湍流强度的英文

• turbulent intensity

• "湍流"英文翻译    swift current; rushing water ...
• "强度"英文翻译    intensity; strength; magnitu ...
• "流强度" 英文翻译 :    intensity of flow
• "潮流强度" 英文翻译 :    flood strength
• "电流强度" 英文翻译 :    amperage; cs current strength; current rate; electric current intensity; intensity of current; intensity, current; magnitude of current; strength of current
• "环流强度" 英文翻译 :    circulation strength; intensity of circulation
• "径流强度" 英文翻译 :    runoff intensity
• "离子流强度" 英文翻译 :    ion current intensity
• "率流强度" 英文翻译 :    intensity of turbulence
• "乱流强度" 英文翻译 :    intensity of turbulence; turbulence intensity
• "气流强度" 英文翻译 :    air strength; air-current rate
• "热流强度" 英文翻译 :    heat flow rate per unit area
• "束流强度" 英文翻译 :    beam intensity
• "水流强度" 英文翻译 :    flow intensity; flow magnitude; stream competence
• "尾流强度" 英文翻译 :    wake strength
• "紊流强度" 英文翻译 :    intensity of turbulence; turbulence intensity
• "涡流强度" 英文翻译 :    strength of vortex; vortex intensity; vortex strength; vorticity
• "闸电流强度" 英文翻译 :    strength of brake current
• "中子流强度" 英文翻译 :    neutron flux intensity
• "迳流强度" 英文翻译 :    runoff intensity
• "基本电流强度" 英文翻译 :    rheobase
• "加热电流强度" 英文翻译 :    heating current intensity
• "加速束流强度" 英文翻译 :    accelerated current intensity
• "绝对涡流强度" 英文翻译 :    absolute vorticity
• "开路电流强度" 英文翻译 :    opening amperage

• The axial velocity , fluctuation velocity , the turbulence intensity , and transverse velocity of the fine particle were studied
  研究了管道中近壁区颗粒的轴向速度、湍流强度和径向速度。
• The existence of a log - law in the centreline velocity profile and the variation of the turbulence intensity in the centreline were discussed in detail
  进一步探讨了轴线速度分布中对数定律的存在和轴线上相对湍流强度的变化情况。
• During each flight , the pilot made qualitative assessment of the severity of turbulence above the proposed runways and glide paths of the airport at chek lap kok
  在每次飞行中，飞机师均对赤角新机场拟设的跑道及下滑航道上空的湍流强度作出性质评估。
• In case of high reynolds number , the turbulence intensity of centreline drifted off its stable course in the sections , where the flow was in the transition
  在大雷诺数情况下，在流动处于发展阶段的管长范围内，流动中心处的相对湍流强度在入口挡环作用下偏离了稳定状态。
• The effects of the different tripping size were not alike , 20 % tripping annulus was the best size for a pipe flow to obtain fully developed turbulence in the experiment . 8
  不同尺寸的挡环对流动中心处相对湍流强度的影响不同，实验结果表明， 20挡环是形成充分发展圆管湍流的最佳尺寸。
• The results showed that the turbulence intensity and turbulent energy of the two - phase flow increased while the transverse velocity decreased in the presence of the temperature difference
  分析已有实验数据表明：在温度场存在的气粒两相流中，两相流场的湍流强度和湍动能将会增加而横向速度将会减小。
• Research on wind is the precondition of wind response , then the section plane of static wind , intensity of onflow , psd function and correlativity of dynamic wind are involved in
  对风的研究是进行风振响应研究的前提,风的基本特征包括平均风速剖面、湍流强度、脉动风功率谱密度函数、脉动风的空间相关性以及极端风速的概率统计特性。
• Various turbulence conditions , ranging from weak to strong , are considered as well as the dependence on turbulence strength , propagation length , wavelength , and the inner scales of turbulence are presented
  计算结果表明，相位不连续点的数目不仅与描述光强起伏量的大气湍流强度、传输路径长度和传输光的波长有关，而且还与湍流的内尺度有关。
• Under strong turbulent flow condition the property in three direction is different , and it relates with the particle granularity and density , as well as the fluid property and the turbulent intension
  在此基础上，分析了固体颗粒与液体的跟随性，认为在强湍流情况下，颗粒除在径向方向的运动有别于液体介质外，在轴向与切向也存在差异，且这种差异与颗粒粒度大小、密度、流体性质以及湍流强度有关。
• And then simulations of gas - particle two phase plane wake and gas - particle two phase plane jet were carried out by using this model . after numerical simulations of the two flow fields were finished , series of analytical work was done . first , the distribution of time - averaged velocity , turbulence intensity was analyzed , and some of the simulation results were compared with those of the experiments ; the coherent structure of vortices in the near wall region of the plane wake flow were studied by describing the evolution of the eddy structures , including the forming , developing and shedding from the wall of the vortices in the near wall region ; the coherent structure of vortices in the whole field was also studied , such as the forming , developing , moving , pairing and merging of the eddies etc .
  在对上述两种流动形态的二维大涡模拟研究中，首先全面地分析了气相时均流场的速度、湍流强度的分布规律以及气相速度的脉动规律等并就部分数值模拟结果与实验结果进行了对比研究；分析了平面尾迹流场中近壁处旋涡拟序结构，全面和逼真地反映了近壁处旋涡的生成、发展和脱落的规律；描述分析了平面尾迹流和平面射流的全场流动旋涡拟序结构，从整个流场的角度反映旋涡的生成、发展、运动以及旋涡之间相互配对、合并的作用规律等。

• 湍流强度的日语：みだれのつよさ