搜索资源列表
immiscible-Periodic_ILB
- 不可压缩流体的lattice boltzman模拟，采用的随机模型-LBM, immiscible fluid, random
LBM--Flow-around-a-cyliner-
- 描述LBM方法下的圆柱扰流问题，计算结果较良好-LBM Flow around a cyliner
LBM--Advection-Diffusion-D2Q9
- ! LBM - Advection - Diffusion D2Q9
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
Fortran--lbm
- fortran编写的一段LBM经典应用，适合LBM的入门学习。-fortran prepared for some LBM classic application for LBM' s learning portal.
LBM-C-0.1
- LBM-C is a lattice Boltzmann 2D and 3D fluid flow solver implemented using nVidia s CUDA platform. LBM-C is written in CUDA C and is licensed under GPL v2, you are invited to use, alter and improve upon LBM-C at your own discretion.
code-LBM
- LBM code in fortran -LBM code in fortran 77
LBM D2Q9 RK Model
- code for Lattice Boltzmann Method for fluid flow in MATLAB
LBM D3Q19.f
- Fortran code for 3d fluid flow
4-_-LBM-for-poiseuille-flow
- Based on procedures as explained in Lattice Gas Cellular Automata and Lattice Boltzmann Models by Wolf Gladrow code may have errors as it is my first experience with LBM.Readers are suggested to check the code for errors.For feedback vinu
LBM
- 利用LBM方法研究圆柱绕流模拟问题，LBM即为格子玻尔兹曼方法，用微观的角度反应宏观的现象-use LBM method to simulate cylinder streaming question
LBM-code-of-D2Q9
- 使用LBM方法D2Q9模型的针对扩散问题的算例-LBM code of D2Q9 for diffusion problem
基于LBM非平衡外推方腔流
- 基于LBM非平衡外推格式的方腔流，适合初学者学习。
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.
Couette
- LBM for Couette flow d2q9
LBM_simple
- 模拟绕圆的LBM流，稍微修改可以对CT等图像的多孔介质进行模拟分析(The LBM flow around the circle is modified slightly, so that the porous media such as CT can be simulated and analyzed)
Droplet_down
- LBM方法仿真的液滴从避免滑落的程序，非常适合对格子玻尔兹曼方法的理解(The droplets slid from the wall)
LBM_ jet
- 基于lbm方法的一个射流程序，用matlab编写，简单易懂，帮助理解晶格玻尔兹曼方法(LBM-Rough jet model)
Poiseuille
- 用LBM算法，计算二维泊肃叶流动，滑移边界(lattics boltzmann method)
ConsoleApplication1
- 在恒温边界条件下的正方体，带有内热源的LBM传热程序。(In the constant temperature boundary conditions of the cube, LBM heat transfer procedures with internal heat source.)