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个人信息Personal Information
副教授
博士生导师
硕士生导师
任职 : 辽宁省海洋产业技术创新研究院 副院长
性别:男
毕业院校:大连理工大学
学位:博士
所在单位:深海工程研究中心
学科:港口、海岸及近海工程
办公地点:校史馆后楼 212房间
联系方式:15104088119
电子邮箱:deep_mzh@dlut.edu.cn
Experimental and numerical study on the multi-body coupling dynamic response of a Novel Serbuoys-TLP wind turbine
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论文类型:期刊论文
发表时间:2019-11-15
发表刊物:OCEAN ENGINEERING
收录刊物:EI、SCIE
卷号:192
ISSN号:0029-8018
关键字:Offshore wind turbines (OWT); Serbuoys-TLP; Dynamic analysis; Model test; Multibody effect
摘要:The floating wind turbine (FWT) based on the tension leg platform (TLP) plays an important role in addressing the issue of energy pinch, but the central characteristic for TLP is that in vertical direction it is similar to a rigid structure with tension tendons to restrain motion, while in horizontal direction, it seems to be compliant with less constrain. The large amplitude motions in the horizontal plane caused by this compliance will seriously affect the performance of the platform under harsh environmental conditions. To address this problem, a new type of tension leg platform wind turbine connected with a series of buoys (Serbuoys-TLP) is proposed. A time-domain simulation program (DUTMST) for the UP and Serbuoys-TLP based on MATLAB is provided, with consideration of the multi-body coupling effect between the body, tension leg and buoy. That is, each buoy can be analysed as a separate mass structure connected on the tension leg. The accuracy of DUTMST is discussed via comparison with the results of an experiment and AQWA. The dynamic responses of TLF. and Serbuoys-TLP are presented in DUTMST. The results show that the Serbuoys-TLP can significantly reduce the horizontal response of the TLP. In addition, the horizontal response suppression effects of Serbuoys-TLP are investigated by varying the wave factor and parameters of buoys. Additionally, the parameters of buoys adapted to the East China Sea are given.