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A platform for research: civil engineering, architecture and urbanism
Self-resetting anti-seismic filler wall frame structure based on topology interlocking
A self-resetting anti-seismic filler wall frame structure based on topological interlocking adopts a topological interlocking curved surface as an assembly connecting surface of an assembly type frame structure, a bonding fixing mode of grouting and cast-in-place is not adopted any more, and the assembly connecting surface adopts a non-bonding fixing mode of direct assembly and attachment. The two topological interlocking curved surfaces assembled together have an interlocking function, can perform tiny displacement to a certain degree under the action of external force, can realize friction energy consumption, greatly reduces stress, greatly reduces structural damage caused by earthquakes or the action of the external force, and improves the safety of the structure. The topological interlocking surfaces can limit mutual dislocation of the components at the connecting interfaces, the shear resistance of the assembled building components after installation is improved, and meanwhile, under the action of the topological interlocking surfaces, the assembled building components have a very excellent self-resetting function and can automatically reset after an earthquake occurs.
一种基于拓扑互锁的自复位抗震填充墙框架结构，采用了拓扑互锁曲面作为装配式框架结构的装配连接面，并且不再采用灌浆现浇这种粘接固定方式，装配连接面采用直接装配贴合的非粘接固定方式，装配在一起的两个拓扑互锁曲面之间具有互锁功能，在外力作用下能进行一定程度的微小的位移，并能实现摩擦耗能，极大地减小了应力，从极大地减小地震或外力作用下造成的结构破坏，拓扑互锁面能够在连接界面处限制构件的相互错动，提高了装配式建筑构件安装后的抗剪能力，同时在拓扑互锁面的作用下，具有非常优异的自复位功能，在地震发生后能够自动复位。
Self-resetting anti-seismic filler wall frame structure based on topology interlocking
A self-resetting anti-seismic filler wall frame structure based on topological interlocking adopts a topological interlocking curved surface as an assembly connecting surface of an assembly type frame structure, a bonding fixing mode of grouting and cast-in-place is not adopted any more, and the assembly connecting surface adopts a non-bonding fixing mode of direct assembly and attachment. The two topological interlocking curved surfaces assembled together have an interlocking function, can perform tiny displacement to a certain degree under the action of external force, can realize friction energy consumption, greatly reduces stress, greatly reduces structural damage caused by earthquakes or the action of the external force, and improves the safety of the structure. The topological interlocking surfaces can limit mutual dislocation of the components at the connecting interfaces, the shear resistance of the assembled building components after installation is improved, and meanwhile, under the action of the topological interlocking surfaces, the assembled building components have a very excellent self-resetting function and can automatically reset after an earthquake occurs.
一种基于拓扑互锁的自复位抗震填充墙框架结构，采用了拓扑互锁曲面作为装配式框架结构的装配连接面，并且不再采用灌浆现浇这种粘接固定方式，装配连接面采用直接装配贴合的非粘接固定方式，装配在一起的两个拓扑互锁曲面之间具有互锁功能，在外力作用下能进行一定程度的微小的位移，并能实现摩擦耗能，极大地减小了应力，从极大地减小地震或外力作用下造成的结构破坏，拓扑互锁面能够在连接界面处限制构件的相互错动，提高了装配式建筑构件安装后的抗剪能力，同时在拓扑互锁面的作用下，具有非常优异的自复位功能，在地震发生后能够自动复位。
Self-resetting anti-seismic filler wall frame structure based on topology interlocking
一种基于拓扑互锁的自复位抗震填充墙框架结构
FAN JIAN (author) / CHEN JUNYUN (author) / WU YUHUI (author) / WU ZHIFENG (author) / YAN JUNJIE (author) / LIU CAN (author) / QIN YU (author) / LU YANG (author) / LI YUAN (author) / WANG YIXUAN (author)
2024-03-08
Patent
Electronic Resource
Chinese
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