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Iterative algorithms for nonlinear transient electromagnetic field calculation

机译:非线性瞬态电磁场计算的迭代算法

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The modelling and numerical simulation of transient electromagnetic field problems with ferromagnetic materials is described in the context of the Finite Integration Technique (FIT) A fast and simple iterative technique based on the secant method is used to solve the nonlinear algebraic equations. In order to improve convergence, we present a dynamic relaxation process which takes into account the nonlinear material behavior. Results of this algorithm are compared with measurements of typical benchmark problems.
机译:在有限积分技术(FIT)的背景下描述了具有铁磁材料的瞬态电磁场问题的建模和数值模拟(适合)基于SECANT方法的快速和简单的迭代技术,用于解决非线性代数方程。为了提高收敛,我们提出了一种动态的放松过程,该过程考虑了非线性材料行为。将该算法的结果与典型基准问题的测量进行了比较。

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