Research on Optimizing Method of Vibration Control Based on Improved Vibration Isolation Mass Structure

In order to further reduce the vibration level of the pipeline system and reduce the cost of pipeline vibration control, combined with the characteristics of traditional vibration control methods, this paper proposes an optimization method of pipe vibration control based on vibration isolation mass. The dynamic vibration absorption principle is used to control the vibration transmission of the pipeline system. By analyzing the contribution of three-direction participating masses to the vibration suppression of the system, a limited vibration isolation mass structure is designed, and an optimization strategy for vibration control of pipeline system is established, which provides a means for global vibration control of pipeline system. The analysis results show that this method is reasonable and feasible, and can be used in the optimization research of pipeline vibration control, which has certain engineering significance.