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allcomputersdomain
- 可以显示本域内的所有计算机,但是如果是微分段的情况下,可能只能显示本主机。-Can show that this region all the computers, but if the situation in sub-micro, it may only show the host.
multi-grid-AFEM
- 自适应网格有限元计算方法,用来求解线性偏微分方程-Adaptive mesh finite element method for solving linear partial differential equations
19854818Heat_Equation
- PDEmatlab 在环境下编写的偏微分方程的数值解法, 实验的程序实现 .-PDEmatlab prepared in the environment of the numerical solution of partial differential equations, experimental procedures for implementation.
youxiandanyuanerjie
- 有限单元法求解一阶偏微分方程,使用的方法是加权余量法,方法快捷准确-Finite element method to solve the first-order partial differential equations, a method using a weighted residual method, fast and accurate method
2
- Solutions of second order differential equation 解二阶微分方程-Solutions of second order differential equation
longgekuta-method
- 四阶龙格库塔法求解微分方程,收敛性好,可以求误差。-four step longgekuta method
GM11
- 一阶微分方程一个变量情况下用于灰色系统模型预测(Grey prediction of first order differential and one variable)
3970981Runge-kutta
- 利用龙哥库塔算法解微分方程(二阶,三阶,四阶)(Solving Differential Equations (Second, Third, and Fourth Orders) Using the Long Coulter Algorithm)
fenchatu
- 对于系统单参数分岔图的计算共有以下的几种方法: 1)最大值法 即对系统微分方程(组)进行求解,对求解的结果用getmax函数进行取点,并绘图。 2)Poincare截面法 对系统参数的每一次取值,绘制其Poincare截面,进而得到其分岔图。 这种方法需要注意的是,自治系统的Poincare截面是选取一超平面,平面上点的分布即构成一Poincare截面,非自治系统的Poincare截面则是根据系统激励的频率进行取点并绘图。(There are several