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首页> 外文期刊>Journal of Mechanical Engineering >Stress Analysis of a Pipeline as a Hydropower Plant Structural Element
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Stress Analysis of a Pipeline as a Hydropower Plant Structural Element

机译:水电站结构元素作为水电站的压力分析

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摘要

This paper describes pipeline stress analysis, primarilybranch junctions, as a structural element in hydro-power plants. Pipelines are exposed to internal pressure,which is present under working conditions. Analysis of stresses in the pipeline of the hydropower plant is based on analytical, numerical, and experimental methods In this paper, we will define the critical elements of the pipeline. After that, we will determine critical areas in the branch junction, under experimental conditions, where strain gauges should be installed. The obtained resultsshow that a boiler formula can be efficiently applied in the stress analysis. Also, a correlation between the internal pressure and the maximum circumferential stresses in the elastic zone is given. In the final sections of the paper, the limit value of the internal pressure as a load for which stress in the zone of plasticity appears and the safety factor of the branch junction in the exploitation conditions are determined. The contribution of this work is the unification and deepening of the topic related to the problem of the testing othydro-power structural elements.
机译:本文介绍了流水线应力分析,主要是BrigalBronninctions,作为水力发电厂的结构元素。管道暴露于内部压力,其在工作条件下存在。水电站管道中的应力分析是基于本文的分析,数值和实验方法,我们将定义管道的关键元素。之后,我们将在实验条件下确定分支交界处的关键区域,其中应安装应变仪。所获得的结果表明锅炉配方可以有效地应用于应力分析。而且,给出了内部压力与弹性区中的最大圆周应力之间的相关性。在纸的最终部分中,内部压力的极限值作为塑性区域中的应力出现的应力和分支结的安全系数确定。这项工作的贡献是统一和深化与测试奥替尼电力结构元素的问题有关的话题。

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