1.
The Experiment and Analysis of the Effective Width Value in Steel-Concrete Composite Beams;
钢—混凝土组合梁翼板有效宽度的试验与分析
2.
The Experiment and Analysis of Effective Width in Steel-Composite Beams;
钢—混凝土组合梁混凝土翼板有效宽度试验研究
3.
Effective Width and Plate-to-Plate Restriction Calculations of Profiled Steel Sheeting
压型钢板翼缘有效宽度及板组约束的研究
4.
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
5.
Concept and application of continuous box beam flange effective width
连续箱梁翼缘有效宽度的概念及应用
6.
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
7.
Analysis of Wuhu Changjiang River Bridge Deck’s Effective Width
芜湖长江大桥桥面板的有效宽度分析
8.
THE EFFECTIVE FLANGE WIDTH OF BEAM SUPPORT SECTIONS IN CAST-IN-SITU FLOORS UNDER VERTICAL LOADS
竖向荷载下现浇楼盖中的梁支座截面有效翼缘宽度
9.
Experimental Research and Analysis of Effective Flange Width of Beam End Section in Cast-in-Situ Concrete Frames
现浇混凝土框架梁端截面有效翼缘宽度的试验研究与分析
10.
Finite Segment Method for Wide-flange Beam Considering Both Shear Lag and Shear Deformation
槽型宽翼梁剪滞效应分析的有限段法
11.
Calculation Method for the Coefficient to the Available Width of Steel Gate of Channel;
钢闸门面板有效宽度系数近似计算方法
12.
CALCULATION PRINCIPLES OF EFFECTIVE WIDTH OF ORTHOTROPIC MONOLITHIC STEEL DECK OF HIGH-SPEED RAILWAY TRUSS BRIDGES
高速铁路钢桁梁桥正交异性整体钢桥面板有效宽度的计算原则
13.
The aerofoils are held in place by upright vanes, or endplates.
剖面小翼被垂直叶片或终板固定在有效位置。
14.
Evaluation of In-plane Stiffness of Corrugated Steel Web with Flange
具有钢翼缘的波形钢腹板的面内刚度计算
15.
A board on a paddle wheel.
明轮翼螺旋桨上的宽阔叶板
16.
Since the wingspan of the twin-engine bombers was too wide for the ship’s elevators, they couldn’t be stored below.
由于这种双引擎轰炸机翼展超过了升降机的宽度，所以不能把它们放在甲板下的机库内。
17.
Effect of Flange Thickness Changing to Shear Lag of Concrete Box Girders
混凝土箱梁翼板厚度变化对剪滞效应的影响分析
18.
Theoretic Analysis and Experimental Study of Effective Flange Width on Beam-Plates System of Prestressed Concrete;
预应力混凝土梁板体系有效翼缘的理论分析与试验研究