Interfacing Techniques for Electromagnetic Field and Circuit Simulation Programs IEEE Task Force on Interfacing Techniques for Simulation Tools
Interfacing Techniques for Electromagnetic Field and Circuit Simulation Programs IEEE Task Force on Interfacing Techniques for Simulation Tools
复制标题
电磁场和电路仿真程序的接口技术 IEEE 仿真工具接口技术工作组
DOI：
10.1109/tpwrd.2008.2002699
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发表时间：
2009
影响因子：
4.4
通讯作者：
R. Iravani
中科院分区：
文献类型：
--
作者：
B. Asghari;V. Dinavahi;M. Rioual;J.A. Martinez;R. Iravani
为了更深入地了解不同的仿真程序的功能，并利用它们对复杂系统建模的优点，越来越多地进行了不同仿真程序的接口。本文回顾和分析了低频电磁设备场方程和电路方程的接口技术，并根据耦合方法将其分为直接法和间接法两大类。每一类都包括大量采用不同方法进行电路建模的技术。场分析仅限于二维有限元方法，这是一种广泛应用于模拟电力设备磁场行为的数值方法。总结了每种技术的主要特点和存在的问题。力学方程的耦合方法将在单独的一节中讨论。本文最后还列出了一份参考文献的综合清单，为读者提供进一步的信息。
Interfacing of disparate simulation programs is increasingly undertaken to gain a deeper understanding of their functionality and exploit their merits for modeling complex systems. In this paper, techniques for interfacing field and circuit equations of low-frequency electromagnetic apparatus are reviewed, analyzed, and classified into two main categories of direct and indirect methods according to the coupling method. Each category includes a vast array of techniques employing different methods for circuit modeling. The field analysis is restricted to 2-D finite-element method, which is a widely used numerical technique for modeling magnetic behavior of power apparatus. The main features and problems associated with each technique are summarized. Methods for coupling of mechanical equations are addressed in a separate section. A comprehensive list of references is also included at the end of this paper to provide further information to the readers.