资源列表
DelaunayTriangulation
- Delaunay trianglation 是平面三角化的一种重要方法，也可以应用于三维的四面体的生成。因为用这种方法产生的四面休在有限元分析中具有其独特的优势而受到重视。-Delaunay trianglation plane triangulation is an important method, but also can be applied to the generation of three-dimensional tetrahedron. As generated in this
beamelement
- 这时一个基于梁元的有限元计算程序，其中ex1为主程序，调用其他函数，可以解决梁的变形，弯曲，超静定载荷等问题。-When a beam element based on the finite element program, which mainly Ex1 procedures, call the other function, can solve the beam deformation, bending, load hyperstatic issues.
JAVAshuzuxs
- 迭代和直接解超大形稀疏矩阵，阶数自取，以文件输出的格式查看结果。-Iterative and direct solution of large sparse matrix form, the order of self in order to document the output format to view results.
SOR
- 用SOR迭代法求解线性方程组 线性方程组的超松弛法，也叫SOR法-SOR iterative method using linear equations to solve linear equations of the over-relaxation method, also known as SOR method
several_randoms
- 随机数变量产生,包括满足均匀分布、泊松分布等各种分布-Random numbers generated variables, including the needs of uniform distribution, Poisson distribution and other distribution
grm
- 多项式曲线拟合C++Templete实现-Polynomial curve fitting C++ Templete achieve
ldlt[1].cpp
- ldlt 数值求解的c++算法的实现，可应用有限元方程的求解。-ldlt numerical solution of c++ algorithm can be used finite element equations.
CBCFFT
- fft变换算法的c++源代码，可直接使用。-fft transform algorithm c++ source code can be used directly.
Calculate
- 矩阵并行算法程序，用c#语言编制，可用于数学并行计算。-Matrix parallel algorithm procedures, with c# Languages can be used in parallel computing mathematics.
AX=b
- 求解大规模非对称线性方程组AX=b的迭代方法-Solving large-scale non-symmetric linear equations AX = b of the iterative method
calc
- 一个还不错的计算器,我自己写的,花了不少时间,功能比较多-A good calculator, I wrote it myself, spent a lot of time, function more
Even
- 一个简单的EVEN算法,<组合数学>内容,我自己写的,比网上的一些简单-EVEN a simple algorithm,