Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Flexible membrane type submerged dike with cultivation function and design method of flexible membrane type submerged dike
The invention discloses a flexible membrane type submerged dike with a breeding function and a design method thereof, and relates to the technical field of breakwaters, the flexible membrane type submerged dike comprises a breeding net and two flexible membrane type submerged dike bodies which are connected with the breeding net and arranged at the bottom of the breeding net side by side, and a plurality of weights connected with the breeding net are arranged in the non-flexible membrane type submerged dike body area at the bottom of the breeding net. A plurality of floating balls are arranged at the top of the culture net, the floating balls pull the top of the culture net under the action of buoyancy, so that a semi-closed net cage structure with an opening facing the sea surface direction is formed between the culture net and the flexible membrane type submerged dike body, and the interior of the net cage structure is a culture area; and flexible membrane type submerged dike design parameters suitable for the actual sea area are obtained through calculation. On the basis, coupling with a culture net is carried out, the wave dissipation effect is enhanced by utilizing the wave Bragg resonance principle, meanwhile, the culture function is achieved, the utilization rate of coastal water resources is effectively increased, and the development effect of the aquaculture industry is promoted.
一种兼具养殖的柔性膜式潜堤及其设计方法，涉及防波堤技术领域，包括一张养殖网以及与养殖网连接并排设于养殖网底部的两条柔性膜式潜堤本体，养殖网底部非柔性膜式潜堤本体区域设有若干与其连接在一起的重物，养殖网的顶部设有若干个浮球，浮球在浮力作用下对养殖网顶部进行牵引，使得养殖网与柔性膜式潜堤本体之间形成一个半封闭的，开口朝向海面方向的网箱结构，该网箱结构内部为养殖区域，通过计算得到适合实际海域的柔性膜式潜堤设计参数。在此基础上与养殖网进行耦合，利用波浪布拉格共振原理，实现增强消浪效果的同时还具有养殖功能，有效提高近岸水域资源的利用率，促进水产养殖业的发展的效果。
Flexible membrane type submerged dike with cultivation function and design method of flexible membrane type submerged dike
The invention discloses a flexible membrane type submerged dike with a breeding function and a design method thereof, and relates to the technical field of breakwaters, the flexible membrane type submerged dike comprises a breeding net and two flexible membrane type submerged dike bodies which are connected with the breeding net and arranged at the bottom of the breeding net side by side, and a plurality of weights connected with the breeding net are arranged in the non-flexible membrane type submerged dike body area at the bottom of the breeding net. A plurality of floating balls are arranged at the top of the culture net, the floating balls pull the top of the culture net under the action of buoyancy, so that a semi-closed net cage structure with an opening facing the sea surface direction is formed between the culture net and the flexible membrane type submerged dike body, and the interior of the net cage structure is a culture area; and flexible membrane type submerged dike design parameters suitable for the actual sea area are obtained through calculation. On the basis, coupling with a culture net is carried out, the wave dissipation effect is enhanced by utilizing the wave Bragg resonance principle, meanwhile, the culture function is achieved, the utilization rate of coastal water resources is effectively increased, and the development effect of the aquaculture industry is promoted.
一种兼具养殖的柔性膜式潜堤及其设计方法，涉及防波堤技术领域，包括一张养殖网以及与养殖网连接并排设于养殖网底部的两条柔性膜式潜堤本体，养殖网底部非柔性膜式潜堤本体区域设有若干与其连接在一起的重物，养殖网的顶部设有若干个浮球，浮球在浮力作用下对养殖网顶部进行牵引，使得养殖网与柔性膜式潜堤本体之间形成一个半封闭的，开口朝向海面方向的网箱结构，该网箱结构内部为养殖区域，通过计算得到适合实际海域的柔性膜式潜堤设计参数。在此基础上与养殖网进行耦合，利用波浪布拉格共振原理，实现增强消浪效果的同时还具有养殖功能，有效提高近岸水域资源的利用率，促进水产养殖业的发展的效果。
Flexible membrane type submerged dike with cultivation function and design method of flexible membrane type submerged dike
一种兼具养殖的柔性膜式潜堤及其设计方法
LYU CHAOFAN (Autor:in) / YAO SHIMING (Autor:in) / LI MENGYU (Autor:in) / LUAN HUALONG (Autor:in) / ZHU YONGHUI (Autor:in) / QU GENG (Autor:in) / LEI WENTAO (Autor:in) / CHU DONGDONG (Autor:in) / QIU WEI (Autor:in) / CHEN YIMING (Autor:in)
10.01.2025
Patent
Elektronische Ressource
Chinesisch
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