湍流度的英文

• gustiness
• scale of turbulence
• turbulence scale
• turbulivity

• "湍流"英文翻译    swift current; rushing water ...
• "度"英文翻译    surmise; estimate
• "大气湍流度" 英文翻译 :    level of atmospheric turbulence
• "大湍流度" 英文翻译 :    large-scale turbulence
• "风洞湍流度" 英文翻译 :    tunnel turbulence
• "剪流湍流度" 英文翻译 :    shear-flow turbulence
• "均匀湍流度" 英文翻译 :    homogeneous turbulence
• "空气湍流度" 英文翻译 :    air turbulence
• "流动湍流度" 英文翻译 :    flow turbulence
• "湍流度测量" 英文翻译 :    turbulence measurement
• "自然湍流度" 英文翻译 :    natural turbulence
• "自由湍流度" 英文翻译 :    free-stream turbulence
• "可压缩湍流度" 英文翻译 :    compressible turbulence
• "检查大气湍流度" 英文翻译 :    detect air turbulence
• "尾流湍流度试验" 英文翻译 :    wake turbulence test
• "流度" 英文翻译 :    [流] coefficient of fluidity; fluidity◇流度比[油工] mobility ratio; 流度计 fluidimeter; fluidity meter; ixometer; viscosi meter
• "湍流" 英文翻译 :    1.(急流) swift current; rushing waters; torrent; rapids 湍流滚下 torrents of water rolling down2.[物理学] turbulent flow; turbulence; whirling; magnetoturbulence; flashy flow; turbulent motion; turbulency
• "流度比" 英文翻译 :    fluidity ratio; mobility ratio
• "流度差" 英文翻译 :    mobility contrast
• "流度计" 英文翻译 :    flowmeter; fluid gauge; fluid meter; fluidimeter; fluidity meter; fluidity metre; fluiditymeter; fluidmeter; fluidometer; ixometer; ixometre
• "流度台" 英文翻译 :    flow table
• "乱流度" 英文翻译 :    degree of turbulence; turbulence， degree of; turbulivity
• "膜流度" 英文翻译 :    membrane fluidity
• "视流度" 英文翻译 :    apparent fluidity
• "紊流度" 英文翻译 :    degree of turbulence; scale of turbulence; turbulence intensity; turbulence level; turbulence number; turbulence scale; turbulivity; zero of turbulence

• Numerical simulation in a 90 176 ; curved duct with low velocity and high turbulence level
  低速高湍流度90 176 ;弯管流动数值模拟
• Numerical simulation on unsteady flow with turbulence intensity effects in a turbine stage
  涡轮级内湍流度影响的非定常数值模拟
• In annular space , the values of tangential , axial and radial turbulence intensity were of the same order of magnitude
  环形空间3个速度分量的湍流度是同一个数量级的。
• In some areas , such as the entrance of annular space , vicinity of the roof of annular space , vicinity of the wall , the distributions of turbulence intensity varied sharply , and turbulence was strongly anisotropic
  环形空间入口处、近壁和顶部附近的湍流度变化非常剧烈，呈现强烈的各向异性。
• Using the system designed in this thesis work , flow field calibration of the wind tunnel is accomplished , which covers dynamic pressure drop coefficient , dynamic pressure time stability , axial static pressure gradient , boundary layer , and degree of turbulence , etc . boundary layer measuring principle and method are especially described in detail , the relationship between boundary layer thickness , wind speed setting , and the depth of the experimental section is summarized , and finally the calibration data for th e model center zone under specific wind speed are given
  然后利用本文设计的系统完成了落差系数、动压时间稳定姓、轴向静压梯度、边界层及湍流度等内容的流场校测。特别对边界层测量的原理及方法做了较详尽的叙述，总结出边界层厚度与设定风速、实验段深度的关系，然后给出模型中心区一定风速下校正数值。
• It is showed that numerical calculation could give the same position of separation line with the cold gas simulation . however , numerical simulation result is of a little deferent from cold gas simulation in some details , such as recirculation velocity and turbulent intensity . the main problem of numerical simulation is that the turbulent model is not perfect , and the computational grid is not precise enough
  利用实验结果对数值模拟的准确性作了检验和评价，结果表明数值模拟能给出与实验结果一致的分离线位置，但在某些流动细节上还有差别，如回流速度大小和湍流度等，数值模拟中存在的主要问题是湍流模型不够完善和网格生成不够精细。
• In this paper , we have discussed the influences of supply air temperature , supply air quantity , supply air turbulence , as well as mixing ratio of supply unit . all of above parameters are important for the extension of the adjacent zone . consideration of all the parameters is essential for a good system design which can ensure the advantage of displacement ventilation
  本文研究了各种送风参数对邻接区的大小的影响，结果表明：送风温差、送风量、送风湍流度以及送风口的掺混量等因素对其都有重要影响，在设计时必须仔细平衡这些因素，确定合适的送风口和送风参数，才能使设计更加合理，充分发挥出置换通风系统的优势。
• Turbulence over flat wall is presented with the cfd software cfd ace ( u ) when given by various inlet boundary conditions , subgrid model and turbulence intensity under the two - dimensional circumstance . on comparing these outcomes with the experimental data , we can analyze the impacts that all these factors have on the development of flow boundary layer
  采用计算流体力学软件cfdace ( u ) ，在二维情况下应用不同的进口边界条件、亚格子模型和来流湍流度对平壁流动进行大涡模拟，并将模拟结果与已有的实验结果进行对比，分析比较了这些因素对流动边界层发展的影响。
• These roof structures are generally in high turbulent regions , then wind loads become important to these structures . however , wind - induced response for most of roof structures has not been considered in the present load code of building structures because of the complexity of the structures and wind loads . so the investigation for characteristics of wind load of large span roofing becomes a critical subject
  这类结构的屋盖或看台挑蓬通常具有质量轻、柔性大、阻尼小、自振频率低等特点，且往往比较低矮，处于大气边界层中风速变化大、湍流度高的近地区域，对风荷载十分敏感，风荷载往往是此类结构设计的主要控制荷载。
• Abstract : in this paper , a principle and method of the speed pulse waveform sampling are introduced . its object is to study an effect of the turning factor on torbulence . test is done in the aerofoil fengwen . on design of the user interface , application of the timer and displaying way of a pape and continuity are specifically discussed . expermental results and analysis is showed at the last
  文摘:以翼型风洞为对象，着重介绍了变湍流度对翼型转捩因子影响的速度脉动波形采集的原理和方法，重点对波形采集系统用户界面的设计、定时器的应用、分页显示和连续显示等技术进行了具体介绍，并给出了实验结果及分析。

• 湍流度的日语：らんりゅう みだれ みだれど らんりゅうど タービュレンス