Vibration Reduction Technique for Reciprocating Compressor Pipeline Based on Magnetorheological Damper
Hydraulic pipelines are prone to multidimensional vibrations under the influence of external excita-tions,fluid pulsations,and water hammer effects,which can affect transportation efficiency and lead to accidents.Accordingly,this paper designsa novel semi-active magnetorheological(MR)damper clamp structure to control the low-frequency vibrations of hydraulic pipelines.Firstly,to study the mechanical performance of the device,a dynamic model of the vibration isolation system was established.Then,numerical simulations were conducted u-sing the PID control method,demonstrating the effectiveness and stability of the PID control algorithm.Finally,characteristic experiments were carried out under different frequencies and amplitudes.The results show that the proposed magnetorheological damper clamp can effectively suppress the axial displacement and acceleration of hy-draulic pipelines within the excitation frequency range of 1 Hz to 10 Hz.This study provides a new technical ap-proach for the low-frequency vibration control of hydraulic pipelines.
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