搜索资源列表
greitzer
- 基于fortran的greitzer程序，常微分方程组解法采用经典四阶R-K方法，结果和经典文献进行了对比。-Based fortran greitzer program, ordinary differential equations solution using the classical fourth-order RK method, compared results and classic literature.
the-general-solve-of-PDE-function
- 数值计算里解偏微分方程组的常见函数，非常实用-the general function to solve the partial difference equations
CPP
- 清华大学出版 常用算法程序集 C++描述 里面有关矩阵运算 常微分方程组解法 等-Tsinghua University, published commonly used algorithm for assembly
MATLAB-25-cases
- MATLAB高效编程技巧与应用，25个案例分析。272页的电子书。包含重新认识向量化编程，MATLAB处理海量数据，积分案例，MATLAB优化及非线性方程求解案例，人脸图像压缩与重建，预测分类案例常微分方程组求解案例，层次分析法，定时器。-Efficient MATLAB programming skills and application of the 25 case studies. 272 e-books. Contains new understanding of vectorized
Trajectory-program
- 质点外弹道程序设计，包含龙格库塔解算常微分方程组的程序，是一个简单、全面的程序-Trajectory program
Numerical-Analysis-for-Statisticians
- Java常用数值算法集 共有数值计算中常用的Java方法近200个．内容包括：解线性代数方程组、插值、数值积分、特殊函数、函数逼近、随机数、排序、特征值问题、数据拟合、方程求根和非线性方程组求解、函数的极值和最优化、数据的统计描述、傅里叶变换谱方法、解常微分方程组、两点边值问题的解法和解偏微分方程组．-Java common set numerical algorithm the total numerical calculation commonly used Java method
7EULER
- 常微分方程组的求解方法，采用定步长欧拉方法求解-Method for solving ordinary differential equations, using a fixed-step Euler method to solve
7EULER1
- 常微分方程组的求解，采用变步长欧拉方法求解-The solution of ordinary differential equations with variable step size Euler method
7GILL
- 常微分方程组的求解，采用变步长Gill方法求解。-The solution of ordinary differential equations with variable step size Gill method for solving.
MERSON
- 常微分方程组的求解，采用变步长Merson方法求解。-The solution of ordinary differential equations with variable step size Merson method for solving.
function
- 求解离散微分方程组的MATLAB 的原始方程以及程序-Original equations and procedures for solving the discrete differential equations MATLAB
function2
- 求解离散的微分方程组，并且有源程序,以及运行的结果以及图象-Solving the discrete differential equations, and the results and images of the source, as well as running
function3
- 时滞微分方程组的原方程，以及相图程序，包括matlab源代码-Delay differential equations of the original equation, and the phase diagram of the program, including Matlab source code
function4
- 求解时滞微分方程组，并给出了Matlab程序的源代码-Delay Differential Equation, and gives the the Matlab program source code
coevluation-simulation
- 对物种的进化问题简历微分方程组模型，并利用龙哥库塔法进行数值求解，并进一步将结果利用C#可视化-failed to translate
ryfs_12_07
- 溶液纺丝动力学的常微分方程组求解，对干法纺丝的研究很有用，主要用的是四阶五级龙格-库塔ODE45（）求解的。-The solution spinning the dynamics of ordinary differential equations, the dry spinning useful is solved by order Runge- Kutta ode45 ().
Newmark
- matlab Newmark法 用于求解二阶常系数微分方程组-matlab Newmark method for solving second-order differential equations with constant coefficients
F
- 关于管道流动及充填问题中，为求解时间、压力等的常微分方程组的求解。-About the pipeline flow and filling problems, in order to solve the time, pressure, etc. for solving ordinary differential equations.
Second-Order-Runge-Kutta-Code
- 二阶微分方程组，采用龙格库塔法求解，将二阶降为一阶之后在求解。-Second-order differential equations, using the Runge-Kutta method to solve the second-order reduced to an order after solving.
Lorenz
- 常微分方程组的四阶龙格库塔法求解洛伦兹方程-The fourth-order ordinary differential equations Runge-Kutta method for solving the Lorentz equation