THE SIMULATION OF SKEG EFFECT TO BARGE RESISTANCE CALCULATION USING CFD-RANS OPENFOAM

A. N. Hasmi, S. Nurcholik
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Abstract

The paper discusses the significance of different types of skegs in a barge toward the pressure, fluid velocity and the ship’s total resistance. There are three kinds of skeg configurations: barge without skegs, skegs without deflection, and skegs with deflection. The barge was towed with forward speed were ranging across 3 knots – 9 knots. The simulations were conducted using an open-source RANS (Reynold Averaged Numerical Simulation) CFD code Open-FOAM. The simulations show that the skegs raise the barge’s resistance. The skegs with deflection have a bigger resistance amplification compared to skegs without deflection.
用cfd-rans开孔泡沫模拟skeg效应对驳船阻力计算的影响
本文讨论了驳船中不同类型的吊篮对压力、流体速度和船舶总阻力的影响。有三种skeg配置:无skeg的驳船,无偏转的skeg和有偏转的skeg。拖船的前进速度在3 - 9节之间。模拟使用开源的雷诺平均数值模拟(RANS) CFD代码Open-FOAM进行。仿真结果表明,凸塞增加了驳船的阻力。有挠度的板条比无挠度的板条有更大的电阻放大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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