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Trim Optimization of Ship by a Potential-Based Panel Method

机译:基于电位的面板方法对船舶的修剪优化

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摘要

A surface panel method for a boundary-value problem with the free surface is proposed to predict ship wave resistance under different trim conditions based on a so-called double-model solution. The free surface boundary condition is linearized with respect to the oncoming flow and computed by a four-point finite difference scheme. Sample computation for Wigley hull is carried out to demonstrate the effectiveness and the robustness of the method. A hull model is taken into account at two different displacements with respect to trim conditions of lower wave resistance. It is demonstrated by calculation and experiment that the wave resistance under the trim conditions provided by the proposed method is lower than that under the initial conditions.
机译:提出了一种基于自由表面的边值问题的面板方法,以所谓的双模型解为基础,在不同的修整条件下预测船的波浪阻力。自由表面边界条件相对于来流线性化,并通过四点有限差分方案进行计算。进行了Wigley船体的样本计算,以证明该方法的有效性和鲁棒性。相对于较低的波浪阻力的修整条件,在两个不同的位移处考虑了船体模型。通过计算和实验证明,所提出的方法在微调条件下的波阻要小于初始条件下的波阻。

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