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Experimental Study on the Interaction between Focused Waves and Pipe Pile Enclosure Structure

机译:聚焦波和管桩外壳结构相互作用的实验研究

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Enclosure facilities have been widely applied in the aquaculture industry relying on their unique advantages. The stability of pipe pile is of great importance to the safety of the whole structure. Because of the existence of nets, the force acting on pipe piles is different from that of other offshore structure. In order to investigate the hydrodynamic characteristics of pipe pile with nets, a series of physical model experiments was conducted under focused waves with different peak frequencies and bandwidths. The results show that the focused wave forces on the pipe piles decrease rapidly with the increase of the distance between the pile and the focused point. The focused wave forces on the pipe piles decrease with the increase of the wave frequency and the wave bandwidths. The non-dimensional wave forces around the focused point decrease with the increasing model scale k_pD, and significantly increases with the increasing kp_A.
机译:外壳设施已广泛应用于水产养殖业,依靠其独特的优势。管桩的稳定性非常重视整个结构的安全性。由于蚊虫的存在,作用在管桩上的力与其他海上结构的力不同。为了探讨管桩用网的流体动力学特性,在具有不同峰值频率和带宽的聚焦波下进行一系列物理模型实验。结果表明,在桩与聚焦点之间的距离增加,管桩上的聚焦波力迅速减小。管桩上的聚焦波力随波峰和波带宽的增加而降低。聚焦点周围的非尺寸波力随着模型量表k_pd的增加而降低,并且随着kp_a的增加而显着增加。

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