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THE USE OF EDDY CURRENT SENSOR BASED BLADE TIP TIMING FOR FOD DETECTION

机译:使用基于涡流传感器的刀片尖端定时进行FOD检测

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Deterioration of rotor blades due to foreign object damage (FOD), erosion by sand/water, low cycle fatigue (LCF) and high cycle fatigue (HCF) all limit blade life, but cannot always be detected before a failure. The advent of tip-timing systems makes it possible to assess turbomachinery blade vibration using non-contact systems. However, these systems are still largely optical based and therefore suffer from contamination problems, further development of these systems is difficult due to problems associated with keeping the sensors clean.
机译:转子叶片的劣化由于异物损坏(FOD),砂/水腐蚀,低循环疲劳(LCF)和高循环疲劳(HCF)全极限叶片寿命,但不能始终在发生故障之前进行检测。提示时系统的出现使得可以使用非接触系统评估涡轮机械刀片振动。然而,这些系统仍然很大程度上是光学的,因此遭受污染问题,由于与保持传感器清洁相关的问题,这些系统的进一步发展是困难的。

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