AUTOMATIC DIAGNOSTICS OF CARGO PUMP BEARINGS USING WAVELET PACKET CONVERSION AND COMPUTER SIMULATION

I. Barsukov
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Abstract

The article presents research, theoretical foundations, materials and diagnostic methods using the wavelet method. At peak loads, transient modes or frequent operation o f the cargo pump, the degradation o f pump components and especially bearings increases. Such modes (especially the first two) o f operation increase the mechanical vibration o f rolling bearings, which can lead to their premature destruction. The readings are taken during the pump start and filtered by the average value, converting it into a wavelet packet. Filtered series are used to estimate the relationship between the maximum displacement o f the curve and accumulated operating time. The evaluation equation associated with vibration standards sets the time spent in a state o f degradation and simulates the process o f equipment wear taking into account the sequence o f maximum displacements o f the curves
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基于小波包变换和计算机仿真的货油泵轴承自动诊断
本文介绍了小波方法的研究、理论基础、材料和诊断方法。在货油泵的峰值负荷、瞬态模式或频繁运行时,泵部件特别是轴承的退化会增加。这种运行模式(特别是前两种)增加了滚动轴承的机械振动,这可能导致其过早破坏。在泵启动期间采集读数,并按平均值过滤,将其转换成小波包。用滤波序列估计曲线的最大位移与累计运行时间之间的关系。与振动标准相关的评估方程设定了在退化状态下花费的时间,并模拟了设备磨损的过程,考虑了曲线上最大位移的顺序
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