搜索资源列表
program
- 采用matlab编写的常微分方程的数值解法，有算例，以及改进龙格库塔方法。-The numerical solution of ordinary differential equation by using Matlab prepared, with examples, and the improvement of the Runge Kutta method.
longbeige-matlab
- 龙贝格算法的实现，对初学者有很重要的指导意义。-This program is very useful.
RUGEKUTA
- 自编的龙格库塔算法，方便学习数值分析的同学自学本算法，没有调用MATLAB自带的库函数。-the algorithm of numerical analysis, not the library function call MATLAB
longgekuta
- 本程序是用来做基于matlab的龙格库塔数值计算。-This procedure is used to do the calculation based on the Runge-Kutta numerical matlab.
rungekutta
- 龙格库塔法，计算方法作业，matlab源代码，内有说明-Runge-Kutta method, calculation methods work, matlab source code, there are instructions
daodandandao
- 导弹三维弹道仿真的MATLAB程序,其中龙格库塔积分的程序很简单且通用性强-Three-dimensional simulation of MATLAB ballistic missile program, which Runge-Kutta integration process is very simple and versatile
fourth_order_Runge_Kutta
- MATLAB四阶龙格库塔法 求解微分方程数值解 源程序代码-MATLAB fourth order runge kutta method to solve the differential equation numerical solution source program code
MATLAB_dianjiqidong
- 异步电机的启动仿真，用4阶龙格库塔法完成，matlab编程实现。-4 order Runnge_Kuttar
compression
- 通过分析缸内热力过程，建立柴油机压缩冲程微分方程。基于MATLAB工作软件实现柴油机压缩过程仿真。其中，柴油机结构及运行参数可根据实际需要修改；传热系数的计算采用埃歇尔伯格公式；微分方程求解采用龙格-库塔方法，计算步长为5度曲轴转角（可修改）-By analyzing the cylinder thermodynamic process, the establishment of the diesel engine compression stroke differential equation
combustion
- 通过分析缸内热力过程，建立柴油机燃烧冲程微分方程。基于MATLAB工作软件实现柴油机燃烧过程仿真。其中，柴油机结构及运行参数可根据实际需要修改；传热系数的计算采用埃歇尔伯格公式；微分方程求解采用龙格-库塔方法，计算步长为5度曲轴转角（可修改）；采用单韦伯曲线模拟燃烧放热规律；仿真结束后，绘制燃烧过程P-V图和P-phi图。-By analyzing the cylinder thermodynamic process, the establishment of diesel combustion
four-order-Runge-Kutta-method
- MATLAB四阶龙格库塔法 求解微分方程数值解 源程序代码-The source code of MATLAB numerical solution of four order Runge Kutta method for solving differential equations
whr
- 资料均为MATLAB程序，为龙格库塔法，最小二乘递推，增广法。-Data are MATLAB program for the Runge-Kutta method, recursive least squares augmented method.
numerical-analysis
- 数值计算方法，包括高斯法解线性方程组，观察龙格库塔现象，非线性方程的迭代求解，都是自己编程写的，Matlab语言，数值分析课的大作业-Numerical methods, including the Gauss method for solving linear equations, Runge-Kutta observed phenomenon, iterative solving nonlinear equations are written in their own programming
rk4
- Runge-Kutta法中最常用的是：四阶五级变步长算法。德国学者Felhberg对传统Runge-Kutta法进行了改进，得到了四阶五级变步长算法，也叫FRK算法。下面是标准四阶龙格-库塔法的Matlab程序 -Runge-Kutta method most commonly used are: FOURTH ORDER five variable step algorithm. German scholars Felhberg traditional Runge-Kutta method
Control_System_Simulation
- 用MATLAB实现的四种基本数值计算算法，包括欧拉、改进欧拉、四阶龙格库塔、四阶Adams，绘图非常赞-Four basic numerical algorithm of MATLAB, include improved euler euler s fourth order runge kutta fourth-order Adams, drawing praise very much
MATLAB
- 几个matlab程序，包括牛顿迭代、雅各比算法以及龙贝格、史蒂芬孙方法。-Several matlab procedures, including Newton iteration algorithm and Jacoby Romberg, Stephenson methods.
rk
- 龙格库塔法用于数值求解微分方程的MATLAB程序。-Runge-Kutta method for numerical solution of differential equations MATLAB program.
fourth_order_Runge_Kutta
- MATLAB四阶龙格库塔法 求解微分方程数值解 源程序代码-MATLAB fourth-order Runge-Kutta numerical method for solving differential equations solution source code
CHAZHI
- matlab编程的拉格朗日插值 龙格现象 matlab-matlab programming Lagrange interpolation Runge phenomenon matlab
three_order_Lyapnov-
- 求解李雅普若夫指数的MATLAB程序，关于三阶龙格库塔法的使用-Solving the suitable lyapunov ReFu index of MATLAB program.About the use of the third order runge kutta method