双体船浮体间距的影响

A. Pohilca, M. Baciu, L. Galateanu, C. Mocanu, Dunărea de Jos
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引用次数: 0

摘要

研究双体船浮筒间距对船舶静水阻力的影响。正如我们所知,双体船由两个浮筒组成,每个浮筒在平静的水中都有自己的波浪系统。这些浮体之间的距离会影响由于波浪系统的组成而出现的现象。静水阻力的低值由浮子的最佳距离提供。在这项研究中,将使用3个不同距离的浮筒作为船舶的主要速度。为了估计船舶阻力,将使用RANS方程,该方程在湍流模型中提供良好的流体流动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The influence of distance between the floats of catamaran hull
This study presents the influence of the distance between the floats of catamaran for ship calm water resistance. As we know, a catamaran is composed by 2 floats, each floats has the own wave systems in calm water. The distance between these floats influence the phenomena that appears due to composition of the wave systems. The low value of the calm water resistance force is provided by the optimum distance of the floats. In this study, will used 3 different distances of the floats for the main speed of the ship. To estimate the ship resistance will be used RANS equations which provide a good fluid flow in turbulent models.
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