摘要
总结了高桩码头结构检测的研究现状,并对现有检测方法的不足进行了分析和讨论,给出了高桩码头结构健康监测系统的基本原理。对监测系统中加速度传感器的优化布置进行了初步的研究,采用一种自适应遗传算法进行加速度传感器的优化布置。最后通过对一个高桩码头工程的实例分析,证明该算法可用于高桩码头健康监测系统的加速度传感器优化布置。
This paper summarizes the existing inspection content and methods for high-piled wharf, analyzes the deficiencies of the inspection methods, and discusses the basic principle of the structural health monitoring system （SHMs） of high-piled wharf. The optimal sensor placement of the SHMs is studied, and an adaptive genetic algorithm （GA） is applied to optimize the layout of the acceleration sensors. Based on the case analysis of a high- piled wharf is taken for example engineering, it proves that the method can be applied to the SHMs of high-piled wharf.
出处
《水运工程》
北大核心
2013年第12期80-84,共5页
Port & Waterway Engineering
关键词
高桩码头
检测
结构健康监测
遗传算法
传感器优化布置
high-piled wharf
inspection
structural health monitoring
genetic algorithm
optimal sensorplacement
