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A platform for research: civil engineering, architecture and urbanism
Buttress column type pile-wall integrated structure system
The invention provides a buttress type pile-wall integrated structure system which comprises a main body structure and a supporting structure, the main body structure and the supporting structure are connected through a hidden beam, the supporting structure comprises a plurality of cast-in-situ bored piles, a top beam, a first internal force adjusting waist beam and a second internal force adjusting waist beam, and the top beam, the first internal force adjusting waist beam and the second internal force adjusting waist beam are arranged on the cast-in-situ bored piles. The main body structure comprises a side wall structure and a supporting piece connected with the side wall structure, the side wall structure comprises a supporting structure and a side wall, and the supporting structure serves as a beam column system of the side wall structure; the second cast-in-situ bored piles in the cast-in-situ bored piles and the hidden beams serve as the buttresses of the main body structure, the stress of the side wall structure can be reduced through the strength of the buttresses, and therefore the thickness of the side wall is reduced. By means of the mode, the rigidity of the main body structure can be enhanced through the rigidity of the supporting structure, the pile-wall integrated structural system high in overall rigidity is obtained, and the structural system has the advantages of being simple in structure, flexible in arrangement and high in rigidity.
本发明提供了一种扶壁柱式桩墙合一结构体系，包括主体结构和支护结构，主体结构和支护结构之间通过暗梁连接，支护结构包括若干钻孔灌注桩和设置于钻孔灌注桩上的冠梁、第一内力调节腰梁及第二内力调节腰梁，主体结构包括侧墙结构和与侧墙结构连接的支撑件，侧墙结构包括支护结构和侧墙，支护结构作为侧墙结构的梁柱体系；通过将钻孔灌注桩内的第二钻孔灌注桩和暗梁作为主体结构的扶壁柱，利用扶壁柱自身的强度可减小侧墙结构的受力，从而减少侧墙的厚度。通过上述方式，可利用支护结构本身的刚度来增强主体结构的刚度，得到整体刚度高的桩墙合一结构体系，该结构体系具有结构简单、布置灵活且刚度高的优势。
Buttress column type pile-wall integrated structure system
The invention provides a buttress type pile-wall integrated structure system which comprises a main body structure and a supporting structure, the main body structure and the supporting structure are connected through a hidden beam, the supporting structure comprises a plurality of cast-in-situ bored piles, a top beam, a first internal force adjusting waist beam and a second internal force adjusting waist beam, and the top beam, the first internal force adjusting waist beam and the second internal force adjusting waist beam are arranged on the cast-in-situ bored piles. The main body structure comprises a side wall structure and a supporting piece connected with the side wall structure, the side wall structure comprises a supporting structure and a side wall, and the supporting structure serves as a beam column system of the side wall structure; the second cast-in-situ bored piles in the cast-in-situ bored piles and the hidden beams serve as the buttresses of the main body structure, the stress of the side wall structure can be reduced through the strength of the buttresses, and therefore the thickness of the side wall is reduced. By means of the mode, the rigidity of the main body structure can be enhanced through the rigidity of the supporting structure, the pile-wall integrated structural system high in overall rigidity is obtained, and the structural system has the advantages of being simple in structure, flexible in arrangement and high in rigidity.
本发明提供了一种扶壁柱式桩墙合一结构体系，包括主体结构和支护结构，主体结构和支护结构之间通过暗梁连接，支护结构包括若干钻孔灌注桩和设置于钻孔灌注桩上的冠梁、第一内力调节腰梁及第二内力调节腰梁，主体结构包括侧墙结构和与侧墙结构连接的支撑件，侧墙结构包括支护结构和侧墙，支护结构作为侧墙结构的梁柱体系；通过将钻孔灌注桩内的第二钻孔灌注桩和暗梁作为主体结构的扶壁柱，利用扶壁柱自身的强度可减小侧墙结构的受力，从而减少侧墙的厚度。通过上述方式，可利用支护结构本身的刚度来增强主体结构的刚度，得到整体刚度高的桩墙合一结构体系，该结构体系具有结构简单、布置灵活且刚度高的优势。
Buttress column type pile-wall integrated structure system
扶壁柱式桩墙合一结构体系
TANG DINGDING (author) / JIAO HE (author) / ZHAO HUANG (author) / ZHOU YAN (author) / LU ZHONGXING (author) / YE HUALIANG (author) / XIA YUNFENG (author) / KE XING (author) / MA CAIFENG (author)
2022-09-30
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
BUTTRESS-COLUMN-TYPE PILE-WALL INTEGRATED STRUCTURE SYSTEM
| European Patent Office | 2023