A Study on Hydrodynamics for a High Speed LNGC with High Block Coefficient

机译：高速LNGC高阻塞系数的流体力学研究。

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An ultra large size and high speed LNGC according to demands in rapid expansion of LNG market has been developed at Samsung Heavy Industries Company. For economic operation, a much higher block coefficient than that ofLNGCs which have been built worldwide was considered. To overcome hydrodynamic difficulties due to the high block coefficient and high speed, a series of optimizations of hull form and propeller by CFD analysis and model tests were performed. This paper describes the optimization of the next generation LNGC from the hydrodynamic point of view.

机译：三星重工业公司已经根据液化天然气市场的迅速发展的需求开发了超大型高速LNGC。为了经济运行，考虑了比全世界制造的LNGC高得多的阻塞系数。为了克服由于高阻滞系数和高速产生的流体动力困难，通过CFD分析和模型测试对船体形状和螺旋桨进行了一系列优化。本文从流体动力学的角度描述了下一代LNGC的优化。

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来源
《Society of Naval Architects and Marine Engineers Annual Meeting; 2005;》|2005年|P.546-557|共12页
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作者
Park; Hyung-Gil; Paik; Kwang-Jun;
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原文格式 PDF
正文语种 eng
中图分类船舶工程;
关键词
high block coefficient; twin-screw; volume distribution; frame shape; nominal wake fields; cavitation; pressure pulse;

机译：高块系数；双螺杆；体积分布；框架形状；标称尾流场；空化；压力脉冲;

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4. A Study on Hydrodynamics for a High Speed LNGC with High Block Coefficient [C] . Park Hyung-Gil, Paik Kwang-Jun Society of Naval Architects and Marine Engineers Annual Meeting . 2006

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8. Added Resistance and Vertical Hydrodynamic Coefficients of Oscillating Cylinders at Speed [R] . Beukelman, W. 1980

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A Study on Hydrodynamics for a High Speed LNGC with High Block Coefficient

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