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第四章 解非线性方程的迭代法
- 解非线性方程的迭代法-solving nonlinear equations iterative method
方程求根_加速迭代法
- 方程求根_加速迭代法是一个用C++编写的程序-equation Root _ accelerated iterative method is a C preparation procedures
一元三次方程求解
- 一元三次方程解法-one yuan three equations
抛物线方程
- 用fortran编写的抛物线方程的数值算法-using FORTRAN prepared by the parabolic equation numerical algorithm
双曲线方程
- 用fortran编写的双曲线方程的数值算法-using FORTRAN hyperbolic equation prepared by the numerical algorithm
椭圆方程
- 用fortran编写的椭圆方程的数值算法-using FORTRAN prepared by the elliptic equation numerical algorithm
Visual c++常微分方程数值解法
- Visual C++常微分方程解法（转载）-Visual C Ordinary Differential Equations Solution (reproduced)
常微分方程数值解法
- 常微分方程数值解法，又是一个数值分析的常用算法-Numerical Solution of ordinary differential equations, numerical analysis is a common algorithm
一类Bessel方程Matlab程序源代码
- 主要阐述的是使用差分法解一类Bessel方程在不同边界条件下的离散解-elaborated in the main difference is the use of a solution like Bessel equation in different boundary conditions of the Discrete Solutions
求解Bessel方程
- 使用差分法解一类Bessel方程在不同边界条件下的离散解-the use of differential method for a type Bessel equation in different boundary conditions of the Discrete Solutions
一类Bessel方程在不同边界条件下
- 用差分法解一类Bessel方程在不同边界条件下的离散解-difference method for solving a class of Bessel equation in different boundary conditions of the Discrete Solutions
劈因子法解方程
- 用劈因子法解方程，按照提示输入方程的阶数，以及相应的系数即可-rebuilding factor method of solving equations, in accordance with the importation of equations suggest the order, and the corresponding coefficient can be
牛顿法解方程源代码
- 牛顿法解方程之混沌情况，帮助你对牛顿法解方程的领悟，具有非常强的视觉冲击力，美仑美奂，不看将后悔一辈子的！-Newton equation solution chaotic situation and help you right Solving equations of Newton's grasp, with very strong visual impact, attractive, and will not look a
非线性方程求根
- 非线性方程求根 包括二分法、牛顿迭代法的matlab程序。-Root including nonlinear equations dichotomy of Newton iteration of Matlab procedures.
数学物理方程的MATLAB解法与可视化
- 数学物理方程的MATLAB解法与可视化
基于偏微分方程的图像去噪源码
- 基于偏微分方程的图象去噪源码
求解方程
- Basic theory: 1. # of roots = highest power 2. All rational roots will be factors of k / factors of a in the general equation of ax^n + bx^(n-1) + ... + cx + k 3. Quadratic formula can solve for irrational / imagin
欧拉法解微分方程
- delphi 源程序 欧拉法解微分方程
Crank-Nicolson解抛物方程
- C-N解偏微分方程的程序。解的是定步长的抛物型偏微分方程： du/dx - a * d2u/dx2 = 0 在程序中可以更改 a 的值以实现不同系数的解。在循环中改变 a 的值以实现变系数
常微分方程课程设计
- 用欧拉方法，改进欧拉方法，4阶龙格—库塔方法分别求微分方程的初值.