Propulsion efficiency for hull propeller systems

ANNE-MARIE CAUSER

首页> 外文期刊>Maritime Journal >Propulsion efficiency for hull propeller systems

【24h】

Propulsion efficiency for hull propeller systems

机译：船体螺旋桨系统的推进效率

获取原文

获取原文并翻译 | 示例

掌桥外文数据库（机构版） >>

开具论文收录证明 >>

文献代查 >>

页面导航

摘要
著录项
相似文献
相关主题

摘要

The power transmission technology category of the Hanns Voith Foundation prize this year went to Soeren Schenke from the Hamburg-Harburg University of Technology for his master's thesis on the 'Assessment of Propulsion Efficiency for Hull-Propeller Systems'. Mr Schenke developed a method for the efficient and accurate calculation of complex flow conditions which he achieved by combining a powerful RANS solver (volume based) with a very fast BEM solver (boundary condition based). "Soeren Schenke is a deserving recipient and the results of his work have considerable practical relevance to us," said Dr Dirk Juergens, Head of R&D at Voith Turbo Marine.

机译：汉斯·福伊特基金会（Hanns Voith Foundation）的动力传输技术类别今年获得了汉堡哈勃技术大学的Soeren Schenke颁发的硕士学位论文，主题是“船体螺旋桨系统推进效率评估”。 Schenke先生开发了一种有效而准确地计算复杂流动条件的方法，他通过结合功能强大的RANS求解器（基于体积）和非常快的BEM求解器（基于边界条件）实现了这一方法。 Voith Turbo Marine研发部主管Dirk Juergens博士说：“ Soeren Schenke是当之无愧的获奖者，他的工作成果对我们具有现实意义。

著录项

来源
《Maritime Journal》 |2016年第342期|46-46|共1页
作者
ANNE-MARIE CAUSER;
展开▼
作者单位

展开▼
收录信息
原文格式 PDF
正文语种 eng
中图分类
关键词

相似文献

外文文献
中文文献
专利

1. Numerical analysis of influence of ship hull form modification on ship resistance and propulsion characteristics: Part Ⅲ Influence of hull form modification on screw propeller efficiency [J] . Tomasz Abramowski, Katarzyna Zelazny, Tadeusz Szelangiewicz Polish Maritime Research . 2010,第1期

机译：船体形态修改对船舶阻力和推进特性影响的数值分析：第三部分：船体形态修改对螺旋桨效率的影响
2. Propulsion systems Propellers offer big potential for efficiency gains [J] . Fairplay:The international shipping weekly . 2012,第6690Guide期

机译：推进系统螺旋桨为提高效率提供了巨大潜力
3. MAN Diesel expands CP propeller portfolio: Greater propulsion efficiency with Alpha propellers [J] . Ships and shipping . 2009,第3期

机译：曼柴油机扩大CP螺旋桨产品组合：Alpha螺旋桨提高了推进效率
4. ICE PROPULSION PERFORMANCE CALCULATION AS PER ALTERNATIVE SYSTEM OF PROPELLER-HULL INTERACTION COEFFICIENTS [C] . G.I. Kanevskii, A.M. Klubnichkin, K. Ye. Sazonov ASME international conference on ocean, offshore and arctic engineering . 2018

机译：螺旋桨-船体相互作用系数的替代系统的冰动力性能计算
5. Improving Seaglider Efficiency: An Analysis of Wing Shapes, Hull Morphologies, and Propulsion Methods [D] . Hockley, Christopher James. 2018

机译：提高滑翔机效率：机翼形状，船体形态和推进方法的分析
6. Hull and Aerial Holonomic Propulsion System Design for Optimal Underwater Sensor Positioning in Autonomous Surface Vessels [O] . Bruno A. Regina, Leonardo M. Honório, Antônio A. N. Pancoti, 2021

机译：船体和空中定性推进系统设计用于最优水下传感器定位在自主血管中
7. Optimising technique in matching combined diesel engine or gas turbine (CODOG) propulsion system to hull and propeller of a frigate [O] . K D H Bob-Manuel, B O Okim 2018

机译：优化柴油发动机或燃气轮机（CODOG）推进系统与护卫舰的船体和螺旋桨的优化技术
8. Comparative Performance of High Efficiency Ship Propulsion Systems for Destroyer Hull Types. Volume I. [R] . stewart,alan j. 1975

机译：驱逐舰船体类型高效船舶推进系统的比较性能。第一卷

Propulsion efficiency for hull propeller systems

摘要

著录项

相似文献

相关主题

期刊订阅