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首页> 外文期刊>International Journal of Mechanical Engineering Education >Use of linear graphs and Thevenin/Nortonequivalent circuits in the modeling andanalysis of electro-mechanical systems
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Use of linear graphs and Thevenin/Nortonequivalent circuits in the modeling andanalysis of electro-mechanical systems

机译：在机电系统的建模和分析中使用线性图和戴维南/诺顿等效电路

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摘要

This paper presents a unified approach for the modeling and analysis of electro-mechanical systems. First, the need for a unified approach is justified in view of the presence of electro-mechanical dynamic coupling. Next, linear graphs are promoted as a useful tool for unified modeling of multi-domain systems, where the existing analogies across domains can be exploited. Finally, Thevenin's theorem is extended to mechanical systems. Specifically, equivalent circuits of Thevenin and Norton are integrated with linear graphs, in the frequency domain, to facilitate analytical modeling. The choice of a particular equivalent circuit is shown to depend on the problem objective. Worked examples are provided throughout to illustrate the approaches presented in the paper.
机译：本文提出了一种用于机电系统建模和分析的统一方法。首先，鉴于机电动态耦合的存在，需要统一方法是合理的。接下来，线性图被推广为用于多域系统统一建模的有用工具，在该系统中可以利用跨域的现有类比。最后，戴维南定理扩展到机械系统。具体而言，戴维宁和诺顿的等效电路在频域中与线性图集成在一起，以促进分析建模。示出了特定等效电路的选择取决于问题目标。全文中提供了工作示例，以说明本文中介绍的方法。

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