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Finite Element Analysis and Experimental Study on Elbow Vibration Transmission Characteristics

机译:有限元分析与肘部振动传动特性的实验研究

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Pipeline system vibration is one of the significant factors leading to the vibration and noise of vessel. Elbow is widely used in the pipeline system. However, the researches about vibration of elbow are little, and there is no systematic study. In this research, we firstly analysed the relationship between elbow vibration transmission characteristics and bending radius by ABAQUS finite element simulation. Then, we conducted the further vibration test to observe the vibration transmission characteristics of different elbows which have the same diameter and different bending radius under different flow velocity. The results of simulation calculation and experiment both showed that the vibration acceleration levels of the pipeline system decreased with the increase of bending radius of the elbow, which was beneficial to reduce the transmission of vibration in the pipeline system. The results could be used as reference for further studies and designs for the low noise installation of pipeline system.
机译:管道系统振动是导致容器振动和噪音的重要因素之一。弯头广泛用于管道系统。然而,关于肘振动的研究很少,没有系统的研究。在这项研究中,我们首先通过ABAQUS有限元模拟分析了肘部振动传输特性和弯曲半径之间的关系。然后,我们进行了进一步的振动试验,以观察不同肘部的振动传动特性,其在不同的流速下具有相同直径和不同的弯曲半径。模拟计算和实验结果表明,随着弯头弯曲半径的增加,管道系统的振动加速水平降低,这有利于减少管道系统中振动的传输。结果可以用作进一步研究和设计的参考,用于管道系统的低噪声安装。

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