Development and Assessment of a Nonlinear Wave Prediction Methodology for Surface Vessels

Donald C.Wyatt

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Development and Assessment of a Nonlinear Wave Prediction Methodology for Surface Vessels

机译：舰船非线性波浪预测方法的发展与评估

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A numerical method for the prediction of steady nonlinear ship waves and their dependence on hull geometry is developed and assessed. The method employs desingularized Rankine singularities and Havelock singularities in an iterative boundary-integral solution procedure. The Fortran code incorporating this methodology, Das Boot, is tested on three validation cases and applied to a surface combatant hull form.

机译：开发并评估了一种用于预测稳定非线性舰船波及其对船体几何形状依赖性的数值方法。该方法在迭代边界积分解过程中采用了去奇化的兰金奇异性和Havelock奇异性。结合了这种方法的Fortran代码Das Boot在三个验证案例上进行了测试，并应用于水面战斗舰的船体形式。

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《Journal of Ship Research》 |2000年第2期|p.96-107|共12页
作者
Donald C.Wyatt;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类水路运输;
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Development and Assessment of a Nonlinear Wave Prediction Methodology for Surface Vessels

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