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首页> 外文期刊>ifac papersonline >Future Challenges for Civil Aircraft Systems: How to Combine Safety, Simplicity, Virtuality and Agility?
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Future Challenges for Civil Aircraft Systems: How to Combine Safety, Simplicity, Virtuality and Agility?

机译:民用飞机系统的未来挑战:如何将安全性、简单性、虚拟性和敏捷性结合起来?

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摘要

Air transport is a major contributor to global economic prosperity and is the corner stone of global commerce with a myriad of economic and societal benefits. This expanding sector is trying to respond to the increased passenger demand – doubling every 15 years – by offering the latest innovations that meet evolving passenger trends and environmental demands. In this context, some of the future challenges aircraft manufacturers will have to face include the system complexity reduction while keeping the same high-level safety standards. Fault detection, diagnosis and prognostic are also key points to address to be compliant with stringent airworthiness regulations while improving the aircraft performances and environmental footprint. Efficient system architecture has also to be designed in this context and it could be promising to consider distributed architecture. Finally, in order to decrease the development cycle, attention must be paid to the virtual testing. All these key elements, completed by some additional ones, will be broached and detailed during the presentation, with a strong industrial point of view, allowing the academia to better understand how to bridge the gap between basic research levels and engineering needs.
机译:航空运输是全球经济繁荣的主要贡献者,是全球商业的基石,具有无数的经济和社会效益。这个不断扩大的行业正试图通过提供最新的创新来满足不断变化的乘客趋势和环境需求,以应对不断增长的乘客需求(每 15 年翻一番)。在这种情况下,飞机制造商将不得不面对的一些未来挑战包括降低系统复杂性,同时保持相同的高水平安全标准。故障检测、诊断和预后也是需要解决的关键点,以符合严格的适航法规,同时改善飞机性能和环境足迹。高效的系统架构也必须在这种情况下进行设计,考虑分布式架构可能是很有希望的。最后,为了缩短开发周期,必须注意虚拟测试。所有这些关键要素,由一些额外的要素完成,将在演讲中提出并详细说明,并具有强烈的工业观点,使学术界能够更好地理解如何弥合基础研究水平和工程需求之间的差距。

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    《ifac papersonline》 |2015年第21期|639-639|共1页
  • 作者

    Michel Comes;

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  • 正文语种 英语
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