张耀林 1常明媛 1王谡鸣 1张蓉 1李彦鹏 2吴昊2
作者信息
- 1. 中建科工集团有限公司,上海 201100
- 2. 华东建筑设计研究院有限公司,上海 200002
- 折叠
摘要
Abstract
With the in-depth promotion of the rural revitalization strategy and the"Good Housing"policy,the construction of rural livable housing has become a focus of social attention.Traditional rural housing construction faces problems such as low design efficiency,long construction periods,and difficulty in meeting personalized demands,and it is urgent to optimize it through innovative technologies.Modular steel structure buildings,as a building form with efficient,green and sustainable characteristics,provide a new solution for the construction of rural livable housing.This paper applies steel structure modular residential buildings to the construction of rural livable housing,focusing on the full life cycle research of modular steel structure buildings,including the digital design in the preliminary scheme,the mid-term architectural design,and the later construction and operation-maintenance stages.By introducing digital intelligence technologies such as AIGC-assisted design tools,a Unity three-dimensional digital platform,and intelligent layout algorithms,data interoperability across all project phases is achieved,enabling the integrated implementation and application of design,construction and operation-maintenance of modular steel structure housing,and developing modular steel structure building solutions that meet rural livability requirements.Practical cases show that compared with traditional design and construction processes,modular steel structure construction projects using digital technology have achieved significant improvements in cost control,construction duration,efficiency and user satisfaction,while providing practical references for building safe,comfortable,green and smart"Good Housing".关键词
模块化钢结构建筑/乡村宜居房/乡村振兴/AIGC辅助设计/Unity三维设计平台/智能布局算法Key words
modular steel structure building/rural livable housing/rural revitalization/AIGC-assisted design/Unity 3D design platform/intelligent layout algorithm分类
建筑与水利
