A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a novel multi-layer beam column hinged supporting steel frame structure system. The novel multi-layer beam column hinged supporting steel frame structure system comprises a plurality of layers of supporting steel frame structures, and a plurality of inter-column supporting structures used for supporting lateral loads are correspondingly hinged in each layer of supporting steel frame structure. Each supporting steel frame structure is formed by sequentially splicing a plurality of vertically-arranged frame steel columns and a plurality of horizontally-arranged steel beams detachably connected with the frame steel columns. The inter-column supporting structure in each layer of supporting steel frame structure is arranged to be in a W shape or a herringbone shape. By reasonably arranging the positions of the supporting structures between the columns and adjusting the positions of the rigid center and the centroid of the multi-layer steel frame, a lateral-force-resisting supporting system of the multi-layer steel frame is formed, lateral loads can be resisted, and under the action of the lateral loads, lateral displacement is reduced, so that the multi-layer supporting steel frame achieves a strong supporting frame.
本发明公开了一种新型多层梁柱铰接支撑钢框架结构体系，包括分设为多层的支撑钢框架结构，每层支撑钢框架结构的内部分别铰接设置有若干用于支撑侧向载荷的柱间支撑结构，支撑钢框架结构由若干竖向设置的框架钢柱以及若干与框架钢柱可拆卸连接且水平设置的钢梁依次拼接而成；每一层支撑钢框架结构内部的柱间支撑结构设置为W形或人字形。本发明通过合理设置柱间支撑结构的位置，调整多层钢框架的刚心、形心位置，形成多层钢框架的抗侧力支撑体系，能够抵抗侧向载荷，在侧向荷载作用下，侧向位移变小，使多层支撑钢框架达到强支撑框架。
The invention discloses a novel multi-layer beam column hinged supporting steel frame structure system. The novel multi-layer beam column hinged supporting steel frame structure system comprises a plurality of layers of supporting steel frame structures, and a plurality of inter-column supporting structures used for supporting lateral loads are correspondingly hinged in each layer of supporting steel frame structure. Each supporting steel frame structure is formed by sequentially splicing a plurality of vertically-arranged frame steel columns and a plurality of horizontally-arranged steel beams detachably connected with the frame steel columns. The inter-column supporting structure in each layer of supporting steel frame structure is arranged to be in a W shape or a herringbone shape. By reasonably arranging the positions of the supporting structures between the columns and adjusting the positions of the rigid center and the centroid of the multi-layer steel frame, a lateral-force-resisting supporting system of the multi-layer steel frame is formed, lateral loads can be resisted, and under the action of the lateral loads, lateral displacement is reduced, so that the multi-layer supporting steel frame achieves a strong supporting frame.
本发明公开了一种新型多层梁柱铰接支撑钢框架结构体系，包括分设为多层的支撑钢框架结构，每层支撑钢框架结构的内部分别铰接设置有若干用于支撑侧向载荷的柱间支撑结构，支撑钢框架结构由若干竖向设置的框架钢柱以及若干与框架钢柱可拆卸连接且水平设置的钢梁依次拼接而成；每一层支撑钢框架结构内部的柱间支撑结构设置为W形或人字形。本发明通过合理设置柱间支撑结构的位置，调整多层钢框架的刚心、形心位置，形成多层钢框架的抗侧力支撑体系，能够抵抗侧向载荷，在侧向荷载作用下，侧向位移变小，使多层支撑钢框架达到强支撑框架。
Novel multi-layer beam column hinged supporting steel frame structure system
一种新型多层梁柱铰接支撑钢框架结构体系
ZHANG YU (author)
2021-11-30
Patent
Electronic Resource
Chinese
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