搜索资源列表
C源代码实例
- 包含220个C语言的各种源程序:001 第一个C程序 002 运行多个源文件 003 求整数之积 004 比较实数大小 005 字符的输出 006 显示变量所占字节数 007 自增/自减运算 008 数列求和 009 乘法口诀表 010 猜数字游戏 011 模拟ATM(自动柜员机)界面 012 用一维数组统计学生成绩 013 用二维数组实现矩阵转置 014 求解二维数组的最大/最小元素 015 利用数组求前n个
WL40987330 C语言算法集
- 目录 第一部分 基础篇 001 第一个C程序 002 运行多个源文件 003 求整数之积 004 比较实数大小 005 字符的输出 006 显示变量所占字节数 007 自增/自减运算 008 数列求和 009 乘法口诀表 010&
fdtd1D
- 本程序实现电磁计算中一维的时域有限差分法-This procedure in the realization of electromagnetic computing one-dimensional finite difference time domain method
xianshi
- 一维抛物型方程的显式差分法程序,以平板的温度场为例-One-dimensional parabolic equation the explicit difference method procedures in order to plate the temperature field as an example
heat_mpi
- 用差分法和fortran解一维热传导问题-solve one dimension heat MPI fortran
1DFDTD
- 一维时域有限差分法MATLAB代码 One-dimensional finite difference time domain method MATLAB code-One-dimensional finite difference time domain method MATLAB code
Finite-Difference-Method
- 有限差分法求解非线性一维固结问题,利用的是6点差分格式。-Finite Difference Method
513108001712
- 一维稳态导热控制容积法与有限差分法的比较-Comparison of the volumetric method and finite difference method one-dimensional steady-state thermal control
mt1d
- 实现大地电磁一维正演,有限差分法,解析解(Realize magnetotelluric d forward modeling, finite difference method, the analytical solution)
FDTD算法
- 实现了一维边界条件为PEC、PMC的时域差分法。(One dimensional boundary conditions for PEC and PMC are obtained by the time-domain difference method.)
1dsteady&unsteady
- 含一维定常非定常对流/扩散方程的有限差分法和对流项和时间积分的不同格式。(containing codes for solving the one-dimensional steady and unsteady convection/diffusion equation, using Finite Difference method and different schemes for convective terms and time integration.)
ElectricalDipole
- 时域有限差分法,通过计算大量频点,再做傅氏变换到时间域的一种三维有限差分的求解方法,希望能给大家提供帮助!(Finite-difference time-domain method, by calculating a large number of frequencies, do Fourier transform to the time domain of a three-dimensional finite difference method of solving, hoping to gi
54200257liquid
- 一维,二维,三维热传导方程的数值求解(有限差分法等)。(Numerical solution of heat conduction equation)
上传
- 采用时域有限差分法模拟了电磁波在一维空间传播的情况,其中电磁波为平面波,激励源为正弦波,程序中没有加入吸收边界条件(The finite-difference time-domain method is used to simulate the propagation of electromagnetic waves in one-dimensional space. The electromagnetic wave is a plane wave, the excitation source
nodal-dg-master
- 图书交点间断Galerkin方法:算法、分析与应用中的matlab源程序,包括一维、二维和三维的一些算例。交点间断Galerkin方法相比传统的有限差分法和有限体积法,可提供更精确的数值求解,在流体力学的数值计算有着广泛的应用。(The source code of Intersection Discontinuous Galerkin Method: Algorithms, Analysis and Applications includes one-dimensional, two-dime
posssion_equation
- 求解一维和二维椭圆方程,运用有限差分法,后面会陆续添加更多方程的matlab编程(Solving one-dimensional and two-dimensional elliptic equations)