A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Nuclear engineering stainless steel cladding laminated wall and construction method thereof
The invention relates to the technical field of modular design and construction of nuclear engineering civil engineering, in particular to a nuclear engineering stainless steel cladding laminated wall and a construction method thereof. The nuclear engineering stainless steel cladding laminated wall comprises a wall stainless steel cladding and a first prefabricated concrete leaf plate with a stainless steel cladding, wherein the wall stainless steel cladding and an inner side reinforcing mesh of a reinforcement cage are jointly poured in advance to form the first prefabricated concrete leaf plate with the stainless steel cladding; the outer side reinforcing mesh of the reinforcement cage is poured in the second prefabricated concrete leaf plate; the first prefabricated concrete leaf plate with the stainless steel covering face is jointly connected with the second prefabricated concrete leaf plate through the reinforcement cage to form the laminated wall prefabricated part with the stainless steel covering face. According to the nuclear engineering stainless steel cladding laminated wall body, the workload of on-site welding and weld joint inspection can be reduced, formwork supporting is omitted, meanwhile, the use amount of ultra-low chlorine concrete can be reduced, and the construction cost can be saved while the construction efficiency of the nuclear engineering stainless steel cladding laminated wall body is improved.
本发明涉及核工程土建的模块化设计及施工技术领域，具体涉及一种核工程不锈钢覆面叠合墙体及其施工方法。所述核工程不锈钢覆面叠合墙体包括：墙体不锈钢覆面，与钢筋笼的内侧钢筋网片一并预先浇筑形成带不锈钢覆面的第一预制混凝土叶板；钢筋笼的外侧钢筋网片浇筑于第二预制混凝土叶板内；带不锈钢覆面的第一预制混凝土叶板通过钢筋笼与第二预制混凝土叶板共同连接形成带不锈钢覆面的叠合墙体预制件。本发明提供的核工程不锈钢覆面叠合墙体，不仅能够减少现场焊接及焊缝检验工作量，免去模板支撑，同时能够降低超低氯混凝土用量，在提高核工程不锈钢覆面墙体的施工效率的同时能够节约造价。
Nuclear engineering stainless steel cladding laminated wall and construction method thereof
The invention relates to the technical field of modular design and construction of nuclear engineering civil engineering, in particular to a nuclear engineering stainless steel cladding laminated wall and a construction method thereof. The nuclear engineering stainless steel cladding laminated wall comprises a wall stainless steel cladding and a first prefabricated concrete leaf plate with a stainless steel cladding, wherein the wall stainless steel cladding and an inner side reinforcing mesh of a reinforcement cage are jointly poured in advance to form the first prefabricated concrete leaf plate with the stainless steel cladding; the outer side reinforcing mesh of the reinforcement cage is poured in the second prefabricated concrete leaf plate; the first prefabricated concrete leaf plate with the stainless steel covering face is jointly connected with the second prefabricated concrete leaf plate through the reinforcement cage to form the laminated wall prefabricated part with the stainless steel covering face. According to the nuclear engineering stainless steel cladding laminated wall body, the workload of on-site welding and weld joint inspection can be reduced, formwork supporting is omitted, meanwhile, the use amount of ultra-low chlorine concrete can be reduced, and the construction cost can be saved while the construction efficiency of the nuclear engineering stainless steel cladding laminated wall body is improved.
本发明涉及核工程土建的模块化设计及施工技术领域，具体涉及一种核工程不锈钢覆面叠合墙体及其施工方法。所述核工程不锈钢覆面叠合墙体包括：墙体不锈钢覆面，与钢筋笼的内侧钢筋网片一并预先浇筑形成带不锈钢覆面的第一预制混凝土叶板；钢筋笼的外侧钢筋网片浇筑于第二预制混凝土叶板内；带不锈钢覆面的第一预制混凝土叶板通过钢筋笼与第二预制混凝土叶板共同连接形成带不锈钢覆面的叠合墙体预制件。本发明提供的核工程不锈钢覆面叠合墙体，不仅能够减少现场焊接及焊缝检验工作量，免去模板支撑，同时能够降低超低氯混凝土用量，在提高核工程不锈钢覆面墙体的施工效率的同时能够节约造价。
Nuclear engineering stainless steel cladding laminated wall and construction method thereof
一种核工程不锈钢覆面叠合墙体及其施工方法
SUI CHUNGUANG (author) / XU GUOZHEN (author) / FAN GUIBIN (author) / WANG BAOSHU (author) / MA YING (author) / YIN GUANGSHI (author) / CAI LIJIAN (author) / LIU JINGCHEN (author) / JIANG ZHEN (author) / ZHANG LI (author)
2023-06-27
Patent
Electronic Resource
Chinese
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