CFD(计算流体力学),CFD
1)CFDCFD(计算流体力学)
2)Computational fluid dynamics(CFD)计算流体力学(CFD)
1.This paper describes the Computational Fluid Dynamics(CFD) and CFX software,as well as discusser it\"s special modules,mathematical models and successful application areas.本文介绍了计算流体力学(CFD)以及CFX应用软件的特有模块、包含的数学模型和成功应用领域。
2.This paper reported a study on piggery with the help of CFX software based on computational fluid dynamics(CFD).以育肥猪舍为研究对象,以计算流体力学(CFD)理论为基础,运用CFX软件对纵向和横向通风2种条件下猪舍内气流场和温度场进行三维稳态模拟。
3.The computational fluid dynamics(CFD) software and multi-reference frame(MRF) method were applied to numerically simulate the flow field in a new wastewater stirring equipment—hyperboloid stirrer.应用计算流体力学(CFD)软件、利用多重参考系法(MRF)对新型的污水搅拌设备——双曲面搅拌机的流场进行数值模拟,考察了搅拌槽内水体的流态特性,并提出了优化建议。
英文短句/例句
1.Application of CFD to Explain Anomalous Stall Behavior of the SSME Flowmeter计算流体力学(CFD)用于解释SSME流量计的反常失速性能
2.Application of CFD in Primary Sedimentation Tank;计算流体力学（CFD）在初沉池中的应用
3.Application of computational fluid dynamics(CFD) in the water supply and drainage system of building计算流体动力学(CFD)在建筑排水系统中的应用
4.The Principle of Computational Fluid Dynamics and Its Application in Structural Wind Engineering计算流体动力学(CFD)原理及其在结构风工程中的应用
5.Approaches for predicting hydrodynamic characteristics of submarine objects潜体水动力导数的CFD计算方法研究
6.CFD Prediction of Stirred Tank with Double Helical Ribbon and Helical Screw Ribbon Impellers螺带螺杆搅拌釜中高黏流体的CFD模拟计算
7.Pressure Pulsation Attenuator Mathematic Simulation and CFD Flow Resolution;压力脉动衰减器的数学模型仿真及CFD流体解析
8.CFD Study of Complicate Resistance Exhaust Mufflers with the Experiments and Simulations基于CFD的抗性消声器流体动力学特性研究
9.Research on CFD Parallel Computing Technology and Massively Parallel Computing Platform for Chemical Non-Equilibrium Flow Problems;面向化学非平衡流的CFD并行计算技术和大规模并行计算平台研究
10.Research of Hemodynamics Based on Computational Fluid Dynamics基于计算流体力学的血液动力学研究
11.Numerical Computation the Interior Flow Field of the New Type Axial-balancing Device Gap Based on CFD;新型轴向力平衡装置间隙内部流场的CFD数值计算
12.Calculation and analysis of axial force in hydrodynamic torque converter based on CFD液力变矩器轴向力的CFD计算与分析
13.Application of computational fluid dynamics in design of oxidation ditch计算流体力学在氧化沟设计中的应用
14.CFD Study for the Flow Field between the Valve Core and the Valve Sleeve;阀芯阀套间缝隙内部流场的CFD计算
15.CFD Numerical Calculation of Sudden-expansion Pipe Flow of Low Reynolds Number低雷诺数下突扩管流的CFD数值计算
16.Research on Calculation and Prediction for Ship Resistance Based on CFD Theory基于CFD的船舶阻力计算与预报研究
17.Application of CFD in Estimation of Small Rolling MomentCFD方法在小滚转力矩计算上的应用
18.Estimation and Experiment of Axial Thrust in Centrifugal Pump Based on CFD基于CFD的离心泵轴向力计算与试验
相关短句/例句
Computational fluid dynamics(CFD)计算流体力学(CFD)
1.This paper describes the Computational Fluid Dynamics(CFD) and CFX software,as well as discusser it\"s special modules,mathematical models and successful application areas.本文介绍了计算流体力学(CFD)以及CFX应用软件的特有模块、包含的数学模型和成功应用领域。
2.This paper reported a study on piggery with the help of CFX software based on computational fluid dynamics(CFD).以育肥猪舍为研究对象,以计算流体力学(CFD)理论为基础,运用CFX软件对纵向和横向通风2种条件下猪舍内气流场和温度场进行三维稳态模拟。
3.The computational fluid dynamics(CFD) software and multi-reference frame(MRF) method were applied to numerically simulate the flow field in a new wastewater stirring equipment—hyperboloid stirrer.应用计算流体力学(CFD)软件、利用多重参考系法(MRF)对新型的污水搅拌设备——双曲面搅拌机的流场进行数值模拟,考察了搅拌槽内水体的流态特性,并提出了优化建议。
3)computational fluid dynamics计算流体力学(CFD)
4)CFD计算流体力学(CFD)
putational fluid dynamics(CFD)simulations were performed under 100 r/min for a developed industrial continuous crystallizer.针对一个为实际工业生产设计的连续结晶器,进行计算流体力学(CFD)模拟,得到其稳定的单相流场,并与200 r/min搅拌速率的流场进行对比。
2.TheCFD code Fluent 6.利用商用计算流体力学(CFD)软件Fluent 6。
5)computational fluid dynamics (CFD)计算流体力学(CFD)
1.Only a few studies were carried out on the numerical simulation of mixing process by using computational fluid dynamics (CFD).国内外采用计算流体力学（CFD）对混合时间进行理论研究的文献相对较少。
6)computational fluid dynamic (CFD)计算流体力学(CFD)
延伸阅读
计算流体力学计算流体力学computationalfluidmechanics用离散化的数值方法及电子计算机对流体无粘绕流和粘性流动进行数值模拟和分析的学科。计算力学的一个分支。无粘绕流包括低速流、跨声速流、超声速流等；粘性流动包括湍流、边界层流动等。计算流体力学是为弥补理论分析方法的不足而于20世纪60年代发展起来的，并相应地形成了各种数值解法。主要是有限差分法和有限元法。流体力学运动偏微分方程有椭圆型、抛物型、双曲型和混合型之分，计算流体力学很大程度上就是针对不同性质的偏微分方程采用和发展了相应的数值解法。
