A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Sliding type bearing-vibration/shock absorption dual-function combination column
The invention relates to the technical field of building structural members, and discloses a sliding type bearing-vibration/shock reduction dual-function combination column which comprises a hollow interlayer concrete filled steel tube outer column and a solid concrete filled steel tube inner column which are arranged in a central symmetry mode. A plurality of transversely connected springs and dampers are arranged between the outer column and the inner column in the height direction; the top and the bottom of the inner column are each provided with a sliding device. The outer column and the inner column form a whole by arranging a connecting steel plate at the top and the bottom of the outer column respectively. According to the sliding type bearing-vibration/shock absorption dual-function combination column, the inner column and the outer column bear vertical loads together under the action of static loads, and the bearing capacity equal to that of a traditional structural column is achieved; under the action of an earthquake, the system can be regarded as a structure-TMD system, the outer column is equivalent to a main body structure part, the inner column, the spring and the damper jointly form the TMD system, the effect of frequency modulation resonance is achieved, and through the synergistic effect between structure improvement and energy distribution, the safety of the main body structure is protected.
本发明涉及建筑结构件技术领域，公开了一种滑动式承载‑减振/震双功能组合柱，包括中心对称布置的中空夹层钢管混凝土外柱和实心钢管混凝土内柱；外柱与内柱之间沿高度方向布置若干横向连接的弹簧和阻尼器；内柱柱顶和柱底各设置一个滑动装置；外柱通过在柱顶和柱底各设置一块连接钢板与内柱组成一个整体。该滑动式承载‑减振/震双功能组合柱，在静荷载作用下内柱和外柱共同承受竖向荷载，具备与传统结构柱等同的承载能力；在地震作用下，可视为结构‑TMD系统，其中外柱相当于主体结构部分，内柱与弹簧和阻尼器共同组成TMD系统，实现“调频谐振”的作用，通过结构改进与能量分配之间的协同作用，从而保护主体结构的安全。
Sliding type bearing-vibration/shock absorption dual-function combination column
The invention relates to the technical field of building structural members, and discloses a sliding type bearing-vibration/shock reduction dual-function combination column which comprises a hollow interlayer concrete filled steel tube outer column and a solid concrete filled steel tube inner column which are arranged in a central symmetry mode. A plurality of transversely connected springs and dampers are arranged between the outer column and the inner column in the height direction; the top and the bottom of the inner column are each provided with a sliding device. The outer column and the inner column form a whole by arranging a connecting steel plate at the top and the bottom of the outer column respectively. According to the sliding type bearing-vibration/shock absorption dual-function combination column, the inner column and the outer column bear vertical loads together under the action of static loads, and the bearing capacity equal to that of a traditional structural column is achieved; under the action of an earthquake, the system can be regarded as a structure-TMD system, the outer column is equivalent to a main body structure part, the inner column, the spring and the damper jointly form the TMD system, the effect of frequency modulation resonance is achieved, and through the synergistic effect between structure improvement and energy distribution, the safety of the main body structure is protected.
本发明涉及建筑结构件技术领域，公开了一种滑动式承载‑减振/震双功能组合柱，包括中心对称布置的中空夹层钢管混凝土外柱和实心钢管混凝土内柱；外柱与内柱之间沿高度方向布置若干横向连接的弹簧和阻尼器；内柱柱顶和柱底各设置一个滑动装置；外柱通过在柱顶和柱底各设置一块连接钢板与内柱组成一个整体。该滑动式承载‑减振/震双功能组合柱，在静荷载作用下内柱和外柱共同承受竖向荷载，具备与传统结构柱等同的承载能力；在地震作用下，可视为结构‑TMD系统，其中外柱相当于主体结构部分，内柱与弹簧和阻尼器共同组成TMD系统，实现“调频谐振”的作用，通过结构改进与能量分配之间的协同作用，从而保护主体结构的安全。
Sliding type bearing-vibration/shock absorption dual-function combination column
一种滑动式承载-减振/震双功能组合柱
FANG XIAOJUN (author)
2022-07-12
Patent
Electronic Resource
Chinese
Swing type bearing-vibration/shock absorption dual-function combination column
| European Patent Office | 2022
| European Patent Office | 2024
Steel column foot structure with shock absorption function
| European Patent Office | 2020