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Fault Detection of a Gear with Initial Pitting using the Boomed Phase Map of Continuous Wavelet Transform
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 Title & Authors
Fault Detection of a Gear with Initial Pitting using the Boomed Phase Map of Continuous Wavelet Transform
Lee, Sang-Gwon; Sim, Jang-Seon;
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Vibration transient generated by developing localized fault in gear can be used as indicators in gear fault detection. In this paper, we propose the zoomed phase map for a fault signal using continuous wavelet transfers to detect this vibration transient. Local fault induces the abrupt fluctuation of load exciting tooth and phase lag in the vibration signal measured on the gearbox. The relatively large fault like "tip breakage" easily can be detected by the clear fluctuation of exciting load. However, minor fault like "initial pitting"cannot be detected using the load fluctuation. To defect this kind of minor fault, the phase map for a fault signal is taken into account. The phase lag by minor fault is observed well in the zoomed phase map.
Fault Detection;Wavelet Transfers;Gear;Phase Modulation;Phase Map;Pitting;Breakage;
 Cited by
기어 결함 검출을 위한 포락처리와 웨이블릿 변환의 적용,구동식;이정환;양보석;최병근;

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