Matlab圆柱绕流代码-LBMWorkshop:LBM车间

  • p6_159337
    了解作者
  • 13.6MB
    文件大小
  • zip
    文件格式
  • 0
    收藏次数
  • VIP专享
    资源类型
  • 1
    下载次数
  • 2022-04-15 03:56
    上传日期
Matlab圆柱绕过代码格子Boltzmann方法研讨会(Edmonton 2011) 这些是莱迪思·玻尔兹曼方法研讨会(Edmonton 2011)中介绍的讲座,编码示例和练习。 乔斯 日 文件和链接 周一 讲座内容: 亚历克斯 日 文件和链接 周一 讲座: 编码(泰勒-格林):,,, 编码(四行制): 解决方案: , , , 周三 讲座: 编码: 编码(Shan-Chen):,,,,,, 编码(二进制液体):,,,, 解决方案: , 蒂姆 日 文件和链接 周一 讲座内容: 周四 讲座内容: 编码: 解决方案: , , , , 贡卡洛 日 文件和链接 周二 讲座:、、 编码:,,,,, 解决方案: , , , 多姆 日 文件和链接 周三 讲座内容: 数据文件: 奥雷斯特 日 文件和链接 周四 推介会: 编码:
LBMWorkshop-master.zip
  • LBMWorkshop-master
  • Tuesday
  • Coding
  • PoiseuilleZouHe_exercise.m
    4.2KB
  • Poiseuille_BB_solution.m
    3.8KB
  • PoiseuilleDeveloping_exercise.m
    5.7KB
  • Backstep_exercise.m
    7.7KB
  • Cylinder_flow.m
    6KB
  • Poiseuille_BB_exercise.m
    3.7KB
  • Backstep_solution.m
    8.2KB
  • labs.pdf
    249.9KB
  • PoiseuilleDeveloping_solution.m
    6.2KB
  • PoiseuilleZouHe_solution.m
    4.2KB
  • Lectures
  • Straight_boundaries.pdf
    1.3MB
  • Curved_boundaries.pdf
    748KB
  • Corners.pdf
    729.1KB
  • Thursday
  • Coding
  • LBMWorkshop-vecAdd.zip
    2.2KB
  • IBLBM_2D_RBC_tumbling.cc
    39.8KB
  • IBLBM_2D_RBC_tanktreading.cc
    39.8KB
  • IBLBM_2D_cylinder_street.cc
    39.8KB
  • 2011-08-25_IBM_code.pdf
    1.1MB
  • IBLBM_2D_particle_migration.cc
    39.8KB
  • IBLBM_2D_cylinder_steady.cc
    39.8KB
  • IBLBM_2D_example1.cc
    38.1KB
  • Lectures
  • OrestShardt-GPUComputing1.pdf
    1.8MB
  • 2011-08-25_Edmonton_IBM.pdf
    242.9KB
  • Wednesday
  • Coding
  • ghandl.eps
    151.7KB
  • shanchen_ex2.m
    3.2KB
  • coding_liquids.pdf
    159.9KB
  • ellipse.m
    712B
  • visualize.m
    252B
  • binaryliquid_ex1.m
    4.6KB
  • binaryliquid.m
    6KB
  • shanchen_ex1.m
    2.9KB
  • shanchen-walls.cpp
    8.5KB
  • shanchen_walls.m
    5.9KB
  • binary_ex3.cpp
    9.6KB
  • contactangle.m
    791B
  • shanchen.m
    3.3KB
  • shanchen_ex1.cpp
    6.6KB
  • binary_ex2.cpp
    10.3KB
  • Lectures
  • binaryliquid.pdf
    306.1KB
  • shanchen.pdf
    499.2KB
  • VisualizationSession.pdf
    4.1MB
  • Examples_for_visualization.zip
    2.3MB
  • Monday
  • Coding
  • fourrows_ex2.m
    3KB
  • fourrows_trt.m
    3.4KB
  • fourrows.m
    2.9KB
  • coding_taylorgreen.pdf
    196.7KB
  • taylor_green_trt.m
    3KB
  • taylor_green_ex2.m
    2.5KB
  • fourrows_ex1.m
    2.5KB
  • taylor_green_ex3.m
    2.4KB
  • taylor_green.m
    2.2KB
  • taylor_green_ex1.m
    1.6KB
  • Lectures
  • lbnotes_jd.pdf
    97.3KB
  • introduction.pdf
    492.1KB
  • trt.pdf
    264.2KB
  • 2011-08-22_Edmonton_scaling.pdf
    1.3MB
  • README.md
    7.6KB
内容介绍
# Lattice Boltzmann Method Workshop (Edmonton 2011) These are the lectures, coding examples and exercises presented in the Lattice Boltzmann Method Workshop (Edmonton 2011). ## Jos | Day | Files and links | |-----------|------------------------------------------------------------------------------------| | Monday | Lectures: [Notes](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Lectures/lbnotes_jd.pdf) | ## Alex | Day | Files and links | |-----------|------------------------------------------------------------------------------------| | Monday<br/><br/><br/> | Lectures: [Introduction](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Lectures/introduction.pdf), [TRT/MRT lecture](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Lectures/trt.pdf) <br/> Coding (Taylor-Green): [Exercises description](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/coding_taylorgreen.pdf), [Exercise 1](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/taylor_green_ex1.m), [Exercise 2](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/taylor_green_ex2.m), [Exercise 3](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/taylor_green_ex3.m) <br/> Coding (Four-rows mill): [Exercise 1](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/fourrows_ex1.m), [Exercise 2](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/fourrows_ex2.m) <br/> Solution: [Taylor-Green](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/taylor_green.m), [TRT Taylor-Green](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/taylor_green_trt.m), [Four-rows mill](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/fourrows.m), [Four-rows mill (TRT)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Coding/fourrows_trt.m) | | Wednesday<br/><br/><br/> | Lectures: [Shan-Chen](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Lectures/shanchen.pdf), [Binary-Liquid](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Lectures/binaryliquid.pdf) <br/> Coding: [Exercises description](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/coding_liquids.pdf) <br/> Coding (Shan-Chen): [Exercise 1 (Matlab)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/shanchen_ex1.m), [Exercise 1 (C++)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/shanchen_ex1.cpp), [Exercise 