MPM-20发动机冗余备份诊断系统

Ladislav Nyulászi, L. Madarász, R. Andoga, V. Gaspar
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引用次数: 3

摘要

涡喷发动机的不断发展不仅要求提高发动机的性能,而且要求发动机的可靠性和安全性。这就是为什么我们越来越重视诊断和备份等概念,这些概念代表了有助于提高任何复杂系统安全性的基本技术和方法。本文讨论了诊断/备份系统的设计,该系统采用多数法,并通过利用实验识别方法和神经网络的计算模型进行备份。提议的喷气发动机系统随后在实验室条件下(LIRS lm -喷气发动机智能控制系统实验室)在一台小型涡轮喷气发动机MPM-20上进行了测试,证实了其功能和可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Redundant backup and diagnostic system of MPM-20 engine
Progressive development of turbojet engine requires focus not only on improving performance, but also high reliability and safety are very important. That's why we put more and more emphasis on concepts like diagnostics and backup, which represent the basic techniques and methods that contribute to increased safety of any complex system. The article deals with the design of diagnostics/backup system, which uses majority method and backup through computational models that take advantage of experimental identification methods and neural networks. The proposed system for jet engines was subsequently tested in laboratory conditions (LIRS LM-Laboratory of Intelligent Control Systems of Jet Engines) on a small turbojet engine MPM-20, where confirmed its functionality and reliability.
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