资源列表
ssor-pcg
- 超松弛预处理共轭梯度法，用于求解有限元计算中常见的大型对称稀疏矩阵-Overrelaxation preconditioned conjugate gradient method for solving the finite element calculation of large symmetric sparse matrix
jacobizz
- 雅克比矩阵转正程序，用于常规有限元网格生成后的初始网格检查，评价网格生成的结果。-Jacobian matrix regularization procedure for the conventional finite element mesh generation of the initial grid inspection, evaluation of the results of mesh generation.
free-surface
- 稳定渗流计算的自由面生成程序，用于常规渗流有限元计算中自由面的生成成果-Steady Flow of free surface generation program for the formation of the free surface in the conventional seepage finite element calculation results
DXF_wg
- 有限元前处理程序，用于将生成的三维有限元数据在商业软件CAD中显示，方便网格的检查-Finite element pre-processing program used to generate three-dimensional finite element data is displayed in the Business Software CAD, to facilitate the inspection of the grid
NET-To-ANSYS
- 有限元转换程序，用于将生成的有限元网格结点数据与商业软件ANSYS相结合，方便在ANSYS中修改单元的材料-Finite element conversion program for finite element mesh nodes will generate data and commercial software ANSYS combination, easy to modify the unit material in ANSYS
nod_compress
- 有限元网格结点的压缩程序，用于将海量的结点数据存储于较小的空间内-Finite element mesh node compression program, for the mass of the node data stored in a smaller space
zuobiao
- 实现三大坐标系转换！方便快速的转换直角坐标、球坐标、极坐标-Realize three coordinate system transformation! Convenient fast conversion right-angle coordinate, coordinate, polar coordinates ball
JDJSQ
- 这是一个最最简单计算器，提供给大家参考一下-dadasddasdasd fafdsafasfafad
KXJSQ
- 这是一个科学计算器，供大家参考学习-dasjkhdaksjhdajksdsadasdas dasdasdasda
Fortran-stander-function-club
- fortran内部函数库，用户可以对fortran内部函数有初步的了解，以便以后使用时方便。-inside fortran function club
fluids_notes06
- 这是计算机流体模拟的技术文档，可以对流体模拟快速入门。非常有用，对于这方面的研究非常有帮助。-This is the technical documentation for computer fluid simulation, fluid simulation Quick Start. Very useful, very helpful for research in this area.
2DSmoke-down-poisson-several
- 这是研究生阶段研究的内容代码，2D代码，实现的是二维的快速傅里叶变换插值，来加速流体模拟。-This is a postgraduate research code, 2D code is a two-dimensional fast Fourier transform interpolation, and to accelerate the fluid simulation.