机械元件诊断用电磁换能器的设计

B. Gorkunov, Y. Borysenko, S. Lvov, I. Chahine, N. Pavlova
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引用次数: 1

摘要

本文研究了用于金属圆筒多参数无损检测的电磁换能器。文献综述表明,监测机械圆柱形金属元件的应力-应变状态是有意义的。这种状态的检测是通过测量这些气缸的电物理参数来进行的。结果表明,这些参数是二维柱坐标系中磁通密度矢量分量函数的参数。得到了电磁场的切向分量和径向分量在被测物体周围空间中的分布。测量线圈的非信息输出信号的区域是在它们放置在一个固定半径的圆上的情况下确定的。当使用规范化信号时,也定义了这样的区域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Aspects of the design of the electromagnetic transducer for diagnosing machinery elements
In the article the authors consider the electromagnetic transducer for multiparameter non-destructive testing of metal cylinders. The publications review shows that the task of monitoring the stress-strain state of cylindrical metal elements of machinery is relevant. The detection of such a state is carried out by measuring the electrophysical parameters of these cylinders. It is shown that these parameters are arguments of the functions of the magnetic flux density vector components, which are considered in a 2D cylindrical coordinate system. A distribution of the tangential and radial components of the electromagnetic field in the space surrounding the tested object is obtained. The zones of the non-informative output signal of the measuring coils are determined for the case of their placement on a circle of a fixed radius. Such zones are also defined when normalized signals are used.
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