다방향불규칙파중의 Pontoon형의 초대형부유식해양구조물에 대한 유탄성응답 특성

Recently, as the technology of utilization for the ocean space is being advanced, floating structures are asked for being mare and mare huge-scale. A very large floating structure(VLFS) is considered as a flexible structure, because of a quite large length-to-breadth ratio and its geometrical flexib...

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Veröffentlicht in:Han-guk haeyang gonghak hoeji (Online) 2006, 20(4), , pp.83-90
Hauptverfasser: 김철현(CHEL-HYUN KIM), 구자삼(JA-SAM GOO), 조효제(HYO-JAE JO), 이승철(SEUNG-CHUL LEE)
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Sprache:kor
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Zusammenfassung:Recently, as the technology of utilization for the ocean space is being advanced, floating structures are asked for being mare and mare huge-scale. A very large floating structure(VLFS) is considered as a flexible structure, because of a quite large length-to-breadth ratio and its geometrical flexibility. The main object of this study is to develop an accurate and convenient method on the hydroelastic response analysis of very large offshore structures on the real sea states. The numerical approach for the hydorelastic responses is based on the combination of the three dimensional source distribution methods, the dynamic response analysis method and the spectral analysis method. A model is considered as many rigid bodies connected elastic beam elements. The calculated results shaw good agreement with the experimental and calculated ones by Ohta.
ISSN:1225-0767
2287-6715