搜索资源列表
caffa_f
- This code incorporates the Finite Volume Method using SIMPLE algorithm on colocated body-fitted grids.
grid
- A code for generating Cartesian grids (multigrid version).
MAFIA
- Adaptive Grids for Clustering Massive Data Sets - MAFIA. It is a subspace clustering algorithm.-Adaptive Grids for Clustering Massive Data Sets- MAFIA. It is a subspace clustering algorithm.
pstag_f
- This program incorporates the FV method for solving the Navier-Stokes equations using 2D, Cartesian grids and the staggered arrangement of variables
grid
- The files in this directory will be replaced by new versions some time in the future. Check this file for information on latest update. The following files are presently included: GRID.F This file contains a code for generating 3D Cartesi
NND2D
- 用于求解二维欧拉流动方程的有限差分程序,基于NND法,求解精度较高.-Perfect fortran program by two dimensional NND finite difference method for Euler Equations on unstructured Grids, structured Grids and adaptive unstructured Grids.
inverse_distance_interpolation
- 提供輸入及輸出網格，程式將找尋輸出網格點附近的輸入網格點並計算該輸出網格點的值。-Given input and output grids, the program will look for the neighbor input grid points of output grid point and calculate the value of the output grid point.
stag
- 采用有限容积法在直角坐标结构化交错网格上求解N-S方程的程序，采用迎风格式和中心差分格式。-This package contains the code for solving Navier-Stokes equations using Cartesian grids and staggered arrangement of variables. Upwind or central differencing can be chosen for convective terms
2dc
- 直角坐标中用有限容积法、同位网格上计算二维对流-扩散方程的程序及其后处理程序，对流项采用迎风格式，扩散项采用中心差分，可选用三种求解方式，包括x或y方向的线迭代和不完全LU分解。-This package contains several computer codes for solving two-dimensional heat and fluid flow problems using Cartesian grids. The upwind or central differen
3dc
- 采用有限容积法计算直角坐标系同位网格上的三维N-S方程的程序，具体见内部的readme文件。-This package contains the code for solving the steady three-dimensional Navier-Stokes equations using Cartesian grids and colocated arrangement of variables. Please read the readme in files for furth
parallel
- 求解二维直角坐标系同位网格上求解稳态N-S方程的并行计算程序,基于PVM信息传递软件，具体信息请看‘readme’文件。-The package contains the codes soving 2D steady Navier-Stokes equations on Cartesian grids with a colocated arrangement of variables using PVM message-passing software, please re
tsunami-FVM-simulation.rar
- This code incorporates the Finite Volume Method using SIMPLE algorithm on colocated body-fitted grids,for tsunami simulation,This code incorporates the Finite Volume Method using SIMPLE algorithm on colocated body-fitted grids
FD3S_1.1.tar
- 3维弹性波高阶有限差分正演程序，使用了交错网格，计算区域为圆球形-This directory contains the source code for high-order finite difference 3D elastic wave propagation on staggered grids for spherical geometry.
for
- 二维不可压缩Rayleigh-Bernard对流，交错网格，中心差分，矩形边界，上壁冷却，下壁加热，采用Boussinesq近似-Code is for 2D incompressible Rayleigh-Bernard convection, using staggered grids, middle difference, box boundary and Boussinesq approximation. The upper boundary is cooled while the lo
2DFlow_FVM
- Program for solving conservation equation for scalar transport using finite volume method with cartesian grids.
PyFR-1.0.0
- PyFR is an open-source Python based framework for solving advection-diffusion type problems on streaming architectures using the Flux Reconstruction approach of Huynh. The framework is designed to solve a range of governing systems on mixed unstructu
FVM-Euler-2D
- 计算流体力学中运用有限体积法求解二维无粘欧拉方程，非结构网格-CFD finite volume method for solving two-dimensional inviscid Euler equations, unstructured grids
ramses-gpu-1.0.1.tgz
- RAMSES-GPU is a general-purpose Hydrodynamics (HD) and Magneto-hydrodynamics (MHD) simulation code primarily written for astrophysics applications. It allows to run very large simulations (up to grids of size 4096^3) on the largest GPU cluster availa
[Leo_Babauta]_Zen_To_Done_The_Ultimat.pdf
- HTML & CSS covers structure, text, links, images, tables, forms, useful options, adding style with CSS, fonts, colors, thinking in boxes, styling lists and tables, layouts, grids, and even SEO, Google analytics, ftp, and HTML5. Javascr ipt &
edu3d_tetgrid_cube
- 在立方体中生成非结构网格，以不规则四面体填充(Generating unstructured grids in a cube, filled with irregular tetrahedron)