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TRANSMISSION OF FLUID BORNE NOISE IN THE RESERVOIR

机译:储层中的流体传输

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The paper presents results of research on the transmission of fluid borne noise in reservoir filled with fluid. This type of transmission of vibrational energy in the fluid occurs in fluid power units, in which hydraulic pumps are immersed in the liquid in the tank i.e. in the vertical mounting of the electric motor on the reservoir. There are vibrating elements submerged in the fluid like pumps, pipe elements, filters, etc. Due to the vibration of these elements fluid borne noise will be generated which will be transmitted to the tank structure. The transmission of fluid borne noise is dependent on natural frequencies of the tank structure. Based on model investigations, the mechanism and factors influencing the intensity of transmission of fluid borne noise in a reservoir were presented. The results of simulations with FEM were compared with the results of experimental investigations.
机译:本文提出了对充满液体储层中流体传播噪声的研究结果。在流体中发生这种类型的振动能量在流体动力单元中发生,其中液压泵浸入罐中的液体中。在储存器上的电动机的垂直安装中。由于泵,管元件,过滤器等堆叠的振动元件由于这些元件的振动,流体传承噪声将被传递到罐结构。流体传播噪声的传输取决于罐结构的自然频率。基于模型调查,提出了影响水库中流体噪声传播强度的机制和因素。将FEM的模拟结果与实验研究结果进行了比较。

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