Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel structure-core tube equal-height synchronous climbing construction system oriented to construction time variation
The invention discloses a super high-rise steel frame-core tube building structure and a steel structure-core tube equal-height synchronous climbing construction system based on construction time variation. The super high-rise steel frame-core tube building structure comprises an embedded part overall installation system. Optimization design of fireproof joints between peripheral layers of the steel structure is carried out; the profiled steel sheet is free of a support system; an outer-frame-free same-layer construction system is adopted; a lantern frame system and a steel structure node optimization design are further included; and system supplementation is carried out through the design of an outer wall column protection frame body and the design of a material lifting platform. The method is based on a construction site, the two different materials of the concrete cylinder and the outer frame steel column work cooperatively through optimization design of the joints and optimization innovation of a construction system, and the technical problems that the construction period is long, the construction cost is high, and the construction potential safety hazard is large are solved.
本发明公开了一种超高层钢框架‑核心筒建筑结构，以及基于施工时变性的钢结构‑核心筒等高同步攀升施工体系，包括预埋件整体安装体系；钢结构外围层间防火节点优化设计；压型钢板免支撑体系；免外架同层施工体系；灯笼架体系，同时还包括钢结构节点优化设计；外围墙柱防护架体设计和吊料平台的设计来进行体系补充。本发明立足于施工现场，通过对节点优化设计和施工体系的优化创新，使混凝土筒体与外框钢柱这两种不同材料之间协同工作，解决了工期周期长、施工成本高和施工安全隐患大等技术问题。
Steel structure-core tube equal-height synchronous climbing construction system oriented to construction time variation
The invention discloses a super high-rise steel frame-core tube building structure and a steel structure-core tube equal-height synchronous climbing construction system based on construction time variation. The super high-rise steel frame-core tube building structure comprises an embedded part overall installation system. Optimization design of fireproof joints between peripheral layers of the steel structure is carried out; the profiled steel sheet is free of a support system; an outer-frame-free same-layer construction system is adopted; a lantern frame system and a steel structure node optimization design are further included; and system supplementation is carried out through the design of an outer wall column protection frame body and the design of a material lifting platform. The method is based on a construction site, the two different materials of the concrete cylinder and the outer frame steel column work cooperatively through optimization design of the joints and optimization innovation of a construction system, and the technical problems that the construction period is long, the construction cost is high, and the construction potential safety hazard is large are solved.
本发明公开了一种超高层钢框架‑核心筒建筑结构，以及基于施工时变性的钢结构‑核心筒等高同步攀升施工体系，包括预埋件整体安装体系；钢结构外围层间防火节点优化设计；压型钢板免支撑体系；免外架同层施工体系；灯笼架体系，同时还包括钢结构节点优化设计；外围墙柱防护架体设计和吊料平台的设计来进行体系补充。本发明立足于施工现场，通过对节点优化设计和施工体系的优化创新，使混凝土筒体与外框钢柱这两种不同材料之间协同工作，解决了工期周期长、施工成本高和施工安全隐患大等技术问题。
Steel structure-core tube equal-height synchronous climbing construction system oriented to construction time variation
面向施工时变性下的钢结构-核心筒等高同步攀升施工体系
GAO JIANGJUN (Autor:in) / SHEN ZHENGLIANG (Autor:in) / CHEN YAO (Autor:in) / LI ZHONGREN (Autor:in) / TANG DESHUANG (Autor:in) / ZHAO KUN (Autor:in)
24.12.2024
Patent
Elektronische Ressource
Chinesisch
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