摘要
从高校在科学研究中的地位和多学科发展的客观需求出发,分析了多学科/多物理场仿真的4个特点,提出高校多学科设计仿真及优化中心的4项建设原则,并依此提出3种典型的硬件建设的架构方法以及各自优缺点分析,并提供目前通用的多学科/多物理场的软件建设内容。
Based on the status of universities in scientific research and the development demands of multidisciplines,this paper analyzes four characteristics of multidisciplinary/multi-physics field simulation,proposes four construction principles of the multidisciplinary design simulation and optimization center in the universities,and puts forward three typical architectural approaches for hardware construction,as well as their respective advantages and disadvantages.The current general multidisciplinary/multi-physics field software construction content also is provided.
出处
《实验技术与管理》
CAS
北大核心
2013年第3期187-189,192,共4页
Experimental Technology and Management
关键词
多学科
多物理场
仿真中心
实验室建设
multi-disciplinary/multi-physics field
simulation center
laboratory construction
