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Calculation--with-fluent-in-Gambit
- 计算方腔顶盖驱动流，在Gambit中建立模型后，用fluent中的simple求解。-Calculation of lid-driven cavity flow, in Gambit to create models, with fluent in simple solution.
Boltzmann
- 顶盖驱动流（lid friven flow）格子Boltzmann模拟程序代码-Lid-driven flow (lid friven flow) lattice Boltzmann simulation code
migong
- 利用栈结构实现迷宫求解问题。迷宫求解问题如下： 心理学家把一只老鼠从一个无顶盖的大盒子的入口赶进迷宫，迷宫中设置很多隔壁， 对前进方向形成了多处障碍，心理学家在迷宫的唯一出口放置了一块奶酪，吸引老鼠在迷宫中寻找通路以到达出口。-Achieved using a stack maze to solve the problem structure. Maze solving the problem as follows: psychologist to a mouse from a big b
lid-driven-flow
- 采用LBM-BGK模型模拟二维顶盖驱动流，LBM入门的好资料！-Using the lattice Boltzmann BGK model to simulate two-dimensional lid-driven flow!
drivenflowinasquarecavity
- 交错网格SIMPLE算法数值模拟顶盖驱动流-Staggered grid SIMPLE algorithm for simulation of roof-driven flow
cavity
- 此程序能够处理流体力学中顶盖驱动流的动力学过程，并用程序形象的描述出来。-This program can handle lid-driven flow of fluid mechanics, the dynamic process, and describe the image with the program.
LIPDRIVE
- 采用fortran编写了关于方腔顶盖驱动流的lbm程序-Prepared using fortran on navies process flow lbm
my1
- 顶盖躯流程序，使用fortran，可以方便的模拟顶盖躯流流体流动 -Footer stream cover, the use of fortran, can easily simulate the fluid flow stream cover footer
main
- 用格子boltzmann方法模拟顶盖驱动流-Lattice boltzmann simulation with the lid-driven flow
simple-fluent
- 计算方腔顶盖驱动流，在Gambit中建立好模型后在fluent里面用simple程序求解-Lid-driven cavity flow calculation
three-D-square-cavity-
- 用格子波尔兹曼方法计算三维顶盖驱动流，边界用非平衡外推法-Lattice Boltzmann method to calculate three-dimensional lid-driven flow, the boundary non-equilibrium extrapolation
lid-friven-flow
- 顶盖驱动流的两种算法：simple法和boltzmann法-lid friven flow matlab code
LidDrivenFlow_LBM_Test
- c++编写的LBM d1q3算法，用于求解顶盖速度-c++ written in LBM d1q3
LibDriven_LBM
- 用c++实现顶盖驱动流，采用格子Boltzmann方法-This file is part of the book named "格子Boltzmann方法的理论及应用 ".Details can be found in Page 216～222 in Appendix D.You are free to use, copy and modify the sources under certain umstances, provided this copyright notice remains
lid-driven-flow
- 利用LBGK模拟热传导的顶盖驱动流动，边界节点的分布函数全部采用了Guo Scheme格式计算。-Lid driven flow simulations using LBGK
D2Q9
- 模拟方腔顶盖驱动流的代码，适合初学者阅读-Lid-driven cavity flow simulation code
DDC
- 方形区域内电磁场场强分布，边界不复杂。对于简单边界的电磁场计算有借鉴。 有限差分法上机题 1. 计算长直接地金属槽中的电场分布。金属槽横截面如图所示，其侧壁与底面电位均为零，顶盖电位相对值为10。槽内电位函数满足拉普拉斯方程。计算槽内电位分布。-Square electromagnetic field distribution within the region, the border is not complicated
DDC_2
- 不规则边界区域中的电磁场场强分布计算，程序中使用了多层次的条件分支，对于电磁场数值计算有借鉴作用。 有限差分法上机题 1. 计算长直接地金属槽中的电场分布。金属槽横截面如图所示，其侧壁与底面电位均为零，顶盖电位相对值为10。槽内电位函数满足拉普拉斯方程。计算槽内电位分布。-Irregular boundary region electromagnetic field distribution in the calculation procedures used in the mu
boltzmann
- lattice boltzmann 的顶盖驱动流程序-The lattice Boltzmann code for lid driven flow
Noname1
- 顶盖驱动的方腔流的格子bolthmann模拟-Lid Driven cavity flow simulation of lattice bolthmann