1) iterated Galerkin method
迭代伽略金法
1.
Based on the iterated Galerkin method and Rayleigh quotient technique, we give new computing schemes for Wilson nonconforming finite element method and Ciarlet-Raviart mixed finite element method.
基于迭代伽略金法和Rayleigh商加速技巧,我们建立了特征值问题Wilson非协调有限元和Ciarlet-Raviart混合有限元的加速计算方案。
4) Galerkin's method
伽略金方法
5) tactic iinteraction
策略迭代法
6) Spectral Galerkin Method
谱域伽略金法
1.
Aiming at that it is difficult to analyse the electromagnetic scattering characters of the finite Frequency Selective Surfaces (FSSs) by general ways, two highly efficient means adapted to different conditions are put forward, they are the Spectral Galerkin Method and Plane Wave Spectral (PWS)Decomposition Method.
针对有限频率选择表面的电磁散射特性难以用一般方法进行分析的难题 ,提出了两种行之有效的适合不同情况的高效处理方法 :谱域伽略金法和基于平面波谱 (PWS)分解逼近的方法 ,大大节约了CPU的计算时间和内存空间。
补充资料：金迭
1.见"金?"。
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