搜索资源列表
seagrid
- 一些制作正交曲线网格的matlab源程序-produced some curves orthogonal grid Matlab source
grid1
- 正交网格生成程序源码，FORTRAN编写-orthogonal grid generation program source code, prepared FORTRAN
Grid.rar
- 采用Fortran语言的正交曲线网格生成程序,Fortran language, the use of orthogonal curvilinear grid generation process
seagrid
- 任意边界结构正交曲线网格生成程序，使用方便简单-Arbitrary boundary structure of orthogonal curvilinear grid generation procedure, easy to use simple
mltgrid
- 采用同位非正交适体多重网格计算复杂区域层流流动的simple算法程序，包含网格生成，流动计算，后处理程序-Used with non-orthogonal grid aptamer complex multiple regional laminar flow algorithm of simple procedures, including grid generation, mobile computing, post-processing
peric
- Peric s code 2d code caffa in non-orthogonal grid
CX2
- 传热fortran源代码程序，二维正交网格生成代码-Fortran source code for heat transfer process, two-dimensional orthogonal grid generation code
CFDPr
- 关于正交网格的生成方法，适用于流体力学等领域，内附详细说明-On orthogonal grid generation method, containing details
ecomsed
- ECOMSED 水动力和泥沙输运模型，它可以较为真实地模拟环流、温度盐度、粘性与非粘性泥沙的输运、沉积与再悬浮。包括以下几个模块：水动力模块、泥沙输运模块、风驱波浪模块、热通量模块和粒子示踪模块。-ECOMSED is a three-dimensional hydrodynamic and sediment transport model. The hydrodynamic module solves the conservation of mass and momentum equation
ge_grid
- matlab产生非正交网格，用迭代法产生，网格的大小可以任意给定-matlab produce non-orthogonal grid generation iterative method, the size of the grid can be arbitrarily given
elliptic_mesh
- 椭圆型方程生成网格。简单方便使用，生成网格正交-Elliptic Equations mesh generation. Simple and easy to use, generate orthogonal grid
Sjme__grid
- 一些制作正交曲线网格的matlab源程序 不错的 很好的-Some make orthogonal curvilinear grid matlab source good very good
mqdeling-list
- 一些制作正交曲线网格的matlab源程序 不错的 很好的(Some make orthogonal curvilinear grid matlab source good very good)
two dimension laminar NS
- 二维Navier Stokes方程求解层流新代码（定常或非定常）采用有限体积法和非正交结构化网格与并置排列的变量。H、O和C-网格可以使用，用多重网格的水平。(the new codes for solving the laminar two-dimensional Navier-Stokes equations (steady or unsteady) using Finite-Volume method and non-orthogonal structured grids with a
高大上欧美风商务PPT模板
- 采用有限容积法、非正交结构化网格（h型、O型及C型）求解好(The finite volume method and non orthogonal structured grid (H type, O type and C type) are solved well)