1.
Numerical Simulation of the Influences of Turbulence Intensity on Fuel Spray;
涡流强度对燃油喷雾影响的数值模拟
2.
An Analysis of the Air Flowing Coefficient and Swirl Intensity of Helical Inlet Manifold in Diesel Engines;
柴油机螺旋进气道充气系数与涡流强度的分析
3.
Experimental investigation of turbulent bubbly mixing layer using swirling strength method
基于旋涡强度法的湍流泡状流混合层流动
4.
Research on Field-Circuit Coupled 3D Transient Eddy Current Field and Winding Short-circuit Strength in Large Transformers;
大型变压器场路耦合三维瞬态涡流场和绕组短路强度的研究
5.
Application of satellite water vapor imagery and potential vorticity field on convection weather analysis
卫星水汽图像和位势涡度场在强对流天气分析中的应用
6.
Design of High Strength Bolts Scanning Testing Imaging System Based on the Eddy Current Array Probe
基于涡流阵列传感器的高强度螺栓扫描检测成像系统设计
7.
Strength Analysis and Life Prediction of a Turboprop Gas Turbine Rotor;
某涡浆发动机涡轮转子强度与寿命计算
8.
Modeling of Scroll Compressor Chamber and Investigation on Strength of Scroll Wrap;
涡旋压缩腔几何模型与涡旋齿强度研究
9.
Further analysis shows that the eddy flux is not only associated with the quantity of asymmetric momentum, but also depends on the streamline pattern.
进一步的分析表明 :涡动通量项不仅依赖于非对称流的强度 ,还取决于非对称流型。
10.
MULTIPLE LINE-VORTEX MODEL OF VORTEX FLOWS AROUND BODY OF REVOLUTION AT HIGH ANGLES OF ATTACK UP TO 60 DEGREES
迎角直到60度旋转体涡流的多重线涡模型
11.
Under the forcing of northward eddy heat transport, a positive transport circulation can result which rises at low latitudes and sinks at high latitudes.
向北的涡动热量输送可以强迫出一个正的输运环流,其在低纬度上升并在高纬度下沉。
12.
Experimental Study of Heat Transfer Enhancement by Using New-style Vortex Generators;
新型涡流发生器强化传热的实验研究
13.
Properties and Microstructure of High-Strength Casting Turbo-Charger
高强度涡轮增压器铸件组织性能研究
14.
turbine nozzle exit velocity
涡轮导向器气体流出速度
15.
Analysis of Vortex Shedding Flowmeter Measurement System Uncertainty
涡街流量计测量系统不确定度的分析
16.
Application of convective and moist vorticity vectors in the analysis of a heavy rainfall event
对流涡度矢量和湿涡度矢量在暴雨诊断分析中的应用研究
17.
Calculate Thermal Field and Analyze Structural Field for Binary Cooling Turbine Blades
双工质冷却涡轮叶片温度场计算与强度分析
18.
Study on Mechanism of Heat Transfer Enhancement of Ellipsoidal Vortex Generator;
斜截椭圆柱式涡流发生器强化传热机理的研究