1.
Navigable hydraulics,hydraulic engineering techniques in engineering designs,engineering project evaluation and evaluation of key courses (engineering subjects).
通航水力学、工程项目评估、工程设计中的水利工程技术，重点学科（工科类）评估。
2.
With500 tonnage traffic capacity, Zhangjing River is a golden line for water transport.
张泾河通航能力达500吨，是水上运输的“黄金要道”。
3.
AVB (Avionics Bulletin)
《航空电子学通报》
4.
Study on Two Dimensional Mathematic Model for Navigation Flow of Zhouhe Bridge in Heshi
河市州河大桥通航水流平面二维数学模型研究
5.
Hydrodynamic Numerical Model on Navigation Regulation Works in the Lower Reach of Dongjiang River;
东江下游航道整治工程水动力数学模型
6.
Automatic Hull Form Generation of the Mathematical Revolution Body and Resistance Prediction for Submarine;
数学回转体的生成及水下航行阻力预报
7.
Nonlinear dynamics and control of underwater supercavitating vehicle
水下超空泡航行体非线性动力学与控制
8.
Application of 1D and 2D coupled mathematical model in navigation flow condition of hydro-junction
一、二维耦合数学模型在水利枢纽通航水流条件研究中的应用
9.
Appraisal Study on Navigation Risk at the Junction of North Channel and Main Channel of Tianjin Port
天津港北航道与主航道交汇水域通航风险评估
10.
Study on the Traffic Ability and Saturation of Xiashimen Channel;
虾峙门航道通航能力及饱和度的研究
11.
Research on Flow Condition for Navigation in the Entrance Area and the Transitional Reach of the Navigation Structures;
通航建筑物口门区及连接段通航水流条件研究
12.
Studying on Hydrodynamic Characteristics of AUV with Numerical Model and Experiments;
水下自航行器水动力学特性数值计算与试验研究
13.
Hydraulic model tests on filling and emptying system of the shiplock of Shihutang navigation project on Ganjiang River
赣江石虎塘航运枢纽船闸输水系统水力学模型试验
14.
A portage, as between two navigable bodies of water.
水陆联运两条通航的水路之间的联运
15.
Study of navigation flow condition for Xiafu Hydraulic Complex
下福水利枢纽工程通航水流条件研究
16.
Waterway Transit Capacity Research Based on Traffic Flow Analysis
基于交通流分析的航道通过能力研究
17.
Study on Waterway Regulation of Typical Rocky Rapids in a Branching Channel by Hydrodynamic Model;
石质汊流滩航道整治水动力数学模型计算与分析
18.
System Design and Dynamical Behavior of Autonomous Underwater Vehicle with the Capability of Landing on the Seafloor;
可着陆水下自航行器系统设计与动力学行为研究