Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Water wave energy gathering building structure based on quasi-periodic structure
The invention discloses a water wave energy gathering building structure based on a quasi-periodic structure in the technical field of water wave energy application, and aims to solve the problem that ocean wave energy cannot be effectively collected in the prior art. The structure comprises an integral structure formed by arranging according to a quasi-periodic sequence; the overall structure is formed by splicing a first quasi-periodic structural body and a second quasi-periodic structural body which have the same band gap, and is used for enabling a liquid surface wave to be subjected to energy gathering to form an interface state at the splicing position of the structural bodies when impedance matching of the first quasi-periodic structural body and the second quasi-periodic structural body is achieved. The first quasi-periodic structural body and the second quasi-periodic structural body are formed by sequentially arranging first block structures and second block structures with different heights according to a quasi-periodic sequence. The device is suitable for ocean water wave regulation and collection, ocean wave energy can be collected through localized waves in a topological interface state achieved through the quasi-periodic structure, and the collection efficiency of renewable energy sources can be improved.
本发明公开了一种水波能源应用技术领域的基于准周期结构的水波聚能建筑结构，旨在解决现有技术中海洋波浪能无法有效收集的问题。其包括按照准周期序列排列而成的整体结构；所述整体结构由具有相同带隙的第一准周期结构体和第二准周期结构体拼接形成，用于所述第一准周期结构体和所述第二准周期结构体实现阻抗匹配时，将待聚能的液体表面波于结构体拼接处形成界面态；所述第一准周期结构体和第二准周期结构体均由不同高度的第一块体结构和第二块体结构按照准周期序列依次排列形成。本发明适用于海洋水波调控和收集，能够通过准周期结构实现的拓扑界面态的局域化波收集海洋波浪能，有利于提高可再生能源的收集效率。
Water wave energy gathering building structure based on quasi-periodic structure
The invention discloses a water wave energy gathering building structure based on a quasi-periodic structure in the technical field of water wave energy application, and aims to solve the problem that ocean wave energy cannot be effectively collected in the prior art. The structure comprises an integral structure formed by arranging according to a quasi-periodic sequence; the overall structure is formed by splicing a first quasi-periodic structural body and a second quasi-periodic structural body which have the same band gap, and is used for enabling a liquid surface wave to be subjected to energy gathering to form an interface state at the splicing position of the structural bodies when impedance matching of the first quasi-periodic structural body and the second quasi-periodic structural body is achieved. The first quasi-periodic structural body and the second quasi-periodic structural body are formed by sequentially arranging first block structures and second block structures with different heights according to a quasi-periodic sequence. The device is suitable for ocean water wave regulation and collection, ocean wave energy can be collected through localized waves in a topological interface state achieved through the quasi-periodic structure, and the collection efficiency of renewable energy sources can be improved.
本发明公开了一种水波能源应用技术领域的基于准周期结构的水波聚能建筑结构，旨在解决现有技术中海洋波浪能无法有效收集的问题。其包括按照准周期序列排列而成的整体结构；所述整体结构由具有相同带隙的第一准周期结构体和第二准周期结构体拼接形成，用于所述第一准周期结构体和所述第二准周期结构体实现阻抗匹配时，将待聚能的液体表面波于结构体拼接处形成界面态；所述第一准周期结构体和第二准周期结构体均由不同高度的第一块体结构和第二块体结构按照准周期序列依次排列形成。本发明适用于海洋水波调控和收集，能够通过准周期结构实现的拓扑界面态的局域化波收集海洋波浪能，有利于提高可再生能源的收集效率。
Water wave energy gathering building structure based on quasi-periodic structure
一种基于准周期结构的水波聚能建筑结构
ZHOU XIAOMING (Autor:in) / GUAN XUE (Autor:in) / JIANG YANNI (Autor:in)
02.01.2024
Patent
Elektronische Ressource
Chinesisch
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