将人工神经网络应用于海洋设备故障振动信号的识别

T. Gong
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引用次数: 2

摘要

所研究的海洋机械设备主要分为泵、涡轮机和压缩机。信号处理的第一步是利用传统的Kohonen自组织映射从不同的振动谱中提取特征。该网络将不同的输入方式按一定的频带进行组合,对参数和机器运行温度进行综合评估,分析结果表明,可能的输出类别几乎占典型故障的80%,在对输入进行一定的修改后,可能的输出类别达到90%以上。在第二步中,随着经验的积累和因果案例的研究,也推荐了改进的反向传播网络来补充所使用的网络。两种方法的综合,提高了整个调查的可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using ANN for the recognition of vibration signals of off-shore equipment's failure
The studied offshore mechanical equipment are mainly divided into pumps, turbines and compressors. The first step in signal processing has been executed by traditional Kohonen self organizing maps for feature extraction from different vibration spectra. The network's varied input modes composted by definite frequency bands, overall evaluated the parameters and machine running temperature, and the analysis results show that the possible output categories represented almost 80% of typical failures and reached over 90% after some modification of input. In the second step with the accumulation of experience and cause-effect case studies, the modified backpropagation network has also been recommended for supplementing the network used. The synthesis of the two methods improved the reliability of whole survey.
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