本文用一种新的办法来计算流体力学线性问题。
This paper presents a new method for calculating linear fluid mechanics problems.
建立了一个微扰理论模型来计算流体的汽液平衡。
A perturbation theory model was set up for calculating vapor liquid equilibrium (VLE).
在计算流体压力时，考虑了油、气、水三相压力。
这样就形成与物理分析相结合的计算流体力学体系。
In this way the system of computational fluid dynamics combined with physical analysis comes into being.
运动界面的数值模拟是计算流体力学中的重要课题之一。
The numerical modeling of the moving interface is one of the most important problems in CFD.
这方面的研究是所谓的计算流体动力学或计算流体力学。
This area of study is called Computational Fluid Dynamics or CFD.
数值风洞技术是以计算流体力学为基础进行风场研究的有效方法。
Numerical wind tunnel technology based on computational fluid dynamics is an effective method for the study of the wind field.
全文介绍了计算流体力学分析、外形参数化和优化算法三方面的工作。
The work presented in this thesis comprises of CFD analysis, shape parameterization and optimization algorithm.
厂房通风；计算流体力学；整体通风；局部排风；工作区分隔。
Plant ventilation; CFD; General ventilation; Local ventilation; Separation of working fields.
使用计算流体力学的方法，计算增加压力平衡槽后间隙密封中的流场分布。
The distribution of flow field in clearance seal with balanced-pressure grooves is calculated by using the method of computing fluid mechanics.
利用大型计算流体软件——FLUENT对熔体直通气体发泡法过程进行模拟。
Also FLUENT, which is the large scale CFD software, has been applied to imitate the foaming process of aluminum melt.
随着计算机工业的飞速发展，数值计算方法在计算流体力学中得到了广泛的应用。
Along with the development of the computer industry, numerical calculation is widely used in the computation hydrodynamics.
同时运用FLUENT计算流体力学模拟软件，模拟并优化了MAP反应器的结构。
At the same time, use FLUENT computational fluid dynamics simulation software to optimize the structure of MAP reactor.
以计算流体力学为工具，详细分析计算了流体流过孔板的层流流场分布以及压力降。
Based on computational fluid dynamics, the distribution of laminar flow-field and pressure difference are obtained by numerical simulation on flow through orifice plate in detail.
以计算流体力学(CFD)为基础，采用有限容积法模拟计算了轿车车身的外部流场。
On the basis of computational fluid dynamics (CFD), adopting limited volume method, the external flow field of a car body is simulated.
单机性能的提高使得计算流体力学得到迅速推广，成为一般工业过程基本设计分析工具。
The CFD technique spreads quickly with an enhancement of the PC performance and becomes a basic tool for industrial design and analysis.
从流体微元出发，用计算流体力学（CFD）的方法建立热管生物反应器的传热数学模型。
Using the fluid differential unit, the heat transfer mathematic model of heat pipe bioreactor (HPBR) was established by the calculated fluid hydrodynamics (CFD).
提出了利用计算流体力学(CFD)软件(FLUENT)进行涡轮流量传感器仪表系数预测的方法。
The method for prediction the meter factor of the turbine flow meter by the computational fluid dynamics (CFD) software package (FLUENT) is put forward.
当结构在静水中振动时，如采用流体有限元来计算流体的附加质量和附加阻尼，势必导致解题规模过大。
When a structure vibrates in water, large amount of computation will be unavoidable if the fluid finite element method is used to calculate the added water mass matrix and damping matrix.
本文利用计算流体力学CFD商业软件FLUENT对潜艇上使用的油气分离器内部流场进行了数值模拟。
This article does the research on the oil-air separator used in the submarine using FLUENT, the business software of CFD.
采用大型计算流体软件FLUENT 6.1进行计算，模拟并分析了氧化沟沟内的混合液流场及污泥分布。
By computing through the comprehensive CFD software, FLUENT 6.1, the flow field of mixture flow and the sludge distribution is simulated and analyzed.
采用STAR - CD计算流体软件对某俄式发动机的喷管内流场及喷管出口处流场进行了三维的数值仿真与研究。
Numerical 3d simulation and research on inner nozzle and outlet flow field of solid rocket motor of long range missile designed by Russia using STAR-CD computational fluid software.
计算这种不寻常环境的流体动力学无疑是项壮举。
Calculating the fluid dynamics of this unusual milieu is no mean feat.
为了达到这个目的，他们求助于一种称为微流体的技术。 这种技术以前用于制造计算机芯片，目的是制造能用精确方式混合少量液体的设备。
To do so, the pair turned to a technology called microfluidics, which borrows from the techniques used to make computer chips to produce devices that mix small amounts of liquid in precise ways.
PhuongHuynh，一个工作在这个项目的博士后说道，例如一个计算机对流体流过管道内的一个障碍物的模拟可以依赖于一个单独的参数：障碍物的半径。
For instance, says Phuong Huynh, a postdoc who worked on the project, a computer simulation of fluid flow around an obstacle in a pipe could depend on a single parameter: the radius of the obstacle.
1995年在互联网上销售的第一本书是道格拉斯。侯世达的《流体的概念和创意类比：计算机模型的基本机制的思路》。
The first book to be sold over the Internet was Douglas Hofstadter's Fluid Concepts and Creative Analogies: Computer Models of the Fundamental Mechanisms of Thought.
和得克萨斯高级计算机中心的John Peterson，描述了他们处理即将到来的日志（journal）计算机和流体问题的方式。
Patera, and John Peterson of the Texas Advanced Computer Center describe their approach in a forthcoming issue of the journal Computers and Fluids.
和得克萨斯高级计算机中心的John Peterson，描述了他们处理即将到来的日志（journal）计算机和流体问题的方式。
Patera, and John Peterson of the Texas Advanced Computer Center describe their approach in a forthcoming issue of the journal Computers and Fluids.
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