搜索资源列表
Crank_Nicolson
- Crank_Nicolson.算法C++实现，偏微分方程数值解，保证能运行-Crank_Nicolson. Algorithms C++ implementation, numerical solution of partial differential equations, guaranteed to run
longgekuta
- longgekuta.算法C++实现，偏微分方程数值解，保证能用-longgekuta. Algorithms C++ implementation, partial differential equations, can be used to ensure
ODE
- 这个例子演示了如何使用这两个公式的字符串模式的多态性常微分方程求解器。-This example demonstrates how to use the polymorphic ODE solver in both Formula String mode and VI mode.
R_Kmethod
- 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。这个程序就是用龙格库塔求解微分方程数值解,-Use R_K method to solve a function
Adams
- 使用四阶Adams预报校正方法解微分方程，可取不同步长比较分析运算结果-Using fourth-order Adams forecast correction method for solving differential equations, it is desirable comparative analysis of long not synchronized operation result
fdmethod
- 差分法求微分方程,主要用于电磁问题的求解，例子有一定的通用性-finite difference method
LGKT4
- 四阶龙格库塔法解一阶二元微分方程 应用于数值计算-Fourth-order Runge-Kutta method for solving a class of binary differential equations for numerical calculation
gaijinoula
- 常微分方程中的改进欧拉算法的c/c++程序上机实现-Ordinary Differential Equations in the Improved Euler algorithm c/c++ program on the machine to achieve
griddemo.tar
- 一个无限插值和偏微分方程生成网格的演示程序-Demonstration of two Matlab scr ipts for grid generation Please use help elliptic or help transfinite for more information on how to define your own geometries.
35
- 四级四阶龙格库塔格式，求解微分方程的好算法。-Four fourth-order Runge-Kutta format, a good algorithm for solving differential equations.
TEST1405
- 龙库塔法解微分方程范例 选自fortran自学手册-Long Kutta method for solving differential equations fortran examples selected from the self-study manual
lq
- 所编子程序为标准四阶龙格库塔解常微分方程的程序，可以不作修改直接使用。再则，主程序当中用一个方程验证其正确性，并可以输出函数的一阶导。-Subroutine, compiled by a standard fourth order Runge-Kutta ordinary differential equation solution procedure can be used directly without modification. Furthermore, the main program
Ordinary_Differential_Equations_practical_coursewa
- 常微分方程的实用课件Ordinary Differential Equations practical courseware-Practical ODE Ordinary Differential Equations practical courseware Courseware
VisualCplus
- 周长发的visual C++ 科学计算 包含复数运算，矩阵各种运算，微分方程 积分方程-chang fa zhou code for visual C++ contain complex matrix compute...
Galerkin
- 伽辽金有限元解微分方程源代码，带注释，初学者学习使用非常好-Galerkin finit element method
code
- 用偏微分方程法实现 x-y 平面上的给定的椭圆区域的结构化网格划分.同时在控制函数中设置某些参数，还可以实现网格的整体的移动或局部的吸引。-With partial differential equations method to achieve a given xy plane elliptical region structured mesh. While in the control function to set some parameters, but also allows the
NumericalAnalysisByVC
- C语言描述的各种计算方法的代码，包括线性，非线性方程组，插值，微分方程，数值积分等常用算法。-C language descr iption of the code of various calculation methods, including linear, nonlinear equations, interpolation, differential equations, numerical integration and other commonly used algorithms.
ktl
- 数学建模基本问题微分解答，包括一些基本微分方程列式-Differential mathematical modeling to answer basic questions, including some of the basic differential equation formulation
1
- 一阶微分方程的讲义，包括一阶方程的解法等-Notes the first order differential equations, including first-order equation method, etc.
ODE_FEM
- 采用有限元方法求解二阶常微分方程，分别划分和不划分子元采用配置法、最小二乘法、矩量法和Galerkin法，对初学有限元的童鞋很有帮助：）-Finite element method to solve ordinary differential equation, respectively, by sub-element division and do not use collocation method, least squares method, moment method and Galer