1.
The Top Flange Effective Width of Steel Box-girder Bridge;
钢结构人行天桥箱梁上翼缘有效宽度分析
2.
Visual observations showed that a horizontal displacement in the longitudinal direction of the bridge developed between the tie girder and the top flange of the floor beam at the end connection.
肉眼观察表明：在端节点处的系梁和横梁上翼缘之间产生一种沿桥梁纵向的水平位移。
3.
Static Behavior of a New Type of I-Beam with a Rectangular Tube Top Flange
上翼缘为矩形管的新型工字形梁静力性能分析
4.
Study on Mechanical Behavior of Top and Seat Angle Connections
上下翼缘角钢半刚性梁柱节点的力学性能研究
5.
The composite beam is a component comprised the steel beam and the concrete flange plate on the steel beam.
组合梁是钢梁和其上混凝土翼板共同抗弯的一种构件。
6.
These cracks occurred at either the beam flange or in the column flange depending on the reentrant corner weld angle.
这些裂纹视凹形焊角的不同，或者出现在横梁翼缘上，或者出现在立柱翼缘上。
7.
A wedge-shaped piece of material, such as wood, that is fastened onto something, such as a spar, to act as a support or prevent slippage.
楔子，防滑木楔状物，如木楔子，为了支撑或防滑固定在某物上，如翼梁
8.
Experimental Reasearch on Static Behavior of I-Beam with a Rectangular Steel Tube Top Flange
上翼缘为矩形钢管的工字形梁静力性能的实验研究
9.
Experimental Reasearch on Static Behavior of I-Beam with a Rectangular Concrete-Filled Tube Top Flange
上翼缘为矩形钢管混凝土的工字形梁静力性能的实验研究
10.
She cautiously closed the door.
她小心翼翼地关上门。
11.
With much caution he climbed to the top of the wall.
他小翼翼地爬上墙头。
12.
At the top flange there would be enough slack so that no relative twist of any significant magnitude would be introduced into the girder web.
在上翼缘处有足够的松动，因而在主梁腹板上并不会引起很大的相对扭转。
13.
Numerical Analysis of High-Speed Train Induced Impulsive Pressure on Railway Bridge′s Noise Barrier andIts Flange Plate with Collision-Preventing Wall
考虑防撞墙影响的高速铁路桥梁声屏障及翼缘板上脉动力数值分析
14.
Theory Studies on the Behaviors of Beam-Column Connections with Beam-End Horizontal Haunch;
梁端翼缘扩大型梁柱节点受力性能理论分析
15.
Experimental Evaluation on the Behaviors of Beam-To-Column Connections with Beam-End Horizontal Haunch;
梁端翼缘扩大型梁柱节点受力性能的试验研究
16.
Seismic behavior and design method of beam-to-column connections with beam-end horizontal haunches
梁端翼缘扩大型梁柱节点抗震性能和设计方法
17.
The web and flanges of the main girders were fabricated from ASTM A441 steel.
主梁的腹板和翼缘用ASTM A441钢制造。
18.
Study of Effective Flange Width for Steel-concrete Composite Beam;
钢—混凝土组合梁有效翼缘宽度研究