摘要
随着海上风电产业的发展,对运行平稳而又快速敏捷的风电运维船提出迫切需求。为快速完成双体风电运维船快速性大幅改进的可行性评估,利用Maxsurf软件建模并开展阻力计算和快速性预报。首先利用船模实验数据验证了方法的准确性,然后计算不同片体中心距K/b及长宽比L/b情况下的双体船阻力,对比分析得出双体船的阻力变化规律,迅速确定了双体船主尺度参数并完成了最大航速预报。该方法可以为以后同类设计评估工作提供借鉴。
With the development of offshore wind power industry,there is an urgent need for smooth and fast wind power operation and maintenance ship.In order to quickly complete the feasibility evaluation of significantly resistance and performance improvement of maintenance catamaran for wind farm,the Maxsurf software is used to model and carry out resistance calculation and rapidity prediction.The feasibility of the method is verified by using the ship model experimental data,and then the resistance of the catamaran under the condition of the center distance K/b and the aspect ratio L/b different pieces is calculated.The maximum speed forecast is implemented after the main dimension parameters of the catamaran are determined in a quick way.This method can provide reference for similar design evaluation in the future.
作者
吴希明
吴英友
严谨
柯成龙
胡昌贵
华丽娴
周复涛
WU Xi-ming;WU Ying-you;YAN Jin;KE Cheng-long;HU Chang-gui;HUA Li-xian;ZHOU Fu-tao(OPSC Zhanjiang Wenchang Branch,Zhanjiang 524057,China;Guangdong Ocean University,College of Ocean Engineering,Zhanjiang 524088,China)
出处
《舰船科学技术》
北大核心
2022年第12期28-32,共5页
Ship Science and Technology
关键词
双体风电运维船
阻力
快速性
Maxsurf
maintenance catamaran for wind farm
resistance
rapidity
Maxsurf software
