船海工程
船海工程
선해공정
SHIP & OCEAN ENGINEERING
2015年
4期
28-31,36
,共5页
张利军%赵志坚%王文华%王言英
張利軍%趙誌堅%王文華%王言英
장리군%조지견%왕문화%왕언영
自航自升式%风电设备安装船%水动力模型%幅值响应算子
自航自升式%風電設備安裝船%水動力模型%幅值響應算子
자항자승식%풍전설비안장선%수동력모형%폭치향응산자
self-propulsion and jack-up%wind turbine installation vessel%hydrodynamic model%response amplitude operator
针对自航自升式近海风电设备安装船在较大风浪条件下航行安全问题，结合自航自升式安装船的船型特点，应用AQWA软件建立不同装载状态的水动力模型，通过与模型试验的幅值响应算子的比较，证明数值分析方法的准确性，分析航速、水深和阻尼等环境参数对运动性能的影响规律，为船舶设计提供依据。
針對自航自升式近海風電設備安裝船在較大風浪條件下航行安全問題，結閤自航自升式安裝船的船型特點，應用AQWA軟件建立不同裝載狀態的水動力模型，通過與模型試驗的幅值響應算子的比較，證明數值分析方法的準確性，分析航速、水深和阻尼等環境參數對運動性能的影響規律，為船舶設計提供依據。
침대자항자승식근해풍전설비안장선재교대풍랑조건하항행안전문제，결합자항자승식안장선적선형특점，응용AQWA연건건립불동장재상태적수동력모형，통과여모형시험적폭치향응산자적비교，증명수치분석방법적준학성，분석항속、수심화조니등배경삼수대운동성능적영향규률，위선박설계제공의거。
To meet the requirements of safety navigation in harsh environment for a new generation of wind turbine installation vessel, hydrodynamic models with various loading conditions are built in AQWA, concerning the special shape of wind turbine in-stallation vessel with self-propulsion and jack-up functions.The numerical method is proved to be valid by comparing with the ex-perimental results of response amplitude operators.The performance of wind turbine installation vessel with different hydrodynamic parameters including speed, water depth, and damping are analyzed, which can provide analytical basis for the vessel design.
