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为实现复杂机电系统的设计与仿真中多学科应用的集成以及信息的交流与共享,提出了一种复杂机电系统多学科设计与仿真集成框架,并给出了集成框架的参考模型。该集成框架采用了有利于实现设计与仿真应用程序“即插即用”的组件结构,并建立了机电系统设计与仿真公共信息模型和标准应用组件接口。复杂机电系统多学科设计与仿真集成框架以多学科综合设计与仿真为核心,以公共信息模型为基础,通过标准化应用组件接口实现不同工程领域的设计与仿真工具的集成以及设计和仿真信息交流与共享,从而支持多学科团队间的协同工作。
In order to realize the integration of multidisciplinary applications and exchange and sharing of information in the design and simulation of complex electromechanical systems, a multidisciplinary design and simulation integrated framework of complex electromechanical systems is proposed and the reference model of integrated framework is given. The integration framework incorporates a component architecture that facilitates the design and simulation of applications “Plug and Play” and establishes a common information model for design and simulation of electromechanical systems and interfaces to standard application components. Multidisciplinary Design and Simulation of Complex Mechatronic Systems The integrated framework focuses on multidisciplinary integrated design and simulation. Based on the common information model, the integration of design and simulation tools in different engineering fields through standardized application component interfaces and the exchange of design and simulation information Shared to support collaborative work among multidisciplinary teams.