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Study on Security Angle of Gas Pipeline Elbow Based on Stress Analysis Method

机译:基于应力分析法的燃气管道弯头安全角研究

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The gas pipelines usually undergo complicated and changeable regional environment. As the level of the potential difference or pipeline’s route changes in the space and therefore elastic bending cannot meet the needs when pipe changes its direction, we generally use pipe bend to connect two pipelines with different spatial extend direction during the pipe laying period, and it can reduce the temperature stress. Unreasonable design of elbow will lead to pipeline damage. We established mountain area pipeline model, and conducted analysis on pipeline stress under different elbow angles. Research shows that different angles of the bends suffer different operation stress, and we have come to the conclusion that the angle of pipe bends should not be within the range of 15 degrees to 35 degrees.
机译:天然气管道通常会经历复杂多变的区域环境。由于空间中电位差的水平或管线的路线发生变化,因此当管道改变方向时弹性弯曲无法满足需要,我们通常在管道铺设期间使用管道弯曲来连接两条具有不同空间延伸方向的管道,并且可以减少温度应力。弯头的设计不合理会导致管道损坏。建立山区管道模型,对不同弯头角度下的管道应力进行分析。研究表明,不同角度的弯管承受不同的操作应力,我们得出的结论是,弯管的角度不应在15度至35度的范围内。

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