The optimization of position vibration avoidance for irregular natural gas pipeline supports based on genetic algorithm
The present study focuses on the analysis of a multi-supported natural gas pipeline,wherein a spring element is incorporated into the finite element modeling process to accurately simulate the mechanical characteristics of the pipeline support.The optimization objective in the vibration avoidance optimization is to maximize the natural frequency of the pipeline system.The design variable is converted into the node number representing the position of the supporting parts,while considering the movable range of the supporting parts as a constraint condition.The stiffness matrix of the pipeline system is continuously adjusted using a genetic algorithm to determine the optimal position for pipeline supports.
genetic algorithmposition of supporting partsoptimization of avoiding vibrationfinite element model
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