1)CFD validationCFD确认
2)computational fluid dynamicsCFD
1.The gas flow distribution of bag filter reformed from ESP in Jiaozuo coal-fired Power Plant has been analyzed numerically by using computational fluid dynamics method.利用CFD方法对燃煤电厂电改袋式除尘器气流分布进行数值分析,给出了袋式除尘器箱体流量分配,每个滤袋单元处理风量、滤袋迎面气流速度大小和分布。
2.A cooling process for fermenting liquor was modeled and simulated using the Computational Fluid Dynamics(CFD) method.为研究啤酒发酵罐内发酵液的动量和热量分布,应用传递过程原理和计算流体动力学(CFD)方法,建立了啤酒发酵后期冷却阶段发酵液动量和热量传递的CFD模型,并进行数值模拟,结果表明:啤酒发酵后期冷却阶段发酵液温度分层严重;流体在发酵罐中产生了分层对流现象,这与一般认为的发酵罐内流体做整体环形对流运动不同。
3.This paper described computational fluid dynamics (CFD) simulation of medium-consistency suspension plug flow in diameter-varying pipeline, the simulation and experiment showed:“viscosity flow” behavior exists in the annular region near the wall and "plug flow" exists in t.中浓纸浆悬浮液 (浆浓大于 1 0 %时 )的纤维网络具有明显的强度 ,表观粘度值较高 ,其在管道内低速流动时 ,流场分为 2个区域 ,文中根据CFD(计算流体动力学 )的数值模拟研究了中浓纸浆在变径管内的塞流流动 ,模拟结果和实验结果同时表明 ,对于中浓纸浆 ,当在变径管道内流动时的初始流速较小时 ,整个流场分为近壁面的环形区域和除环形区外的主流区域 ;如果流速太低 ,极可能造成管道内近壁区的浆料滞流 ,而管道中心处的纸浆流动呈“沟流”现象。
英文短句/例句
1.Optimal Wind Speed and CFD Simulation in Sunlight Greenhouse;日光温室内最佳风速指标与CFD模拟
2.Study on Resistance Muffler Based on CFD Simulation and Test;基于CFD仿真和试验的抗性消声器研究
3.Research on Interactive Parallelization for CFD;面向CFD的交互式并行化技术研究
4.CFD Simulation of High-Pressure Water Descaling Nozzle Jet Characteristic;高压水除鳞喷嘴射流特性的CFD仿真
5.The Optimal Design of the Soil-Cleaning Trough with CFD;基于CFD的土壤清洗槽的优化设计
6.Computational Fluid Dynamics(CFD) Study on Liquid-Gas Two Phase in Feed Distributor;进料分布器气液两相流场的CFD研究
7.THE CFD Simulation and Analysis of Gas Distribution in Distillation Column;精馏塔气相流动分布的CFD模拟及分析
8.The Computational Fluid Dynamics Simulation Study of Toroidal Swirl Type Oil and Water Separation Device;双锥型油水分离器的CFD仿真研究
9.Simulation and Analysis on the Two-Phase Flow Field in Rotating-Stream-Tray Absorber by Using CFD Method;旋流板塔内两相流场的CFD模拟与分析
10.The CFD(Computational Fluid Dynamics) Study on Steam Accumulator Injector and Optimization of Its Structure;蒸汽蓄热器喷嘴的CFD研究及结构优化
11.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
12.Research on Wear-rings of Centrifugal Pump Based on CFD Code;基于CFD的离心泵口环间隙流动研究
13.Research on Pre-processor of CFD Grid about Turbine Based on UG;基于UG涡轮CFD网格预处理的研究
14.The Nonlinear Aeroelastic Analysis of Wings Based on CFD/CSD;基于CFD/CSD的机翼非线性气弹分析
15.Structure Optimization of Axial-flow Fan in Air-Condition Based on CFD;基于CFD的空调用轴流风机的结构优化
16.CFD Analysis of Flow in Francis Hydraulic Turbine Runner;混流式水轮机转轮内部流动的CFD分析
17.CFD Simulation and Optimization for Solar Chimney Electricity Generation System;太阳能烟囱发电系统的CFD模拟与优化
18.The Improvement Design of the 495QME Gasoline Engine Intake System Basing on CFD;基于CFD的495QME汽油机进气系统改进设计
相关短句/例句
computational fluid dynamicsCFD
1.The gas flow distribution of bag filter reformed from ESP in Jiaozuo coal-fired Power Plant has been analyzed numerically by using computational fluid dynamics method.利用CFD方法对燃煤电厂电改袋式除尘器气流分布进行数值分析,给出了袋式除尘器箱体流量分配,每个滤袋单元处理风量、滤袋迎面气流速度大小和分布。
