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Delphi7_Lite_Full_20110501
- 【Borland是一家令人敬仰的公司,當值Borland已成往事之際,謹以此產品獻給曾經的Borland,紀念已經仙逝的Borland,藉以緬懷Borland傳奇中的經(精)典Delphi7.本產品僅供學習交流之用,未與任何盈利為目的,請勿用於任何非法的商業用途,否則後果自負.】 Delphi7 Lite,簡約而不簡單,一次安裝,到處運行.內含4彈:Tiny/Mini/Meduim/Full,功能和體積由小至大,力求達到功能和體積
LBM-cylinder
- 用LBM结合非平衡外推方法实现的圆柱绕流，柱面边界以非平衡外推方法实现。-LBM combined with the extrapolation method of achieving non-equilibrium flow around a cylinder, cylinder boundary to achieve non-equilibrium extrapolation method.
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
cavityflow5
- 方腔流的串行程序。按照GUO论文上的非平衡态外推格式：附近一个格点，得边界三个方向上分布函数。边界也碰撞。角点处理。结果好。 -Cavity flow serial procedures. According to GUO study on non-equilibrium extrapolation scheme: near a lattice point, the boundary of three direction distr
cavityflow6
- 方腔流的并行程序。非平衡态外推格式：附近一个格点，得边界三个方向上分布函数。边界也碰撞。角点处理。结果好。即是Cavityflow5中的程序改为并行程序。分区的线垂直于X轴。结果好，两核约快1.5倍-Cavity flow parallel program. Non-equilibrium extrapolation scheme: near a lattice point, the boundary of three directio
cylinder8
- 圆柱绕流。圆柱表面采用FH格式，均匀速度入口、自由出流、上下壁面非平衡态外推格式。让自由出流边界格点的密度也等于临近一层的。 -Flow around a circular cylinder. Cylindrical surface using FH format, uniform speed entrance, free flow, upper and lower wall non-equilibrium extrapolatio
LBM_CPU
- 格子波尔兹曼方法，在CPU上的编程实现，边界条件适用非平衡外推法。-Lattice Boltzmann Method on CPU.
ShanChen_D2Q9_MCMP
- 一个圆柱绕流的LBM程序，采用d2q9模型，非平衡外推 -A flow around a cylinder the LBM procedure, using d2q9 model non-equilibrium extrapolation
LidDrivenFlow_LBM_Test
- 格子玻尔兹曼方法用于计算顶盖驱动流问题，采用非平衡外推格式边界条件-The lattice Boltzmann method is used to calculate the lid-driven flow problems, the use of non-equilibrium extrapolation formats boundary conditions
poiseuille
- poiseuillie流 非平衡外推 C-poiseuillie FLOW
Poiseuille---FEIPINGHENGWAITUI
- 格子玻尔兹曼方法模拟poiseuille流，非平衡外推边界，适合初学者-Lattice Boltzmann Simulation poiseuille flow, non-equilibrium boundary extrapolation for beginners
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)
lid_driven
- 用Python编写的顶盖驱动流模型，边界采用非平衡外推得到。(The top drive flow model is written in Python, and the boundary is obtained by non-equilibrium extrapolation.)