Full-Scale Observation of Propeller Cavitation on a U.S Coast Guard Ship

M. Wilson
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Abstract

This paper provides results of full-scale video observations of underway cavitating propeller operation and corresponding vibration acceleration measurements taken in the stem region of the U.S. Coast Guard Seagoing Buoy Tender WLB 201 JUNIPER. Selected results are presented from two different trial periods: before and after the ship was fitted with flow improvement fins designed to deal with the very poor propeller inflow velocity distribution and the resulting troublesome inboard noise performance related to propeller cavitation. An important the objective of this work was to try to interpret the trends of ship vibration and noise responses in terms of observed propeller cavitation phenomena.
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美国海岸警备舰螺旋桨空化的全尺寸观测
本文提供了在美国海岸警卫队海上浮标Tender WLB 201 JUNIPER的杆部区域进行的正在进行的空泡螺旋桨操作的全尺寸视频观测结果和相应的振动加速度测量结果。本文给出了两个不同试验阶段的选择结果:在安装流改善鳍之前和之后,设计流改善鳍是为了解决螺旋桨入流速度分布非常差的问题,以及由此引起的与螺旋桨空化有关的麻烦的舷内噪声性能。这项工作的一个重要目的是试图根据观察到的螺旋桨空化现象来解释船舶振动和噪声响应的趋势。
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