商船推进效率优化的实际考虑

Cliff Burns, Mike Wiegand
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引用次数: 0

摘要

本文的重点不是针对任何一种特定类型的船舶,而是要注意影响大多数船舶推进效率的各种船舶和推进器特性。此外,还考虑了各种类型的推进器及其在各种舰艇任务中的有效性和适用性。由于作者的大部分经验都是在商业船用螺旋桨和喷嘴的设计和制造方面,因此主要重点将放在螺旋桨驱动的船舶上。本文将在某种程度上讨论各种船舶设计特征和对有效利用可用动力有影响的具体细节。作者的参考点来自几十年的工作建议,设计,并提供有效的螺旋桨,特别是在新的和现有的船只使用。多年来,似乎在任何领域,我们都能从最具挑战性的船舶推进问题中学到最多。从作者的工作中分享一些经验和教训,以提高商船的推进效率和运行平稳性,似乎是合适的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Practical Considerations for Optimization of Propulsion Efficiency in Commercial Vessels
In this paper the focus is not regarding any one particular type of vessel, but is to call attention to the various vessel and propulsor features which affect the propulsive efficiency of most any vessel. There is also some consideration of the various propulsor types and their effectiveness and appropriateness in the various vessel missions. The main focus, because most of the authors’ experience has been in design and manufacture of commercial marine propellers and nozzles, will be on propeller driven vessels. The paper will address, somewhat, various vessel design features and specific details which have an effect on efficient use of the power available. The author’s point of reference comes from decades of working to suggest, design, and provide efficient propellers for particular use in both new and existing vessels. Over the years, it seems common that in any field we learn the most from the most challenging vessel propulsion problems. It seems appropriate to share some of the experience and learning from the author’s work to improve propulsion efficiency and smoothness of operation in commercial vessels.
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