Abstract: Aiming at the current challenges about complex customized product such as poor intelligence,insufficient design verification and low-level design integration,a new collaborative pattern of intelligent design and verification for complex customized product was proposed focusing on model-driven and knowledge-driven by taking the design process of complex customized product was taken as the main line,the Model-based Systems Engineering (MBSE) and Model-based Definition (MBD) methods as the support.The relevant key technologies of this pattern were elaborated in detail,which included collaboration of scheme design and simulation verification for complex customized product,collaboration of process design and simulation verification for complex customized product and designknowledge integrationbased on data space.Collaborative application solution and system architecture of intelligent design and verification were presented to meet the development requirements and processes about advanced training aircraft in Hongdu Aviation Industry Group Company.The pattern implementation provided a reference for the further application on collaboration of intelligent design and verification of complex customized product in the future.The research results assisted manufacturing enterprises to shorten development process and improve product quality.

Key words: complex customized product, intelligent design, simulation verification, model-based systems engineering, model-based definition

摘要： 针对当前复杂定制产品设计面临智能化程度低、设计验证手段缺乏、设计集成研制成效差等问题,以复杂定制产品设计流程为主线,以基于模型的系统工程(MBSE)和基于模型的定义(MBD)为支撑,围绕模型和知识驱动,提出了复杂定制产品智能化设计与验证协同模式,详细阐述了模式所涉及的关键技术,包括复杂定制产品方案设计与仿真验证协同、复杂定制产品工艺设计与仿真验证协同和基于数据空间的复杂定制产品设计知识集成。面向航空工业洪都高级教练机研制需求与流程,提出了智能化设计与验证协同应用解决方案与系统体系架构,为未来复杂定制产品智能化设计与验证协同的进一步落地应用提供参考,帮助制造企业缩短研制流程和提高产品质量。

关键词: 复杂定制产品, 智能设计, 仿真验证, 基于模型的系统工程, 基于模型的定义