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顶盖驱动流
- 用LBM代码编写的顶盖驱动流程序，编程软件为Visual C++
Lid-driven-flow-(LBM)
- 本程序语言是C++,顶盖驱动流（LBM）,程序中附有注释。-Lid driven flow (LBM)
lbm-simulation
- x方向节点为128，y方向节点为256的顶盖驱动流的lbmC++程序源代码-x direction of the node 128, y direction node lbmC++ source code 256 is lid-driven flow
LBM-(2)
- 一个用c语言编制的基于格子-boltzmann方法的顶盖驱动流的程序，适合于初学者-A compiled with the c language based on grid- the boltzmann method lid driven flow procedure, suitable for beginners
MRT lid driven cavity
- 基于多松弛因子的LB方法，运用C++编写方腔顶盖驱动流，计算方腔内流体的流场(Based on the LB method with multiple relaxation factors, the flow field of the square cavity top cover is written by C++, and the flow field of the fluid in the square cavity is calculated)
lid driven flow
- Lbm用于模拟顶盖驱动流 强制对流 碰撞迁移过程(LBM for lid driven flow)
顶盖驱动流LBM模拟
- 用格子boltzmann方法模拟顶盖驱动流算例(Simulation of top cover driving flow with lattice Boltzmann method)
LidDrivenFlow_LBM_Test
- 基于C++语言，使用LBM方法对顶盖驱动流进行的格子boltzmann模拟(Lattice Boltzmann simulation of the driving flow in the tectum)
test LBM
- LBM 的顶盖驱动流 matlab程序,自己编写的，希望跟LBM方法学习者进行交流(lid driven flow based on matlab code)
1
- lattice boltzmann method 顶盖驱动流代码(lattice boltzmann method lid-driven flow code)
C++LBM顶盖驱动流
- 模拟顶盖驱动流，为LBM模型下的纯流动情况(thanks for helping you)
DG
- 实现顶盖驱动流的格子Bolzmann模拟(A lattice Bolzmann method for lid driven flow)
cpp1
- 运算收敛得出数据可直接用tecplot处理(The convergence of operation shows that data can be processed directly by Tecplot)
C++LBM顶盖驱动流
- fortran语言，，顶盖驱动流，格子Boltzmann方法(fortran code lattice Boltzmann method D2G9)
LidDrivenFlow_LBM_Test
- 顶盖驱动流 格子玻尔兹曼模拟 已经验证可以应用(Lid Driven Flow Lattice Boltzmann simulation has been verified can be applied)
D2Q9模型顶盖驱动流C语言程序
- 《格子Boltzmann方法的理论与应用》附录里的C++程序转换为C程序，供初学LBM批评指正
顶盖驱动流
- LBM入门顶盖驱动流的c++程序，LBM的初学者可以用于自己程序的参考(The C + + program of LBM entry top drive flow)
Boltzmann顶盖驱动流
- 基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。
顶盖驱动流
- LBM 顶盖驱动流，何老师书中算例，加了一些注释(LBM lid Drive Flow, A Case in Mrs. He's Book, with some notes)
lid_driven
- 用Python编写的顶盖驱动流模型，边界采用非平衡外推得到。(The top drive flow model is written in Python, and the boundary is obtained by non-equilibrium extrapolation.)