The Reliability Model of AC-Asynchronous Drive Based on the Multilevel Prognosis System Supported by Matrices and Digraphs Methods
The Reliability Model of AC-Asynchronous Drive Based on the Multilevel Prognosis System Supported by Matrices and Digraphs Methods
复制标题
基于矩阵和有向图方法支持的多级预测系统的交流异步传动可靠性模型
DOI：
10.4028/www.scientific.net/ssp.199.85
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发表时间：
2013
期刊：
影响因子：
--
通讯作者：
M. Hetmanczyk
中科院分区：
文献类型：
--
作者：
M. Hetmanczyk
本文根据多级预测系统的假设，提出了一种基于矩阵和有向图的交流异步电动机作者身份可靠性模型。所描述的模型利用专家根据其经验收集的知识。值得强调的是，AC驱动器的可靠性模型的参数满足在分布式驱动器的情况下使用的单元的要求。其应用范围的每一次变化都需要修改内部参数，但功能结构保持不变，因为所提出的可靠性模型是基于功能结构的。作者的一个意图是集中在一个集合的可靠性模型[的分布式驱动器组件，准备根据多级系统的预测矩阵和有向图的方法。该模型已被指定为独立子系统的级别。这种方法允许使用这种模型在复杂系统的分析，包括单独的驱动子系统，这符合要求的方法。使用多层次的预测模型应该是可能的，在所有的应用程序的电力驱动器，无论目的功能。
Author of this article presents an authorship reliability model of a AC-asynchronous drive written in accordance with assumptions of the multilevel prognosis system based on matrices and digraphs methods. Described model take advantage of knowledge gathered from specialists on the basis of their experience. It is worth to stress that parameters of the reliability model of the AC-drive meet the requirements of units utilized in case of distributed drives. Each change of its application range requires a modification of internal parameters, but the functional structure remains without any variations, because presented reliability model has been based on the functional structure. An intention of the author is focused on an elaboration of a collection of reliability models [ of distributed drives components, prepared in accordance with the multilevel system of prognosis based on matrices and digraphs methods. The model has been specified to the level of the independent subsystem. This approach allows the use of this model in the analysis of complex systems, consisting of separated drive subsystems, which meet the requirements of the method. Using multilevel prediction models should be possible in all applications of electric drives, regardless of purpose functions.