Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Offshore wind power single pile foundation scale bionic anti-scour device and construction method
The invention discloses an offshore wind power single pile foundation scale bionic anti-scour device and a construction method, the bionic anti-scour device comprises a fixed lock chain net, the fixed lock chain net comprises an inner lock chain ring and an outer lock chain ring which are mutually nested, the inner lock chain ring and the outer lock chain ring are connected through lock chains, and a plurality of lock chains are arranged at intervals in the circumferential direction of the inner lock chain ring and the outer lock chain ring; the area between every two adjacent chains forms a scale and shell unit; each scale and armor unit comprises a plurality of anti-scour scales and tail built-in scales, and the anti-scour scales are connected in a left-right staggered mode and connected in the direction from the inner chain ring to the outer chain ring to form an anti-scour scale whole; the anti-scouring scales close to the outer chain ring are connected with the outer chain ring through tail embedded scales; and the plurality of anti-scour scales and the tail built-in scales jointly form scale units similar to animal scales. Through connection between the anti-scouring scales and connection between the scale and shell units and the fixing chain net, the structure has the deformability, soil around the pile can be fixed, and surface sand loss and scouring pit forming can be prevented.
本发明公开了一种海上风电单桩基础鳞片仿生防冲刷装置及施工方法，该仿生防冲刷装置包括固定锁链网，固定锁链网包括相互嵌套的内锁链圈和外锁链圈，两者通过锁链连接，多条锁链沿内锁链圈和外锁链圈的周向间隔设置；相邻两条锁链之间的区域构成鳞甲单元；鳞甲单元包括若干防冲刷鳞片和尾部嵌固鳞片，若干防冲刷鳞片经左右错位连接、并由内锁链圈向外锁链圈方向连接以形成防冲刷鳞片整体；临近外锁链圈的防冲刷鳞片与外锁链圈之间通过尾部嵌固鳞片连接；若干防冲刷鳞片与尾部嵌固鳞片共同形成形似动物鳞甲的鳞甲单元。本发明防冲刷鳞片之间、鳞甲单元与固定锁链网之间的连接，使得该结构具有变形能力，能固定桩周土防止表面砂土流失和形成冲刷坑。
Offshore wind power single pile foundation scale bionic anti-scour device and construction method
The invention discloses an offshore wind power single pile foundation scale bionic anti-scour device and a construction method, the bionic anti-scour device comprises a fixed lock chain net, the fixed lock chain net comprises an inner lock chain ring and an outer lock chain ring which are mutually nested, the inner lock chain ring and the outer lock chain ring are connected through lock chains, and a plurality of lock chains are arranged at intervals in the circumferential direction of the inner lock chain ring and the outer lock chain ring; the area between every two adjacent chains forms a scale and shell unit; each scale and armor unit comprises a plurality of anti-scour scales and tail built-in scales, and the anti-scour scales are connected in a left-right staggered mode and connected in the direction from the inner chain ring to the outer chain ring to form an anti-scour scale whole; the anti-scouring scales close to the outer chain ring are connected with the outer chain ring through tail embedded scales; and the plurality of anti-scour scales and the tail built-in scales jointly form scale units similar to animal scales. Through connection between the anti-scouring scales and connection between the scale and shell units and the fixing chain net, the structure has the deformability, soil around the pile can be fixed, and surface sand loss and scouring pit forming can be prevented.
本发明公开了一种海上风电单桩基础鳞片仿生防冲刷装置及施工方法，该仿生防冲刷装置包括固定锁链网，固定锁链网包括相互嵌套的内锁链圈和外锁链圈，两者通过锁链连接，多条锁链沿内锁链圈和外锁链圈的周向间隔设置；相邻两条锁链之间的区域构成鳞甲单元；鳞甲单元包括若干防冲刷鳞片和尾部嵌固鳞片，若干防冲刷鳞片经左右错位连接、并由内锁链圈向外锁链圈方向连接以形成防冲刷鳞片整体；临近外锁链圈的防冲刷鳞片与外锁链圈之间通过尾部嵌固鳞片连接；若干防冲刷鳞片与尾部嵌固鳞片共同形成形似动物鳞甲的鳞甲单元。本发明防冲刷鳞片之间、鳞甲单元与固定锁链网之间的连接，使得该结构具有变形能力，能固定桩周土防止表面砂土流失和形成冲刷坑。
Offshore wind power single pile foundation scale bionic anti-scour device and construction method
一种海上风电单桩基础鳞片仿生防冲刷装置及施工方法
LIU TING (Autor:in) / LI ZHONGWEI (Autor:in) / DAI GUOLIANG (Autor:in) / ZHU WENBO (Autor:in) / CHEN ZHIWEI (Autor:in) / OUYANG HAORAN (Autor:in) / LUO LIWEI (Autor:in) / LIU HONGBO (Autor:in)
06.12.2024
Patent
Elektronische Ressource
Chinesisch
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