steel frame construction

英 [stiːl freɪm kənˈstrʌkʃn] 美 [stiːl freɪm kənˈstrʌkʃn]

网络  钢架厂房; 钢框架结构

化学



双语例句

  1. Stability and Reliability Analysis of a Concrete-filled Steel Tube Cross-rigid Frame Bridge during Construction Period
    钢管混凝土高墩连续刚构桥施工期稳定性及可靠度分析
  2. There are two steel galleries in front elevation of Kaiheng Center, whose support frame and lifting frame selection were difficult during construction.
    凯恒中心正立面由两道平面位置重合的钢结构连廊相连,其支撑架和提升架的选择困难。
  3. The application of cast-in-place shutterings CLOSE-RIBBED floor with concrete filled steel tubular column frame construction system
    现浇模壳密肋楼盖结合钢管混凝土柱框架结构体系的应用
  4. The stability analysis of large span steel light arcuated arch frame construction stage
    大跨度钢质轻型拱式拱架施工阶段稳定性分析科里曼型回收拱形钢支架机
  5. Reliability Analysis and Numerical Simulation of Steel Frame Construction Based on ANSYS
    基于ANSYS的钢框架结构可靠性数值模拟
  6. Reliability computation and analysis of steel frame construction based on strength
    基于强度的钢框架可靠性分析与计算
  7. Mies Van? de? Law's contribution is developing a style of classical balance and extreme simplicity through studying applications of the steel frame and glass in the construction.
    密斯?范?德?罗的贡献在于通过对钢框架结构和玻璃在建筑中应用的探索,发展了一种具有古典式的均衡和极端简洁的风格。
  8. The steel wire be constituted by PVC is over the soft type of the frame construction pipeline.
    钢丝由PVC过塑构成框架结构的软式透水管。
  9. Behaviour of hollow steel tubes in concrete filled steel tubular frame structures during construction
    钢管混凝土框架中的空钢管施工受力分析
  10. Based on example the technological principle and process of beam-column joints standard steel form in reinforced concrete frame structure are introduced. And from joints numbering to maintenance the construction gist are elaborated and the requirements for safety and quality are proposed.
    通过实例,介绍了钢筋混凝土框架结构梁柱节点定型钢模的工艺原理、流程,从节点编号到清理养护阐明了施工要点,并提出安全、质量保证要求。
  11. Combining with the practice of Taomuling high pier bridge, this article introduces the application of pre-stressed steel bar frame and pre-stressed steel reinforcing bar in bridge construction.
    结合桃木岭高架桥,介绍预应力钢桁架和预应力筋拉杆在桥梁施工中的应用。
  12. Study on measures to resist surface deformation of light weight steel portal frame construction
    轻钢门式刚架结构抗地表变形措施的研究
  13. Experimental Study on Behavior of Semi-rigid Connections of Steel Frame Construction
    轻钢框架半刚性节点工作性能试验研究
  14. This paper firstly outlines the overall architecture, then focuses on design procedures, structural layout selection optimization, static load analysis, buckling evaluation, joint detailing, steel frame member fabrication and erection, fabric cutting and patterning, membrane installation, construction management and so on.
    本文首先介绍风雨操场的建筑结构概况,然后重点介绍膜结构的设计,体系优化,载荷分析,稳定评估,细部节点设计,钢构、膜构制作与安装,施工管理。
  15. Analysis on Influence of Axial Force on Dynamic Characteristics of Steel Frame Construction
    轴力作用对刚架结构动力性能的影响分析
  16. Bolted end-plate connection is a kind of field joint frequently used in steel frame construction.
    螺栓端板连接是钢结构中常用的一种安装连接。
  17. Which provides design reference and engineering parameters for the light weight steel portal frame construction to be used in earth surface deformation area.
    为在地表变形地区采用轻钢门式刚架结构提供了设计依据和工程参数。
  18. The steel frame is a commonly used structure system of the steel construction of much skyscrapers, the column-beam connections is a key connection part in the steel frame, it's performance influences the behavior of frame structure directly under loads, especially under dynamical loads.
    钢框架是多高层建筑钢结构的常用结构体系,梁柱节点是钢框架中的关键连接部分,连接性能直接影响钢框架结构在荷载作用(尤其是动力荷载作用)下的整体行为。
  19. Technological analysis of nondestructive flaw detection for the welding sew of the steel net frame construction
    钢网架结构中空心球对接焊缝无损探伤分析
  20. Study on fire reflects analysis of steel frame construction
    钢框架结构火灾反映分析研究
  21. The formwork, combined by steel and bamboo, adopts new type of steel frame. The structural design and calculation approach have been proved by the construction practice.
    钢竹组合模板采用新型钢框,其结构设计及计算方法通过工程实践得到了验证。
  22. Steelpipe bent 、 steel pipe loaded space frame and fender structure design construction characteristic, method of calculation are described in this paper.
    阐述了钢管支架、钢管承重空间桁架以及围护结构的设计、构造特点,计算方法等。
  23. The Design and Application of Adjustable Sectional Steel Pile Form in Frame Construction
    可调截面钢制柱模板在框架结构中的设计与应用
  24. The spatial steel frame bearing construction loads and directly hanging formwork must be calculated by two stage design method recommended in this paper.
    当需要采用空间钢构架承受施工荷载、直接悬挂模板时,应按本文建议的施工和使用两个受力阶段进行设计计算。
  25. The Beam-Column end-plate joints are assumed to be rigid and pinned in analysis of steel frame construction.
    钢框架分析中常假设梁柱端板连接节点是完全刚接的或理想铰接的。
  26. The semi-rigid composite joint with the Beam-Column end-plate connection is actuating junction in the steel frame construction and one of the critical factor for performance of the whole steel frame construction.
    梁柱端板连接半刚性组合节点是钢框架结构中连接的传力枢纽,是影响整个钢框架结构性能的关键因素之一。
  27. Although the steel structure housing in our country has developed to some extent, there is few research about the issues of the infilled wall affecting the seismic behavior in the steel frame construction, and many problems remain to be solved in these aspects.
    虽然钢结构住宅在我国有了一定的发展,但关于考虑填充墙对钢框架结构建筑中抗震性能影响的问题,国内外的研究都十分有限,故还有许多问题有待于解决。
  28. The steel tubular formwork support frame is used in longspan or large clearance building interior to temporary support when the concrete cast-in-site construction.
    模板支撑架是指大跨度建筑或净空较大的建筑内部,在混凝土现浇施工时起临时支撑用的架体。
  29. With the emergence of new types of steel frame, cast support technology is widely adopted in across the road and general river bridge, construction of Interchange group, curved bridge, skew bridge.
    随着各种新型钢管支架的出现,在弯桥、斜桥、异形桥、互通立交桥群以及跨越道路及一般沟河的桥梁中满堂支架现浇技术被广泛地采用。
  30. Concrete-filled steel tubular structure is of many advantages, such as, good ductility, high bearing capacity, short construction time and economic benefits. Concrete-filled steel tubular frame structure system has become one of the important form of construction in high-rise and large-span buildings in recent years.
    钢管混凝土结构具有良好的延性、较高的承载力、施工周期短和经济性好等诸多优点,钢管混凝土框架结构体系已成为近年来我国高层和大跨建筑的重要结构形式之一。