1) thermal lattice Boltzmann method
热格子-Boltzmann
1.
In this paper a new thermal lattice Boltzmann method with nonuniform mesh grids has been proposed,by which the flow and energy transfer progress with curly boundary can be calculated.
本文针对曲边界流动换热问题,建立了一种新的热格子-Boltzmann非均匀网格算法。
3) lattice Boltzmann method
格子Boltzmann
1.
Simulation of powder particles moving procedure in plasma spray process via lattice Boltzmann method;
等离子熔射粉末颗粒飞行过程格子Boltzmann法仿真
2.
Numerical simulation of water jet by lattice Boltzmann method;
水舌运动界面的格子Boltzmann仿真研究
3.
Application of Lattice Boltzmann method to simulation of impact of droplet on liquid surface;
格子Boltzmann方法在模拟液滴冲击液面中的应用
4) lattice Boltzmann
格子Boltzmann
1.
The lattice Boltzmann method was used to compute and simulate the flow field outside the heat exchange tube and the various parameters relating to heat exchange were obtained.
利用格子Boltzmann方法对换热管外流场进行计算模拟,得到了换热管布管参数最佳比值,在比值下,管外流体流动十分充分,使换热管壁面附近边界层厚度减薄,提高了换热效果。
2.
A random computational method was developed based on the hexagonal 7 bit Lattice Boltzmann plasma jet model using the acceleration equation for single particle.
在正六边形 7 bit格子Boltzmann(LB)方法等离子射流的温度场和速度场的计算模型基础上 ,采用单个颗粒加速方程 ,建立了一个随机算法 ,实现了对粉末颗粒在射流场中运动过程的模拟 ;计算结果通过动画演示了粉末飞行过程 ,结果表明在射流场一定的情况下 ,减小送粉口径或增加粉末颗粒直径可以提高粉末利用率 ,但后者会降低粉末飞行速度 ;选择合适的喷涂距离可以获得更高的粉末飞行速
3.
Multi speed thermal lattice Boltzmann model was formulated for a perfect gas with arbitrary specific heat ratio through the introduction of a particle potential energy which adjusts the relation between the pressure energy and thermodynamic energy.
为建立一种具有任意比热比的完全气体多速度格子 Boltzm ann热模型 ,引入粒子的势能来调整压能与热力学能的关系 ;利用 Chapm an- Enskog方法从 BGK型的格子Boltzmann方程推导出了 Navier- Stokes方程和能量方程。
5) lattice-Boltzmann
格子-Boltzmann
1.
Using the lattice-Boltzmann method,a numerical simulation was performed for the attenuation of plane sound waves both in one and two-dimensional channels.
采用格子-Boltzmann方法分别模拟了一维及二维通道内平面声波的衰减过程。
2.
A numerical study was performed for incompressible oscillating flow in a two-dimensional channel,the so-called Womersley flow,using lattice-Boltzmann method(LBM).
采用格子-Boltzmann方法(LBM)对二维管道内不可压缩交变流动———Womersley流的流动与换热进行了数值模拟研究。
6) lattice Boltzmann method
格子Boltzmann法
1.
A chemical mechanical polishing(CMP) lubrication process was numerically simulated with three dimensional lattice Boltzmann method,the pressure distribution under different rotating speeds of wafer and pad was obtained,and the effect of the viscosity of polishing fluid on the maximum magnitude of the pressure was discussed.
利用三维格子Boltzmann法(LBM),对化学机械抛光(CMP)的润滑过程做了数值模拟,得到了不同晶片和抛光垫转速下的压力分布,并讨论了抛光液黏度对高压涡中压力最大值的影响。
补充资料：热格
热格 热格 热邪阻格。《素问·至真要大论》：“太阴之胜，火气内郁……甚则心痛热格，头痛，喉痹项强。”
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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