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Accuracy of Fault Detection in Real Rotating Machinery Using Model

机译:基于模型的真实旋转机械故障检测精度。

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摘要

An experimental validation of a model based identification technique is presented in this paper. The validation is performed on both real machines, like large steam and gas turbogenerators, and test rigs. The aim is to show that the method is able to locate the actual fault, to evaluate its severity and to discriminate among faults that have similar symptoms. A quantitative index, called residual is introduced to evaluate the accuracy of the performed identification. The actual developing faults taken into account are some of the most common on rotating machines such as unbalances, thermal bows, fatigue cracks and radial and angular misalignments of couplings.
机译:本文提出了基于模型的识别技术的实验验证。验证是在真实的机器(例如大型蒸汽和燃气涡轮发电机)和试验台上进行的。目的是表明该方法能够定位实际故障,评估其严重性并区分具有相似症状的故障。引入了一个称为残差的定量指标,以评估所执行识别的准确性。考虑到的实际故障是旋转机械上最常见的一些故障,例如不平衡,热弯曲,疲劳裂纹以及联轴器的径向和角度未对准。

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