1.
The reasonable mathematical modeling and transom conditions for the transom flows are investigated through analyzing the physical characters of transom flow phenomena of high speed ships.
由排水型高速船方尾流动现象物理特征的分析，讨论方尾流动的适当数学模型与方尾条件的提法。
2.
Computed results of the numerical examples indicate that they can characterize the transom flows and lead to wave patterns similar to the results of the experiment.
算例的数值结果表明它能显示方尾流动特征并导致与实验相近的方尾波形。
3.
On the Flow Structures and Heat Transport in the Near Wake of a Wall-Mounted Finite-Length Square Prism;
有限长方形柱体尾流流动及传热特性研究
4.
Analysis of Draft Tube Vibration Induced by Tailrace Eddy based on A Fluid-Structure Coupling Numerical Method
基于流固耦合数值方法的尾水涡带诱发尾水管振动分析
5.
Method to Predict the Blade Vibration Stress Induced by Wake Influence
尾流激振情况下叶片振动应力预估方法
6.
Streamline Design Method of Aero-engine Exhaust Cone Based on Backward-facing Step Flow
基于后掠台阶流动的航空发动机尾锥流线型设计方法
7.
The Particle Parameter and Temperature Measurement for the Wake of Solid Propellant Rocket Motor(SRM)
固体火箭发动机喷管出口粒子参数和尾流温度测量方法研究
8.
Synchronous Control for Crankshaft Grinder Head-tail Stock Based on AC Servo
基于交流伺服驱动的曲轴磨床头尾架同步控制方法
9.
Experimental and Numerical Investigation on the Effect of Trailing Edge Blowing on the Flow of the Wake;
尾部喷气对尾迹区流动影响的实验和数值研究
10.
Numerical Simulation of Flow and Heat Transfer in Pulse Combustor Tail Pipe
脉动燃烧器尾管流动与传热数值模拟
11.
The perfectly geometrical simulation module model of warship wake was established.
建立了较完备的尾流仿真模型，给出了尾流空穴模型和机动目标尾流的正确描述。
12.
propulsion by means of the discharge a jet of fluid toward the rear.
通过向尾部喷出流动物而推进。
13.
Research on Flow Field Characteristics of Oscillating Caudal Fin Based on DPIV Technology
基于DPIV技术的摆动尾鳍流场特性研究
14.
Characteristics of flow fields and trailing vortices in a stirred tank with a Rushton turbine
涡轮桨搅拌槽内流动及尾涡特性研究
15.
Jet-Wake Type Disturbance Analysis in Vaneless Diffuser
无叶扩压器内的射流-尾迹型扰动分析
16.
Simulation research of SAR remote sensing of turbulent wake of underwater moving body
运动潜体湍流尾迹的SAR遥感仿真研究
17.
Flow Control Technique for Forward-swept Wing Blended Body Tailless Configuration
前掠翼融合体无尾布局流动控制技术
18.
41 But the ship struck a sandbar and ran aground. The bow stuck fast and would not move, and the stern was broken to pieces by the pounding of the surf.
41但遇著两水夹流的地方，就把船搁了浅；船头胶住不动，船尾被浪的猛力冲坏。