船舶标准化工程师
船舶標準化工程師
선박표준화공정사
Ship Standardization Engineer
2015年
5期
17-20,33
,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
风电设备安装船%自航自升式%波浪载荷幅值响应算子%弯矩%剪力
風電設備安裝船%自航自升式%波浪載荷幅值響應算子%彎矩%剪力
풍전설비안장선%자항자승식%파랑재하폭치향응산자%만구%전력
wind turbine installation vessel%self-propulsion and jack-up%wave load RAOs%bending moment%shear force
本文以自航自升式近海风电设备安装船为研究对象,基于其特殊的船体外形建立不同装载工况下的水动力模型,应用水动力分析软件 AQWA 计算船舶典型横剖面处的波浪载荷幅值响应算子,在此基础上分析目标海况下指定概率水平的弯矩和剪力的长期统计值,为近海风电设备安装船结构设计和强度校核提供外部载荷.
本文以自航自升式近海風電設備安裝船為研究對象,基于其特殊的船體外形建立不同裝載工況下的水動力模型,應用水動力分析軟件 AQWA 計算船舶典型橫剖麵處的波浪載荷幅值響應算子,在此基礎上分析目標海況下指定概率水平的彎矩和剪力的長期統計值,為近海風電設備安裝船結構設計和彊度校覈提供外部載荷.
본문이자항자승식근해풍전설비안장선위연구대상,기우기특수적선체외형건립불동장재공황하적수동력모형,응용수동력분석연건 AQWA 계산선박전형횡부면처적파랑재하폭치향응산자,재차기출상분석목표해황하지정개솔수평적만구화전력적장기통계치,위근해풍전설비안장선결구설계화강도교핵제공외부재하.
For the wind turbine installation vessel with self-propulsion and jack-up functions, hydrodynamic models under various loading conditions are built based on its special shape. By means of AQWA software the wave load RAOs on typical cross sections are calculated and analyzed. On the basis, the long-term vertical shear force and bending moments at a probability level are studied, in order to provide external load for structural design and check of wind turbine installation vessel.
