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Implementing Large-Scale Aerospace Assembly 4.0 Demonstration Systems ?

机译:实施大规模航空航天组件4.0演示系统

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The Future Automated Aerospace Assembly phase 1 technology Demonstrator (FA3D) was commissioned at the University of Nottingham and used to demonstrate concepts from the EPSRC Evolvable Assembly Systems project in specific industrial use cases. A number of lessons were learned from the specification, procurement, commissioning, and use of the cell. These lessons have been applied to the specification of Phase 2 of the Future Automated Aerospace Assembly Demonstrator (FA3D2) — currently in development — that will translate the Evolvable Assembly Systems research to a higher technology readiness level and address the challenges of scalable and transformable manufacturing systems. The FA3D2 will act as a showcase national experimental testbed and technology demonstrator in digital- and informatics-enabled aerospace manufacturing technologies, and the project itself will generate knowledge, skills, and experience in the delivery of such systems for academia and industry. After summarising the Evolvable Assembly Systems project, this paper presents details of the technologies demonstrated through the FA3D, and how this experience has been used to develop a novel approach to specifying the FA3D2.
机译:未来的自动化航空航天装配阶段1技术示威者(FA3D)在诺丁汉大学委托,并用于展示特定工业用例中的EPSRC可进一步的装配系统项目的概念。从细胞的规范,采购,调试和使用中汲取了许多课程。这些课程已应用于未来自动化航空航天组装示范(FA3D2)的第2阶段的规范 - 目前正在开发 - 这将转化为更高技术的准备水平的可进化组装系统研究,并解决可扩展和可转化的制造系统的挑战。 FA3D2将作为支持数字和信息化的航空航天制造技术的展示国家实验试验用和技术示范,并且该项目本身将在提供各种学术界和工业系统中产生知识,技能和经验。在总结了可进化的装配系统项目后,本文介绍了通过FA3D所证明的技术的详细信息,以及如何用于开发一种指定FA3D2的新方法。

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