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PolynomialIncludingAllFunctions
- 一元多项式符号计算-含因式分解版 不仅包含+,-,*,/,多项式求值,数值积微分,(内含多项式求根子程序),定与不定积分,还有因式分解(求根法). 用单链表.输入格式按提示.-one yuan polynomial symbolic computation-containing factorization version not only contains ,-,*,/, polynomial evaluation, Numer
PolynomialIncludingAllFunctions
- 一元多项式符号计算-含因式分解版 不仅包含+,-,*,/,多项式求值,数值积微分,(内含多项式求根子程序),定与不定积分,还有因式分解(求根法). 用单链表.输入格式按提示.-one yuan polynomial symbolic computation-containing factorization version not only contains ,-,*,/, polynomial evaluation, Numer
DQM
- 微分求积法是一种求解偏微分方程的新方法。-differential quadrature method
DQM_cantilever
- 用微分求积法求解悬臂梁的固有频率，修改N的值，可得到N-2个固有频率-Differential Quadrature Method cantilever natural frequency, modify the value of N, N-2 natural frequency can be obtained
qiuni
- 小波与微分求积法结合，用于求解梁的最大挠度值。-Wavelet and differential quadrature method for solving the maximum deflection of the beam.
hanshufangcheng
- 都是matlab中经典的函数与方程代码，如埃特金插值，复合求积公式，用欧拉法求一阶常微分方程的数值解，龙格库塔法等-All matlab functions and equations of classical code, such as Aitken interpolation, composite quadrature formula, the first-order Euler method for the numerical s
weifen-qiujifa
- 这是微分求积法的程序算法，适用于需要离散的变量，在用的时候只需要添加自己的边界条件和已知量即可-This is the differential quadrature method of program algorithm for discrete variables need, when using only need to add your own boundary conditions and known quantities
DQM
- 微分求积法，只需修改边界条件即可，方便实用-Differential quadrature method, simply modify the boundary conditions can be convenient and practical
PSOPT_Manual_R3
- PSOPT是以C++编写的开源的最优控制软件包,它采用直接配置法。这些方法求解最优控制问题，是使用全局或局部多项式来逼近随时间变化的各种变量，这就可以将微分方程和连续约束离散化，并可用众所周知的数值求积公式来计算与最优控制问题有关的任何积分，然后，非线性规划就可被用于求解局部最优解。-PSOPT is an open source optimal control package written in C++ that uses di
dqm-master
- DQM微分求积法的简单实例，求解简支梁模型(A simple example of DQM differential quadrature method is used to solve the simple beam model)
代码Differential-Quadrature--Vibratio--matlab
- 计算振动的微分求积法，运用MATLAB程序，可解决一阶或者高阶的振动(Differential quadrature method for calculating vibration)
弹性
- 基于微分求积法分析转速，粘弹比，细长比等参数对固有频率的影响(The influence of rotational speed and other parameters on natural frequencies is analyzed.)