边界流的英文

• boundary current

• "边界"英文翻译    boundary; frontier; border; ...
• "惯性边界流" 英文翻译 :    inertial boundary current
• "西边界流" 英文翻译 :    western boundary current
• "自由边界流" 英文翻译 :    free boundary flow
• "湍动边界流动" 英文翻译 :    turbulent boundary flow
• "临界流" 英文翻译 :    critical flow; flow，critical
• "无界流" 英文翻译 :    unbounded stream
• "a边界" 英文翻译 :    a-margin
• "边界" 英文翻译 :    boundary; frontier; border; borderline; edge range line; periphery 标定边界 demarcate boundaries; 划定边界 delimit boundaries; 驻守边界 garrison the border; 越过边界 cross a boundary; cross the border
• "超临界流" 英文翻译 :    hyper-critical flow; shooting flow; supercritical flow; supercritical stream; supercriticalflow
• "超临界流动" 英文翻译 :    supercritical flow
• "超临界流速" 英文翻译 :    higher critical velocity; velocity， supercritical
• "超临界流体" 英文翻译 :    supercritical fluid
• "次临界流" 英文翻译 :    sub-critical flow
• "低临界流速" 英文翻译 :    lower critical velocity
• "分界流量" 英文翻译 :    transitional flow-rate
• "高临界流速" 英文翻译 :    higher critical velocity
• "晶界流变" 英文翻译 :    grain-boundary flow
• "临界流动" 英文翻译 :    critical flow
• "临界流函数" 英文翻译 :    critical flow measurement; critical flow,
• "临界流化床" 英文翻译 :    critical fluidized bed
• "临界流量" 英文翻译 :    critical discharge; critical flow rate; critical flow velocity; criticaldischarge; swallowing capacity; swallowing-capacity
• "临界流量计" 英文翻译 :    critical flow prover; critical flowmeter
• "临界流率" 英文翻译 :    critical rate of flow
• "临界流喷嘴" 英文翻译 :    critical flow nozzle; critical pressure differential

• The flow field with moving boundary in a complex cylinder is simulated numerically in this thesis
  本文对多级液压缸内动边界流场进行了分析和数值模拟。
• Only by the simulation of the unsteady flow field with moving boundary , can the moving process be expressed faithfully
  只有动态流场(也就是动边界流场)仿真，才能完整地描述运动全貌。
• The transient flow field induced by a high - speed train moving into a tunnel is a three - dimensional , compressible and turbulent field . it ' s a field with boundary varying from indefinite to definite
  它是由无限边界向有限边界过渡的一个流场，既不同于风洞试验中的有限边界流场，也不同于火箭、飞机所在的无限边界流场。
• Although there are many papers on the numerical analysis of hydraulic - element flow fields , and make a good effect on improving the element properties , usually they only study steady flow field , which can not describe the whole moving process of hydraulic elements
  液压元件内动边界流场的仿真，是了解与改进元件参数性能最有力的手段。以往液压元件内流场的数值仿真，仅限于稳态流场，它不能反映运动的全过程。
• With the development of computer and computational mechanics , the numerical simulation of unsteady flow with moving boundary will be a fruitful research area . in this thesis , some significant progresses have been achieved in the numerical simulation of complex - cylinder flow field with moving boundary
  随着计算机、计算流体力学的发展，液压元件内动边界流场的仿真，将成为一个研究方向，本文在这方面作了一些初步的工作。
• The purpose is to do some basic work of the simulation of the flow field with moving boundary in hydraulic elements , and to present useful numerical method and results for the designer who use the complex cylinder . the numerical simulation is one of the most important means to indicate possible ways to improve the properties of hydraulic elements
  其目的：一是为了给设计采用多级缸的液压系统(如上抛微重力装置)提供参考；二是通过对动边界流场数值求解方法的探索和研究，为液压元件内动边界流场的数值仿真奠定基础。
• The experimental and computational results agree well with each other . the conclusion is that the proposed method , i . e . , to divide a complex - cylinder flow field into basic flow field , and then to solve them respectively and coincide them on the common boundary , is a good way to simulate the whole flow field . further more , to solve basic flow field with the project method and coordinate transformation is suitable
  实验表明：理论计算是可靠和正确的；投影法结合坐标变换法是求解基本动边界流场的有效方法；基于基本流场的求解，将复杂流场分解为几个基本流场，分别求解，然后在其共有边界上将涉及的基本流场耦合迭代，直到物理参数一致，是求解某些复杂动边界流场的可行方法。
• The updated model with complete forcing has excellent ability of simulation and forecast . to study yellow and east china circulation in winter and summer , based on long - term ocean observation data of january and august , the fine structure of yellow and east china seas circulation is diagnostically calculated with complete forcing ( including surface wind stress , boundary transportation , baroclinic effect , tide , changjiang river runoff ) in winter . the influences of factors on main circulation patterns are discussed respectively
  对于冬季和夏季海洋环流的情况，在多年观测的温盐资料基础上，分别以1月份和8月份代表黄东海冬季和夏季的情况，以月平均大气风应力、边界流输送、温盐斜压效应、潮汐、长江口径流等作为强迫条件，对黄东海环流的细微结构作了高分辨的三维数值模拟，探讨了各因子对冬、夏季主要流系的动力学作用。