搜索资源列表
自然对流LBM程序
- 用LBM算法编写的自然对流小程序，两端温差造成自然对流，编程语言为Visual C++
LBM 多孔介质 C++程序
- 多孔介质内自然对流的LBM模拟程序，采用C++语言编写，基于Guo等人的模型开发，能够用于模拟多孔介质内的流动与传热问题。
LBM_C_SINGLEPHASE_FLOW
- 实现了一个二维的LBM数值算法程序，可以作为参考，要求u/c<<1-Implements a two-dimensional LBM numerical algorithm program can serve as a reference, required u/c < < 1
LidDrivenFlow_LBM_Test
- c++编写的LBM d1q3算法，用于求解顶盖速度-c++ written in LBM d1q3
compare
- 顶盖驱动流的LBM c++算法实现 可直接运行实现-The above that drive flow LBM c++ algorithm
ANB
- LBM 算法的原程序，用来说明LBM的原理。-This program shows newcomers to the principles of lattice Boltzmann coding. This is a rhichly documented self explaining lattice Boltzmann code. The code is called anb, what simply means anb is not best.
lbm
- lbm顶盖方腔流D2Q9模拟算法，适合新手入门-lbm the top cover cavity flow the D2Q9 simulation algorithm, suitable for beginners
rayleighbenard_squre
- 采用MATLAB语言，编写的基于格子Boltzmann算法计算rayleighbenard_squre Flow的程序代码。-rayleighbenard_squre Flow by LBM
LBM_CPP
- 用C++编写的格子Boltzmann的算法程序，用于模拟流体在二维通道内的流动，用户可以自定义通道尺寸，通过此程序，用户可以深入学习格子Boltzmann算法，包括碰撞、迁移过程，边界处理以及输入输出文件的设置等。-This is a C++ programme of Lattice Boltzmann model for fluid flow in a 2D channel. The user can define the size of channel. Through this code,
LBM(Red-Blue-Fluids)
- 一个基于LBM颜色模型的MATLAB算法编程，以便针对LBM颜色模型的求解。-A MATLAB programming algorithm based on LBM color model, so that for LBM color model to solve.
les-sm
- 结合格子玻尔兹曼和大涡模拟的经典算法，采用SM的大涡模型和D2Q9的LBM模型-Based on the classical algorithm of lattice Boltzmann and large eddy simulation, SM s large eddy model and D2Q9 LBM model are adopted
les-ir
- 结合格子玻尔兹曼和大涡模拟的经典算法，采用IR的大涡模型和D2Q9的LBM模型-Based on the classical algorithm of lattice Boltzmann and large eddy simulation, IR s large eddy model and D2Q9 LBM model are adopted
Poiseuille
- 用LBM算法，计算二维泊肃叶流动，滑移边界(lattics boltzmann method)
LBM
- LBM算法的多松弛；LBM的D2Q9模型；LBM的D3Q15模型；LBM的两区域模型(The LBM algorithm is more relaxed; LBM's D2Q9 model; LBM's D3Q15 model; LBM's two region model.)
Lattice Boltzmann Method模拟2维接触角
- 该程序为格子玻尔兹曼方法（LBM）模拟二维的三相接触角，其中BCs.cpp文件为边界条件，Coll.cpp为碰撞算法，Steam.cpp为迁移过程，Error.cpp为计算稳态误差，force.cpp为计算作用力（采用Shan-Chen模型），Initialization.cpp为初始化（可改变初始两相形状），MacVar.cpp为计算宏观量，output.cpp为输出文件（可修改输出格式），源.cpp为控制主函数。