摘要
波音、空客等公司飞机设计中采用的先进设计手段之一是基于高性能计算的多学科、大规模设计变量优化的应用。目前我国的高性能计算在硬件方面已处于世界领先水平,但在工程应用系统方面还无法满足需求。文章介绍了以工程实际需求为导向,以高性能计算资源为辅助手段,基于飞机设计需求而开发的多学科、大变量的并行计算软件系统及计算平台,以及利用该平台实现的航空应用算例。
In Boeing and Airbus, one of the most important advanced design means is the multidisciplinary, large scale design variables optimization based on high performance computing environment. Presently, although the supercomputers of China already reached at the world top level, the engineering application systems cannot meet the demands of industry.This paper introduces a specific parallel computation platform which is established based on the aircraft design demand and could realize the multidisciplinary and large scale design variable optimization. Some applications implemented with the platform are also presented.
出处
《科研信息化技术与应用》
2015年第4期71-78,共8页
E-science Technology & Application
基金
国家高技术研究发展计划(863计划)(2012AA01A304)
国家自然科学基金(91330206)
关键词
高性能计算
多学科优化
大规模设计变量
飞机优化设计
High Performance Computing
multidisciplinary optimization
large scale design variables
optimization of aircraft design