Nonlinear Analysis of Magnetic Device By Finite Difference Surface-Current Method (FDSCM)

机译：通过有限差异表面电流方法（FDSCM）的磁性装置非线性分析

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With reference to the 2D magnetic field analysis by the surface-current method, this paper describes a new procedure with analysis of saturated magnetic device by Finite Difference surface current method (FDSCM). This procedure is combining of finite difference and surface current method for modeling of saturation on magnetic device. This method has tested on configuration of Fig.1 and simulation results has compared with FEM code.

机译：参考表面电流方法的2D磁场分析，本文通过有限差异表面电流（FDSCM）分析了饱和磁性装置的新方法。该方法是用于在磁性装置上建模饱和的有限差分和表面电流方法的组合。该方法在图1的配置上测试了图1的配置，并与FEM代码进行了仿真结果。

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《Biennial IEEE Conference on Electromagnetic Field Computation》|2006年||共1页
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Mehdi Arehpanahi;
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中图分类 TM15-53;
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专利

1. Application of the surface-current method to the analysis of saturated electromagnetic devices [J] . Mauro Andriollo, Giovanni Martinelli, Augusto Morini, Compel . 2004,第1期

机译：表面电流法在饱和电磁装置分析中的应用
2. The full-wave analysis on nonlinear magnetostatic waves devices by finite difference time domain method [J] . Toshiro Kodera, Yutaka Satomura 大阪工業大学紀要. 理工学篇 . 2001,第2期

机译：时域有限差分法对非线性静磁波器件的全波分析
3. The full-wave analysis on nonlinear magnetostatic waves devices by finite difference time domain method [J] . Toshiro Kodera, Yutaka Satomura 大阪工業大学紀要. 理工学篇 . 2001,第2期

机译：时域有限差分法对非线性静磁波器件的全波分析
4. Nonlinear Analysis of Magnetic Device By Finite Difference Surface-Current Method (FDSCM) [C] . Arehpanahi, M., Milimonfared, . 2006

机译：磁器件的非线性差分表面电流法（FDSCM）非线性分析
5. THE FINITE ELEMENT ANALYSIS OF ELECTROMECHANICAL DEVICES WITH ANISOTROPIC PERMANENT-MAGNETS (GALERKIN, ELECTROMAGNETIC FIELD, PETROV-GALERKIN, SAMARIUM-COBALT, FERRITE, NONLINEAR). [D] . SAEB, MAGDY MOHAMMED. 1985

机译：具有各向异性永磁体（伽勒金，电磁场，彼得罗夫-伽勒金，SA钴，铁素体，非线性）的机电设备的有限元分析。
6. Implicit finite-difference schemes, based on the Rosenbrock method, for nonlinear Schrödinger equation with artificial boundary conditions [O] . Vyacheslav A. Trofimov, Evgeny M. Trykin 2012

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7. Modelling and analysis of complex electromagnetic problems using FDTD subgridding in hybrid computational methods. Development of hybridised Method of Moments, Finite-Difference Time-Domain method and subgridded Finite-Difference Time-Domain method for precise computation of electromagnetic interaction with arbitrarily complex geometries. [O] . Ramli Khairun Nidzam 2011

机译：在混合计算方法中使用FDTD子网格对复杂电磁问题进行建模和分析。矩量混合方法，有限差分时域方法和细分的有限差分时域方法的发展，用于精确计算具有任意复杂几何形状的电磁相互作用。
8. Advantages of Collocation Methods over Finite Differences in One-Dimensional Monte Carlo Simulations of Submicron Devices [R] . Ravaioli, U., Lugli, P., Osman, M. A., 1985

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Nonlinear Analysis of Magnetic Device By Finite Difference Surface-Current Method (FDSCM)

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