podded
英 [ˈpɒdɪd]
美 [ˈpɑdɪd]
网络 吊舱式
双语例句
- The variation of axial force, side force, vertical force and torque of podded propulsor were analyzed. The flow field of podded propulsor and the influence of pod on the flow field were analyzed.
计算分析了拖式吊舱推进器的轴向力、侧向力、垂向力及扭矩的变化趋势，并分析了吊舱推进器的流场特征及吊舱对该流场的影响。 - 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.
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。 - Some problems of model test methods for podded propulsor
吊舱式推进器模型试验方法中的一些问题 - In the pull podded propulsor model, the propeller and pod body is modeled separately, then take the influence of propeller to the pod body into consideration.
在拖式吊舱推进器的建模方面，将螺旋桨、舱体与支架组成的吊舱本体分别建模，再考虑螺旋桨对吊舱本体的影响。 - Firstly this paper reviews the existing research on propeller design both at home and aboard, and then the classification, configuration, advantages, the research and application of concept of podded propulsor are concluded.
本文首先对国内外螺旋桨设计相关研究的情况进行综述和回顾，接着对吊舱式电力推进器的概念的提出过程、型式、结构、特点及研究应用状况进行归纳。 - Prospect and utilization of the podded CRP propulsion system
吊舱式CRP推进系统发展及应用前景 - Podded propulsion is a new focus in development of ship propulsion system. The debut of it accelerated the development of electric propulsion.
吊舱式电力推进是目前船舶推进系统研究开发领域引人瞩目的焦点，它的出现给电力推进船舶带来了新的发展。 - Double electrical podded propulsion is the focus in ship electrical propulsion research field recently.
双吊舱电力推进是目前船舶推进系统研究开发领域引人瞩目的焦点。 - In this paper, first, will simply introduce the development actuality of electrical propulsion, particularly analyze the configuration and technology advantage of podded electrical propulsion system. Then introduce the frequency conversion and PLC technology, which is widely used in today's podded electrical propulsion.
本文首先回顾了船舶电力推进的发展历程，重点分析了吊舱式电力推进系统的技术优势和应用现状，对目前在吊舱式电力推进领域所广泛采用的变频调速技术和PLC控制技术一一作了介绍。 - The results of new method were compared with results of velocity iteration method and CFD method to verify the applicability of this method. The hydrodynamic performances of podded propulsor in uniform and non-uniform inflow were calculated.
将计算结果与速度迭代法的结果及CFD计算结果进行了比较来验证方法的适用性，计算分析了吊舱推进器在均匀与非均匀来流中的非定常水动力性能。