A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of uplift bearing steel pipe pile
A construction method of an anti-pulling bearing steel pipe pile relates to the technical field of building anti-floating, and comprises the following steps: leveling a site, measuring and positioning a pile position, manufacturing and mounting a steel pipe, constructing a pile body, drilling at an anchoring end, unloading a drill rod and moving a machine, mounting a reinforcement cage and a connecting plate, pouring cement paste or concrete, forming an anti-floating node at the top of the pile, and forming the pile. The anti-pulling capacity of the steel pipe pile is remarkably improved, the problem that a building floats upwards is solved, and the bearing capacity of the building is improved. And the safety and durability of the building are more reliable. According to the method, the construction quality is visual and controllable, and the design and construction technology that existing anti-floating anchor rods and anchor cables resist building floating are changed. And the construction cost and the construction period are obviously saved.
抗拔承载钢管桩施工方法，涉及建筑物抗浮技术领域，包括以下步骤：平整场地→桩位测量定位→钢管的制作与安装→桩体施工→锚固端钻孔→卸钻杆、挪机器→安装钢筋笼及连接板→灌注水泥浆或混凝土→桩顶抗浮节点→成桩。本发明显著的提高钢管桩的抗拔能力，解决建筑物上浮的问题和提高建筑物承载能力。对建筑物的安全性、耐久性、更可靠。本方法施工质量直观可控，改变了现有抗浮锚杆和锚索抵抗了建筑物上浮设计和施工工艺。更显著节约了施工成本和施工工期。
Construction method of uplift bearing steel pipe pile
A construction method of an anti-pulling bearing steel pipe pile relates to the technical field of building anti-floating, and comprises the following steps: leveling a site, measuring and positioning a pile position, manufacturing and mounting a steel pipe, constructing a pile body, drilling at an anchoring end, unloading a drill rod and moving a machine, mounting a reinforcement cage and a connecting plate, pouring cement paste or concrete, forming an anti-floating node at the top of the pile, and forming the pile. The anti-pulling capacity of the steel pipe pile is remarkably improved, the problem that a building floats upwards is solved, and the bearing capacity of the building is improved. And the safety and durability of the building are more reliable. According to the method, the construction quality is visual and controllable, and the design and construction technology that existing anti-floating anchor rods and anchor cables resist building floating are changed. And the construction cost and the construction period are obviously saved.
抗拔承载钢管桩施工方法，涉及建筑物抗浮技术领域，包括以下步骤：平整场地→桩位测量定位→钢管的制作与安装→桩体施工→锚固端钻孔→卸钻杆、挪机器→安装钢筋笼及连接板→灌注水泥浆或混凝土→桩顶抗浮节点→成桩。本发明显著的提高钢管桩的抗拔能力，解决建筑物上浮的问题和提高建筑物承载能力。对建筑物的安全性、耐久性、更可靠。本方法施工质量直观可控，改变了现有抗浮锚杆和锚索抵抗了建筑物上浮设计和施工工艺。更显著节约了施工成本和施工工期。
Construction method of uplift bearing steel pipe pile
抗拔承载钢管桩施工方法
YAN ZHIGANG (author) / GUO DAWEN (author) / LI JIANGTAO (author) / WANG WEIJIANG (author) / CHEN JIA (author) / ZHENG JIANDONG (author) / WANG SONGFAN (author) / HUANG YANPENG (author) / ZHOU GUILIN (author) / YI WEIWEN (author)
2024-12-20
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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