采用钢管结构，轻巧美观，机动性好。
温室结构为无立柱、大跨度桁架钢管结构。
Sunlight greenhouse structure is steel pipe structure of non-column and large truss depth.
平面K型节点是钢管结构节点主要形式之一。
The planar K-joint is one of the main forms of the joints of the tube structures.
钢管相贯节点是钢管结构中最主要的节点形式之一。
A steel tubular intersecting joint is one of the main joints in steel tube structures.
钢管结构构造简洁，造型优美，常用于大跨度钢结构体系中。
Tubular structures are constructed compactly with perfect shapes and often applied in large-span steel structures.
钢管结构因其诸多优越性在现代建筑尤其是大跨度建筑结构中应用广泛。
Steel Tube Structure has been widely applied to modern architecture, especially to long-span architecture, due to its various advantages.
沿着砖墙的承重钢管结构被重新粉刷，冷阴极照明系统也被进行了改造。
The supporting tubular steel frame was repainted, along with the brick walls, and the cold-cathode lighting system was revamped.
实验表明，采用相贯节点的钢管结构，其滞回特性取决于节点的滞回行为。
It is indicated that the hysteretic properties of pipe truss mainly relies on the hysteretic behavior of joints which are unstiffened connected types.
平面K型和空间KK型节点是直接焊接圆钢管结构中普遍使用的一种节点形式。
The planar K-type and multiplanar KK-type joints are very commonly used in the directly welded circular hollow section (CHS) structures.
由于钢管结构具有优越的结构性能且能创造出赏心悦目的视觉效果，在工程界中获得了越来越广泛的应用。
Tubular structure is used more and more widely in the realm of engineering for its superior behavior and great visual effect.
结合钢管结构在实际工程中的应用情况，介绍了其特点，并对钢管结构的设计及施工要点进行了简要的概述。
Connecting with the application of tubular structure in practical project, this paper introduces its features, and expounds the design and construction points of tubular structure.
而相贯连接钢管结构更以其受力性能好、节约钢材、施工简单、轻巧优美等优点成为目前钢管结构中最主要的结构形式之一。
Intersecting joint has become the major one in steel tube structure, for its advantages in load-carrying capacity, steel-saving, simple construction, legerity, elegance and so on.
在分析汴京虹桥的基础上，将叠梁拱桥扩充到钢筋混凝土结构和钢管结构，并结合实例进一步对单孔叠梁拱桥的构造、设计、计算和施工作了研。
The reinforced concrete structure and steel tubular structure are included into the laminated beam arch bridges on the basis of analysis of Bianjing Rainbow Bridge.
分析了液态混凝土压强对钢管结构的作用，指出了哑铃形钢管拱先圆管后腹腔灌注顺序的合理性，提出了缀板采用对拉杆加固的方案，并分析了对拉杆间距、直径、材质等对缀板位移和应力的影响。
The schemes of reinforcing batten plates by tie bars are put forward and the effects of the space, diameter and types of tie bar on displacement and stress of batten plates are analyzed.
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.
由于良好的力学性能，钢管混凝土结构在土木工程中的应用已有上百年历史。
Because of good mechanical performance, concrete-filled steel tube structures have been used for hundreds years in civil engineering.
其基本建筑构件为镀锌钢管、墙体、楼板、屋面的结构隔热金属板，可与传统的内外饰面进行定制。
The basic building components are galvanized tube steel for the base, structural insulated metal panel for walls, floor and roof and can be customized with conventional interior and exterior finishes.
电焊可用于修理机器的铁制和钢制部件，还可以用于制作各种各样的钢管和其它钢结构部件。
Electric welding is used to repair iron and steel parts of machinery, and to make steel pipe and frameworks of all kinds.
以色列展馆的结构采用中国国内结构钢管，在现场迅速组装。
The structure of the Israel pavilion is structural steel pipes which will be prefabricated in China and quickly assembled on site.
北京体育大学田径训练中心屋盖为大跨度空间钢管桁架结构。
The steel Roof of the Beijing Sport University Track and Field Training Center is a large-span spatial steel tube truss structure.
圆形截面钢管混凝土结构因为圆钢管对核心混凝土均匀的“约束”而具有良好的性能。
The circular section concrete-filled steel tube structures have good performance because of uniform restraint of concrete provided by circular steel tube.
工程实践表明，钢管混凝土既是一种高强、高性能结构材料，也是一种高效施工技术。
The engineering practice shows that STCC is not only a high strength and high performance structural material, but also a high efficient construction technique.
钢管桁架作为一种新的建筑结构形式不但能够满足结构大跨度的要求，而且满足建筑任意曲线形式。
Steel pipe girder is a sort of new construction structure which not only can meet the requirements of wide span structure, but also can be applied to any kind of curved construction.
最后，依据试验结果，提出了方钢管混凝土框架结构的抗震加固设计建议。
At last, based on the test results, the proposal of how to strengthen the SCFT frame has been presented.
钢管桁架结构中存在大量的钢管相贯连接节点，传统的人工放样切割已经不能满足精度和工厂化生产的要求。
A great many intersecting lines exist among steel tube truss structure but the traditional manual-lofting cut can no longer fulfill the requirement for precision and mass production.
钢管桁架结构中存在大量的钢管相贯连接节点，传统的人工放样切割已经不能满足精度和工厂化生产的要求。
A great many intersecting lines exist among steel tube truss structure but the traditional manual-lofting cut can no longer fulfill the requirement for precision and mass production.
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