Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Building module unit and modular building structure
The invention relates to a building module unit and a modular building structure, and the building module unit comprises a frame body and a supporting assembly; the frame body is in a cube shape and comprises beams, columns and damping node assemblies, the beams form transverse edges of the cube, the columns form vertical edges of the cube, the beams and the columns are directly connected or connected through the damping node assemblies, and at least one damping node assembly is arranged at each of the joints of the beams and the columns on eight vertexes of the frame body; the damping node assembly can be plastically deformed under stress; the at least one group of supporting components are arranged in a truss frame consisting of beams and columns in the frame body; supporting assemblies are arranged in at least two opposite truss frames. The two ends of the supporting assembly are correspondingly arranged at the two ends, in the vertical direction, of the truss frame respectively. The supporting assembly can be plastically deformed under stress. The building module unit has the advantages that the damping node assembly and the supporting assembly act synergistically, and the rigidity, the bearing capacity and the energy dissipation capacity of the building module unit can be effectively improved.
本发明涉及一种建筑模块单元及模块化建筑结构，其中，建筑模块单元，包括架本体和支撑组件；架本体为立方体形，包括梁、柱和阻尼节点组件，梁构成立方体形的横边，柱构成立方体形的竖边，梁和柱直接连接或通过阻尼节点组件连接，且在架本体的八个顶点上的梁与柱的连接处均设置至少一个阻尼节点组件；阻尼节点组件能够受力塑性形变；至少一组支撑组件设置在架本体中由梁和柱组成的一个榀框架内；至少两个相对的榀框架内设置有支撑组件；支撑组件的两端分别对应设置在榀框架沿竖直方向的两端；支撑组件能够受力塑性形变。其有益效果是，阻尼节点组件和支撑组件二者协同作用，可有效提升建筑模块单元刚度、承载能力与耗能能力。
Building module unit and modular building structure
The invention relates to a building module unit and a modular building structure, and the building module unit comprises a frame body and a supporting assembly; the frame body is in a cube shape and comprises beams, columns and damping node assemblies, the beams form transverse edges of the cube, the columns form vertical edges of the cube, the beams and the columns are directly connected or connected through the damping node assemblies, and at least one damping node assembly is arranged at each of the joints of the beams and the columns on eight vertexes of the frame body; the damping node assembly can be plastically deformed under stress; the at least one group of supporting components are arranged in a truss frame consisting of beams and columns in the frame body; supporting assemblies are arranged in at least two opposite truss frames. The two ends of the supporting assembly are correspondingly arranged at the two ends, in the vertical direction, of the truss frame respectively. The supporting assembly can be plastically deformed under stress. The building module unit has the advantages that the damping node assembly and the supporting assembly act synergistically, and the rigidity, the bearing capacity and the energy dissipation capacity of the building module unit can be effectively improved.
本发明涉及一种建筑模块单元及模块化建筑结构，其中，建筑模块单元，包括架本体和支撑组件；架本体为立方体形，包括梁、柱和阻尼节点组件，梁构成立方体形的横边，柱构成立方体形的竖边，梁和柱直接连接或通过阻尼节点组件连接，且在架本体的八个顶点上的梁与柱的连接处均设置至少一个阻尼节点组件；阻尼节点组件能够受力塑性形变；至少一组支撑组件设置在架本体中由梁和柱组成的一个榀框架内；至少两个相对的榀框架内设置有支撑组件；支撑组件的两端分别对应设置在榀框架沿竖直方向的两端；支撑组件能够受力塑性形变。其有益效果是，阻尼节点组件和支撑组件二者协同作用，可有效提升建筑模块单元刚度、承载能力与耗能能力。
Building module unit and modular building structure
一种建筑模块单元及模块化建筑结构
LI ZUOHUA (Autor:in) / TIAN DEYUAN (Autor:in) / CHEN JIE (Autor:in) / WANG JIALE (Autor:in) / LIU QIANG (Autor:in) / WU BO (Autor:in) / WANG ZHEN (Autor:in) / XU HANG (Autor:in)
23.02.2024
Patent
Elektronische Ressource
Chinesisch
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