2) the ultra-long side wall of basement
地下室超长外墙
4) Underground super long wall
地下超长地下外墙体
5) basement wall
地下室墙体
1.
Reason analysis of the vertical cracking in the concrete of basement wall
地下室墙体混凝土纵向开裂成因分析
2.
Based on the fact that the authors have attended some basement wall s designing,construction and supervisory administration the paper analyzes the mechanism of concrete cracks,states some protective measures and explains the importance of strengthening the management and the supervisory administration.
根据几座地下室墙体的设计、施工、监理的实际情况 ,通过对混凝土产生裂缝的机理的分析 ,阐明了混凝土产生裂缝的防范措施 ,说明了加强管理及认真监理对裂缝控制的重要性。
3.
Based on static analysis of basement wall of high rising buildings that serve varied functions, a practical internal force calculation and section bearing capacity reinforcement method is presented in this paper.
针对不同功能的地下室墙体 ,分析其所受作用、效应及受力特征 ,介绍了高层建筑地下室墙体在工程实践中符合实际的内力计算与截面配筋方法 ,给出了相应的配筋构造 ,并提出了在进行高层建筑人防地下室设计时应注意的事
6) over-length basement
超长地下室
1.
Combined with project practice, this paper systematically summarized the structure design for large and over-length basement, detailedly stated the main stress capability, design and calculation of base, over-length basement and every phase, and also the application of shrinkage compensating concrete as well as main technical issues of design and construction.
本文结合工程实例,对大型超长地下室结构设计进行较为系统的总结,详细阐述了基础、超长地下室和各设计阶段的主要受力特性,设计与计算,补偿收缩混凝土的应用以及设计和施工中需要注意的主要技术问题。
补充资料：地下连续墙法
见地下连续墙。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条