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A platform for research: civil engineering, architecture and urbanism
Compartment structure of nuclear island steam generator and forming method of compartment structure
The invention discloses a nuclear island steam generator compartment structure and a forming method thereof.The nuclear island steam generator compartment structure comprises an arc-shaped wall and a plane wall, the arc-shaped wall is formed by vertically splicing a plurality of arc-shaped plate sets, each arc-shaped plate set comprises an arc-shaped inner plate and an arc-shaped outer plate which are arranged at intervals, and the arc-shaped inner plates and the arc-shaped outer plates are the same in radian; a first connecting gap is formed between the arc-shaped inner plate and the arc-shaped outer plate; the number of the plane walls is two, the two plane walls are connected to the two ends of the arc-shaped wall correspondingly, the two plane walls extend towards the circle center of the arc-shaped wall, and the two plane walls and the arc-shaped wall define a partition cavity used for containing the nuclear island steam generator. The plane wall is formed by splicing a plurality of plane plate sets, each plane plate set comprises a plane inner plate and a plane outer plate, and a second connecting gap is formed between each plane inner plate and the corresponding plane outer plate. The arc-shaped plate sets and the plane plate sets of the compartment structure can be prefabricated in advance, only the arc-shaped plate sets and the plane plate sets need to be hoisted and spliced in the construction process, the construction speed is high, and the construction procedure is simple.
本发明公开了一种核岛蒸汽发生器的隔间结构及其成型方法，包括弧形墙和平面墙，弧形墙由多个弧形板组沿竖向拼装形成，弧形板组包括间隔设置的弧形内板和弧形外板，弧形内板和弧形外板的弧度相同，弧形内板和弧形外板之间形成第一连接间隙；平面墙的数量为两个，两个平面墙分别连接在弧形墙的两端，且两个平面墙均朝弧形墙的圆心延伸并与弧形墙合围形成用于放置核岛蒸汽发生器的隔腔；平面墙由多个平面板组拼装形成，平面板组包括平面内板和平面外板，平面内板和平面外板之间形成第二连接间隙。本发明提出的隔间结构的弧形板组和平面板组可提前预制，在施工过程中仅需将各弧形板组和平面板组吊装拼接，施工速度快，施工工序简单。
Compartment structure of nuclear island steam generator and forming method of compartment structure
The invention discloses a nuclear island steam generator compartment structure and a forming method thereof.The nuclear island steam generator compartment structure comprises an arc-shaped wall and a plane wall, the arc-shaped wall is formed by vertically splicing a plurality of arc-shaped plate sets, each arc-shaped plate set comprises an arc-shaped inner plate and an arc-shaped outer plate which are arranged at intervals, and the arc-shaped inner plates and the arc-shaped outer plates are the same in radian; a first connecting gap is formed between the arc-shaped inner plate and the arc-shaped outer plate; the number of the plane walls is two, the two plane walls are connected to the two ends of the arc-shaped wall correspondingly, the two plane walls extend towards the circle center of the arc-shaped wall, and the two plane walls and the arc-shaped wall define a partition cavity used for containing the nuclear island steam generator. The plane wall is formed by splicing a plurality of plane plate sets, each plane plate set comprises a plane inner plate and a plane outer plate, and a second connecting gap is formed between each plane inner plate and the corresponding plane outer plate. The arc-shaped plate sets and the plane plate sets of the compartment structure can be prefabricated in advance, only the arc-shaped plate sets and the plane plate sets need to be hoisted and spliced in the construction process, the construction speed is high, and the construction procedure is simple.
本发明公开了一种核岛蒸汽发生器的隔间结构及其成型方法，包括弧形墙和平面墙，弧形墙由多个弧形板组沿竖向拼装形成，弧形板组包括间隔设置的弧形内板和弧形外板，弧形内板和弧形外板的弧度相同，弧形内板和弧形外板之间形成第一连接间隙；平面墙的数量为两个，两个平面墙分别连接在弧形墙的两端，且两个平面墙均朝弧形墙的圆心延伸并与弧形墙合围形成用于放置核岛蒸汽发生器的隔腔；平面墙由多个平面板组拼装形成，平面板组包括平面内板和平面外板，平面内板和平面外板之间形成第二连接间隙。本发明提出的隔间结构的弧形板组和平面板组可提前预制，在施工过程中仅需将各弧形板组和平面板组吊装拼接，施工速度快，施工工序简单。
Compartment structure of nuclear island steam generator and forming method of compartment structure
核岛蒸汽发生器的隔间结构及其成型方法
WANG KANG (author) / SHEN TAO (author) / TENG HONGWEN (author) / ZHOU TIANQI (author) / DU HENGFANG (author) / ZHAI FUSHENG (author) / WANG XIONG (author) / LIANG MING (author)
2023-12-01
Patent
Electronic Resource
Chinese
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