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Algorithm and simulation of the feature extraction for rotating machinery signal in fault status

机译:故障状态下旋转机械信号特征提取的算法与仿真

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The nonlinear feature of the rotating machinery signal in fault situation was extracted and researched based on the collected the vibration signal. And the extraction algorithm was researched. On the basis of the phase space reconstitution the recurrence plot (RP) algorithm was researched with the nonlinear time series analysis method. The inner feature of the recurrence plots was analyzed quantitatively, the feature called recurrence rate was extracted finally. Simulation result shows that the extracted feature has the function and property diagnosis of the machinery faults based on the RP and recurrence quantification analysis (RQA) methods and also with nice engineering application value.
机译:基于采集到的振动信号,提取并研究了故障状态下旋转机械信号的非线性特征。并对提取算法进行了研究。在相空间重构的基础上,采用非线性时间序列分析方法研究了递归图算法。对递归图的内部特征进行定量分析,最后提取出称为递归率的特征。仿真结果表明,基于RP和递归量化分析(RQA)方法,所提取的特征具有机械故障的功能和性能诊断,具有良好的工程应用价值。

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