本文针对求解非线性电磁场有限元方程的简单迭代法，提出了一种新的算法-快速线性迭代法。
This paper put forward a new calculation method-express linear iteration for simple iteration of finite element equation of resolving non-linear electromagnetic field.
在有限元分析模型中引入了牛顿迭代法，以使每一时间步长的末端温度满足某一限制条件而平衡收敛。
Newton Raphson method was introduced into the FEM analysis model in order to ensure that the solution of each iterative step would converge by means of satisfying some restrictive condition.
本文从逆迭代法出发，导出了一种有限元模型动力缩聚迭代方法。
Based on the inverse iteration method, an iterative technique for dynamic condensation of finite element models has been derived in this paper.
本方法可视为时间推进有限面积法和流线迭代法的一种结合。
The present method can be regarded as a combination of the time marching finite area method and the streamline iteration method.
综合运用力学知识，运用有限元的思想，将整个管道离散化，使用迭代法编程求解出了每一部分的变形，并绘制出多种情况下的变形曲线。
This article use the mechanics and limited finite element idea to disperse the whole pipe. The distortion curve is drawn in various circumstance by the iteration programming.
其中，可靠指标的迭代求解方法是有限步长迭代法。
The method of reliability analysis was a limit step length iteration method(LSLIM).
其中，可靠指标的迭代求解方法是有限步长迭代法。
The method of reliability analysis was a limit step length iteration method(LSLIM).
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