对高层建筑多采用扣件式钢管脚手架。
With fastener type steel tube scaffold in high-rise building.
制止使用龙门架、钢管脚手架架起电线线路。
How to stop the use of Longmen set up the electrical wiring frame, steel pipe scaffold.
网架安装采用空中散拼的施工方法，采用钢管脚手架临时支撑体系。
The construction method of air assembling separately for grid installation is adopted, the same as temporary support system of steel scaffold.
钢管脚手架是常用的房屋建筑设备，在桥梁施工中也逐渐予以采用。
Steel - tube scaffold is a conventional housing construction equipment. It has been used in bridge construction gradually.
本文同时也对扣件式钢管脚手架极限承载力的进一步研究进行了展望。
This paper also makes the prospect of further research on the ultimate bearing capacity of steel tubular scaffold.
通过计算表明，所提出的计算方法对门式钢管脚手架的设计计算有实用价值。
It is shown through calculation that the method proposed in the paper has great practical value for the design and calc...
因此，高层建筑结构施工中，分段悬挑搭设的扣件式钢管脚手架应用得非常普遍。
Therefore, high building structure construction, segmentation cantilever of the fastener type steel tube scaffold built very common application.
本文主要介绍扣件式钢管脚手架和碗扣式钢管脚手架在桥梁施工中的一些实际应用。
This paper introduces the actual application of two kinds of steel - tube scaffolds to bridge construction, i. e. clip - holding steel - tube scaffold and bowl - holding steel - tube scaffold.
本文对扣件式钢管脚手架杆件接头型式问题，从承载能力，受荷变形方面进行了试验和分析。
This article discusses the joint-types of buckle-type steel tubular scaffold, and analyzes the experiments with load-bearing capacity and load deformation.
济南遮阳蓬施工现场内的龙门架、井字架等巨大设备及钢管脚手架，若没有防雷设备应设备防雷设备。
Longmen, frame, derrick and huge equipment and steel scaffolding Ji 'nan awning in the construction site, if there is no lightning protection equipment equipment lightning protection equipment.
使用操作平台装置的直接费较钢管脚手架降低率为81.9%，并且随着建筑高度的增加，造价差异趋向扩大。
The direct fee caused by platform can be reduced 81.9% to that of steel scaffold. The difference will expands along with the increase of height of high-rise buildings.
在该部位顶板模板施工中成功应用了碗扣式钢管脚手架支撑体系，整个施工过程中未出现任何安全及质量事故。
Cuplock scaffold bracing system was successfully used in those locations, and no any safety or quality accident took place in the whole process of construction.
在建立新型钢管脚手架扣件的有限元分析模型的基础上，对扣件各部件之间的连接以及斜楔的预紧力问题进行了处理。
Based on the finite element analysis (FEA) model of steel tube scaffold couplers, the corresponding connection of scaffold couplers and pre-load of slide wedge have been discussed.
在建立新型钢管脚手架扣件的有限元分析模型的基础上，对扣件各部件之间的连接以及斜楔的预紧力问题进行了处理。
Based on the finite element analysis (FEA) model of steel tube scaffold couplers, the corresponding connection of scaffold couplers and pre-load of slide wedge have been discussed.
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