1.
THE EFFECTIVE LENGTH OF COMPRESSIVE CHORD MEMBERS IN CONCRETE-FILLED RECTANGULAR STEEL TUBULAR TRUSS
矩形钢管混凝土桁架受压弦杆的计算长度
2.
The Study of Out-of-plane Effective Length Factors of Compressive Chords in Tubular Space Trusses with Triangular Sections;
空间三角形圆管桁架受压弦杆平面外计算长度系数研究
3.
The Effects of Continuity and Joint Rigidity on the Buckling of Truss Compression Chord;
桁架受压弦杆连续性及节点刚度对其屈曲的影响
4.
Prestressed rectangular steel tubular truss with cantilever and compressed chords filled with concrete
受压弦杆填充混凝土的带悬挑预应力矩形钢管桁架
5.
Force Analysis of Chord Bolts of Type-321 Assembled Steel Bridge
“321”装配式公路钢桥弦杆螺栓受力分析
6.
Nonsine Hydraulic Vibration Wave Shape of Five-connecting Rod Mould
五连杆式结晶器非正弦液压振动的波形
7.
APPLICATION OF SAP2000 IN FORCE ANALYSIS OF CHORD BOLTS OF "321" PORTABLE STEEL BRIDGE
SAP 2000在“321”装配式公路钢桥弦杆螺栓受力分析中的应用
8.
For the overlapped joint with greater τ (ratio of flank rod thickness to chord rod thickness), the ductility of the joint subject to repeated loading was more deteriorated.
对于搭接节点τ（腹杆与弦杆壁厚比值）值较大时，节点承受反复荷载时的延性较差。
9.
The Interactive Buckling of T-Section Columns with Axial Compress;
T形截面轴心受压压杆的局部失稳与整体失稳
10.
The crack eventually caused the chord to fracture.
裂纹最终致使弦杆断裂。
11.
Illustrated below are some commonly accepted positions of the lever and weight.
下图是常见的、能够接受的操纵杆和压铁位置。
12.
The Research on the Effective Length of Compression Web Members in Cold-formed Thin-walled Steel Truss;
冷弯薄壁型钢桁架受压腹杆计算长度的研究
13.
Effective Lengths of Compressed Members in Multi-planar Tubular Truss with Simple Joints;
空间相贯节点钢管桁架中受压杆件的计算长度
14.
Nonlinear finite element analysis of deep flexural beam strut-and-tie model
深受弯梁拉压杆模型的非线性有限元分析
15.
"The connecting rod carries the power thrusts from the piston to the crankpin. At the same time, the rod is in eccentric motion."
"连杆的作用是将活塞承受的压力传给连杆轴颈。同时,连杆做偏心运动。"
16.
guitar mechanism (i.e., pegs and worm-and tooth wheels)
吉他的装置（即弦轴和蜗杆与齿式轮）
17.
mandolin mechanism (i.e., pegs and worm and tooth wheels)
曼多林琴装置（即弦轴和蜗杆与齿式轮）
18.
The bar directions are conveniently specified by direction cosines.
杆的方向通常用方向余弦来表示。