OUR MISSION
Prof. Ma's lab at NTU is a world-class research facility working to advance technology related to hull, mooring, anchor, and cable for Floating Offshore Wind Turbines (FOWT). Our team also provides expert consultancy to operators, developers, and manufacturers in the renewable and oil & gas industries. Looking forward to collaborating with you!
OUR RESEARCH
Structure Analysis
The foundation of an offshore wind turbine is a floating platform. These immense structures are designed similarly to Oil and Gas platforms and analysed with the use of shipbuilding methods. We use FEM and other means to make sure structures are not only durable, but optimal and economical.
Anchors
Torpedo anchors are an interesting new development in FOWT industry. An offshore platform anchor is quite different from one of a ship. It is installed in a different manner and may stay in place as long as decades. Therefore it is paramount that it holds the platform firmly in place.
Mooring Analysis
A FOWT operates in a special allocated region and stays put in place. It is of utmost importance to make sure that it does not collide with other platforms, that it does not capsize and even that its inclination does not exceed an allowable angle. All that is achieved by a proper mooring system design.
TEAM
Wen-Yu Huang
Undergraduate Student
黃彣彧
I-Jen Hsu
Alumni
徐一仁
Synera Renewable Energy
Hung-Chun Chang
Alumni
張宏駿
Wei-Ling Tsai
Undergraduate Student
蔡瑋凌
Kai-Hung Chen
Alumni
陳愷鴻
Boskalis / Master degree at TU Delft
Yi-Chung Huang
Alumni
黃奕忠
Chi-Ang Chen
Alumni
陳其昂
American Bureau of Shipping (ABS)
Igarashi Yuki
Alumni
五十嵐雪姬
MoorEast
PUBLICATIONS
1. Design Considerations on Semi-Submersible Columns, Bracings and Pontoons for Floating Wind.
Glib Ivanov, I-Jen Hsu, Kai-Tung Ma (August, 2023).
Journal of Marine Science and Engineering. (JMSE)
2. Overview of FOWT Demo Projects Cost and Analyses of Hull Design Features.
Glib Ivanov, I-Jen Hsu, Kai-Tung Ma (August, 2023).
Paper presented at World Conference on Floating Solutions, Tokyo, Japan. (WCFS 2023)
3. Design of Mooring System for a 15MW Semi-Submersible, TaidaFloat, in Taiwan Strait.
Chi-Ang Chen, Kai-Hung Chen, Yuki Igarashi, Donghui Chen, Kai-Tung Ma, Zhao-Yu Lai (June, 2023).
Paper presented at International Conference on Ocean, Offshore and Arctic Engineering, Melbourne, Australia. (OMAE 2023)
4. Design Considerations on Semi-Submersible Columns and Pontoons for Floating Wind.
Glib Ivanov, I-Jen Hsu, Kai-Tung Ma (June, 2023).
Paper presented at International Conference on Ocean, Offshore and Arctic Engineering, Melbourne, Australia. (OMAE 2023)
5. Optimization of Semi-Submersible Hull Design for Floating Offshore Wind Turbines.
I-Jen Hsu, Glib Ivanov, Kai-Tung Ma, Zheng-Zhang Huang, Hua-Tung Wu, Yun-Tzu Huang, Mike Chou
(June, 2022).
Paper presented at International Conference on Ocean, Offshore and Arctic Engineering, Hamburg, Germany. (OMAE 2022)
6. 浮式風機之半潛式浮臺結構初設計優化。
徐一仁, 雲在天, 馬開東, 黃政彰, 吳華桐, 黃韻慈, 周志明（2022年 6月）。
「中國造船暨輪機工程研討會」發表之論文，台灣，基隆，國立海洋大學。
7. 台灣西部海域應用重力式安裝錨錨碇之可行性初探。
顏振庭, 林俊宏, 張宏駿, 葛宇甯, 馬開東, 黃奕忠, Ming Yang, 葉馥瑄, Leopoldo Bello（2022 年 8 月）。
「第19屆大地工程研討會」發表之論文，台灣，台北。
8. 台灣離岸風電之前景與半潛式浮臺之發展。
張宏駿, 馬開東, 王詮文, 劉潔, 蕭伊珊, 吳浩平, 徐一仁, 雲在天, 江茂雄（2022 年12 月）。
「2022 臺灣風能學術研討會」發表之論文，台灣，台北。
9.重力式安裝錨在臺灣海峽的可行性評估。
劉怡秀,林俊宏,馬開東,葛宇甯(2023年11月)
「2023臺灣風能學術研討會」發表之論文，台灣，台北。
10.浮動式風機「臺大浮臺」之設計與技術開發。
吳冠逸,雲在天,馬開東,徐一仁,馬開東,江茂雄(2023年12月)
「2023臺灣風能學術研討會」發表之論文，台灣，台北。
CONTACT
Contact Us
Ivanov Glib
Lab
NTU Department of Engineering Science and Ocean Engineering
Room 125
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