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On Line Condition Monitoring of Aerospace Gas Turbine Engines

机译:在航空航天燃气轮机发动机的线路状态监测

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摘要

The Boeing 787 Dreamliner entered into service as the pinnacle of aerospace excellence in terms of design, efficiency, reliability and passenger comfort. Many new technologies have been implemented including advanced composite structures and a more electric based flight control actuation system, using high pressure (5000 PSI) hydraulics, with the goal of reduced weight and lower operating costs. The power plant choice for this aircraft is airline customer selected and to date is divided quite evenly between Rolls Royce with the Trent 1000 engine and General Electric with the GenX engine. Both engines have a high degree of on board real time health monitoring systems installed including the subject of this paper, Eaton QDM (Quantitative Debris Monitoring) also known as Eaton ODMS, Oil Debris Monitoring System, as well as Vibration and the most comprehensive messaging and alert systems using telemetry flying today.
机译:波音787 Dreamliner在设计,效率,可靠性和乘客舒适方面作为航空航天卓越卓越的巅峰之旅。已经实施了许多新技术,包括先进的复合结构和更电动的飞行控制致动系统,使用高压(5000psi)液压系统,其重量减轻和更低的运营成本。这架飞机的电厂选择是航空公司客户选择,迄今为止在带有托特1000发动机和Genx发动机的一般电气之间的卷罗伊斯之间均匀地分开。两个发动机在船上的实时健康监测系统上都有很高的程度,包括本文的主题,伊顿QDM(定量碎片监测)也称为伊顿ODMS,油碎片监测系统,以及振动和最全面的消息传递警报系统今天使用遥测飞行。

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