CAJ | 학술논문

为了解决液压支架等重型机械的整体优化问题，开发了基于高层体系架构(HLA)的多学科设计协同优化计算环境。该计算环境封装了相关学科领域的分析优化工具，在单学科优化的基础上寻求整体优化设计；通过构造多学科间一致性约束，实现了最小化学科级设计变量与系统级分配目标值之间差距的目的，实现了学科间的协同优化；基于高层体系架构建立优化模型，将学科间的耦合状态变量映射为相关联邦成员对象类的可发布和订购属性，实现了学科间耦合变量的交互，充分利用学科间的耦合效应，实现了整体优化设计。最后通过某型号液压支架的多学科设计优化过程为例，描述了该计算环境的使用方法并且验证了其有效性。
위료해결액압지가등중형궤계적정체우화문제，개발료기우고층체계가구(HLA)적다학과설계협동우화계산배경。해계산배경봉장료상관학과영역적분석우화공구，재단학과우화적기출상심구정체우화설계；통과구조다학과간일치성약속，실현료최소화학과급설계변량여계통급분배목표치지간차거적목적，실현료학과간적협동우화；기우고층체계가구건립우화모형，장학과간적우합상태변량영사위상관련방성원대상류적가발포화정구속성，실현료학과간우합변량적교호，충분이용학과간적우합효응，실현료정체우화설계。최후통과모형호액압지가적다학과설계우화과정위례，묘술료해계산배경적사용방법병차험증료기유효성。
In order to solve whole optimization problem of heavy machinery such as powered support, multi-subject design collaborative optimization calculation environment based on high-level architecture was developed. This calculation environment encapsulated analysis and optimization implement of related subjects and searched for whole optimization design on the basis of single subject. By constructing consistency constraint of multi-subject, the goal of minimum distance of subject-level variable and system-level distribution value was reached, which realized collaborative optimization of multi-subject. Based on the model, coupled state variables of subjects were reflec-ted as publishable and order attribute of corresponding federal member object classes, interaction of coupled variable between subjects was realized, applying the coupling effect of multi-subject, whole optimization design was realized. Finally, taking the procedure of multi-subject design and optimization for a type of powered support as an example, application method of the calculation environment was introduced and its effectiveness was proved.