress analysis model could be built. This paper describes methods developed for the ground surface displacement prediction and the mechanical model of the pipeline/ soil interaction, and some application examples in china.
机译:随着油气管道建设的快速发展,越来越多的管道必须穿过矿床。矿床开采后的地下采空区经常发生地表开裂,塌陷和塌陷,管道安全面临隐患。为了解决管道建设与矿产开采之间的矛盾,对采空区管道设计方法进行了一些研究。采空区沉陷预测由沉陷影响因素分析,地表变形规律分析和地表变形预测组成。管道应力分析包括应力影响因素分析和应力模型分析。将管道影响因素与预测的表面变形相结合,可以建立管道应力分析模型。本文介绍了用于预测地表位移的方法和管道/土壤相互作用的力学模型,以及在中国的一些应用实例。

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