lbm

Simulation of Gas Flow in Underground Coal Seam Based on LBM

基于LBM地下煤层瓦斯运移仿真实现

Simulation of working face gas emission based on LBM

基于LBM工作面瓦斯涌出仿真实现

Real-time Flow Simulation on Curved Surface Based on LBM

基于LBM的曲面流动效果的实时模拟研究

LBM , based on kinetic theory , has a distinct physical background .

LBM基于分子动理论，具有清晰的物理背景。

Lattice Boltzmann Method ( LBM ) provides us a new method to research complex non-linear system .

格子波尔兹曼方法为研究非线性复杂系统提供了一种新的手段。

We discuss the parallel implement using LBM method under RedHat Linux environment .

本文在RedhatLinux环境下讨论了LBM的并行实现方法。

Lean body mass ( LBM ) , boys > girls .

瘦体重（LBM）：男>女；

Another advantage of LBM is the convenient treatment of the boundary conditions and easy coding .

该方法的另一主要优势就是边界条件的处理比较容易，且计算程序简单。

The basic theory of LBM is analyzed in detail , the new methods for curved boundary treatment are introduced .

详细分析了LBM的基本理论，系统介绍了曲线固体边界处理的新方法。

Simulation of PEMFC cathode catalyst layer using LBM

PEMFC阴极催化层的LBM模拟

LBM calculated from creatinine kinetics is a valid measure reflecting muscle protein status .

其中用肌酐动力学公式计算瘦体重是反映肌肉蛋白质贮存的有效方法。

In this thesis , the models and algorithm of lattice Boltzmann method ( LBM ) are studied .

本论文对latticeBoltzmann方法（LBM）的各种模型和算法进行了一系列的研究。

However , some key issues need to be studied when we research the problems of gas-solid flow using the existing LBM .

但是，现有处理气固两相流动的LBM中仍有一些关键问题需要研究。

However , it is also observed that LBM and GKS still have many problems as a kind of new numerical methods .

但作为一类新兴的数值方法，仍存在许多问题有待解决。

Compared with Navier-Stokes equations , LBM appears to have more advantages in arithmetic and complex boundary treatment .

与Navier-Stokes方程相比较，LBM在算法及复杂边界处理等方面更具有优势。

The flow field around a square cylinder in two cases was simulated with the Lattice Boltzmann Method ( LBM ) .

用latticeBoltzmann方法模拟了两种情况下的方柱绕流：方柱位于流场的边壁和方柱位于流场的中央。

LBM simulates the fluid movement at the microscopic particle level that is absolutely different from the conventional numerical methods .

与传统数值方法的研究视角不同，LBM是从微观粒子运动的层面来对流体进行数值模拟的。

LBM simulations of wake vortex patterns at low Reynolds numbers behind a row of square cylinders

低Reynolds数下单排方柱绕流尾迹涡型的LBM模拟

The LBM was first proposed to simulate fluid dynamics by McNamara and Zanetti in 1988 .

它是由McNamara和Zanetti于1988年首次提出，并用于流体力学数值模拟。

And a viewpoint that the LBM , a particular and novel numerical method , is very different from other conventional ones is indicated .

同时也表明了这样一个观点，即LBM是与传统方法完全不同的一种新颖独特的方法。

A Reconstruction Operator for Interface Coupling Between LBM and Macro-Numerical Methods of Finite-Family

LBM与宏观数值方法界面信息耦合的重构算子

The recent development of the lattice Boltzmann method ( LBM ) has provided a new simulation tool for computational fluid dynamics and numerical heat transfer .

格子-Boltzmann数值模拟方法（LBM），在最近十几年来得到迅速发展。

The lattice Boltzmann method ( LBM ), based on nonequilibrium statistical physics , is particularly suitable for modeling and simulating such systems .

基于非平衡统计物理的格子玻尔兹曼（latticeBoltzmann，LB）方法对该类系统的建模与模拟具有天然的自适应性。

Recently , the Lattice Boltzmann Method ( LBM ) has developed into a new tool for simulating fluid flows and modeling complicated physical phenomena .

近年来，格子Boltzmann方法已经发展成为模拟流体流动以及为复杂物理现象建模的一个新工具。

LBM as an alternative method of Computational Fluid Dynamics Simulation of people have been recognized and widely used in fluid systems with complex geometry boundary simulation problems .

LBM作为一种可替换的计算流体力学模拟方法已经得到人们的公认，并被广泛地应用于具有复杂几何边界流体系统的模拟问题。

29west LBM : we 're free software !

29westLBM：ZeroMQ是自由软件！

The LBM is used to simulate the incompressible flow field , and the IBM is utilized to incorporate the solid-fluid interaction .

LBM用于仿真不可压缩的流场，而IBM用于处理固-液边界面的相互作用。

We use the above thermal LBM model including viscous heating effects . And for the treatment of boundary conditions , we take the new scheme for the temperature jump boundary .

本文采用新的粘性热格子模型模拟粘性耗散热，在边界条件的处理上，提出了新的温度阶跃边界的处理格式。

The characteristics of the fluid , which the physical quantities of the macroscopic equation describe , are obtained by solving the microscopic kinetics model in the LBM .

LBM正是通过解此微观动力学模型，获得宏观方程各物理量所描述的流体特性。

First , the Lattice Boltzmann model for the motion of samples in the channel flows was established . The velocity and concentration boundary conditions in LBM were investigated .

首先，本文首次建立了槽流中对流扩散运动的格子Boltzmann模型，对LBM中的速度边界条件、浓度边界条件进行了初步的探索。