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MATLAB codes used in Mathematical Methods for Diff
- 本程序为利用matlab求解微分方程的源程序及相关例子。-the procedures for the use of Matlab to solve the differential equation of the source and relevant examples.
MATLAB codes used in Mathematical Methods for Diff
- 本程序为利用matlab求解微分方程的源程序及相关例子.-matlab.
MATLAB codes used in Mathematical Methods for Diff
- 本程序为利用matlab求解微分方程的源程序及相关例子-the procedures for the use of Matlab to solve the differential equation of the source and relevant examples
MATLAB codes used in Mathematical Methods for Diff
- 本程序为利用matlab求解微分方程的源程序及相关例子-the procedures for the use of Matlab to solve the differential equation of the source and relevant examples
Finite Difference Numerical Computation
- 本程序为利用matlab求解微分方程的源程序及相关例子-the procedures for the use of Matlab to solve the differential equation of the source and relevant examples
线性方程组求解与方程组性态讨论
- 线性方程组求解与方程组性态讨论(实验报告)三次样条插值问题,数值积分,微分方程数值解,线性方程组的迭代解法,非线性方程的迭代解法-solving linear equations and the equations behavior discussion (Experiment), cubic spline interpolation, numerical integration, the numerical solution of differential equations, linear
inverse1
- 这是一个matlab小程序,可用于求解微分方程,特别是抛物型的微分方程-Matlab This is a small program that can be used to solve differential equations, in particular the type of parabolic differential equations
ADAMS0304
- 这个程序主要用来是用Adams三步四步法求解微分方程的，可以修改其方程而用于其他的方程求解，请指正！-this procedure is used mainly to Adams steps four-step solution of differential equations, could modify its equation and the equation for solving other, Hi!
jifen124
- 龙格---库塔方法是求解微分方程比较常用的方法,在理解数学上是怎么一回事后,编制这个程是相当容易的,就是个迭代的过程.步长的选取也是很有讲究的,过小的步长反而会导致误差累积过大. 相关的理论请参考相关的数值算法的书籍，我这里只给出关键的函数及主程序段，其余相关的细节就不再一一罗列了.-Runge - Kutta method to solve the differential equation is more commonly used method, in understanding h
rtka
- 龙格库塔求解微分方程用vc++编写，通用性好，方便-Runge - Kutta solving differential equations using vc preparation, common good, convenient
53432641
- 工程中很多的地方用到龙格库塔求解微分方程的数值解，龙格库塔是很重要的一种方法，尤其是四阶的，精确度相当的高。此代码只是演示求一个微分方程，要求解其它的微分方程，可以自己定义借口函数，退换程序里面的函数：float f(float , float)即可；-project many places used for Runge - Kutta numerical solution of differential equations. Runge - Kutta is a very important
Soft20060210160010604
- 工程中很多的地方用到龙格库塔求解微分方程的数值解，龙格库塔是很重要的一种方法，尤其是四阶的，精确度相当的高。 -project many places used for Runge - Kutta numerical solution of differential equations. Runge - Kutta is a very important one, especially in four bands, precision is high.
icrosoftWord
- 龙哥库塔方法，求解微分方程，具有二阶代数精度,在本例中的精度已经相当不错了。-Mangge Kutta method to solve differential equations, with second-order algebraic precision, in this case, the accuracy has been quite well.
c++longgesuanfa
- 经典龙格-库塔算法c++实现，求解微分方程的高精确度的解法-classical Runge - Kutta algorithm c realized, to solve the differential equation of high precision Solution
pim4
- 这是一种求解微分方程的高精度数值方法，对解决很多非线性问题有很大优势，由钟万勰院士首创
zhongxinchafen
- 这是用matlab编写的显示积分方法中心差分法的源程序，可用于求解微分方程描述的工程问题和相关仿真
有限元法求解Fokker-Planck方程
- 适用于求解ut-▽(a(x,y)▽u)=f(x,y)的零初边值问题(Applicable to the problem of zero initial boundary value of a kind of PDE)
四阶龙格-库塔法
- 利用四阶龙格库塔求解微分方程，并给出方程实例。(The fourth order Runge Kutta is used to solve the differential equation and an example is given.)
python 求解常微分方程
- python 求解常微分方程 x=np.arange(0, 10, 0.1) #创建时间点 sol1=odeint(Pfun, [0.0, 1.0], x) #求数值解