Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Large-area basement building ground integral crack control construction method based on fractal theory
The invention discloses a fractal theory-based large-area basement building ground integral crack control construction method, which is a fractal theory-based self-similarity construction method, and comprises the following steps of: firstly, performing multi-level fractal iterative design by taking a large-area basement whole building ground as a maximum self-similarity block; the fractal control structures are divided into a plurality of self-similar blocks with different proportions to form a regular self-similar block set, and then the fractal control structures are organized and arranged at different fractal iteration nodes. According to the method, the fractal theory serves as the theoretical basis, fractal iteration of different levels is carried out on the large-area basement building ground by applying the principles of fractal iteration, fractal self-similarity and the like, super-long and super-wide large-area basements are changed into small and large, the complexity is changed into simple, the construction organization and management are optimized, and the construction efficiency is improved; a modularized crack control structure is organized, redundancy management is applied, and multiple crack control measures are designed at key detail nodes, so that the purpose of controlling cracks is achieved.
本发明公开了一种基于分形理论的大面积地下室建筑地面整体性裂缝控制施工方法，基于分形理论自相似建造方法，首先将大面积地下室整体建筑地面作为最大的自相似块化大为小，进行多层级分形迭代设计，分成若干不同比例的自相似块，组成有规律的自相似块集，再将各裂缝控制构造有组织的布置于不同的分形迭代节点处。本发明以分形理论为理论基础，运用分形迭代、分形自相似等原理，将大面积地下室建筑地面进行不同层级的分形迭代，将超长、超宽的大面积地下室化大为小、化繁为简，优化施工组织和管理，提高施工效率；有组织的设置模块化的裂缝控制构造，并运用余度管理，在关键细部节点处设计多道裂缝控制措施，以达到控制裂缝的目的。
Large-area basement building ground integral crack control construction method based on fractal theory
The invention discloses a fractal theory-based large-area basement building ground integral crack control construction method, which is a fractal theory-based self-similarity construction method, and comprises the following steps of: firstly, performing multi-level fractal iterative design by taking a large-area basement whole building ground as a maximum self-similarity block; the fractal control structures are divided into a plurality of self-similar blocks with different proportions to form a regular self-similar block set, and then the fractal control structures are organized and arranged at different fractal iteration nodes. According to the method, the fractal theory serves as the theoretical basis, fractal iteration of different levels is carried out on the large-area basement building ground by applying the principles of fractal iteration, fractal self-similarity and the like, super-long and super-wide large-area basements are changed into small and large, the complexity is changed into simple, the construction organization and management are optimized, and the construction efficiency is improved; a modularized crack control structure is organized, redundancy management is applied, and multiple crack control measures are designed at key detail nodes, so that the purpose of controlling cracks is achieved.
本发明公开了一种基于分形理论的大面积地下室建筑地面整体性裂缝控制施工方法，基于分形理论自相似建造方法，首先将大面积地下室整体建筑地面作为最大的自相似块化大为小，进行多层级分形迭代设计，分成若干不同比例的自相似块，组成有规律的自相似块集，再将各裂缝控制构造有组织的布置于不同的分形迭代节点处。本发明以分形理论为理论基础，运用分形迭代、分形自相似等原理，将大面积地下室建筑地面进行不同层级的分形迭代，将超长、超宽的大面积地下室化大为小、化繁为简，优化施工组织和管理，提高施工效率；有组织的设置模块化的裂缝控制构造，并运用余度管理，在关键细部节点处设计多道裂缝控制措施，以达到控制裂缝的目的。
Large-area basement building ground integral crack control construction method based on fractal theory
一种基于分形理论的大面积地下室建筑地面整体性裂缝控制施工方法
JIANG YUN (Autor:in) / TANG XIAOBAN (Autor:in) / LUO XIANLIN (Autor:in) / FANG ZHENGANG (Autor:in) / YUEFENG LUO (Autor:in) / WANG YU (Autor:in) / GAO SHUANG (Autor:in)
18.07.2023
Patent
Elektronische Ressource
Chinesisch
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