摘要
为了探究建筑地下结构裂缝的有效控制方法,进行了建筑地下结构裂缝控制方法及其工程应用研究。通过深入分析,提出了多种控制策略,包括温度应力计算、建筑地下结构施工原材料优化选择、设置膨胀加强带与后浇带、实时测温等。本文还结合实际工程案例,分析了这些方法在实践中的应用效果。研究结果表明,合理的材料选择和结构设计,以及严格的施工控制,可以有效减少地下结构的裂缝。这为建筑行业提供了宝贵的经验和参考,有助于提高地下结构的稳定性和安全性。
In order to explore effective control methods for cracks in underground structures of buildings,this paper conducted research on crack control methods and their engineering applications in underground structures of buildings.Through in-depth analysis,multiple control strategies have been proposed,including temperature stress calculation,optimization selection of raw materials for underground construction of buildings,setting expansion strengthening zones and post pouring zones,real-time temperature measurement,etc.This article also combines practical engineering cases to analyze the application effects of these methods in practice.The research results indicate that reasonable material selection and structural design,as well as strict construction control,can effectively reduce cracks in underground structures.This provides valuable experience and reference for the construction industry,helping to improve the stability and safety of underground structures.
作者
姬寓
JI Yu(Jiangsu United Vocational and Technical College Nanjing Branch)
出处
《广东建材》
2024年第12期137-140,共4页
Guangdong Building Materials
基金
2022年度江苏联合职业技术学院课题(B/2022/11/006)
2023年度全国职业教育科研规划课题(2023QZJ011)
2024年度高校哲学社会科学研究一般项目(2024SJYB0511).
关键词
建筑
地下
结构
裂缝
控制
工程
Architecture
Underground
Structure
Cracks
Control
Engineering
