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Offshore Wind Power Project Using Concrete Floating Structures

创建时间:  2025-09-16  毛霜霜   浏览次数:

1985 — 2025土木工程系40周年系庆学术报告之一

题目:Offshore Wind Power Project Using Concrete Floating Structures

报告人:藤山 知加子(横滨国立大学教授)

时间:2025年9月19日下午3:30-5:00

地点:土木楼(东区11号)312会议室


讲座摘要:Floating offshore wind is vital for Japan's renewable energy goals, with concrete floaters offering a cost-effective and locally suitable solution. While global projects like Hywind Tampen demonstrate feasibility, Japan has established its own design guidelines. Research at Yokohama National University has progressed from designing semi-submersible and spar-type floaters to analyzing their structural performance under cyclic and extreme typhoon loads. Recent simulations reveal that typhoon conditions may differ significantly from standard design assumptions, underscoring the need for updated load cases. Future work requires integrating realistic wind-wave interactions into standards and validating simulations with offshore data to ensure the safe, large-scale deployment of concrete floating wind turbines.

个人简介:Prof. Chikako Fujiyama is a Professor in the Department of Urban Innovation at Yokohama National University. She holds a Dr. Eng. from the University of Tokyo and specializes in structural engineering, earthquake engineering, and maintenance management. With industry experience as a bridge designer and a strong academic background, she has contributed to numerous publications and received several awards, including the Best Paper Award from the Japan Concrete Institute. Her research focuses on the durability and performance of concrete structures under cyclic and environmental loads.

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Offshore Wind Power Project Using Concrete Floating Structures

创建时间:  2025-09-16  毛霜霜   浏览次数:   

1985 — 2025土木工程系40周年系庆学术报告之一

题目:Offshore Wind Power Project Using Concrete Floating Structures

报告人:藤山 知加子(横滨国立大学教授)

时间:2025年9月19日下午3:30-5:00

地点:土木楼(东区11号)312会议室


讲座摘要:Floating offshore wind is vital for Japan's renewable energy goals, with concrete floaters offering a cost-effective and locally suitable solution. While global projects like Hywind Tampen demonstrate feasibility, Japan has established its own design guidelines. Research at Yokohama National University has progressed from designing semi-submersible and spar-type floaters to analyzing their structural performance under cyclic and extreme typhoon loads. Recent simulations reveal that typhoon conditions may differ significantly from standard design assumptions, underscoring the need for updated load cases. Future work requires integrating realistic wind-wave interactions into standards and validating simulations with offshore data to ensure the safe, large-scale deployment of concrete floating wind turbines.

个人简介:Prof. Chikako Fujiyama is a Professor in the Department of Urban Innovation at Yokohama National University. She holds a Dr. Eng. from the University of Tokyo and specializes in structural engineering, earthquake engineering, and maintenance management. With industry experience as a bridge designer and a strong academic background, she has contributed to numerous publications and received several awards, including the Best Paper Award from the Japan Concrete Institute. Her research focuses on the durability and performance of concrete structures under cyclic and environmental loads.


上一条:Impact of Stratified Soil Layers on NATM Tunnel Excavation:Insights from Trapdoor Tests

下一条:钱伟长力学SEMINAR 996:为什么我们还没有实现人体器官打印?