1.
If the stiffening system is inadequate, torsional oscillations due to wind might result in the collapse of the structure.
如加劲桁架力量不足，风引起的扭力振动就会使桥梁坍塌。
2.
The components of a suspension bridge are: flexible cables, towers, anchorages, suspenders, deck and stiffening trusses.
悬索桥有下列构件:柔性索缆、索塔、锚固件、吊杆、桥面、加劲桁架。
3.
Stiffening tresses, pinned at the towers, are provided. The stiffening system serves to control aerodynamic movements and to limit the local angle changes in the deck.
加劲桁架固定在索塔上，用于控制气流引起的移动以及限制桥面局部角度的改变。
4.
Type Selection and Design of Stiffening Trusses for Long-span Suspension Bridge
大跨悬索桥桁架加劲梁的选型和设计
5.
Fatigue test on integral joint of the main truss of the Baling River Bridge
坝陵河大桥钢桁加劲梁主桁架整体节点疲劳试验
6.
Vierendeel megatrusses design on earthquake-resistance and inner-stiffened joints
巨型空腹桁架结构抗震与内加劲节点设计
7.
Research on Erection Methods of Steel Stiffening Truss Girder for Baling River Bridge
坝陵河大桥钢桁加劲梁施工架设方案研究
8.
Truss Stiffening Suspension Bridge Cantilever Erection and Stability Study;
桁架加劲梁悬索桥悬臂架设过程分析及稳定性研究
9.
The long span cable truss bridge is a brand new kind of long span bridges which composed of prestressed cable trusses, main towers, anchorages and stiffing girders.
大跨索桁桥是一种全新的桥梁结构体系,由预应力索桁架、塔、碇和加劲梁4个主要部分构成。
10.
The suspended structure was designed to be truss stiffened, and its erection was carried out without disturbing heavy sea traffic reaching about 1400 ships per day.
大桥加劲梁为桁架式，架设时没有干扰桥下日通行量达1400艘的船舶交通。
11.
Study on Crucial Technique of Three Main Trusses Steel Bridge with Rigid Cable;
三桁刚性悬索加劲钢桁梁关键技术研究
12.
Construction Control Research of the Hoisting Steel Trussed Girder of Suspension Bridge
悬索桥钢桁加劲梁吊装施工控制研究
13.
The Analysis and Research on Force Bearing Properties of the Plate-truss Composite Structure Stiffened with Cables;
斜拉索加劲板桁组合结构受力特性分析与研究
14.
Equivalent design of aeroelastic model for a long-span suspension bridge with truss stiffening girder
大跨度桁式加劲梁悬索桥气弹模型等效设计
15.
Mechanical behavior of steel truss bridge stiffened with rigid cables in construction stage
刚性悬索加劲钢桁梁桥施工阶段力学性能(英文)
16.
Long-span stiffening steel truss girder aeroelastic model design method
大跨钢桁加劲梁气动弹性模型的设计方法
17.
Fatigue Performance of Ear-plate Joints in Steel Truss Stiffened Suspension Bridge
钢桁加劲梁悬索桥耳板节点抗疲劳性能研究
18.
Experimental Study of Ear-Plate Joint of a Long Span Stiffening Steel Truss Girder Suspension Bridge
大跨钢桁加劲梁悬索桥耳板节点试验研究