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HYDRODYNAMIC CHARACTERISTICS OF SUBMERGED IMPERMEABLE AND SEASIDE PERFORATED SEMICIRCULAR BREAKWATERS

机译:浸没式不透水和海滨穿孔半圆形防波湿的流体动力学特性

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The semicircular breakwater (SBW) is one of the varieties of breakwaters, which has emerged recently. The world's first semicircular breakwater has been constructed at Miyazaki port in Japan. The dynamic pressures due to regular waves exerted on a SBW with 7% of its seaside surface area with perforations were measured. The variations of dimensionless pressures for three different water depth (h{sub}w) to total height of the model (h{sub}t), ratios are presented and discussed in this paper. In addition, the reflection and transmission characteristics of the perforated SBW as a function of scattering parameter, ka is reported. The results on the above stated variables for a seaside perforated SBW are compared with the results for an impermeable SBW.
机译:半圆形防波堤(SBW)是最近出现的破解品种之一。世界上第一个半圆形防堤已经在日本的宫崎港建造。测量由于SBW上施加的常规波引起的动态压力,其中7%的海滨表面区域具有穿孔的穿孔。在本文提出并讨论了三种不同水深(H {Sub} W)到模型的总高度(H {Sub} W)的无量度压力的变化,并在本文中讨论了比率。此外,报道了作为散射参数的函数的穿孔SBW的反射和传输特性。将上述用于海滨穿孔SBW变量的结果与不透水SBW的结果进行比较。

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