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Vibrational analysis using neural network classifier for motor fault detection

机译:使用神经网络分类器进行电机故障检测的振动分析

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Early detection and diagnosis of induction machine incipient faults are desirable for increasing machinery availability, reducing consequential damage, and improving operational efficiency. However, fault detection using analytical method is not always possible because it requires perfect knowledge of a process model. A neural network based expert system was proposed for diagnostic problems of the induction motors using vibration analysis. The short-time Fourier transform (STFT) was used to process the quasi-steady vibration signals, and the neural network was trained and tested using the vibration spectra. The efficiency of the developed neural network expert system was evaluated. The obtained results lead to a conclusion that neural network expert system can be developed based on vibration measurements acquired online from the machine.
机译:对感应机初期故障的早期检测和诊断可用于提高机械可用性,降低后续损坏,提高运营效率。但是,使用分析方法的故障检测并不总是可能的,因为它需要完全了解过程模型。基于神经网络的专家系统,提出了使用振动分析的感应电机的诊断问题。短时间傅里叶变换(STFT)用于处理准稳态振动信号,并且使用振动光谱训练并测试神经网络。评估了发发的神经网络专家系统的效率。所获得的结果导致得出结论,即神经网络专家系统可以基于从在线获取的振动测量来开发。

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