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The key technology research for integrated simulation of multi-disciplinary complex product system

机译:多学科复杂产品系统综合仿真的关键技术研究

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Complex product system contains a number of different subsystems. The characteristics of multi-discipline and strong coupling exhibit due to the interconnection of subsystems. To achieve system-level optimization, integrated design on each subsystem is required. The traditional designing method using single simulation software is difficult to reflect the dynamic coupling among multiple subsystems. Therefore, the establishment of integrated design platform which is capable of multi-disciplinary and multi-domain simulation is necessary. This paper summarized the present design methods for multi-disciplinary integrated simulation platforms and the key technologies. Moreover, a case study with results was also provided to show the advantage of integrated multi-domain simulation. It will provide an important integrated authentication platform for the multi-disciplinary optimum design of complex product system.
机译:复杂产品系统包含许多不同的子系统。由于子系统互连,多学科和强耦合展的特征。为了实现系统级优化,需要对每个子系统的集成设计。使用单仿真软件的传统设计方法很难反映多个子系统之间的动态耦合。因此,需要建立能够多学科和多域模拟的集成设计平台。本文总结了多学科集成仿真平台和关键技术的现有设计方法。此外,还提供了一种案例研究,以显示集成的多域模拟的优点。它将为复杂产品系统的多学科优化设计提供重要的集成认证平台。

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