Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-performance combined structure residence system
The invention relates to a high-performance combined structure residence system. The high-performance combined structure residence system comprises a cross beam, a column body, a shear wall and a floor system. The column body is composed of multiple sequentially-fixed combined column joints. The combined column joints comprise round steel pipes, T type steel, end plates and cover plates. Concreteis poured into the round steel pipes. The multiple pieces of T type steel are arranged in the circumferential directions of the round steel pipes at intervals. In the high-performance combined structure residence system, the concrete of the round steel pipes is located near a neutral shaft to mainly bear axial force, the beneficial effect that the axial pressure mechanical performance of the concrete of the round steel pipes is good is fully exerted, the T type steel is away from the neutral shaft, the arm of force is increased, the flexural capacity is greatly improved, and therefore the anti-bending mechanical performance is greatly improved. Meanwhile, the T type steel is located on the outer side, so that connection is facilitated, all bolt connection of beam and column joints and column and column vertical splicing joints is achieved, a steel column can be prevented from being exposed out of a wall body during connection, and the purpose of hiding the column in the wall body is achieved. In addition, the combined column joints are easy to machine, capable of being automatically produced and low in production cost.
本发明涉及一种高性能组合结构住宅体系，其包括横梁、柱体、剪力墙以及楼盖；所述柱体由若干个上下依次固定的组合柱节；所述组合柱节包括圆钢管、T型钢、端板和盖板；所述圆钢管内浇筑有混凝土，多个所述T型钢沿所述圆钢管的周向间隔设置，本申请中，圆钢管混凝土位于中和轴附近主要承受轴力，充分发挥圆钢管混凝土轴压力学性能好的优势，T型钢远离中和轴设置，力臂增大，抗弯承载力大大提高，从而大大提高抗弯力学性能。同时，T型钢位于外侧便于连接，实现了梁柱节点、柱与柱竖向拼接节点全螺栓连接，在连接时也可避免钢柱外露于墙体外，实现将柱隐藏于墙体内的目的。此外，本发明组合柱节加工简单，可自动化生产，生产成本低。
High-performance combined structure residence system
The invention relates to a high-performance combined structure residence system. The high-performance combined structure residence system comprises a cross beam, a column body, a shear wall and a floor system. The column body is composed of multiple sequentially-fixed combined column joints. The combined column joints comprise round steel pipes, T type steel, end plates and cover plates. Concreteis poured into the round steel pipes. The multiple pieces of T type steel are arranged in the circumferential directions of the round steel pipes at intervals. In the high-performance combined structure residence system, the concrete of the round steel pipes is located near a neutral shaft to mainly bear axial force, the beneficial effect that the axial pressure mechanical performance of the concrete of the round steel pipes is good is fully exerted, the T type steel is away from the neutral shaft, the arm of force is increased, the flexural capacity is greatly improved, and therefore the anti-bending mechanical performance is greatly improved. Meanwhile, the T type steel is located on the outer side, so that connection is facilitated, all bolt connection of beam and column joints and column and column vertical splicing joints is achieved, a steel column can be prevented from being exposed out of a wall body during connection, and the purpose of hiding the column in the wall body is achieved. In addition, the combined column joints are easy to machine, capable of being automatically produced and low in production cost.
本发明涉及一种高性能组合结构住宅体系，其包括横梁、柱体、剪力墙以及楼盖；所述柱体由若干个上下依次固定的组合柱节；所述组合柱节包括圆钢管、T型钢、端板和盖板；所述圆钢管内浇筑有混凝土，多个所述T型钢沿所述圆钢管的周向间隔设置，本申请中，圆钢管混凝土位于中和轴附近主要承受轴力，充分发挥圆钢管混凝土轴压力学性能好的优势，T型钢远离中和轴设置，力臂增大，抗弯承载力大大提高，从而大大提高抗弯力学性能。同时，T型钢位于外侧便于连接，实现了梁柱节点、柱与柱竖向拼接节点全螺栓连接，在连接时也可避免钢柱外露于墙体外，实现将柱隐藏于墙体内的目的。此外，本发明组合柱节加工简单，可自动化生产，生产成本低。
High-performance combined structure residence system
一种高性能组合结构住宅体系
GONG CHAO (Autor:in) / HOU ZHAOXIN (Autor:in) / LIANG WEIQIAO (Autor:in) / WANG ZHIWEN (Autor:in) / MIN HONGGUANG (Autor:in)
19.05.2020
Patent
Elektronische Ressource
Chinesisch
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