搜索资源列表
LBM_poiseuille_matlab
- LBM法求解流体力学中的泊肃叶流问题，输入迭代次数，输出动态速度分布图。-LBM method in fluid mechanics Poiseuille flow problem, enter the number of iterations, output dynamic velocity distribution.
Poiseuille_bouncback.rar
- 基于格子玻尔兹曼方法对泊肃叶流数值模拟，边界条件反弹格式,The Poiseuille flow numerical simulation, boundary conditions rebound format based on the Lattice Boltzmann Method
waituigai.rar
- 基于格子玻尔兹曼方法模拟泊肃叶流，边界条件用非平衡格式,Poiseuille flow based on the lattice Boltzmann method to simulate the boundary conditions with unbalanced format
LBGK-poiseuille_channel2D
- 格子玻尔兹曼的D2Q9方法。用于泊肃叶流。-LBM D2Q9 method. For Poiseuille flow
meshless-sph
- 用sph（光滑流体粒子动力学）方法模拟经典流动泊肃叶流，适合sph方法初学者练习使用！-With sph (smooth fluid particle dynamics) simulations classic Poiseuille flow stream, suitable for beginners to practice using the method sph!
LBMpoiseuille
- 采用格子玻尔兹曼方法模拟了2维泊肃叶流 选择D2Q9格子 可输出速度和压力曲线-Using lattice Boltzmann method to simulate the two-dimensional Poiseuille flow D2Q9 lattice can choose the output speed and pressure curve
poiseuille
- 运用LBM方法，计算在压力驱动下的泊肃叶流，即实现LBM中以压力条件处理边界问题。-Using LBM method to calculate the pressure-driven flow of Poiseuille.
Flow-in-a-channel
- LBM方法模拟泊肃叶流的Fortran代码,LBM入门程序。-Fortran code for Poiseuile Flow with Fortran Code.
Poiseuille周期+非平衡外推
- 格子BOLTZMANN方法模拟泊肃叶流，周期和非平衡外推边界(The lattice BOLTZMANN method is used to simulate the flow and periodic and non-equilibrium extrapolation boundary of the flow)
LBM
- 二维圆柱绕流，格子玻尔兹曼方法，泊肃叶进口，零压梯度出口(2D pipe flow around a cylinder-LBM)
poiseuille flow
- 良好的模拟了泊肃叶流的流动特性，运用了LBM方法。(The flow characteristics of Poisson flow are simulated well, and the LBM method is applied.)
M文件
- 格子boltzmann方法模拟在压力差驱动下的泊肃叶流，模拟效果较好。(poiseuille flow driven by pressure drop in x direction based on lbm method, this prog works very well.)
IW_gene-master
- LBM D2Q9 泊肃叶流，感觉还不错的(LBM D2Q9 channel flow)
LBM matlab
- 相关的格子玻尔兹曼的matlab应用编程，下载即可运行，包括圆柱绕流，泊肃叶流等等(Matlab application program of lattice Boltzmann can be downloaded and run, including cylindrical flow, Poiseuille flow and so on.)
D3guandao
- 3维直管泊肃叶流模拟，用格子玻尔兹曼方法，可以直观看到流动剖面。(The flow profile can be visualized by the lattice Boltzmann method in the 3-D Poiseuille flow simulation in a straight pipe.)