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NumericalSolutionofOrdinaryDifferentialEquationsso
- 常微分方程的数值解法源码，包括欧拉法，RK法，四阶高斯法，LAIII法，LBIII法，LA-LBIII配置法-Numerical Solution of Ordinary Differential source, including Euler method, RK method, fourth order Gauss method, LAIII law, LBIII method, LA-LBIII collocation method
WATER_EULER_MOD
- water euler method and lsdyna
euler1d
- Euler 1D dimensional
bldy
- 抄录的是飞行器制导与控制及其matlab仿真技术 毕开波编著p159，仿真的是二维比例导引仿真，递推采用的是龙哥库塔方法 用的不是欧拉方法 我花了很长时间才敲到电脑上，望大家给点掌声，打字员llittlebird 错误的没有，有图为证 要下载两个-Reproduces the Aircraft Guidance and Control of matlab simulation Bi Kaibo ed p159, the simulation is two-dimen
ex3.1.1p
- 孙志忠书：偏微分方程数值解，第三章第一节：抛物方程的有限差分解法向前欧拉格式-forward euler difference scheme for parabolic problem
ex3.2.1
- 孙志忠书：偏微分方程数值解，第三章第二节，抛物方程的向后欧拉格式-backward euler difference scheme for parabolic problem
OdeTest
- 欧拉积分、二阶龙哥库塔积分、四阶龙哥库塔积分-Euler integration, second Long Ge Kuta points, four points order Runge Ge Kuta
ARC2D
- Euler code solver, using Maccormak method
weifenfangchengshuzhjiedejindiansuanliyufenx
- 用MATLAB程序实现对同一问题的欧拉法计算、后退欧拉法计算、龙格库塔法则计算和提醒法则的计算，很有代表性与通用性-MATLAB program to achieve the same with the Euler method to calculate the problem, Euler backward method, Runge-Kutta rule calculations and advise law computation, very representative and univ
eulertoquat
- 欧拉角表示法具有简便、几何意义明显等优点，同时姿态敏感器可以直接测出这些参数，能较方便地求解用这些姿态参数描述的姿态动力学方程。但采用欧拉角的姿态描述方法存在奇点问题，且需多次三角运算。而采用四元数表示方法则可以避免这些问题。-conversion between euler angle and quaternion method
one_possion3
- 求解一维热方程。空间方向采用四阶差分格式，时间方向采用向后euler法和时间积分法-Solving one-dimensional heat equation. Spatial orientation difference scheme with fourth order, the time direction by backward euler method and time integration method
beam
- 欧拉梁fortran源程序，内含输入数据文件-Euler beam fortran source code, containing the input data file
gaijinola
- 是Ｃ语言编写，数值计算方法，改进欧拉法方法。-Is the C language, numerical methods, improved Euler method.
GD.C
- C Code for Godunov Method of Gas Dynamics (Euler Equations)
Lagrange-interpolation
- In numerical analysis, Lagrange polynomials are used for polynomial interpolation. For a given set of distinct points xj and numbers yj, the Lagrange polynomial is the polynomial of the least degree that at each point xj assumes the corresponding val
src
- Some project Euler solution
1D-Eurler-Solver-Clean-SOD
- Attempted 1D Euler Solver. Local Lax Friedrich scheme with MINMOD/SUPERBEE/MC flux limiter scheme. I m able to successfully apply the flux limiter, but for some reason, I still get some bizarre oscillations that do not amplify but causes unphysical r
modeling
- 为建立供热管网的在线优化运圩、故障实时诊薪 及赏真分析和培训呆缆，必须建立一种高精度的蒸巍供热管 习动恋仿真模型。该模型将蒸汽处理成为单相可压缩洗件， 将营罔处理成为由节点南支路组成的一种网络结构。在仿真 计算中，采用隐式Euler算法、线性迭代方法和稀疏矩畦算 法隶解由物理模型所得的非线性擞分方程组。证明7|：角的 算法具有大范围收敛特性。此方法祷被应 于青岛百蒸汽供 热管网的工程项目中。-Steam heating network of dynamic simul
SDE-Rungekuta
- an iterative method to solve a Stochastic Differential Equation by using Euler, Millstein, and Runge Kutta Method
error-SDE
- To show the error of the calculated solution for a Stochastic Differential Equation (SDE) from Euler , Millstein, and Runge Kutta Method