首页> 外文会议>2011 IEEE International Conference on Industrial Engineering and Engineering Management >Integrated development of space systems - design for AIT - design for assembly, Integration and Testing of satellites - D4AIT
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Integrated development of space systems - design for AIT - design for assembly, Integration and Testing of satellites - D4AIT

机译:空间系统的综合开发-AIT设计-卫星的组装,集成和测试设计-D4AIT

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The Satellite Assembly, Integration and Testing (AIT) activities are a logical and interrelated sequence of events. The main objective in this phase of a space program development is to achieve a high degree of confidence that the satellite complies with its specified performance parameters. Traditional simultaneous engineering space systems (e.g. satellite) development can have a better approach for taking into consideration AIT requirements during the initial phases of satellite conception and project detailing. By combining model driven system design approach with simultaneous engineering concepts for process modeling, AIT requirements at system level can be dealt with during satellite conceptual and detailed design. AIT requirements comprise electrical, mechanical and environmental requirements. This paper aims to present a new process for the development of satellites, that includes - electrical, mechanical and environmental requirements of assembly, integration and testing (AIT) of satellites, at the system level, already at the design stage of the satellite project.
机译:卫星组装,集成和测试(AIT)活动是一系列逻辑且相互关联的事件。在空间方案发展这一阶段的主要目标是使卫星符合其规定的性能参数,从而获得高度的信心。传统的同步工程空间系统(例如卫星)开发可以有更好的方法来考虑在卫星概念设计和项目细化的初始阶段的AIT要求。通过将模型驱动的系统设计方法与同时进行的工程概念进行过程建模相结合,可以在卫星概念设计和详细设计期间处理系统级别的AIT要求。 AIT要求包括电气,机械和环境要求。本文旨在提出一种新的卫星开发流程,其中包括-已经在卫星项目的设计阶段在系统级别上对卫星进行组装,集成和测试(AIT)的电气,机械和环境要求。

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