A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Single steel plate concrete composite structure and construction method thereof
The invention discloses a single-steel-plate concrete composite structure and a construction method thereof. The single-steel-plate concrete composite structure comprises upper-layer main reinforcements, lower-layer main reinforcements and lower-layer main reinforcements, the bottom-layer steel plate is located under the upper-layer main reinforcements; the hooking assemblies are fixedly arranged at the top end of the bottom-layer steel plate at intervals; the plurality of flexible connection type tie bars respectively have deformation capability; the bottom end of each flexible connection type tie bar is hung on one hooking assembly, and the top end of each flexible connection type tie bar is wound and positioned on the upper-layer main bar; the upper-layer main reinforcements, the bottom-layer steel plate, the hooking components and the flexible connection type tie bars are respectively poured in the concrete layer; when the concrete layer is subjected to external impact force, the flexible connection type tie bars in the impact area deform so as to prevent impact load from being directly transmitted to the bottom layer steel plate. The structural design requirement is met, the impact load resistance of the single-steel-plate concrete can be improved in structural arrangement, site construction is facilitated, and the single-steel-plate concrete is suitable for modular construction.
本发明公开了一种单钢板混凝土组合结构及其施工方法，所述单钢板混凝土组合结构包括：上层主筋；底层钢板，位于上层主筋正下方；若干钩接组件，分别间隔固定设置在所述底层钢板的顶端；若干软连接式拉筋，分别具有形变能力；每一软连接式拉筋的底端挂接在一钩接组件上，每一软连接式拉筋的顶端缠绕定位设置在上层主筋上；混凝土层，所述上层主筋、底层钢板、钩接组件和软连接式拉筋分别浇筑于混凝土层内部；当混凝土层受到外界冲击力时，撞击区域内的软连接式拉筋发生形变，以避免撞击载荷直接传递至所述底层钢板上。本发明不仅满足结构设计要求，而且在结构布置上可提高单钢板混凝土抗冲击荷载的能力，便于现场施工，适合开展模块化施工。
Single steel plate concrete composite structure and construction method thereof
The invention discloses a single-steel-plate concrete composite structure and a construction method thereof. The single-steel-plate concrete composite structure comprises upper-layer main reinforcements, lower-layer main reinforcements and lower-layer main reinforcements, the bottom-layer steel plate is located under the upper-layer main reinforcements; the hooking assemblies are fixedly arranged at the top end of the bottom-layer steel plate at intervals; the plurality of flexible connection type tie bars respectively have deformation capability; the bottom end of each flexible connection type tie bar is hung on one hooking assembly, and the top end of each flexible connection type tie bar is wound and positioned on the upper-layer main bar; the upper-layer main reinforcements, the bottom-layer steel plate, the hooking components and the flexible connection type tie bars are respectively poured in the concrete layer; when the concrete layer is subjected to external impact force, the flexible connection type tie bars in the impact area deform so as to prevent impact load from being directly transmitted to the bottom layer steel plate. The structural design requirement is met, the impact load resistance of the single-steel-plate concrete can be improved in structural arrangement, site construction is facilitated, and the single-steel-plate concrete is suitable for modular construction.
本发明公开了一种单钢板混凝土组合结构及其施工方法，所述单钢板混凝土组合结构包括：上层主筋；底层钢板，位于上层主筋正下方；若干钩接组件，分别间隔固定设置在所述底层钢板的顶端；若干软连接式拉筋，分别具有形变能力；每一软连接式拉筋的底端挂接在一钩接组件上，每一软连接式拉筋的顶端缠绕定位设置在上层主筋上；混凝土层，所述上层主筋、底层钢板、钩接组件和软连接式拉筋分别浇筑于混凝土层内部；当混凝土层受到外界冲击力时，撞击区域内的软连接式拉筋发生形变，以避免撞击载荷直接传递至所述底层钢板上。本发明不仅满足结构设计要求，而且在结构布置上可提高单钢板混凝土抗冲击荷载的能力，便于现场施工，适合开展模块化施工。
Single steel plate concrete composite structure and construction method thereof
单钢板混凝土组合结构及其施工方法
YU YUE (author) / SUI CHUNGUANG (author) / GAO AIPING (author) / LIU YULIN (author) / CAI LIJIAN (author) / LI YUMIN (author) / MENG JIAN (author) / WANG PENG (author) / SHEN LIANG (author) / FENG ZHIMAO (author)
2023-03-14
Patent
Electronic Resource
Chinese
Double-steel-plate concrete composite structure and construction method thereof
| European Patent Office | 2024
Large cantilever steel plate-concrete composite structure and construction method thereof
| European Patent Office | 2024
Construction method of steel plate-concrete composite structure
| European Patent Office | 2021
Construction method of steel plate and concrete composite structure
| European Patent Office | 2022
| European Patent Office | 2020