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A platform for research: civil engineering, architecture and urbanism
Construction method for underwater glass fiber sleeve reinforced pile foundation
The invention discloses a construction method for an underwater glass fiber sleeve reinforced pile foundation. The construction method comprises the following steps that firstly, construction preparation is conducted; step 2, surface treatment; 3, manufacturing a glass fiber sleeve; step 4, mounting a glass fiber sleeve; 5, bottom sealing strips are installed; sixthly, epoxy grouting materials are poured; step 7, sealing chamfers; and 8, the fastening belt is dismantled. The WBA underwater glass fiber sleeve reinforcing system can economically and effectively recover and maintain the integrity of the pile foundation structure. In addition, expensive drainage operation is not needed, and construction in a traffic state can be achieved. The form of the sleeve can be prefabricated according to the shape of a structure, and wide construction requirements can be met. The epoxy grouting material used by the reinforcing system can be firmly adhered to the surface of the structure, and the grouting material adopts a water-insensitive formula, so that the construction can be performed in a humid environment or a water environment, and the use limitation is smaller.
本发明公开了一种水下玻纤套筒加固桩基施工方法，包括如下步骤：步骤一：施工准备；步骤二：表面处理；步骤三：玻纤套筒制作；步骤四：玻纤套筒安装；步骤五：底部密封条安装；步骤六：环氧灌浆料灌注；步骤七：封倒角；步骤八：拆除紧固带。WBA水下玻纤套筒加固系统，可经济、有效地恢复并保持桩基结构的完整性。此外，无需昂贵的排水作业，可实现通车状态施工。其套筒的形式可根据结构物的形状进行预制，能满足广泛的施工要求。该加固系统所用环氧灌浆料可牢固的黏结到结构的表面，且该灌浆料采用了对水不敏感的配方，可在潮湿的或有水的环境下施工，使用限制性较小。
Construction method for underwater glass fiber sleeve reinforced pile foundation
The invention discloses a construction method for an underwater glass fiber sleeve reinforced pile foundation. The construction method comprises the following steps that firstly, construction preparation is conducted; step 2, surface treatment; 3, manufacturing a glass fiber sleeve; step 4, mounting a glass fiber sleeve; 5, bottom sealing strips are installed; sixthly, epoxy grouting materials are poured; step 7, sealing chamfers; and 8, the fastening belt is dismantled. The WBA underwater glass fiber sleeve reinforcing system can economically and effectively recover and maintain the integrity of the pile foundation structure. In addition, expensive drainage operation is not needed, and construction in a traffic state can be achieved. The form of the sleeve can be prefabricated according to the shape of a structure, and wide construction requirements can be met. The epoxy grouting material used by the reinforcing system can be firmly adhered to the surface of the structure, and the grouting material adopts a water-insensitive formula, so that the construction can be performed in a humid environment or a water environment, and the use limitation is smaller.
本发明公开了一种水下玻纤套筒加固桩基施工方法，包括如下步骤：步骤一：施工准备；步骤二：表面处理；步骤三：玻纤套筒制作；步骤四：玻纤套筒安装；步骤五：底部密封条安装；步骤六：环氧灌浆料灌注；步骤七：封倒角；步骤八：拆除紧固带。WBA水下玻纤套筒加固系统，可经济、有效地恢复并保持桩基结构的完整性。此外，无需昂贵的排水作业，可实现通车状态施工。其套筒的形式可根据结构物的形状进行预制，能满足广泛的施工要求。该加固系统所用环氧灌浆料可牢固的黏结到结构的表面，且该灌浆料采用了对水不敏感的配方，可在潮湿的或有水的环境下施工，使用限制性较小。
Construction method for underwater glass fiber sleeve reinforced pile foundation
一种水下玻纤套筒加固桩基施工方法
CAO CHANGYU (author) / LING YUN (author) / TAO NINGYAN (author) / CHEN XIAOYI (author) / MAO JIAJUN (author) / LI GUXUAN (author) / CHEN RUILI (author) / SHENG JUN (author)
2022-09-06
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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