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四种方法求积分
- 四种方法求积分：runge-kutta法，crank_nicolson法，adams法，ab4-am4法，改进型ab4-am4法-four methods for ranking : Runge- Kutta method, crank_nicolson, adams, ab4- am4, improved ab4- am4 France
cav2-sta
- 方腔驱动流的差分数值计算，大阪大学教学程序。-lid driven, 2nd CD, Adams-Bashforth, Euler advance
ADAMS_FOURTH_ORDER_PREDICTOR_CORRECTOR_ALGORITHM.r
- ADAMS FOURTH ORDER PREDICTOR-CORRECTOR ALGORITHM的Mathematica代码，代码透明，方便修改成为自己的东西。-ADAMS FOURTH ORDER PREDICTOR-CORRECTOR ALGORITHM of the Mathematica code, the code of transparency, facilitate the change to become our own
les_ch_s2
- Large Eddy Simulation of Turbulent Flow in a Two-Dimensional Channel-Large Eddy Simulation of Turbulent Flow in a Two-Dimensional Channel SGS Model .... Smagorinsky Eddy Viscosity Model Spacial FDM ....
ABmethod
- Use Adams-Bashforth second-order method to solve a system of first-order ODEs y =f(x,y).
adams-matlab
- 提供adams matlab联合仿真，供大家参考-adams matlab
fde12
- 预估校*，关于解分数阶微分方程的算法程序，适合非线性方程-Solves an initial value problem for a non-linear differential equation of fractional order (FDE). The code implements the predictor-corrector PECE method of Adams-Bashfor
fde12
- The Matlab code FDE12 implements the Predictor-Corrector method of Adams-Bashforth-Moulton for the numerical solution of a non-linear fractional differential equation (FDE) (download the Matlab code FDE12).
fde12
- The Matlab code FDE12 implements the Predictor-Corrector method of Adams-Bashforth-Moulton for the numerical solution of a non-linear fractional differential equation (FDE)
nast3dgp-2.08.tar
- A free CFD code with source code included. Uses finite volume discretization on a cartesian non-uniform staggered mesh, VONOS/SMART higher order upwind schemes and Adams-Bashforth time discretization. The code is paralle
AdamsBashforthMoulton-DifferentialEquations
- Matlab code that implements the Adams-Bashforth-Moulton Method in the context of Differencial Equations
ODE-with-Numerical-Methods
- (单步和多步)数值方法求解一阶常微分方程。 方法包括: 1.欧拉方法 2.修的方法 3.四阶龙格库塔方法 4.Adams-Bashforth方法 5.Adams-Moulton方法-Numerical Methods (single step and multi step) for solving First Order Ordinary Differential Equations. Methods in