2) improved pseudo variables method
改进虚拟变量法
3) ghost fluid method
虚拟流方法
1.
Applications of the ghost fluid method based on the fourth-order semi-discrete central-upwind scheme;
基于四阶半离散中心迎风格式的虚拟流方法的应用
2.
The ghost fluid method for inviscid compressible Euler equations;
求解无粘可压Euler方程组的虚拟流方法
4) modified virtual crack closure technique(MVCCT)
改进的虚拟裂纹闭合方法
1.
In this paper,on the basis of the conventional three dimensional VCCT,a modified virtual crack closure technique(MVCCT) for three dimensional linear fracture mechanics analysis is presented,which is required to open one element face area whose shape is arbitrary and finite element widths are unequal acros.
本文对现有的虚拟裂纹闭合方法作了改进,即应用本文改进的虚拟裂纹闭合方法求解三维裂纹体应力强度因子时,裂纹前缘的裂纹面可以是任意形状,且裂纹前缘的有限元单元宽度可以不等。
5) ghost fluid method
虚拟流体方法
1.
Level set method for capturing moving interfaces and ghost fluid method with Isobaric fix for disposing the interfaces are used.
在计算中采用Level-Set方法进行界面追踪,用虚拟流体方法(Ghost Fluid Method,GFM)对界面附近物理量进行等压装配。
2.
The ghost fluid method(GFM) provides unified computation of multi-medium flow without tracking the interface explicitly,it has received much attention since it was developed by Fedkiw in 1999 and there are several improved versions.
由于虚拟流体方法(GFM)采用统一的数值格式计算多介质流动问题中的不同介质,并且无需显式的追踪界面的位置,自1999年由Fedk iw等人提出后得到了广泛的关注,并发展出几种改进的方法。
6) ghost fluid method
虚拟流动方法
补充资料：改进
改变旧有情况，使有所进步：～工作ㄧ操作方法有待～。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条