Modification of ship hydrodynamic interaction forces and moment by underwater ship geometry

K.S. Varyani; P. Krishnankutty

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Modification of ship hydrodynamic interaction forces and moment by underwater ship geometry

机译：水下船舶几何形状对船舶流体动力相互作用力和力矩的修正

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摘要

The hydrodynamic interaction forces/moments acting on a moored ship due to the passage of another ship in its proximity is researched by considering the influence of ship form against the idealized approach of the use of parabolic sectional area distribution. Comparisons with experimental results show that the interaction effects are predicted better by inclusion of ship's form.

机译：通过考虑船型对抛物线截面积分布的理想化方法的影响，研究了由于另一艘船通过附近而在系泊船上产生的水动力相互作用力/力矩。与实验结果的比较表明，通过包含船型可以更好地预测相互作用的影响。

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来源
《Ocean Engineering》 |2006年第9期|p.1090-1104|共15页
作者
K.S. Varyani; P. Krishnankutty;
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作者单位

Department of Naval Architecture and Marine Engineering, Universities of Glasgow and Strathclyde, Henri Dyer Building, 100 Montrose St., Glasgow G4 0LZ, Scotland, UK;

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原文格式 PDF
正文语种 eng
中图分类海洋学;
关键词
hydrodynamic interaction; moored; stationary; passing ship; ship form;

机译：水动力相互作用;系泊;固定;过船;船型;

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1. Numerical Prediction of Hydrodynamic Forces on A Berthed Ship Induced by A Passing Ship in Different Waterway Geometries [J] . 王宏志, 邹早建中国海洋工程（英文版） . 2016,第002期

机译：在不同水路几何形状诱导的流动船上流体动力力的数值预测
2. Influence of restricted water on the time domain interaction forces and moment on a berthed ship due to a passing ship [J] . SP Denehy, JT Duffy, D Ranmuthugala, Australian journal of civil engineering . 2014,第1期

机译：受限水对过船船舶停泊船舶时域相互作用力和力矩的影响
3. FORCE ON THE MOORING LINES OF A SHIP DUE TO THE HYDRODYNAMIC INTERACTION EFFECTS OF A PASSING SHIP [J] . P. Krishnankutty, K.S. Varyani International Shipbuilding Progress . 2004,第1期

机译：通行船的水动力相互作用对船舶系泊索的作用力
4. Hydrodynamic Interaction Forces and Moments Prediction Methodology for the Ship Behavior Prediction During the Overtaking Maneuver [C] . Dmitry V. Nikushchenko, Anastasia A. Zubova World Maritime Technology Convention 2015 . 2015

机译：超车机动过程中船舶行为预测的流体动力相互作用力和矩量预测方法
5. A STUDY OF HYDRODYNAMIC INTERACTIONS OF TWO SHIPS IN THE OPEN SEAS (SPEED EFFECT, DRIFTING FORCES, COUPLED RESONANCE). [D] . FANG, MING-CHUNG. 1984

机译：对开放区域内两种船舶的水动力相互作用的研究（速度效应，漂移力，耦合共振）。
6. Relationship between container ship underwater noise levels and ship design operational and oceanographic conditions [O] . Megan F. McKenna, Sean M. Wiggins, John A. Hildebrand -1

机译：集装箱船水下噪声水平与船舶设计运行和海洋状况之间的关系
7. Prediction of Hydrodynamic Forces and Moments Acting on Ships in Heaving and Pitching Oscillations by Means of an Improvement of the Slender Ship Theory [O] . Hajime Maruo, Jun Tokura 1978

机译：通过改进纤细船舶理论，预测船舶船舶船舶船舶船舶的水力力
8. Symposium on Naval Hydrodynamics (16th): Ship Wakes, Large Amplitude Waves, Real Fluid Effects in Ship Hydrodynamics, Fluid-Structure Interaction, Frontier Problems in Hydrodynamics. [R] . Webster, W. C. 1986

机译：海军水动力学研讨会（第16期）：船舶尾流，大振幅波，船舶水动力学中的真实流体效应，流体 - 结构相互作用，流体力学中的前沿问题。

Modification of ship hydrodynamic interaction forces and moment by underwater ship geometry

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