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1)  fictitious boundary conditions
虚拟边界条件
2)  quasihyperbolic boundary condition
拟双曲边界条件
3)  boundary condition imitation
边界条件模拟
4)  virtual boundary
虚拟边界
1.
Planar flow field topology analysis based on virtual boundary
基于虚拟边界的平面流场拓扑分析
2.
The formula of thermal field for eddy current retar-der is deduced using principle of heat transfer and virtual boundary method and the result is compared with temperature-time characteristic of retarder on bed test.
利用传热学原理和虚拟边界法得出了电涡流缓速器温度分布的近似解析表达式,并与缓速器台架试验温度时域特性进行比较,结果表明,该表达式能够作为缓速器初始设计温度分布预估式,为电涡流缓速器设计提供依据。
3.
This paper presents a multigrid parallel algorithm of one dimensional virtual boundary ransack forecast, and discusses its convergence.
对网格方程组作多重网格区域分裂并行计算 ,虚拟边界预报提出一维搜索算法 ,并讨论相应的收敛性 ;通过 GS迭代的性质 ,构造区间压缩算法 ,证明了其收敛性 。
5)  virtual boundary method
虚拟边界法
1.
The virtual boundary method was extended to 3D application and used to study the transitions for the flow field of two spheres in tandem arrangement at various Reynolds numbers.
本文对虚拟边界法加以改善并推广到三维多连通区域的数值模拟上去,研究了不同雷诺数下串列双圆球的流场转捩现象。
2.
The virtual boundary method is extended to three-dimensional application and used to simulate the flow passing around two circular cylinders in cruciform arrangement at Re = 150, and the flow field of two spheres in tandem arrangement at Re = 250.
把Goldstein等人提出的虚拟边界法推广到三维情况,研究了Re=150时不同间距下正交双圆柱绕流,和Re=250时不同间距下串列双圆球绕流流场。
3.
The virtual boundary method is extended to 3D application and used to simulate the flow field of two spheres in tandem arrangement for Re=250.
本文把Goldstein等人提出的虚拟边界法推广到三维情况,研究了Re=250时不同间距比下串列双圆球的绕流场。
6)  boundary condition
边界条件
1.
Defining the turbulent mixing coefficient and the corresponding flux-boundary conditions for the dust diffusion equation;
ESP粉尘二维输运方程中紊流掺混系数及边界条件的确定
2.
Boundary conditions of finite difference time domain simulation in room acoustics;
室内声学时域有限差分模拟中的边界条件
3.
Sensitivity analysis on boundary conditions in numerical simulation of seepage flow through dam foundation;
闸坝地基渗流计算中边界条件敏感性分析研究
补充资料:边界条件
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性质:当用一个微分方程描述一个化工设备的特性和各种参数间的关系时,求解这个方程必需知道这个设备的起始边界(如入口处)和终止边界(如出口处)的状态(如温度、压力、浓度等)。这些状态参数的大小称为边界条件。

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