M. Lazarevikj, V. Iliev, Valentino Stojkovski
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引用次数: 0

摘要

流体的瞬态流动和水锤的发生在它们的特性中包括流动发生的环境条件。管道施工材料(钢、聚乙烯或其他材料)的多样性决定了水锤的发展条件。本文研究的是不同材质的并联水力连接管道在瞬态流体流动条件下的施工及相互影响。该研究在长(线)管道上进行了数值模拟。使用了AFT-Impulse软件包,该软件包已经经过了对比实验测量值的测试。该分析模型考虑了钢和聚乙烯材料管道并联水力连接。通过对比图给出了仿真条件的结果,其中交互影响清楚而明确地揭示了出来。在本文的评论和结论中给出了开发和互动影响的条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nestacionarno strujanje fluida u paralelnom cevovodu izrađenom od različitih materijala
Transient fluid flow and the occurrence of water hammer in their specifics include the conditions of the environment in which the flow takes place. The variety of pipeline construction material (steel, polyethylene or other material) defines the conditions for the development of water hammer. The construction of parallel hydraulically connected pipelines from different materials and mutual influence in the conditions of transient fluid flow conditions of operation is the subject of research in this paper. The research was performed numerically on long (line) pipelines. The AFT-Impulse software package was used, which had already been tested with comparative experimentally measured values. The analysis model considers pipelines made of steel and polyethylene material in parallel hydraulic connection. The results of the simulation conditions are given through comparative diagrams, where the interactive influence is clearly and unambiguously revealed. The conditions of exploitation and interactive influence are given in the commentary and conclusion of this paper.
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