摘要
传统的螺旋桨设计方法已经满足不了进一步提升其性能的要求,并且现代环境的变化不再仅仅要求螺旋桨某一性能的最优,而是多方面综合性能的最优。iSIGHT多学科优化设计平台提供了完整的设计综合环境和先进的优化设计方法,能够完成设计过程的自动化和智能的设计探索,确定最佳设计参数。基于iSIGHT平台的实验设计方法建立的螺旋桨敞水性能优化方法使螺旋桨效率和最小压力系数都有提高,实现了优化目的。
The traditional design method of propeller cannot meet the demand of farther improved performance, the change of modem environment demand not only the optimization of one performance but also the optimization of various comprehensive performance. iSIGHT-a multidisciplinary design optimization platform offer a integrated design environment and advanced design optimization methods, it complete design process automatically and design explore intelligently, confirm optimal design parameter. The open water performance optimization method of propeller based on design of experiment of Isight platform improve the efficiency and minimum pressure factor of propeller, then the purpose of optimization is implemented.
出处
《计算机工程与设计》
CSCD
北大核心
2007年第6期1455-1459,共5页
Computer Engineering and Design
关键词
多学科优化
综合性能
实验设计
过程集成
优化设计
multidisciplinary optimization
comprehensive performance
design of experiment
process integrate
design optimization
