搜索资源列表
effrc
- effrc 是误差函数。 在计算二阶微分方程的时候会用到。-effrc of error function. In calculating the second order differential equations are used.
work
- 利用差分方法求解二阶微分方程！流体力学应用！
Euler_adv
- 欧拉法解二阶微分方程组的源代码 以某一特例为代表-Euler
DoubleIntegration
- 用于求解二阶常微分方程的变步长多步积分法，适合飞行器轨道计算等领域。-Solving second order ordinary differential equations for the variable step-size multi-step integration method for calculating the fields of aircraft track.
Rungerkutta4
- 该程序利用4阶龙格库塔方法解二阶常微分方程，该微分方程描述火箭发射时质心运动轨迹。-The program uses the 4th order Runge-Kutta method of second order ordinary differential equations, differential equations describe the mass center when the rocket trajectory.
work
- 采用MATLAB软件，应用有限元方法求解二阶常微分方程。-solution of FEM
ceziwucha
- 这是捷联惯导系统一阶、二阶微分方程法和一阶、二阶四元数法和完整解之间的误差代码-This is the sins of the first order, second order differential equation method and first order, second order quaternion method and the error between the full code solution
ODE45_Doouble-Pendulumn-Simulation
- 用ODE45计算二阶微分方程组，实例为双球摆仿真-Use ODE45 function to calculate second-order differential equation
numeral-examples
- 用gauss-sedel、SOR、梯度法、PR格式等分别计算数值微分方程，PR方法实现二阶微分方程的数值求解-With a gauss-sedel, SOR, gradient, PR format values were calculated differential equations, PR method the numerical solution of second-order differential equations
Runge-Kutta
- 用四阶Runge-Kutta法求解二阶微分方程-Fourth-order Runge-Kutta method for solving second-order differential equations
ou1
- 这是一个二阶微分方程的分岔图程序，可以画出微分方程状态变量随参数的变化所产生的分岔图。-this is a two-order differential equation bifurcation diagram programme
newmark
- newmark函数，matlab实现接二阶微分方程-newmark function, matlab access for second order differential equations
2013.6.1
- 通过ODE23解二阶微分方程的分岔图程序-By ODE23 bifurcation diagram of second order differential equations solution program
tworder
- 使用四阶龙哥库塔法解二阶微分方程，使用c语言编写-Using the fourth-order Runge Ge Kuta method for solving second-order differential equations, using c language
zd530003514 (2)
- 一个matalb的四阶龙格库塔法解二阶微分方程的案列，附带一个FFT变换程序，供初学者参考(A MATALB four order Runge Kutta method for solving the two order differential equations for reference for beginners)
first_model
- 二阶微分方程求解输出，供初学者熟悉Simulink仿真，熟悉相关模块的功能及使用方法(Two order differential equation solving output)
4阶龙格库塔法求解二阶微分方程
- 基于打靶法采用4阶龙格库塔法对而降常微分方程进行求解求解二阶微分方程(Solving the Second Order Differential Equation by Solving the Fourth Order Runge-Kutta Method Based on the Shooting Method)
odefun
- matlab计算二阶微分方程，有详细介绍过程，适合新手上路。(Matlab calculates the second-order differential equation, has a detailed descr iption of the process, suitable for novices on the road.)
matlab 常微分方程数值解法 源程序代码
- 11.1 Euler方法 380 11.1.1 Euler公式的推导 380 11.1.2 Euler方法的改进 383 11.2 Runge-Kutta方法 385 11.2.1 二阶Runge-Kutta方法 385 11.2.2 三阶Runge-Kutta方法 388 11.2.3 四阶Runge-Kutta方法 390 11.2.4 隐式Runge-Kutta方法 391 11.3 线性多步法 392 11.3.1 Adams外推公式
振动方程求解程序
- 此程序可求解二阶微分方程振动的时域图和频域图，计算精准。(This program can solve the time domain and frequency domain of the second order differential equation vibration, and the calculation is accurate.)