J. Ginting, Ida Ayu Irawati Diah Ratna Putra, E. Simanjuntak
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引用次数: 2
摘要
防波堤是一种主要用作海岸防护的海岸结构型式。在各种类型的防波堤中,刚性和空心立杆型防波堤是海岸防护的备选结构之一。这种结构的使用通常在港区或突出海面的码头。桩基防波堤试验在巴厘海岸工程实验室试验站进行,比例尺为1:10。本试验采用直径为6 cm的PVC管材进行堆料。该模型的尺度是基于工程海堤A-NCICD阶段所使用的桩。在对该物理模型进行测试时,采用了塔跃差(N)、波高(h)、波周期(t)、桩(柱)距相对直径(B/D)、桩(排)距相对直径(B/D)等多种变量,根据测试结果得出降低波能的最优堆垛配置为极点配置B/D = 1;b / D = 0.5
Model Fisik Redaman Energi Gelombang Dengan Breakwater Tiang
Breakwaters is one of type coastal structure that is mainly used as part for coastal protection purposes. Among the various types of breakwaters, likely rigid and hollow vertical pole types are one of the alternative structures for coastal protection. The utilization of this structure usually in the port area or in marina which protrudes into the sea. The pile breakwater test was carried out at laboratory experimental station for coastal engineering Buleleng Bali, on a scale of 1:10. This trial was carried out using pile materials using PVC pipes with a diameter of 6 cm. Scaling of this model is based on the piles used in the project sea dike stage A-NCICD. In testing this physical model several variations were carried out such as tata letak variation (N), wave height (h), wave period (t), distance between piles (columns) relative to diameter (B/D), and distance between piles (row) relative to diameter (b / D). Based on the test results obtained the optimal stacking configuration to reduce wave energy is a configuration with pole configuration B / D = 1; b / D = 0.5