WANG Ren-quan, YU Bi-qiang, WENG Hai-shan. Multidisciplinary object compatibility design optimization and its application in design of MEMS[J]. 2007, (8): 111-113.
WANG Ren-quan, YU Bi-qiang, WENG Hai-shan. Multidisciplinary object compatibility design optimization and its application in design of MEMS[J]. 2007, (8): 111-113. DOI: 10.13873/j.1000-97872007.08.038.
多学科目标兼容优化算法及在MEMS中应用
摘要
针对复杂系统的优化设计问题
提出了面向非层级复杂系统的多学科目标兼容优化设计方法
对其基本思路、原理进行阐述。通过在系统级中建立兼容约束和在子系统中构造兼容目标
使各子系统在独立优化设计的同时满足各系统之间的耦合关系
并使系统得到总体的最优解。并将此算法应用于梳齿式微加速度计的设计中
验证了此方法的可行性。
Abstract
To solve the optimal design of complicated system
a multidisciplinary object compatibility design optimization method for non-hierarchic system is presented
and the basic ideas
working principle are given.The compatible constraint condition in the system and the compatible object in the subsystem are established
which is used to coordinate the independent optimization of subsystem and finally obtain global optimal solution.The efficiency of the method is proved by using in the design of comb-finger micro-machined silicon accelerometer.