2](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/shanchen_ex2.m), [Exercise 3 (C++)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/shanchen-walls.cpp), [Exercise 3 (Matlab)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/shanchen_walls.m), [Visualization of C++ files with Matlab](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/visualize.m), [Gas-liquid curve](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/ghandl.eps) <br/> Coding (Binary-Liquid): [Exercise 1](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/binaryliquid_ex1.m), [Exercise 2](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/binary_ex2.cpp), [Exercise 3](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/binary_ex3.cpp), [Shear droplet analysis](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/ellipse.m), [Contact angle analysis](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/contactangle.m) <br/> Solution: [Shan-Chen model](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/shanchen.m), [Binary-liquid model](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Coding/binaryliquid.m) | ## Timm | Day | Files and links | |-----------|------------------| | Monday | Lectures: [Scaling](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Monday/Lectures/2011-08-22_Edmonton_scaling.pdf) | | Thursday | Lectures: [Immersed boundary method](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Lectures/2011-08-25_Edmonton_IBM.pdf) <br/> Coding: [Exercises description](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Coding/2011-08-25_IBM_code.pdf), [Exercise code](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Coding/IBLBM_2D_example1.cc) <br/> Solution: [Tank-treading RBC](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Coding/IBLBM_2D_RBC_tanktreading.cc), [Tumbling RBC](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Coding/IBLBM_2D_RBC_tumbling.cc), [Migrating particle](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Coding/IBLBM_2D_particle_migration.cc), [Steady flow around cylinder](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Coding/IBLBM_2D_cylinder_steady.cc), [Unsteady vortex street](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Coding/IBLBM_2D_cylinder_street.cc) | ## Goncalo | Day | Files and links | |-----------|-----------------| | Tuesday | Lectures: [Corners treatment](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Lectures/Corners.pdf), [Curved Boundaries](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Lectures/Curved_boundaries.pdf), [Straight Boundaries](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Lectures/Straight_boundaries.pdf) <br/> Coding: [Exercises description](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/labs.pdf), [Exercise 1 (Poiseuille BB)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/Poiseuille_BB_exercise.m), [Exercise 2 (Poiseuille Zou-He)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/PoiseuilleZouHe_exercise.m), [Exercise 3 (Poiseuille developing)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/PoiseuilleDeveloping_exercise.m), [Exercise 4 (Back-Step flow)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/Backstep_exercise.m), [Bonus (Curved boundaries)](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/Cylinder_flow.m) <br/> Solution: [Poiseuille BB](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/Poiseuille_BB_solution.m), [Poiseuille Zou-He](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/PoiseuilleZouHe_solution.m), [Poiseuille developing](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/PoiseuilleDeveloping_solution.m), [Back-step flow](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Tuesday/Coding/Backstep_solution.m) | ## Dom | Day | Files and links | |-----------|-----------------| | Wednesday | Lectures: [Visualization](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Lectures/VisualizationSession.pdf) <br/> Data files: [Examples_for_visualization](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Wednesday/Lectures/Examples_for_visualization.zip) | ## Orest | Day | Files and links | |-----------|-----------------| | Thursday | Presentation: [GPUComputing](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Lectures/OrestShardt-GPUComputing1.pdf) <br/> Coding: [Vector Add Example](https://github.com/shurikkuzmin/LBMWorkshop/blob/master/Thursday/Coding/LBMWorkshop-vecAdd.zip) |
评论
    相关推荐
    • matlab 课件
      matlab 功能很强大,本课件详细的介绍了matlab在科学计算中的应用。
    • Matlab教程
      MatlaB经典ppt,主要讲解了MatlaB的入门知识,图形编程以及仿真。
    • matlab入门
      matlab的入门教程,很值得仔细看看,对提高matlab能力有帮助
    • matlab编译器
      matlab编译为exe文件所需要的文件; 使用时解压,将解压后文件拖入至matlab命令行即可
    • matlab
      matlab的基础知识进行介绍
    • MatLab
      “#MatLab
    • MATLAB编译器
      基于MATLAB 2018b版本介绍MATLAB编译器。介绍如何利用编译器将MATLAB代码编译为独立应用程序或组件,并在没有安装MATLAB的计算机上进行部署。
    • MATLAB 论文
      基于MATLAB的论文撰写!可以为你指明一条写作MATLAB论文的道路!
    • matlab
      matlab经典课堂讲义
    • matlab
      matlab