搜索资源列表
LBM_CYLINDER_FLOW_SETUP
- 这是美国的一个经典LBM教程，实现了二维扰流圆柱的代码，可以参考使用-This is the United States, a classic LBM tutorial to achieve the two-dimensional cylindrical spoiler code, can refer to the use of
cylinder_LBM_matlab
- LBM方法求解流体力学中的圆柱扰流问题，输出动态流场图。-LBM method for solving fluid turbulence in the cylinder problem, the output dynamic flow diagram.
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
yuanzhuraoliu
- 圆柱扰流问题，包括流场、速度场、压强场的编程及界面输出-Cylindrical spoiler issues, including the flow field, velocity field, programming and interface output pressure field
LatticeBoltzmann_2Draoliu
- 利用格子玻尔兹曼方法的圆柱扰流数值模拟，很适合新手学习使用-Numerical simulation of cylindrical spoiler use lattice Boltzmann method is suitable for beginners to learn to use
Cylinder_around_flow
- 二维圆柱扰流问题LBM方法，采用Matlab语言编写。-The LBM method to solve the cylinder flow(2D),written in the language of Matlab.
flow-past-a-cylinderical-obstacle.
- LBM方法2维9速度模型，求解管道圆柱扰流问题。-Channel flow past a cylinderical obstacle(D2Q9, LBM method).
grid_input
- 圆柱扰流是为模拟计算出流体仿真基础，这个是我研究生阶段自己编的程序 -Cylinder turbulence is the basis of the simulation of fluid simulation, this is the program that I made up during graduate school
无粘圆柱扰流
- 有限元法计算无粘圆柱扰流问题，采用1/4部分计算。附件中包含流函数、速度场分布图。(Computation of inviscid cylindrical turbulent flow by finite element method)
圆柱扰流
- Matlab 实现格子玻尔兹曼方法，可以直接运行，很适合初学者(Lattice Boltzmann method implemented by Matlab)
CFX圆柱绕流的一般模拟过程
- 使用编程添加命令，方便、快捷、高效，能够更便捷的使用软件(Use programming to add commands Convenient, fast, efficient, can be more convenient use of software)
格子玻尔兹曼流线绘制MTALAB
- 格子波尔兹曼方法流线绘制,对圆柱扰流进行更改即可用于其他几何模型。(LBM streamlines in cylinder or block)
LBM
- 实现圆柱扰流仿真，模拟通道压裂的压裂液流动，分析导流能力及支撑柱的渗透率(Cylinder turbulence simulation is implemented to simulate the flow of fracturing fluid in channel fracturing and analyze the conductivity and permeability of the support column)
cylinder
- 基于python的圆柱扰流。。。。。。。。。。。。。。(Cylindrical spoiler based on Python)
5027712_zqWCOtzCHMXPlsLMsetYBwFkq
- 用lbm方法模拟圆柱扰流啊啊啊啊啊啊啊啊啊啊啊啊(Simulation of cylindrical turbulence using LBM method)