A unique single-step algorithm for time-stepping electromagnetic fields

Bowers R.F.; Chan C.H.

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A unique single-step algorithm for time-stepping electromagnetic fields

机译：独特的单步算法，用于时分电磁场

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A unique algorithm for time-stepping electromagnetic fields is developed that saves a significant amount of computer resources. It is applied to two-dimensional scattering problems and can be applied to any type of grid and finite difference scheme that uses the Yee time-stepping algorithm. The two-step finite difference equations are reduced to a single step which bypasses many redundant calculations. CPU and memory savings are presented.

机译：开发了一种独特的时间电磁场算法，可节省大量计算机资源。它适用于二维散射问题，并且可以适用于使用Yee时间步长算法的任何类型的网格和有限差分方案。两步有限差分方程简化为一步，绕过许多冗余计算。介绍了CPU和内存的节省。

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《IEEE Microwave and Guided Wave Letters》 |1993年第11期|P.411-413|共3页
作者
Bowers R.F.; Chan C.H.;
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正文语种 eng
中图分类无线电电子学、电信技术;
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专利

1. 2D nonlinear finite element modelling of electromagnetic retarders using time-stepping algorithms, and the Petrov-Galerkin method with homogenization techniques [J] . Labbe N., Marechal Y. IEEE Transactions on Magnetics . 1996,第3期

机译：电磁缓速器的二维非线性有限元建模，采用时间步长算法，以及采用均质技术的Petrov-Galerkin方法
2. Electromagnetic fields theory of electrical machines Part Ⅱ: Uniqueness theorem for time-varying electromagnetic fields in hysteretic media [J] . Saurabh Kr. Mukerji, Sandeep Kr. Goel, Sunil Bhooshan, International Journal of Electrical Engineering Education . 2005,第2期

机译：电机电磁场理论第二部分：磁滞介质中时变电磁场的唯一性定理
3. An Adaptive Time-Stepping Algorithm in Weakly Coupled Electromagnetics-Thermal-Circuit Modeling [J] . R. B. B. Ovando-Martinez, C. Hernandez, M. A. Arjona Applied Computational Electromagnetics Society journal . 2013,第9期

机译：电磁-热电路耦合弱的自适应时步算法
4. 2D Nonlinear Finite Element Modelling of Electromagnetic Retarders using Time-Stepping Algorithms, and the Petrov-Galerkin Method with Homogenization Techniques [C] . N. Labbe, Y. Marechal, G. Meunier, IEEE transactions on magnetics . 1995

机译：电磁缓速器的二维非线性有限元建模（采用时间步长算法）以及采用均质化技术的Petrov-Galerkin方法
5. Formulation and analysis of stable time-stepping algorithms for contact problems. [D] . Petocz, Eva Georgina. 1998

机译：制定和分析接触问题的稳定时间步长算法。
6. A Fast ML-Based Single-Step Localization Method Using EM Algorithm Based on Time Delay and Doppler Shift for a Far-Field Scenario [O] . Tianzhu Qin, Lin Li, Bin Ba, 2018

机译：远景场景中基于时延和多普勒频移的基于EM算法的基于ML的快速单步定位方法
7. Time-Stepping FEM-Based Multi-Level Coupling of Magnetic Field–Electric Circuit and Mechanical Structural Deformation Models Dedicated to the Analysis of Electromagnetic Actuators [O] . Faiza Abba, M’hemed Rachek 2019

机译：磁场电路和机械结构变形模型的时间踩踏基于FEM的多级耦合，专用于电磁致动器分析

A unique single-step algorithm for time-stepping electromagnetic fields

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