Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Suction pile supporting conical single-column fan foundation and construction method
The invention discloses a suction pile supporting conical single-column fan foundation and a construction method. The suction pile supporting conical single-column fan foundation comprises suction piles, connecting rib plates, connecting rings, a box girder platform, stand columns, conical ring plates, connecting columns and a tower drum, wherein the bottom ends of the stand columns are connected with top ends of the suction piles in a welded mode, and the connecting rib plates are evenly welded to edges of the tops of the suction piles; a connecting ring is annularly welded on an outer surface of the stand column, a top end of the connecting rib plate is welded with the connecting ring; a top end of the box girder platform is connected with a bottom end of the conical ring plate in a welded mode, and an outer surface of the connecting column is connected with a top end of the conical ring plate in an annular welded mode. The conical annular plate of the wind turbine foundation structure can achieve the ice breaking effect and can be applied to ice sea areas. The suction piles enter mud by self weight, construction resources are reduced, construction efficiency is improved, and project investment is reduced; the foundation can be applied to sea areas with different depths and different environments only by changing the lengths and the radiuses of the stand columns and the suction piles.
本发明公开了吸力桩支承锥形独柱风机基础及施工方法，吸力桩支承锥形独柱风机基础包括：吸力桩、连接筋板、连接环、箱梁平台、立柱、锥形环板、连接柱和塔筒，立柱底端与吸力桩顶端焊接连接，吸力桩顶部边缘处均布焊接有连接筋板，立柱外表面环形焊接有连接环，连接筋板顶端与连接环焊接连接；箱梁平台顶端与锥形环板底端焊接连接，连接柱外表面与锥形环板顶端环形焊接连接，塔筒底端与连接柱顶端焊接连接。风机基础结构的锥形环板可达到破冰的效果，可应用于有冰的海域；吸力桩采用自重入泥，减少施工资源施工、提升施工效率、降低工程投资；仅改变立柱和吸力桩的长度、半径就可应用于不同深度、不同环境的海域。
Suction pile supporting conical single-column fan foundation and construction method
The invention discloses a suction pile supporting conical single-column fan foundation and a construction method. The suction pile supporting conical single-column fan foundation comprises suction piles, connecting rib plates, connecting rings, a box girder platform, stand columns, conical ring plates, connecting columns and a tower drum, wherein the bottom ends of the stand columns are connected with top ends of the suction piles in a welded mode, and the connecting rib plates are evenly welded to edges of the tops of the suction piles; a connecting ring is annularly welded on an outer surface of the stand column, a top end of the connecting rib plate is welded with the connecting ring; a top end of the box girder platform is connected with a bottom end of the conical ring plate in a welded mode, and an outer surface of the connecting column is connected with a top end of the conical ring plate in an annular welded mode. The conical annular plate of the wind turbine foundation structure can achieve the ice breaking effect and can be applied to ice sea areas. The suction piles enter mud by self weight, construction resources are reduced, construction efficiency is improved, and project investment is reduced; the foundation can be applied to sea areas with different depths and different environments only by changing the lengths and the radiuses of the stand columns and the suction piles.
本发明公开了吸力桩支承锥形独柱风机基础及施工方法，吸力桩支承锥形独柱风机基础包括：吸力桩、连接筋板、连接环、箱梁平台、立柱、锥形环板、连接柱和塔筒，立柱底端与吸力桩顶端焊接连接，吸力桩顶部边缘处均布焊接有连接筋板，立柱外表面环形焊接有连接环，连接筋板顶端与连接环焊接连接；箱梁平台顶端与锥形环板底端焊接连接，连接柱外表面与锥形环板顶端环形焊接连接，塔筒底端与连接柱顶端焊接连接。风机基础结构的锥形环板可达到破冰的效果，可应用于有冰的海域；吸力桩采用自重入泥，减少施工资源施工、提升施工效率、降低工程投资；仅改变立柱和吸力桩的长度、半径就可应用于不同深度、不同环境的海域。
Suction pile supporting conical single-column fan foundation and construction method
吸力桩支承锥形独柱风机基础及施工方法
WANG LINGYU (Autor:in) / WU HEHE (Autor:in) / WANG ZHIZHOU (Autor:in) / LIU JIN (Autor:in) / ZHANG MENGQI (Autor:in)
11.02.2022
Patent
Elektronische Ressource
Chinesisch
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