搜索资源列表
berryscm
- berryscm - Self-Consistent (Berryman) multi-component (> 2) effective elastic moduli-berryscm - Self-Consistent (Berryman) multi-component (> 2) effective elastic moduli
PW
- 电子自洽计算工具pw.x，完整代码，包含makefile-Self-consistent calculation of electronic tools pw.x, complete code, including makefile
self
- matlab ,格林函数 直接求方程零点，取代自洽迭代过程-Matlab, the Green' s function directly demand equation zero, replacing the self-consistent iterative process
dem
- 用于计算等效岩石体积模量，微分等效介质模型，此模型相比与自洽模型更适用。-Used to calculate the equivalent bulk modulus of the rock , the differential effective medium model, which compared with the self-consistent model is more applicable .
SC
- 自洽模型，用于含有裂缝岩石的等效体积模量的计算，适用于初学者。-Self-consistent model for fractured rock containing the equivalent bulk modulus calculations for beginners.
selfconsbook
- 利用克拉茂克郎尼变换， 求得表面等离子体相位实数部分与虚数部分的自洽性-Self consistent estimate of the real and imaginary parts of susceptibility via Kramers-Kronig relations
SCAnisoEFF
- 计算各向异性介质的刚度矩阵，通过自洽理论来实现。-Computing the stiffness matrix and elements for TI by self-consistent method.The origin code is for VTI, so we extend the code to HTI and VTI.Interchanging the matrix and inclusion will give you stiff and soft estimations.
self-taugh
- ufldl，self-taught 作业，完整代码，运行结果与提示一致-ufldl, self-taught work, complete code, operating results consistent with the prompt
airykb
- 自编求雅克比矩阵的程序，计算结果与matlab的一致.-Self seeking Jacobian matrix program, consistent results and matlab.
Differential-Evolution
- DE 算法主要用于求解连续变量的全局优化问题，其主要工作步骤与其他进化算法基本一致，主要包括变异(Mutation)、交叉(Crossover)、选择(Selection)三种操作。算法的基本思想是从某一随机产生的初始群体开始，利用从种群中随机选取的两个个体的差向量作为第三个个体的随机变化源，将差向量加权后按照一定的规则与第三个个体求和而产生变异个体，该操作称为变异。然后，变异个体与某个预先决定的目标个体进行参数混合，生成试验个体，这一过程称之为交叉。如果试验个体的适应度值优于目标个体的适应度值
Self-consistent dc glow-discharge simulations
- 直流辉光放电数值模拟的模型，自洽计算。。(Numerical simulation of microwave plasma discharge at medium pressure)
vpsc7a
- 基于晶体塑性自洽理论 vpsc 模拟多晶体塑性变形的织构演化(Texture evolution of polycrystalline plastic deformation simulated by vpsc based on crystal plasticity self consistent theory)