Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Staged energy dissipation buckling-restrained brace system based on paper folding structure and process
The embodiments of the invention disclose a staged energy dissipation buckling-restrained brace system based on a paper folding structure. The staged energy dissipation buckling-restrained brace system comprises a pair of core materials, a first-stage energy dissipation structure, a first movable top plate, a second movable top plate, first sleeves and second sleeves; the pair of core materials are fixedly connected with the first movable top plate and the second movable top plate correspondingly, the core materials are sleeved with the first sleeves, and the second sleeves are arranged on theconnecting portion of the first movable top plate and the second movable top plate in a sleeving mode; and the first-stage energy dissipation structure is arranged between the first movable top plateand the second movable top plate, the space between the interiors of the first sleeves and the core materials is filled with grouting materials, and the core materials are wrapped with unbonded materials. The invention further provides a process for manufacturing the system. The staged energy dissipation buckling-restrained brace system can be widely applied to the technical fields of building house structures, bridges, non-structural components and the like, has the characteristics of multi-stage energy dissipation and power generation, and can meet the energy dissipation work under different working conditions.
本发明实施例公开了一种基于折纸结构的分阶段耗能防屈曲支撑系统，包括芯材、第一阶段耗能结构、第一活动顶板、第二活动顶板、第一套管、第二套管；所述芯材为一对，分别与所述第一活动顶板、第二活动顶板固定连接，所述芯材外套装有所述第一套管，所述第二套管套设于所述第一活动顶板、第二活动顶板的连接部分上，所述第一阶段耗能结构设置于所述第一活动顶板、第二活动顶板之间，所述第一套管内与所述芯材之间填充有灌浆料，所述芯材外包裹有无粘结材料，本发明还提供了制作上述系统的工艺。采用本发明可以可广泛应用于建筑房屋结构、桥梁、非结构构件等技术领域，具有多阶段耗能和发电的特点，可以满足不同工况下的耗能工作。
Staged energy dissipation buckling-restrained brace system based on paper folding structure and process
The embodiments of the invention disclose a staged energy dissipation buckling-restrained brace system based on a paper folding structure. The staged energy dissipation buckling-restrained brace system comprises a pair of core materials, a first-stage energy dissipation structure, a first movable top plate, a second movable top plate, first sleeves and second sleeves; the pair of core materials are fixedly connected with the first movable top plate and the second movable top plate correspondingly, the core materials are sleeved with the first sleeves, and the second sleeves are arranged on theconnecting portion of the first movable top plate and the second movable top plate in a sleeving mode; and the first-stage energy dissipation structure is arranged between the first movable top plateand the second movable top plate, the space between the interiors of the first sleeves and the core materials is filled with grouting materials, and the core materials are wrapped with unbonded materials. The invention further provides a process for manufacturing the system. The staged energy dissipation buckling-restrained brace system can be widely applied to the technical fields of building house structures, bridges, non-structural components and the like, has the characteristics of multi-stage energy dissipation and power generation, and can meet the energy dissipation work under different working conditions.
本发明实施例公开了一种基于折纸结构的分阶段耗能防屈曲支撑系统，包括芯材、第一阶段耗能结构、第一活动顶板、第二活动顶板、第一套管、第二套管；所述芯材为一对，分别与所述第一活动顶板、第二活动顶板固定连接，所述芯材外套装有所述第一套管，所述第二套管套设于所述第一活动顶板、第二活动顶板的连接部分上，所述第一阶段耗能结构设置于所述第一活动顶板、第二活动顶板之间，所述第一套管内与所述芯材之间填充有灌浆料，所述芯材外包裹有无粘结材料，本发明还提供了制作上述系统的工艺。采用本发明可以可广泛应用于建筑房屋结构、桥梁、非结构构件等技术领域，具有多阶段耗能和发电的特点，可以满足不同工况下的耗能工作。
Staged energy dissipation buckling-restrained brace system based on paper folding structure and process
一种基于折纸结构的分阶段耗能防屈曲支撑系统及工艺
YU YING (Autor:in) / HANG ZHENYUAN (Autor:in) / ZHAO XIAOHUA (Autor:in)
09.02.2021
Patent
Elektronische Ressource
Chinesisch
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