摘要
在对船舶进行工程设计时,往往需要重点考虑电气管道和通信网络的布局,同时还要兼顾各个舱室的功能都要得到充分发挥,不会互相产生干扰。本文重点研究船舶的机舱布局特点,并利用粒子群优化算法实现智能布局优化,对机舱系统中的动力传输模型和负载电机控制进行建模与仿真。仿真结果表明,此优化算法能够有效实现对船舶机舱的控制,降低其在船舶工程实现上的难度,提高动力传送的效率。
In the engineering design of the ship,it' s important to consider the layout of electrical conduit and communication networks,while also need to take into account the various compartments of the function,which will not interfere with each other. The paper focuses on the cabin layout features of the ship,and by particle optimization algorithm to achieve the basic layout optimization in the power transmission system model and load motor control modeling and simulation. The simulation results show that the optimization algorithm can effectively achieve the control cabin of the ship,reduce the degree of difficulty in the ship project realization and improve the efficiency of the power transfer.
出处
《舰船科学技术》
北大核心
2016年第8X期10-12,共3页
Ship Science and Technology
