Gear Fault Diagnosis Based on Short-time Fourier Transform and Deep Residual Network under Multiple Operation Conditions

Haoyuan Shen, Xueyi Wang, L. Fu, Jiawei Xiong
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Abstract

To solve the ICPHM 2023 data challenge, a fault diagnosis method is proposed in this paper can accurately predict gear faults under various working conditions. The method is based on the deep learning model and Short-time Fourier Transform with fewer training parameters. The model can learn effective data features without setting too many epochs, which makes the training cost acceptable. In addition, the proposed model only needs to make simple function calls in the fault diagnosis phase, the time cost of the fault diagnosis phase is very low.
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基于短时傅立叶变换和深度残差网络的多工况齿轮故障诊断
针对ICPHM 2023数据挑战,本文提出了一种能够准确预测各种工况下齿轮故障的故障诊断方法。该方法基于深度学习模型和短时傅立叶变换,训练参数较少。该模型可以在不设置太多epoch的情况下学习到有效的数据特征,使得训练成本可以接受。此外,该模型在故障诊断阶段只需要进行简单的函数调用,故障诊断阶段的时间成本非常低。
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