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n-s
- 四阶龙格库塔法求解流体力学-- 关于N-S方程的串行求解源程序-four bands Runge Kutta method hydrodynamics -- on the Navier-Stokes equations to solve the serial source
nso
- 对二维粘性不可压N-S方程求解，生成O型网格-right 2D viscous incompressible Navier-Stokes equations are solved, Generation O Grid
Featflow
- 解N-S方程可进行二维和三维的N-S方程求解-N-S equation for the two-dimensional and three-dimensional N-S equation
投影法有限差分算不可压N-S方程方腔流
- 采用投影法有限差分求解不可压N-S方程方腔流，计算流体cfd，fortran语言编写。using projection finite difference method to sove NS equation for incompressible cavity flowuse by using Using Fortran programming language
CBSFLow
- 基于有限元法的全速流动传热求解程 有限元法非结构网格技术解N-S方程 包括可压不可压流动
n-s
- 四阶龙格库塔法求解流体力学-- 关于N-S方程的串行求解源程序-four bands Runge Kutta method hydrodynamics-- on the Navier-Stokes equations to solve the serial source
nso
- 对二维粘性不可压N-S方程求解，生成O型网格-right 2D viscous incompressible Navier-Stokes equations are solved, Generation O Grid
Featflow
- 解N-S方程可进行二维和三维的N-S方程求解-N-S equation for the two-dimensional and three-dimensional N-S equation
Ztransformation
- 画出满足差分方程:y[n]-1.25y[n-1]+0.75y[n-2]-0.125y[n-3]=x[n]+0.5x[n-1]，离散时间信号X[n]的双边z变换是离散傅里叶变换的推广,而离散时间傅里叶变换在研究离散时间信号与系统中是很有用的。 -Drawn to meet the difference equation: y [n]-1.25y [n-1]+ 0.75y [n-2]-0.125y [n-3] = x [n]+ 0.5x
Possion_FEM
- 有限元求解柏松方程。本文采用FORTRAN语言编制程序。程序中大部分变量采用有名公共区存储方式存储，这样可以减少内存占用量。 IFG：生成有限元网格信息，即元素节点局部编码与总体编码对照表，节点实际坐标，边界节点编码与边界点上的已知值 GKD：生成总刚一维存储对角元的地址，计算总刚一维存储长度 FIXP：设置已知节点函数值 GK(NI,NJ,ADJ,AIJ)：单元刚度矩阵计算 GF(NI,N,M,LE,YI,FE)：
flow3
- 使用f90格式，使用限元法求解二维稳态的不可压缩N-S方程。里面有文件说明用法。-a program which uses the finite element method to solve the steady incompressible Navier Stokes equations in 2D
LUsubs
- N-S方程算法内容，绘制网格，是自己编程用，不用商品软件，2D版-NS equation algorithm content, draw grid, programming their own use, not commercial software, 2D version of
smvp
- N-S方程算法内容，网格读取函数，是自己编程用，不用商品软件，2D版-NS equation algorithm content, grid read function, programming their own use, not commercial software, 2D version of
flow7
- 有限元求解2维n-s方程 The program is executable. To solve a particular problem, you need to include routines that define the shape of the region and the boundary conditions. Problems that are already written up include - finite e
shockwave
- REO 格式 有限体积计算 N-S方程 5步R-K-REO scheme finite volume calculated in step 5 RK NS equations
One-dimensional-N-S-equation-(B)
- 一维NS方程含C代码和Fortran代码-One-dimensional compressible N-S equation (B)
N-S
- N-S方程的数值解法，希望对各位有用，来源于网络-N-S formular
N-S
- 二阶迎风型TVD差分格式求解一维可压缩黏性流动问题N-S方程（FORTRAN语言版本） -Second-order upwind TVD Difference Scheme for Solving the one-dimensional compressible viscous flow problems NS equation (FORTRAN language version)
python
- 亚声速-超声速等熵喷管流动的CFD解法，运用python语言对方程的求解实现。(CFD solution for the flow of subsonic and supersonic isentropic nozzle,the solution of the equation is realized by using the python language.)