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An artificial neural network application to fault detection of a rotor bearing system

机译:人工神经网络在转子轴承系统故障检测中的应用

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摘要

Purpose - To improve the application neural networks predictors on bearing systems and to investigate the exact neural model of the ball-bearing system. Design/methodology/approach - A feed forward neural network is designed to model-bearing system. Two results are compared for finding the exact model of the system. Findings - The results of the proposed neural network predictor gives superior performance for analysing the behaviour of ball bearing undergoing loading deformation. Research limitations/implications - The results of the proposed neural network exactly follows desired results of the system. Neural network predictor can be employed in practical applications. Practical implications - As theoretical and practical study is evaluated together, it is hoped that ball-bearing designers and researchers will obtain significant results in this area. Originality/value - This paper fulfils an identified research results need and offers practical investigation for an academic career and research. Also, It should be very helpful for industrial application of ball-bearing systems.
机译:目的-改进神经网络预测器在轴承系统中的应用,并研究滚珠轴承系统的精确神经模型。设计/方法/方法-前馈神经网络旨在为轴承系统建模。比较两个结果以找到系统的精确模型。发现-所提出的神经网络预测器的结果为分析承受载荷变形的球轴承的行为提供了卓越的性能。研究局限性/含义-所提出的神经网络的结果正好遵循系统的期望结果。神经网络预测器可以在实际应用中使用。实际意义-将理论和实践研究一起评估时,希望滚珠轴承的设计师和研究人员将在此领域中取得显著成果。原创性/价值-本文满足已确定的研究结果需求,并为学术职业和研究提供了实用的研究。而且,它对于滚珠轴承系统的工业应用将非常有帮助。

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