使用全方位波浪发生器再现真实的海洋和船舶运动

M. Ueno, Hideki Miyazaki, H. Taguchi, Y. Kitagawa, Y. Tsukada
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引用次数: 0

摘要

采用全方位波浪发生器、带货物移位模拟器的模型船和跟踪模型船的运输系统,再现了一艘快速渡轮在实际定向海面上发生的现象;在随后的海况下,巨大的侧倾运动和随后的货物坍塌。由382个分段组成的全方位波发生器环绕整个盆地外围,成功地在模型尺度上再现了估计的定向波场。解析计算明确了估计的定向波场和相应的遇波性质。一个小的集中波引发了第一次大的横摇运动,引起了货物的移动,然后导致了更大的横摇和偏航运动。其他运动数据,如俯仰角和漂移角,揭示了快速渡轮如何响应连续的大四分之一波。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reproduction of an actual sea and ship motion using the all-round wave generator
The all-round wave generator, a model ship with a cargo shift simulator, and the carriage system tracking the model ship reproduced a phenomenon occurred to a fast ferry at an actual directional sea; a large roll motion and subsequent cargo collapse in a following sea condition. The all-round wave generator consisting 382 segments surrounding the whole periphery of the basin successfully reproduced the estimated directional wave field in the model scale. The analytical calculation clarified the estimated directional wave field and the corresponding encounter wave properties. A small concentrating wave triggered the first large roll motion that induced the cargo shift and then lead to the larger roll and yaw motion. Other motion data such as pitch angle and drift angle revealed how the fast ferry respond to the successive large quartering waves.
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