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A platform for research: civil engineering, architecture and urbanism
Integral combination self-supporting structure for deepening underwater gravity type wharf
The invention discloses an integral combination self-supporting structure for deepening an underwater gravity type wharf. The integral combination self-supporting structure comprises a wharf caisson arranged on a riprap foundation bed, and is characterized in that row piles are arranged on the riprap foundation bed at the front edge of the wharf caisson, the row piles and the wharf caisson form the integral combination self-supporting structure for deepening the underwater gravity type wharf, the row piles are arranged on the riprap foundation bed after slurry lifting, and the row piles, the riprap foundation bed and the wharf caisson form an integrally-combined wharf deepening self-supporting structure, and the front edge of the wharf caisson is provided with a leaning structure box connected to the wharf caisson through embedded steel bars or anchor bolts. According to the integral combination self-supporting structure, compared with the prior art, the structure is simple, the engineering cost is low, the construction period is short, the structure is particularly suitable for reutilization of deepening transformation of existing wharfs, economical efficiency is good, construction is convenient and easy, and the production requirements of ports and wharfs are greatly met.
本发明公开了一种加深水下重力式码头的整体组合自立结构，包括设置在抛石基床上的码头沉箱，其特点是码头沉箱前沿的抛石基床上设有排桩，该排桩与码头沉箱组成加深水下重力式码头的整体组合自立结构，所述排桩设置在升浆后的抛石基床上，排桩与抛石基床和码头沉箱构成整体组合的码头加深自立结构；所述码头沉箱前沿设有与码头沉箱为植筋或锚栓连接的靠构箱。本发明与现有技术相比具有结构简单，工程费用低，施工周期短，尤其适用既有码头加深改造的再利用，经济性好，施工方便、简单，大大满足了港口码头的生产需要。
Integral combination self-supporting structure for deepening underwater gravity type wharf
The invention discloses an integral combination self-supporting structure for deepening an underwater gravity type wharf. The integral combination self-supporting structure comprises a wharf caisson arranged on a riprap foundation bed, and is characterized in that row piles are arranged on the riprap foundation bed at the front edge of the wharf caisson, the row piles and the wharf caisson form the integral combination self-supporting structure for deepening the underwater gravity type wharf, the row piles are arranged on the riprap foundation bed after slurry lifting, and the row piles, the riprap foundation bed and the wharf caisson form an integrally-combined wharf deepening self-supporting structure, and the front edge of the wharf caisson is provided with a leaning structure box connected to the wharf caisson through embedded steel bars or anchor bolts. According to the integral combination self-supporting structure, compared with the prior art, the structure is simple, the engineering cost is low, the construction period is short, the structure is particularly suitable for reutilization of deepening transformation of existing wharfs, economical efficiency is good, construction is convenient and easy, and the production requirements of ports and wharfs are greatly met.
本发明公开了一种加深水下重力式码头的整体组合自立结构，包括设置在抛石基床上的码头沉箱，其特点是码头沉箱前沿的抛石基床上设有排桩，该排桩与码头沉箱组成加深水下重力式码头的整体组合自立结构，所述排桩设置在升浆后的抛石基床上，排桩与抛石基床和码头沉箱构成整体组合的码头加深自立结构；所述码头沉箱前沿设有与码头沉箱为植筋或锚栓连接的靠构箱。本发明与现有技术相比具有结构简单，工程费用低，施工周期短，尤其适用既有码头加深改造的再利用，经济性好，施工方便、简单，大大满足了港口码头的生产需要。
Integral combination self-supporting structure for deepening underwater gravity type wharf
一种加深水下重力式码头的整体组合自立结构
LIU JUN (author) / XUAN LUJUN (author) / GAO JIAYUN (author) / MA YONGPING (author) / WEI HONGWEI (author) / ZHOU KE (author) / XU ZHIHONG (author) / ZHOU JIEXIN (author) / ZHANG YAXIONG (author) / YIN JUN (author)
2021-05-14
Patent
Electronic Resource
Chinese
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