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Acoustic fault diagnosis of three-phase induction motors using smartphone and deep learning.

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Title: Acoustic fault diagnosis of three-phase induction motors using smartphone and deep learning.
Authors: Glowacz, Adam1 (AUTHOR) adglow@agh.edu.pl, Sulowicz, Maciej2 (AUTHOR) maciej.sulowicz@pk.edu.pl, Zielonka, Jakub2 (AUTHOR) jakub.zielonka@doktorant.pk.edu.pl, Li, Zhixiong3 (AUTHOR) z.li@po.edu.pl, Glowacz, Witold1 (AUTHOR) wglowacz@agh.edu.pl, Kumar, Anil4 (AUTHOR) 20210129@wzu.edu.cn
Source: Expert Systems with Applications. Mar2025, Vol. 262, pN.PAG-N.PAG. 1p.
Subjects: Fault diagnosis, Production losses, Deep learning, Feature extraction, Factories, Induction motors
Abstract: Faults in induction motors can halt production lines in factories, leading to downtime and resulting in production and economic losses. Therefore, it is crucial to ensure that motors operate reliably. This paper describes an approach for the acoustic fault diagnosis of rotor bars in three-phase induction motors (IM). The authors analyzed the following conditions: a healthy IM, an IM with one broken rotor bar, an IM with two broken rotor bars, and an IM with three broken rotor bars. The FFT method was used to compute the FFT spectrum of the acoustic signals. An original feature extraction method DWV (Differences of Word Vectors) was proposed to compute the acoustic features. DenseNet-201, ResNet-18, ResNet-50, and EfficientNet-b0 were used to classify these acoustic features. The computed recognition efficiency is 100 %. The proposed method was also verified using a low-pass filter of 1–1225 Hz and word coding. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
Description
Abstract:Faults in induction motors can halt production lines in factories, leading to downtime and resulting in production and economic losses. Therefore, it is crucial to ensure that motors operate reliably. This paper describes an approach for the acoustic fault diagnosis of rotor bars in three-phase induction motors (IM). The authors analyzed the following conditions: a healthy IM, an IM with one broken rotor bar, an IM with two broken rotor bars, and an IM with three broken rotor bars. The FFT method was used to compute the FFT spectrum of the acoustic signals. An original feature extraction method DWV (Differences of Word Vectors) was proposed to compute the acoustic features. DenseNet-201, ResNet-18, ResNet-50, and EfficientNet-b0 were used to classify these acoustic features. The computed recognition efficiency is 100 %. The proposed method was also verified using a low-pass filter of 1–1225 Hz and word coding. [ABSTRACT FROM AUTHOR]
ISSN:09574174
DOI:10.1016/j.eswa.2024.125633