船舶推进器

图像处理技术在船舶推进器空泡试验中的应用研究

Applied Research of Image Processing Technique in Cavitation Test of Marine Propulsor

基于半转机构的仿生船舶推进器的仿真研究

Study of Biological Propeller Simulation based on Half-rotating Mechanism

有效水船质量比M／m与推进器效率&一种适用于水帆式船舶推进器的推进理论

Effective mass ratio of water to ship m / m with propeller efficiency

船舶推进器已经被研究了很长时间，船用螺旋桨是船舶最重要的推进器。但是，直到现在，船用螺旋桨的设计和绘制仍然是很困难的。

The design and drawing of ship screws is being studied for long time and the propeller is the most important ship impeller .

大侧斜螺旋桨作为一种有别于常规螺旋桨的船舶推进器，它往往可以通过与伴流场的失配来减小这一现象所产生的危害。

As a propulsion device different from the conventional propeller , the highly skewed propeller can often be accompanied by the flow field with a " mismatch " to reduce the harm arising from this phenomenon .

通过综述国内外电力推进船舶用吊舱推进器研究开发与应用的现状，分析、总结了相应的研究进展及取得的成果。

Through the current situation review of R & D and application of podded propulsors in electric ships , the authors analyze and summarize the relevant research progress and achivements .

同时介绍了当前几种主流的船舶吊舱式电力推进器的应用情况。

The authors point out the advantages of the system and introduces the application of some popular podded electric propulsion systems .

本文在第1章主要介绍了船舶电力推进的发展与特点，重点介绍了吊舱式船舶电力推进器。

The first chapter of this paper introduces the development and feature of electronic drive especially the pod electric ship propulsion appliances .

推进电动机及其控制技术是船舶电力推进的关键技术之一，船舶电力推进系统由推进电动机、推进电机逆变器、船舶推进器和控制装置构成。

The control technique of propulsion motor is one of the key technologies of ship electric propulsion . The ship electric propulsion system is composed of propulsion motor , inverter of propulsion motor , ship propeller and control devices .