Design of DSCT wind turbine tower considering large displacement effect

Title
Design of DSCT wind turbine tower considering large displacement effect
Author(s)
Han, T.H.; Won, D.; Yi, J.-H.; Yoon, G.-L.
KIOST Author(s)
Han, Taek Hee(한택희)Won, Deokhee(원덕희)Yi, Jin Hak(이진학)Yoon, Gil Lim(윤길림)
Publication Year
2015-11-28
Abstract
A double-skinned composite tubular (DSCT) offshore wind power tower was designed. Because a heavy wind power turbine is supported by a slender tower, the actual resisting moment capacity of the tower against wind load becomes less than its original moment capacity as its lateral displacement increases. Therefore, its actual moment capacity should be found for safe design by considering large displacement effect. In this study, 40 sections of DSCT wind power towers were designed for a 5.0MW turbine and the performances of the designed 40 sections were analyzed with and without considerations of large displacement effect. In designing and analyzing them, the material nonlinearity and the confining effect of concrete considered. The comparison of the analysis results showed the moment capacity loss of the wind power tower by the mass of the turbine is significant and the large displacement effect should be considered for the safe design of the wind power tower. Copyright © 2015 ISEC Press.
URI
https://sciwatch.kiost.ac.kr/handle/2020.kiost/25010
Bibliographic Citation
8th International Structural Engineering and Construction Conference, pp.287 - 292, 2015
Publisher
ISEC Press
Type
Conference
Language
English
Publisher
ISEC Press
Related Researcher
Research Interests

Ocean Energy-Tidal Current Energy Converter System,Infrastructure Management-Structural Health Monitoring,Offshore Wind,해양에너지-조류발전시스템,시설물 유지관리-구조건전성 평가,해상풍력

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