VOF(volume of fluid)方法,VOF (Volume of Fluid) method
1)VOF (Volume of Fluid) methodVOF(volume of fluid)方法
2)ghost fluid methodGhost fluid方法
1.The extendedghost fluid method is used to deal with the solid and fluid boundary.用RKDG有限元方法求解欧拉方程,通过求解Level set方程对界面进行追踪,并用推广的Ghost fluid方法对流刚界面进行处理。
2.The Ghost Fluid method is used to avoid the problem.在对可压多介质流动进行数值模拟时,界面两边流体状态方程不同会给计算带来很大麻烦,该文采用Ghost Fluid方法(GFM)成功地解决了这一问题。
3.Level Set method and Ghost Fluid method are applied to simulate compressible multimedia fluid in this paper.本文利用RKDG有限元方法、Level Set方法和Ghost Fluid方法数值模拟多介质可压缩流,并且采用RKDG有限元方法实现运动界面的追踪,对二维流体中常见的常数流场、旋转流场和剪切流场做了追踪模拟。
3)ghost-fluid methodGhost-Fluid方法
1.The high-amplitude single-mode Richtmyer-Meshkov instability is simulated by using the high-resolutionghost-fluid method.采用高精度的多介质Ghost-Fluid方法,对马赫数为1。
4)VOF methodVOF方法
1.Advances in research ofVOF method;VOF方法理论与应用综述
2.Free surface reconstruction withVOF method;VOF方法中自由液面重构的方法研究
3.Study on damping absorber for the irregular waves based onVOF method基于VOF方法的不规则波数值波浪水槽的阻尼消波研究
英文短句/例句
1.The Study of Damping Absorber for Irregular Waves Based on VOF Method;基于VOF方法的不规则波阻尼消波研究
2.Implication and Research of the Fractional Volume of Fluid Method in Water Conservancy and Hydropower Engineering;VOF方法在水利水电工程中的应用和探索
3.LIQUID SLOSHING DAMPING COMPUTATION IN CYLINDRICAL CONTAINER BASED ON VOF METHOD基于VOF方法的圆柱箱体中液体晃动阻尼计算
4.VOF-Based Numerical Simulation of Two-Phase Flow in Swirl Atomizer基于VOF方法数值模拟离心式喷嘴内两相流流动
5.Applying VOF method to analyze effect of wave and permeable piled wharf应用VOF方法分析波浪与透空式码头的作用
parison of existing methods for wave generating and absorbing in VOF-based numerical tank基于VOF方法的数值波浪水槽以及造波、消波方法研究
7.Study on damping absorber for the irregular waves based on VOF method基于VOF方法的不规则波数值波浪水槽的阻尼消波研究
8.Numerical simulation of mold filling stage in resin transfer molding processes based on VOF/PLIC method基于VOF/PLIC界面追踪方法的RTM工艺充模过程数值模拟
9.The Analysis and Application of Liquid Sloshing in the Prismatic Tank Based on the Improved VOF Method;基于改进VOF法的棱形液舱液体晃荡分析及应用
10.The Keeping Volume Fraction of Fluids Invariable Methods for Reconstructions of Moving-Interfaces Based on VOF Methods;VOF运动界面重构的流体体积分数保持法
11.Simulation of the Interface Movement and Pollutant Transport of Multiphase Flow by VOF Method;基于VOF法的多相流界面和污染物迁移模拟
12.Numerical simulation on water-filling process of long-distance non-pressure water diversion tunnel based on VOF method基于VOF法的长距离无压引水隧洞充水过程模拟
13.Liguid Sloshing Analysis on Prismatic Tanks Based on Improved VOF Method基于改进VOF法的棱形液舱液体晃荡分析
14.The Research on Wave Deformation by Using PLIC-VOF;基于PLIC-VOF的波浪变形模拟研究
15.Numerical Simulation of Single Orifice Gas Bubble Motion Behavior with Volume of Fluid Method单孔气泡动力学行为的VOF数值模拟
16.Numerical Analysis of Wave Field in OWC Chamber Using VOF Model基于VOF模型的OWC气室波浪场数值分析
17.Application in Simulating Cavitating Flows by Using VOF and Mixture Multiphase ModelsVOF和Mixture多相流模型在空泡流模拟中的应用
18.Simulation of Fuel Jet Atomizing Process Based on LES-VOF Model基于LES-VOF模型的燃油射流雾化过程模拟
相关短句/例句
ghost fluid methodGhost fluid方法
1.The extendedghost fluid method is used to deal with the solid and fluid boundary.用RKDG有限元方法求解欧拉方程,通过求解Level set方程对界面进行追踪,并用推广的Ghost fluid方法对流刚界面进行处理。
2.The Ghost Fluid method is used to avoid the problem.在对可压多介质流动进行数值模拟时,界面两边流体状态方程不同会给计算带来很大麻烦,该文采用Ghost Fluid方法(GFM)成功地解决了这一问题。
3.Level Set method and Ghost Fluid method are applied to simulate compressible multimedia fluid in this paper.本文利用RKDG有限元方法、Level Set方法和Ghost Fluid方法数值模拟多介质可压缩流,并且采用RKDG有限元方法实现运动界面的追踪,对二维流体中常见的常数流场、旋转流场和剪切流场做了追踪模拟。
3)ghost-fluid methodGhost-Fluid方法
1.The high-amplitude single-mode Richtmyer-Meshkov instability is simulated by using the high-resolutionghost-fluid method.采用高精度的多介质Ghost-Fluid方法,对马赫数为1。
4)VOF methodVOF方法
1.Advances in research ofVOF method;VOF方法理论与应用综述
2.Free surface reconstruction withVOF method;VOF方法中自由液面重构的方法研究
3.Study on damping absorber for the irregular waves based onVOF method基于VOF方法的不规则波数值波浪水槽的阻尼消波研究
5)volume of fluid methodVOF方法
6)VOF/PLIC methodVOF/PLIC方法
1.The Navier-Stokes equations were solved on a markerand-cell(MAC) staggered finite-difference grid together with a projection algorithm for the pressure,and aVOF/PLIC method was used to capture the motion of interfaces.采用基于MAC交错网格的变密度投影方法求解Navier-Stokes方程以及用VOF/PLIC方法追踪运动界面,直接模拟了capillary wave算例和经典的平面混合层算例,计算结果与精确解以及已有的研究结果符合良好。
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