摘要
采用知识工程的理论,对船舶机舱布置问题进行知识获取和知识表示,建立机舱智能布置问题的数学模型并用遗传算法进行优化,完成知识推理过程;以CATIA软件为平台,采用CATIA二次开发技术,实现3100TEU集装箱船机舱花铁板平台的智能布置。该研究对船舶智能设计系统的开发有一定价值。
With the adoption of knowledge-based engineering theory, the knowledge acquisition and representation of the layout problem of ship engine room are developed. The layout problem is mathematically modeled and optimized with genetic algorithm. Thus the knowledge reasoning is accomplished. With the platform of CATIA and its secondary development technology, an intelligent layout design system for the checkered iron plate platform of a 3100TEU container ship is developed. The research has certain value in the development of intelligent ship design system.
出处
《船舶工程》
北大核心
2014年第6期85-88,109,共5页
Ship Engineering
基金
国家重点实验室自主攻关课题"高速五体船预先研究及概念设计"(GKZD010056-1)
科技部2012年863先进制造技术领域"面向制造业的核心软件开发"项目"三维CAD平台与应用构件开发"课题(2012AA040903)
关键词
船舶机舱
三维设计
知识工程
遗传算法
智能布置
engine room
3D design
knowledge-based engineering
genetic algorithm
intelligent layout
