1) complex high-rise building
复杂高层
1.
Seismic performance evaluation of a complex high-rise building with large openings in the elevation;
立面开大洞复杂高层结构的整体抗震性能评价
2.
Chongqing Guohui Center is a complex high-rise building,and the height of the structure is beyond the Chinese code limits.
重庆国汇中心酒店楼为高度超限的复杂高层建筑结构,本文一方面介绍了该工程的常规"二阶段设计"过程,另一方面将基于性能抗震设计理念应用到芯筒加强区剪力墙、加强层桁架等关键构件的抗震设计中,提出了核心筒剪力墙"中震弹性"和加强层伸臂桁架"中震不屈服"的性能指标,计算分析表明,这样设计能够有效提高整个建筑的抗震性能。
2) complex tall building
复杂高层
1.
Based on the analysis of a practical engineering case, the paper suggests, while using SATWE, how to select the suitable structural system for transfer structures with short arm shear walls between the systems of "complex tall building" and"short arm shear wall" provided in SATWE.
通过某工程实例的计算分析过程,论述了对于带短肢剪力墙的框支结构,在采用SATWE软件进行结构分析时,在总信息的"结构体系"一项中,对软件提供的"复杂高层"和"短肢剪力墙"两种结构体系,设计人员究竟怎样选择结构体系进行分析才准确。
2.
Combining with an example of comjoined structure design for complex tall building, conjoined structure type, structural computation and economical analysis are discussed.
结合某凯旋门式复杂高层连体的结构工程实例的设计,探讨了连体结构选型、结构计算及经济分析等问题。
3) complex tall building
复杂高层结构
1.
MDOF substructure pseudo-dynamic testing for complex tall buildings;
MDOF子结构拟动力方法在复杂高层结构抗震试验中的应用研究
2.
Multi-towers structure with transfer story, which is liable to satisfy the architectural function that small space should lay at the top of the building while big space on the bottom, have been applied widely, but methods and experiences about structural design of such complex tall building are absent at present and the relative regulations in the code are not definite and not liable to operate.
针对厦门东方时代广场具有转换层、多塔楼、连体等的特点,在全面系统地对国内外有关复杂高层建筑结构特别是多塔楼带转换层复杂高层结构的设计、研究现状和工程应用情况进行综述的基础上,本文采用两种通用分析程序进行结构分析与对比,并针对其动力反应特点提出了结构构件的抗震加强措施、结构设计要点及若干技术措施。
4) complicated high-rise building
复杂高层建筑
1.
Thus,it has been a main tendency to analyze seismic performance of complicated high-rise building on the basis of large numerical computation.
这样,基于大型数值计算的复杂高层建筑结构的抗震性能分析方法已逐步成为主流趋势。
5) complicated super high rise building
复杂超高层建筑
6) seam with high explosion in potential and complicated structure
高爆性复杂结构煤层
1.
Research on water injection technology for seam with high explosion in potential and complicated structure;
高爆性复杂结构煤层注水技术研究
补充资料:采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
霹 采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
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