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Experimental Investigation of Propeller Wake Velocity Field to Determine the Major Factors Affecting Propeller Wake Wash

机译:确定螺旋桨尾流洗涤主要因素的螺旋桨尾流速度场的实验研究

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The propeller jet from a ship has a significant component directed upwards towards the free surface of the water, which can be used for ice management. This paper describes a comprehensive laboratory experiment where the operational factors affecting a propeller wake velocity field were investigated. The experiment was conducted using a steady wake field to investigate the characteristics of the axial velocity of the fluid in the wake and the corresponding variability downstream of the propeller. The axial velocities and the variability recorded were time-averaged. Propeller rotational speed was found to be the most significant factor, followed by propeller inclination. The experimental results also provide some idea about the change of the patterns of the mean axial velocity distribution against the factors considered for the test throughout the effective wake field, as well as the relationships to predict the axial velocity for known factors.
机译:来自船的螺旋桨喷射器具有重要的成分,该成分向上指向水的自由表面,可用于冰管理。本文介绍了一个综合的实验室实验,其中研究了影响螺旋桨尾流速度场的操作因素。实验使用稳定尾流场进行,以研究尾流中流体轴向速度的特性以及螺旋桨下游的相应波动性。将所记录的轴向速度和变异性进行时间平均。发现螺旋桨转速是最重要的因素,其次是螺旋桨倾斜度。实验结果还提供了关于平均轴向速度分布的模式相对于整个有效尾流场中测试所考虑因素的变化的一些想法,以及预测已知因素的轴向速度的关系。

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