时域积分方程的新进展

D. Weile, Jielin Li, D. A. Hopkins, Christopher Kerwein
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引用次数: 1

摘要

从最初不稳定的第一步开始,TDIE实现已经走了很长一段路,并且正在成为计算电磁学工具箱中的第四套规范方法。时间离散化的五种基本方法显示出稳定、准确的时间离散化的前景,并提出了几种快速方法来提高它们的性能。虽然tdi的新应用可能会继续涌入,但多物理场和电磁物理似乎是这些最新计算电磁学方法的短期发展轨迹。尽管它们的起源并不令人印象深刻,但tdie最终准备成为计算电磁学的一个非常新的趋势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New trends in time-domain integral equations
TDIE implementations have come a long way since their initial unstable first steps and are well on their way to becoming a fourth set of canonical methods in the computational electromagnetics toolbox. Five basic methods for temporal discretization have shown promise for the stable and accurate temporal discretization of TDIEs, and several fast methods have been concocted to improve their performances. While new applications of TDIEs are likely to continue pouring in, multiphysics and electromagnetic physics appear to be the short-term trajectory of these newest computational electromagnetics methods. Despite their unimpressive origins, TDIEs are finally poised to become a very new trend in computational electromagnetics.
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