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[Program doc8

Description: 有限差分法在静态电磁场计算中的应用 有限差分法在静态电磁场计算中的应用-Finite difference method in the static calculation of electromagnetic fields
Platform: | Size: 1024 | Author: Jim | Hits:

[matlab002

Description: 利用有限差分法模拟单点激励下得电磁场变化(二维)-Using the finite difference method to simulate the change of the single excitations have electromagnetic fields (2D)
Platform: | Size: 4096 | Author: 李竞 | Hits:

[Othertime-domain-method

Description: 详细介绍电磁场的时域有限差分方法,列举实例,使初学者易于阅读。-Details of the electromagnetic fields finite difference time domain method, and examples for beginners easy to read.
Platform: | Size: 10435584 | Author: zhang | Hits:

[OtherFDTD-Method-for-Electromagnetics

Description: 利用matlab编写程序,通过时域有限差分方法进行电磁场的数值模拟-Use matlab, numerical simulation of electromagnetic fields by the finite difference time domain method
Platform: | Size: 2592768 | Author: 郭晓枝 | Hits:

[AlgorithmFTDT

Description: FTDT,电磁场数值计算之有限差分法模拟电磁场(C程序源码)-FTDT Computational Electromagnetics of finite difference method for modeling electromagnetic fields (C program source code)
Platform: | Size: 1024 | Author: neo | Hits:

[OtherNumericalCalEField

Description: 书籍工程电磁场数值计算,包括有限差分法、有限元法、矩量法和边界元法以及电磁场的逆问题-Engineering books electromagnetic field numerical calculation, including the inverse problem of the finite difference method, finite element method, the method of moments and the boundary element method, and electromagnetic fields
Platform: | Size: 6466560 | Author: hehengxin | Hits:

[OtherFDTD

Description: 采用FDTD算法仿真矩型脊波导TM模色散曲线-The finite difference time domain Maxwell equations in the field of time and space differencing. Leapfrog space in the field of electric and magnetic fields alternate calculation, updated by the time field to mimic the changes in the electromagnetic field, to achieve the purpose of numerical calculation. The analysis of the problem to consider the geometric parameters of the object of study, the material parameters, calculation accuracy, computational complexity, computational stability and many other issues. The advantage is the ability to direct simulation of field distribution, the accuracy is relatively high, and is currently one of the more numerical simulation method.This course designe using the finite difference method combined with double-ridged rectangular waveguide boundary conditions to solve the fundamental mode of the waveguide and the first higher order mode dispersion curve.
Platform: | Size: 2048 | Author: 梁家军 | Hits:

[matlabjiandandiedai

Description: 本科电磁场与电磁波课程设计 基于有限差分法的二维边值问题的数值分析 简单迭代法 两种网格尺寸0.1和1-Electromagnetic Fields and Waves undergraduate curriculum design Numerical analysis of finite difference method based on two-dimensional boundary value problem Two kinds of simple iterative method and a mesh size of 0.1
Platform: | Size: 1024 | Author: 王伟 | Hits:

[matlabsongchidiedai

Description: 本科电磁场与电磁波课程设计, 基于有限差分法的二维边值问题的数值分析, 超松弛迭代法,两种网格尺寸0.1和1-Electromagnetic Fields and Waves undergraduate curriculum design, finite difference method based on numerical analysis of two-dimensional boundary value problem, SOR method, two mesh sizes 0.1 and 1
Platform: | Size: 1024 | Author: 王伟 | Hits:

[Algorithmpassion-the-first-kind-boundary

Description: passion方程的第一类边界条件的数值解,边界条件过于复杂而无法求得解析解。这就需要借助于数值法来求电磁场的数值解。有限差分法便是一种比较容易的数值解法。-Numerical Solution of the first boundary condition passion equations and boundary conditions are too complex to be obtained by analytical solution. This requires the help of numerical methods to find numerical solution of electromagnetic fields. Finite difference method is a relatively easy numerical method.
Platform: | Size: 1024 | Author: Jack | Hits:

[OtherThe Needed

Description: 该程序利用有限时域差分法在线激励源和PML吸收边界条件下模拟了含一圆柱介质的空间内的电磁场分布,计算了圆柱介质内某一频率的电磁场分布和空间内某一点处电场的幅度-时间响应曲线。(The program uses the finite difference time domain method to simulate the electromagnetic fields distribution at a certain frequency in a cylindrical medium space and the amplitude time response curve of the electric field at a certain point.on the condition of a line excitation source and PML absorbing boundary.)
Platform: | Size: 24576 | Author: UnluckyBoy | Hits:

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