摘要
以某海上风电场升压站上部组块运输安装工程为背景,通过使用MOSES软件建立运输船和所载运上部组块的整体运输模型,对上部组块运输过程进行频域运动响应分析,预报船舶及上部组块各自由度的运动及加速度幅值。并通过传感器采集海上运输过程中监测设备的动态信号数据,获得运输过程中船舶和上部组块的实时状态数据,经过结果比对,前期的计算模拟分析与实际监测数据较为近似,可靠性较高。
The paper takes the project of an offshore wind farm upper block transportation and installation as a case study.The MOSES software is used to establish the overall transport model of the transport vessel and the upper block,and to analyze the frequency domain motion response of the upper block transport process,to predict the motion and acceleration amplitude of each degree of freedom of the vessel and the upper block.The dynamic signal data of the monitoring equipment during the transportation process are collected by sensors to obtain the real-time state data of the ship and the upper block during the transportation process.After the comparison of the results,the preliminary calculation and simulation analysis are more similar to the actual monitoring data,and the reliability is high.
作者
傅圣航
张伟
张浦阳
Fu Shenghang;Zhang Wei;Zhang Puyang(Salvage Technology Development Center,China Yantai Salvage of Minictry of Transoport,Yantai 264012,China;State Key Laboratory of Hydraulic Engineering Simulation and Safety,Tianjin University,Tianjin 300072,China)
出处
《太阳能学报》
EI
CAS
CSCD
北大核心
2023年第7期496-503,共8页
Acta Energiae Solaris Sinica
关键词
海上风电
运输
运动响应
MOSES
监测
升压站上部组块
offshore wind power
transportation
motion response
MOSES
monitoring
upper block of the booster station
