Criterion Assessment of the Probability of Deviation of Objects from the Normal State

O. Ivanets, I. Morozova, P. Kulakov, V. Kucheruk, A. Kulakova, Y. Moskvichova
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Abstract

The article presents the research results in the instruments and experimental techniques field and proposes the criterion-based assessment method of the probability of deviation of various objects from the normal state based on the measuring results of their parameters. The developed criterion can take values in the range from zero to one, the more the criterion numerical value approaches one, the less the object state probability of deviation from the norm. The results of the experimental studies and application of the proposed criteria-based assessment methodology are presented on the example of the occurrence of short-circuited turns in the winding of an asynchronous electric motor. The research results presented in the article can be used to assess the probability of deviation from the normal state of the different types of objects.
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物体偏离正常状态概率的准则评估
本文介绍了仪器与实验技术领域的研究成果,提出了基于参数测量结果的各种物体偏离正常状态概率的基于判据的评估方法。所开发的准则的取值范围为0 ~ 1,准则数值越接近1,目标状态偏离规范的概率越小。以异步电动机绕组发生短路匝为例,给出了实验研究和基于准则的评估方法的应用结果。本文的研究结果可用于评估不同类型物体偏离正常状态的概率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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