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alloc
- 用有限元方法求解二维三维电磁场边值问题的C语言源程序之2-Using the finite element method for solving 2D and 3D electromagnetic field boundary value problem of the C language source code 2
complex
- 用有限元方法求解二维三维电磁场边值问题的C语言源程序之3-Using the finite element method for solving 2D and 3D electromagnetic field boundary value problem of the C language source code 3
emap5
- 用有限元方法求解二维三维电磁场边值问题的C语言源程序之4-Using the finite element method for solving 2D and 3D electromagnetic field boundary value problem of the C language source code 4
sift5
- 用有限元方法求解二维三维电磁场边值问题的C语言源程序之1-Using the finite element method for solving 2D and 3D electromagnetic field boundary value problem of a C language source code
Cxb_DIFE
- 大地电磁二维正演有限元程序，可以模拟任意地形-The magnetotelluric 2D forward finite element program that can simulate any terrain
MATLAB-electromagnetic-field
- 基于Matlab的电磁场数值分析，电磁编程实现从电磁场微分方程到有限元求解全过程-Based on the Matlab electromagnetic field numerical analysis, electromagnetic programming realize from electromagnetic field differential equation finite element to the entire process
C-Finite-element-zoubiaopaixu
- 用C++编写的地球物理有限元法大地电磁二维正演模拟坐标转换排序程序。-The written geophysical magnetotelluric 2D Finite Element Method with C++ forward modeling coordinate conversion program.
C-Finite-element-wanggepoufen
- 用C++编写的地球物理有限元法大地电磁二维正演模拟网格剖分程序。-The written geophysical magnetotelluric 2D Finite Element Method with C++ forward modeling mesh generation program.
C-Finite-element-gangdujuzhenfly
- 用C++编写的地球物理有限元法大地电磁二维正演模拟刚度矩阵求解及傅里叶分析程序。-The written geophysical magnetotelluric 2D Finite Element Method with C++ forward simulation stiffness matrix solving and Fourier analysis procedure.
MT2D_Forward_FEM
- 大地电磁测深二维有限元正演matlab程序-magnetotelluric 2D forward finite element program
MT_Forward
- 地球物理大地电磁测深的正演代码，包含了有限差分、有限元等-magnetotelluric 2D forward finite element program
netbeui
- 基于有限元、有限差分，实现可控源大地电磁正演-Finite Element Method，CSAMT
MT2DFEM
- 大地电磁测深在TE和TM两种模式下的有限元正演-Magnetotelluric sounding Finite element TE and TM modes Forward
FEM-of-Geomagneticelectric
- 利用有限元方法模拟大地电磁正演响应，精度高。同时利用了MATLAB的并行处理，在频率域计算加快了计算速度。-We use the finite element method to simulate the geomagnetic forward response and the precision is high. At the same time using the MATLAB parallel processing, in the frequency domain calculation