Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Offshore wind power multi-pile foundation integral berthing anti-collision structure and construction method
The invention provides an offshore wind power multi-pile foundation integral berthing anti-collision structure and a construction method. The offshore wind power multi-pile foundation integral berthing anti-collision structure comprises a berthing anti-collision component, a grouting fixing component and an inclined pile; the berthing anti-collision component is used for berthing a ship and plays a buffering role to prevent a berthing ship body from directly colliding with a pile body; the side, close to the inclined pile, of the berthing anti-collision component is fixed to the inclined pile through the grouting fixing component; the inclined pile is sleeved with the grouting fixing component, and the outer side wall of the grouting fixing component is connected with the berthing anti-collision component; and the inner side of the grouting fixing component and the inclined pile are fixed through grouting. According to the offshore wind power multi-pile foundation integral berthing anti-collision structure and the construction method, the berthing anti-collision component and the grouting fixing component are integrated, installation can be completed only through one-time hoisting, finally, fixing is conducted through grouting between the grouting fixing component and the pile body, and field welding and splicing are not needed. The integrated berthing anti-collision structure is high in integrity, good in stress performance, few in offshore construction procedure, short in construction time, small in field operation amount and short in ship machine equipment occupation time.
本发明提供海上风电多桩基础整体靠船防撞结构及施工方法，所述海上风电多桩基础整体靠船防撞结构包括靠泊防撞构件、灌浆固定构件和斜桩；所述靠泊防撞构件用于靠泊船舶并起到缓冲作用以防止靠泊船体直接撞击桩体，所述靠泊防撞构件靠近斜桩的一侧经灌浆固定构件与斜桩相固定，所述灌浆固定构件套设在斜桩上且外侧壁与靠泊防撞构件相连接，所述灌浆固定构件内侧与斜桩之间灌浆固定。本发明将泊防撞构件与灌浆固定构件集成在一起，仅需要一次吊装即可完成安装，最后通过灌浆固定构件与桩体之间的灌浆进行固定，而无需现场焊接和拼接。集成的靠船防撞结构整体性高、受力性能好、海上施工工序少且施工时间短、现场作业量少、占用船机设备时间短。
Offshore wind power multi-pile foundation integral berthing anti-collision structure and construction method
The invention provides an offshore wind power multi-pile foundation integral berthing anti-collision structure and a construction method. The offshore wind power multi-pile foundation integral berthing anti-collision structure comprises a berthing anti-collision component, a grouting fixing component and an inclined pile; the berthing anti-collision component is used for berthing a ship and plays a buffering role to prevent a berthing ship body from directly colliding with a pile body; the side, close to the inclined pile, of the berthing anti-collision component is fixed to the inclined pile through the grouting fixing component; the inclined pile is sleeved with the grouting fixing component, and the outer side wall of the grouting fixing component is connected with the berthing anti-collision component; and the inner side of the grouting fixing component and the inclined pile are fixed through grouting. According to the offshore wind power multi-pile foundation integral berthing anti-collision structure and the construction method, the berthing anti-collision component and the grouting fixing component are integrated, installation can be completed only through one-time hoisting, finally, fixing is conducted through grouting between the grouting fixing component and the pile body, and field welding and splicing are not needed. The integrated berthing anti-collision structure is high in integrity, good in stress performance, few in offshore construction procedure, short in construction time, small in field operation amount and short in ship machine equipment occupation time.
本发明提供海上风电多桩基础整体靠船防撞结构及施工方法，所述海上风电多桩基础整体靠船防撞结构包括靠泊防撞构件、灌浆固定构件和斜桩；所述靠泊防撞构件用于靠泊船舶并起到缓冲作用以防止靠泊船体直接撞击桩体，所述靠泊防撞构件靠近斜桩的一侧经灌浆固定构件与斜桩相固定，所述灌浆固定构件套设在斜桩上且外侧壁与靠泊防撞构件相连接，所述灌浆固定构件内侧与斜桩之间灌浆固定。本发明将泊防撞构件与灌浆固定构件集成在一起，仅需要一次吊装即可完成安装，最后通过灌浆固定构件与桩体之间的灌浆进行固定，而无需现场焊接和拼接。集成的靠船防撞结构整体性高、受力性能好、海上施工工序少且施工时间短、现场作业量少、占用船机设备时间短。
Offshore wind power multi-pile foundation integral berthing anti-collision structure and construction method
海上风电多桩基础整体靠船防撞结构及施工方法
HE BEN (Autor:in) / SHI RUILONG (Autor:in) / QI HAIFENG (Autor:in) / WANG DANSHAN (Autor:in) / LUO JINPING (Autor:in) / LI WEI (Autor:in) / JIANG ZHENQIANG (Autor:in) / CHEN FABO (Autor:in) / HUAN CAIYUN (Autor:in) / LYU NA (Autor:in)
24.09.2021
Patent
Elektronische Ressource
Chinesisch
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