管道(软件)
海底管道
振动
工程类
职位(财务)
水力机械
区间(图论)
计算机科学
遗传算法
海洋工程
机械工程
声学
数学
物理
岩土工程
财务
组合数学
机器学习
经济
作者
Hongquan Qu,Jing Sun,Xu Yan,Yuanlin Zhang,Xuefeng Liu,Tao Yu,Hao Han,Langjun Xu
出处
期刊:Mechanical engineering science
[Viser Technology Pte Ltd]
日期:2020-12-01
卷期号:2 (2)
被引量:1
标识
DOI:10.33142/mes.v2i2.3161
摘要
When designing a complex pipeline with long distance and multi-supports for offshore platform, it is necessary to analyze the vibration characteristics of the complex pipeline system to ensure that there is no harmful resonance in the working conditions. Therefore, the optimal layout of support is an effective method to reduce the vibration response of hydraulic pipeline system. In this paper, a developed dynamic optimization method for the complex pipeline is proposed to investigate the vibration characteristics of complex pipeline with multi-elastic supports. In this method, the Kriging response surface model between the support position and pipeline is established. The position of the clamp in the model is parameterized and the optimal solution of performance index is obtained by genetic algorithm. The number of clamps and the interval between clamps are considered as the constraints of layout optimization, and the optimization objective is the natural frequencies of pipeline. Taking a typical offshore pipeline as example to demonstrate the effectiveness of the proposed method, the results show that the vibration performance of the hydraulic pipeline system is distinctly improved by the optimization procedure, which can provide reasonable guidance for the design of complex hydraulic pipeline system.
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