1) Rectangular tubular steel roof truss
矩形管钢屋架
2) steel tube truss
钢管屋架
1.
Based on trapezoid truss,this parer introduces the features and the design methods of steel tube truss ,as well as some matters need to attend in the design ,Which may be a reference for designers.
以梯形屋架为例,介绍了钢管屋架的特点和设计方法以及在设计时应注意的问题,供设计人员参考。
2.
The research and static experiment of the steel tube truss of 24?m span is carried.
通过对一榀 2 4m跨钢管屋架的静力试验研究及在理论上按刚接、铰接的计算结果分析表明 ,腹杆轴线交点与弦杆形心重合的管桁架 ,按刚接或铰接计算与实际受力状态均符合较
3) rectangular steel pipe truss
矩形钢管桁架
1.
Based on the design of the steel structure for a maritime trestle,it is described systematically the design process of such sort of steel structure and the problems needing attention;it is also expounded that the layout of different braces for different supporting trusses,and the structural requirements for design of rectangular steel pipe trusses.
以某海上栈桥钢结构设计为基础,系统地描述这类钢结构设计的过程和需注意的一些问题,阐明不同支承形式桁架的不同支撑结构布置形式和矩形管桁架设计中的各种构造要求,介绍Excel电子表格在矩形钢管桁架节点手工设计计算中的应用,并总结一些具体的节点构造形式。
4) tubular steel roof truss
管式钢屋架
5) Concrete-Filled Rectangular Steel Tube Truss
矩形钢管混凝土桁架
1.
The Research on Design Method of Concrete-Filled Rectangular Steel Tube Truss;
矩形钢管混凝土桁架设计方法研究
6) rectangular hollow section(RHS)
矩形钢管
1.
This paper presented a detailed study on the cross-sectional strength of high-strength concrete-filled square hollow section(SHS) and rectangular hollow section(RHS) steel tubes subjected to axial compression and bi-axial bending moment.
针对实际工程中方形和矩形钢管高强混凝土双向压弯构件受力时的两种典型加载路径,编制了非线性数值计算程序,对双向压弯构件截面进行了分析,材料本构关系以方形、矩形钢管高强混凝土轴压短柱试验为基础,并考虑了材料加卸载作用的影响。
补充资料：R6m矩形坯连铸机在生产(邯钢)
R6m矩形坯连铸机在生产(邯钢)
R6m矩形坯连铸机在生产(邯钢)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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