报告主题：

漂浮式风机在设计、分析、安装和安全评估方面的挑战与机遇

Challenges andOpportunities in Design, Analysis, Installation and Safety Assessment of Floating Wind Turbines

报告时间：2022年12月15日周四16:00-19:00

会议地点：#腾讯会议：934-879-925

联系人：张国庆，18940816403

报告摘要：

With the increasing utilization of offshore wind energy in deeper waters, floating wind turbines become more interesting and important for commercial development. Based on the research work at NTNU, a brief discussion about the recent development, future challenges and opportunities for floating wind turbines will be presented. This includes numerical methods for global and local dynamic analysis, experimental techniques for modelling and testing of floating wind turbines and future improvements, floater and mooring system design and optimization, design, modelling and fault detection for wind turbine drivetrains. Moreover, future opportunities for installation, operation and maintenance of floating wind turbines as well as aspects related to the safety assessment during these operations will be discussed. It focuses on short-term and long-term wave and vessel response forecasting, numerical modelling and real-time simulations of installation/access operations, automatic control for blade/vessel motion reduction during these operations.

报告人简介：高震，挪威科技大学海洋工程系教授。2000年和2003年分别获上海交通大学学士和硕士学位，2008年获挪威科技大学博士学位。长期在近海可再生能源（包括海上风机、波浪能装置等）、海上安装作业、海洋平台随机载荷与响应分析、结构可靠性评估等领域从事科研、教学工作。现阶段研究工作主要包括海上固定式与漂浮式风机总体载荷响应耦合分析，风机传动装置数值模拟与故障诊断，风机安装数值模拟、响应预报与控制，风浪短期、长期实时预报等。参与多个挪威国家研究中心（SFF CeSOS，SFI MOVE, SFI BLUES, FME NORTHWIND等），欧盟研究项目（MARINA Platform，MARE-WINT等）和欧盟联合硕士培养项目（EWEM）。2020年当选挪威技术科学院（NTVA）院士。现任Marine Structures，Journal of OMAE副主编；2012年至2018年任ISSC大会近海可再生能源专家分会主席。现已发表学术论文236篇，其中包括国际期刊论文141篇，国际会议论文95篇，Google Scholar H-index 46，总引用数6335。