2.A cooling process for fermenting liquor was modeled and simulated using the Computational Fluid Dynamics(CFD) method.为研究啤酒发酵罐内发酵液的动量和热量分布,应用传递过程原理和计算流体动力学(CFD)方法,建立了啤酒发酵后期冷却阶段发酵液动量和热量传递的CFD模型,并进行数值模拟,结果表明:啤酒发酵后期冷却阶段发酵液温度分层严重;流体在发酵罐中产生了分层对流现象,这与一般认为的发酵罐内流体做整体环形对流运动不同。
3.This paper described computational fluid dynamics (CFD) simulation of medium-consistency suspension plug flow in diameter-varying pipeline, the simulation and experiment showed:“viscosity flow” behavior exists in the annular region near the wall and "plug flow" exists in t.中浓纸浆悬浮液 (浆浓大于 1 0 %时 )的纤维网络具有明显的强度 ,表观粘度值较高 ,其在管道内低速流动时 ,流场分为 2个区域 ,文中根据CFD(计算流体动力学 )的数值模拟研究了中浓纸浆在变径管内的塞流流动 ,模拟结果和实验结果同时表明 ,对于中浓纸浆 ,当在变径管道内流动时的初始流速较小时 ,整个流场分为近壁面的环形区域和除环形区外的主流区域 ;如果流速太低 ,极可能造成管道内近壁区的浆料滞流 ,而管道中心处的纸浆流动呈“沟流”现象。
3)Computational fluid dynamics(CFD)CFD
1.Meanwhile,the Venturi distributor was simulated by computational fluid dynamics(CFD).在=27 cm的空塔中,通过冷模实验观察了单个分布管内喉管段直径以及气液流量对分散效果的影响,同时应用计算流体力学CFD软件对分布管进行数值模拟,并在=1 m的空塔中,考察了由多个文丘里分布管组合成分配塔盘的分配效果。
2.Based on the computational fluid dynamics(CFD) and computational aero acoustic(CAA) theories,the aerodynamic noise generated by rearview mirror of a SUV is simulated.对某SUV汽车后视镜气动噪声进行了计算流体力学(CFD)和计算气动声学(CAA)研究。
3.By analyzing the thermal stress and vibration characteristic of the exhaust manifold entirely and using AVL software FIRE to set the limited models of exhaust manifold and ascertain the edge conditions,the temperatures and heat transfer coefficients(HTC) on interior and exterior walls of exhaust manifold were calculated by computational fluid dynamics(CFD) analysis.某柴油机新设计的排气歧管在试验过程中出现开裂现象,通过全面分析该排气歧管的热应力和振动特性,应用AVL公司的FIRE软件,建立排气歧管的有限元模型并确定它的边界条件,对CFD分析计算出排气歧管内外表面的温度和热传递系数,然后用非线性结构分析软件ABAQUS软件计算排气歧管的温度场和热应力;同时也对排气歧管的振动特性进行了计算。
4)CFD (computational fluid dynamics)CFD
1.By making use of the CFD (Computational Fluid Dynamics) numerical simulation technology, the characteristic device curve can be acquired before the prototype.本文所述方法是利用CFD数值仿真技术,在样机生成前获取电子设备风道特性,避免了设计反复,缩短了设计周期,给出了实例和具体实施步骤。
5)CFD(computational fluid dynamics)CFD
1.With the intermittent reheating furnace using natural gas as fuel exemplified,the transient 3D distribution of temperature fields in the furnace and heated billet/bloom are analyzed introducing CFD(computational fluid dynamics),i.以间歇式天然气轧钢加热炉为例,采用CFD(计算流体力学)方法分析加热炉内以及被加热钢坯内瞬态的三维温度场分布,用Fluent软件模拟了多种操作条件下的炉内温度分布,为提高加热炉工作效率提供了理论依据。
2.In this paper, we take CFD(Computational Fluid Dynamics)numerical simulation technology and I-DEAS tosolve the Characteristic device curve of the electronic system,the process are also presented.文中采用CFD数值仿真技术,利用大型工程软件I-DEAS求解某电子系统的风道特性,并给出了求解过程。
6)recognition[英][,rek?ɡ'n??n][美]['r?k?g'n???n]确认
1.The Analysis of the Consolidated Difference Recognition and Allocation;试论我国合并价差的确认及摊销
2.Discussions on recognition and valuation of manpower assets in knowledge economics conditions;知识经济条件下人力资产的确认与计量
3.The Research on the Recognition and Measurement of Intangible Assets for High-tech Enterprise;高新技术企业无形资产确认与计量问题探讨
延伸阅读
不动产使用权的行政确认不动产使用权的行政确认:指行政机关对公民、法人的土地、草原、矿产资源、山林、水流等国有自然资源的使用权依法颁发使用证的行为。