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weifenfangchengdeshujijiefa
- 运用MATLAB求解偏微分方程的数值解的程序-Numerical Solution of Partial Differential Equations MATLAB program
Matlab
- 这是关于matlab在解微分方程方面的应用，很实用。-This is about solving differential equations matlab in the application, it is practical.
MALTAB
- 欧拉方法，龙格库塔方法的MATLAB程序解常微分方程-Euler method, Runge-Kutta Methods for Ordinary Differential Equations MATLAB program
numericalsamples
- 几个数值计算方法的程序, 包括 线性方程组求解, 非线性方程求解, 插值函数计算, 积分计算 和常微分方程求解 -Several numerical methods of procedures, including linear equations, nonlinear equations, interpolation function calculation, the integral calculation and solving ordinary differential equation
kankan
- 龙格库塔算法求解微分方程 c/c-Kutta algorithm implement in c/c++
Euler-and-improved-Euler-method
- 使用欧拉及改进的欧拉法求解常微分方程 c语言程序 -Using the Euler and improved Euler method for solving ordinary differential equations c language program
spectral-method-to-solve-T
- 利用谱方法求解温度场，谱方法可以降低偏微分方程的求解难度，通过谱域求解再逆变换获得时域温度场的解-Spectral method for solving temperature field, spectral method for solving partial differential equations can reduce the difficulty of solving the again through the inverse transform of spectral domain
pde
- 该功能实现的是基于偏微分方程的集中平滑去噪函数，同时包括了4中扩散方法，大家可以参考一下-This feature is based on partial differential equations to achieve the concentration of smooth denoising function, also includes 4 diffusion method, we can refer to
QEuler
- 欧拉算法，求解常微分方程，比一般的算好准确而且可靠，具有较高的精度-Euler algorithm, solution of ordinary differential equations, better than the average count accurate and reliable, with high precision
matlab-numerical-calculation
- matlab用于数值计算的一些实例，包括常微分方程数值求解等。-examples of matlab numerical calculation
shuangquxianbianzhiwenti-matlab
- 双曲线边值问题 课程设计 微分方程 网格剖分！！！附带ppt-Hyperbolic boundary value differential equations course design mesh! ! ! With ppt
MATLAB-expose
- 本书介绍了 统计、绘图、求微积分、解微分方程、解ODE、变换、曲线拟合、特殊函数……很多的高 数方面的应用，还附有习题和答案。-This book describes the statistics, graphics, seeking calculus, solution of differential equations, solution of ODE, transform, curve fitting, special functions ... ... a lot of the
tt
- MATLAB确定几何边界区域函数，用来计算偏微分方程的部分计算源代码-MATLAB sure geometry region function is used to calculate the boundary, partial differential equations of the calculation source code
differential-equation
- Matlab 解微分方程，各种方法及实例，全面，详细，容易理解。-Matlab solution of differential equations, a variety of methods and examples, comprehensive, detailed, easy to understand.
chapter11
- 通过MATLAB数值计算实现的常微分方程计算，将各种方法对质量与弹簧的算例进行计算。-Implemented through the MATLAB ordinary differential equation numerical calculations, the quality and variety of methods to calculate the spring of examples.
Euler
- 用改进欧拉法求解常微分方程初值问题：用改进的欧拉法不仅提高了精度而且算法比较简单，-The improved Euler method to solve initial value problems of ordinary differential equations: Euler' s method with improved accuracy and the algorithm not only improve relatively simple,
scheme
- 一类非线性延迟抛物偏微分方程的Crank_Nicolson型差分格式-A class of nonlinear delay parabolic partial differential equations Crank_Nicolson difference scheme
Euler-Kutta
- 一个用C#开发的求解微分方程的小软件，分别运用欧拉法和龙格库塔法计算一个给定微分方程的解。-A c# development with the solution of differential equation, the small software, using respectively euler method and LongGe coulthard method for calculation of a given of the solution of the differential
Duffing
- 针对单自由度自治系统中常见的一类非线性振动Duffing方程,在没有任何假设和近似的 前提下,引入ansatz,利用一个2阶常微分方程及其解,经过等价变换,给出了该类方程的精确解法。-Single degree of freedom autonomous system for a class of nonlinear vibration common Duffing equation, without any assumptions and approximations, under the
numeral-examples
- 用gauss-sedel、SOR、梯度法、PR格式等分别计算数值微分方程，PR方法实现二阶微分方程的数值求解-With a gauss-sedel, SOR, gradient, PR format values were calculated differential equations, PR method the numerical solution of second-order differential equations