A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a building damping structure and a multi-dimensional energy dissipation damper thereof, the multi-dimensional energy dissipation damper comprises two connecting plates and at least three arc-shaped steel plates, the two connecting plates are used for being connected with a building structure and are parallel to each other, and the two ends of each arc-shaped steel plate are in smooth transition connection with the edges of the two connecting plates respectively. The direction perpendicular to the connecting plates serves as the X axis, the direction, perpendicular to the height direction of the building structure, in the connecting plates serves as the Y axis, and the direction, parallel to the height direction of the building structure, in the connecting plates serves as the Z axis. When the building structure vibrates in the X-axis direction, the arc-shaped steel plate between the two connecting plates generates elasticoplastic deformation, and vibration energy is dissipated; when the building structure vibrates in the Y-axis direction or the Z-axis direction, the at least three arc-shaped steel plates can form corresponding components, the arc-shaped steel plates generate elasticoplastic deformation, and vibration energy is dissipated; when the building structure generates three-dimensional vibration, the multi-dimensional energy dissipation damper can also achieve effective energy dissipation, and the vibration response of the structure is relieved.
本发明公开了一种建筑减震结构及其多维消能阻尼器，多维消能阻尼器包括两块用于与建筑结构连接的、相互平行的连接板以及至少三个弧形钢板，弧形钢板的两端分别与两块连接板的边缘光滑过渡连接。以垂直于连接板的方向为X轴，连接板内与建筑结构的高度方向垂直的方向为Y轴，连接板内与建筑结构的高度方向平行的方向为Z轴。当建筑结构发生X轴方向的振动时，两块连接板之间的弧形钢板发生弹塑性变形，对振动能量进行耗散；当建筑结构发生Y轴方向或Z轴方向的振动时，至少三个弧形钢板可形成相应分量，弧形钢板发生弹塑性变形、对振动能量进行耗散；当建筑结构发生三维振动时，该多维消能阻尼器也可实现有效耗能，减轻结构的振动反应。
The invention discloses a building damping structure and a multi-dimensional energy dissipation damper thereof, the multi-dimensional energy dissipation damper comprises two connecting plates and at least three arc-shaped steel plates, the two connecting plates are used for being connected with a building structure and are parallel to each other, and the two ends of each arc-shaped steel plate are in smooth transition connection with the edges of the two connecting plates respectively. The direction perpendicular to the connecting plates serves as the X axis, the direction, perpendicular to the height direction of the building structure, in the connecting plates serves as the Y axis, and the direction, parallel to the height direction of the building structure, in the connecting plates serves as the Z axis. When the building structure vibrates in the X-axis direction, the arc-shaped steel plate between the two connecting plates generates elasticoplastic deformation, and vibration energy is dissipated; when the building structure vibrates in the Y-axis direction or the Z-axis direction, the at least three arc-shaped steel plates can form corresponding components, the arc-shaped steel plates generate elasticoplastic deformation, and vibration energy is dissipated; when the building structure generates three-dimensional vibration, the multi-dimensional energy dissipation damper can also achieve effective energy dissipation, and the vibration response of the structure is relieved.
本发明公开了一种建筑减震结构及其多维消能阻尼器，多维消能阻尼器包括两块用于与建筑结构连接的、相互平行的连接板以及至少三个弧形钢板，弧形钢板的两端分别与两块连接板的边缘光滑过渡连接。以垂直于连接板的方向为X轴，连接板内与建筑结构的高度方向垂直的方向为Y轴，连接板内与建筑结构的高度方向平行的方向为Z轴。当建筑结构发生X轴方向的振动时，两块连接板之间的弧形钢板发生弹塑性变形，对振动能量进行耗散；当建筑结构发生Y轴方向或Z轴方向的振动时，至少三个弧形钢板可形成相应分量，弧形钢板发生弹塑性变形、对振动能量进行耗散；当建筑结构发生三维振动时，该多维消能阻尼器也可实现有效耗能，减轻结构的振动反应。
Building damping structure and multi-dimensional energy dissipation damper thereof
一种建筑减震结构及其多维消能阻尼器
2022-02-01
Patent
Electronic Resource
Chinese
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