摘要
为使装备具有良好的可维修性,提出了支持并行维修性设计的总体框架,分析了实现这一目标的关键和瓶颈技术———建立集成的产品维修性信息模型;以集成产品装配信息模型为基础,建立了集成的维修性信息模型,并讨论了与过程模型的集成;选择Pro/Intralink作为产品数据管理平台,分析了支持并行维修性设计集成环境的实现,包括基本环境的配置、主信息模型的建立、设计流程的定义与管理;以一种维修性分配工具的开发与集成验证了论文提出的方法。
To achieve the good capability of maintenance of equipment, a general framework supporting concurrent capability of maintenance design was put forward,and the crucial and bottle-neck technology of establishing an integrated capability of maintenance information model was analyzed. Based on the integrated product assembly information model,an integrated capability of maintenance information model was presented,and how to integrate with design process model was also discussed. With Pro/Intralink as Product Data Management (PDM) platform,the integrated environment supporting concurrent capability of maintenance design was analyzed which included configuring basic environment, establishing main information model, defining and managing design flow. The current method was validated through developing and integrating a capability of maintenance allocation tool.
出处
《计算机集成制造系统》
EI
CSCD
北大核心
2004年第7期769-774,800,共7页
Computer Integrated Manufacturing Systems
基金
国家自然科学基金资助项目(50005023)。~~
关键词
维修性模型
并行设计
产品数据管理
maintainability model
concurrent design
product data management
