Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hyperbolic cooling tower FRP cylinder wall
The invention relates to a hyperbolic cooling tower FRP cylinder wall, and belongs to the technical field of industrial natural ventilation cooling towers. The hyperbolic cooling tower FRP cylinder wall comprises an upper ring beam, an FRP cylinder wall and a lower ring beam, wherein the FRP cylinder wall consists of an FRP curved surface net shell and FRP panels; the FRP curved surface net shellis a double-layer cylindrical surface forward quadrangular pyramid system, and consists of quadrangular pyramid units formed by connecting FRP rod pieces with FRP bolt balls; mounting threads are arranged at the ends of the FRP rod pieces; thread holes are formed in the FRP bolt balls; FRP panel monomers are connected through alternate teeth; and one of the ends of stabilizing rods is welded on asleeve piece side, and the other one of the ends is welded on a steel plate side. The hyperbolic cooling tower FRP cylinder wall is high in strength, low in self weight, excellent in ductility, simplein structure, high in rigidity, convenient to construct, economical and applicable, can prominently improve the bearing capacity and the wind resistance of the hyperbolic cooling tower cylinder wall,is low in construction difficulty, totally adopts dry connection, and is low in construction technical requirements.
本发明涉及一种双曲线型冷却塔FRP筒壁，属于工业自然通风冷却塔技术领域，包括上环梁、FRP筒壁和下环梁；所述FRP筒壁由FRP曲面网壳和FRP面板组成；所述FRP曲面网壳为双层圆柱面正放四角锥体系，FRP曲面网壳由FRP杆件和FRP螺栓球彼此连接而成的四角锥单元组成；FRP杆件端头设置安装螺纹，FRP螺栓球内部设有螺纹孔，FRP面板单体之间通过交替齿相连，所述稳定杆一端焊接在套件侧，另一端焊接在钢板侧，本发明强度高、自重小、延性好、构造简单、刚度大、施工方便、经济适用，能显著提升双曲线型冷却塔筒壁的承载能力和抗风能力，而且施工难度小，完全采用干式连接，对施工技术要求低。
Hyperbolic cooling tower FRP cylinder wall
The invention relates to a hyperbolic cooling tower FRP cylinder wall, and belongs to the technical field of industrial natural ventilation cooling towers. The hyperbolic cooling tower FRP cylinder wall comprises an upper ring beam, an FRP cylinder wall and a lower ring beam, wherein the FRP cylinder wall consists of an FRP curved surface net shell and FRP panels; the FRP curved surface net shellis a double-layer cylindrical surface forward quadrangular pyramid system, and consists of quadrangular pyramid units formed by connecting FRP rod pieces with FRP bolt balls; mounting threads are arranged at the ends of the FRP rod pieces; thread holes are formed in the FRP bolt balls; FRP panel monomers are connected through alternate teeth; and one of the ends of stabilizing rods is welded on asleeve piece side, and the other one of the ends is welded on a steel plate side. The hyperbolic cooling tower FRP cylinder wall is high in strength, low in self weight, excellent in ductility, simplein structure, high in rigidity, convenient to construct, economical and applicable, can prominently improve the bearing capacity and the wind resistance of the hyperbolic cooling tower cylinder wall,is low in construction difficulty, totally adopts dry connection, and is low in construction technical requirements.
本发明涉及一种双曲线型冷却塔FRP筒壁，属于工业自然通风冷却塔技术领域，包括上环梁、FRP筒壁和下环梁；所述FRP筒壁由FRP曲面网壳和FRP面板组成；所述FRP曲面网壳为双层圆柱面正放四角锥体系，FRP曲面网壳由FRP杆件和FRP螺栓球彼此连接而成的四角锥单元组成；FRP杆件端头设置安装螺纹，FRP螺栓球内部设有螺纹孔，FRP面板单体之间通过交替齿相连，所述稳定杆一端焊接在套件侧，另一端焊接在钢板侧，本发明强度高、自重小、延性好、构造简单、刚度大、施工方便、经济适用，能显著提升双曲线型冷却塔筒壁的承载能力和抗风能力，而且施工难度小，完全采用干式连接，对施工技术要求低。
Hyperbolic cooling tower FRP cylinder wall
一种双曲线型冷却塔FRP筒壁
WANG XIAOLEI (Autor:in) / WANG XIMING (Autor:in) / ZHANG YANNIAN (Autor:in) / ZHAO ZIXU (Autor:in) / LIU YU (Autor:in)
05.02.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04H
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