1) reverse construction method of the basement
地下室全逆作法施工
1.
It is concerned with structure design and analysis of Guangzhou Minghui commercial building, and the optimization design of the reverse construction method of the basement is introduced.
介绍了广州名汇商业大厦的结构设计和分析,着重阐明了采用了新型支撑体系的适应于高层多塔楼建筑的地下室全逆作法施工的优化设计,并对带约束拉杆异形钢管混凝土柱技术的研究作出说明,同时介绍了工程中应用的钢-混凝土组合结构转换层结构及钢管混凝土柱节点等组合结构新技术。
3) reverse construction
逆作法施工
1.
Through construction Practice of reverse construction of underground structure, This article describes the technology of foundation pit supporting , earthwork,formwork,steel bars and concrete works and monitoring in the construction,Control measures of cracks of concrete and quality control measures of stability of pit are also be described.
通过地下结构的逆作法施工实践,对施工中基坑支撑、土方开挖、模板、钢筋、混凝土工程等的施工监测技术,以及地下室逆施中混凝土裂缝控制、基坑安全的各项质量保证措施进行了介绍。
4) top-down construction
逆作法施工
1.
the paper introduces the top-down construction principles,its classification,technique direction and construction method.
针对高层建筑日益增多的趋势,为了安全施工和环境效益,介绍了逆作法施工的原理、分类、工艺特点以及逆作法施工方案。
5) top-down construction method
逆作法施工
1.
The following protection measures of construction were adopted on the side of subway in Shanghai Changfeng Commercial Mart that top-down construction method was taken: making the diaphragm walls thicker,delaminating and division and excavating orderly in excavation engineering,reinforcing in pit,remaining rational obligating width of soils near diaphragm walls and excavating the obligating soils.
上海长峰商城超大型基坑逆作法施工期间在临近地铁侧采取了如下施工保护措施:加厚围护结构地下连续墙、分层分区并按一定的顺序开挖、坑内加固、留设预留土体以及对预留土体开挖等;实测数据的分析结果表明:这些施工保护措施使临近地铁侧地下连续墙的水平变形大大减小,仅相当于非地铁侧的40。
2.
The top-down construction method is an effective method.
逆作法施工中在地下连续墙内侧留设合理的预留土体,采用盆式开挖可以提高机械挖土效率,加快挖土速度,也是控制地下连续墙变形的一个有效方法。
6) underground structure group construction
地下洞室群施工
1.
According to the characteristics of underground structure group construction in hydraulic power project,a method for schedule forecasting and control based on real-time simulation was presented with cycle ope-ration network simulation and network analysis techniques.
针对水电工程地下洞室群的施工特性,采用循环网络仿真与网络计划分析技术,提出了基于实时仿真的地下洞室群施工进度预测与控制方法。
补充资料：子初全溪作
【诗文】：
全溪不可到，况复尽余醅。汉苑生春水，昆池换劫灰。
战蒲知雁唼，皱月觉鱼来。清兴恭闻命，言诗未敢回。
【注释】：
【出处】：
全唐诗：卷539-77
全溪不可到，况复尽余醅。汉苑生春水，昆池换劫灰。
战蒲知雁唼，皱月觉鱼来。清兴恭闻命，言诗未敢回。
【注释】：
【出处】：
全唐诗：卷539-77
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