摘要
设计了具有嵌套式鳍翼的减摇鳍装置,此装置由转鳍机构、收放鳍机构、嵌套式鳍翼、固定装置组成。转鳍机构和收放鳍机构能够精确地实现鳍翼的摇摆与收放;为了减小船体上鳍箱的开口,采用了大鳍翼嵌套小鳍翼的结构形式;在减摇鳍正常工作时,为了防止因误操作引起减摇鳍装置的破坏,设计了固定机构来固定鳍壳上的转盘。使用Pro/E工程软件对减摇鳍装置的工作过程进行了运动学分析。结果表明:设计的减摇鳍装置能够精确地实现所需的鳍角运动,嵌套式鳍翼相对整体式鳍翼而言,能减小1/5左右的鳍箱开口。
A new kind of retractable fin stabilizer mechanism with embedded fin is designed. The mechanism includes rotating fin mechanism, retractable fin mechanism, embedded fin and fixing mechanism. By using this mechanism, the rotating mechanism and the retractable mechanism can implement rocking motion and retractable motion precisely. The configuration of a big fin wraping a small fin is adopted to reduce the opening size of ship body. A fixing mechanism, installed on the surface of the fin stabilizer, is designed in order to keep fin in the right place when it works properly. The working process of fin stabilizer mechanism is simulated kinematiely using Pro/E, the results show that the required motion of fin stabilizer mechanism can be achieved accurately. Compared with integral fin, the embedded fin can reduce the opening size of ship body by about 1/5 .
出处
《机械科学与技术》
CSCD
北大核心
2014年第10期1551-1554,共4页
Mechanical Science and Technology for Aerospace Engineering
关键词
嵌套式鳍翼
减摇鳍
结构设计
运动学仿真
airfoils
angle of attack
computer simulation
design
fin stabilizer
kinematics simulation
mechanisms
retractable fin
structural design
