1.
Topological Optimum of Long Cantilever Truss under Transverse Concentrated Load
长悬臂桁架受横向集中力的拓扑优化
2.
Construction Techniques of Cable-stayed Cantilever Truss Beam
小溪塔大桥斜拉悬臂桁架梁施工技术要点
3.
The Research of Stability and Utmost Load of Truss with Long Cantilever Based on Finite Element;
长悬臂桁架基于有限元的稳定性和极限承载研究
4.
Research on Cast-in-Place Cantilever Construction Technology of Cable-Stayed Truss Bridge
斜拉桁架桥的悬臂浇注施工工艺研究
5.
Most cantilever bridges have two arms of truss structure that meet or support a section between them.
大多数悬臂桥都有两个桁架臂用以对接或支撑两臂之间的桥段。
6.
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
7.
Cantilevers enabled bridge builders to span longer distances than truss bridges. During the nineteenth century, cantilevers were frequently used to build railroad bridges.
悬臂桥使得桥梁建筑师能够修比桁架跨度更大的桥梁。在19世纪悬臂桥常常是铁路桥。
8.
Application for Pre-deviation Compensation for Cantilever End Displacement of Steel Truss Arch Bridge in Non-stress Closure Construction
预偏补偿悬臂端位移在钢桁架拱桥跨中无应力合龙施工中的应用
9.
One-Time Tensioning Formation Technology of Single Steel Strand Wire of Anchor Cable of Steel Cantilever Installed Truss Arch Bridge
钢桁架拱桥悬臂安装扣索单股一次张拉施工技术
10.
mobile crane with lattice jib
桁架臂流动式起重机
11.
knee-braced bracket
拐弯托座，膝形悬臂托架
12.
Structural Behaviors of Beipang-jiang Suspended Steel Truss Bridge;
钢桁架悬索北盘江大桥结构特性研究
13.
Suspended high (13.4m) steel truss construction technology
高空悬挑(13.4m)钢桁架施工技术
14.
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
15.
crane ,jib (excl. portal and pedestal cranes), self-propelled
自动悬臂起重机（门式臂架起重机及支座式悬臂起重机除外）
16.
The Research of Residual Life for Boom Structure of Large Crawler Cranes;
大型履带起重机桁架臂结构寿命预测方法研究
17.
Stress Testing and Finite Element Analysis of a Heavy Crane Boom of Truss Structure;
大型桁架起重吊臂的应力测试与有限元分析
18.
Studies on Seismic Properties of Mega-Truss-Suspended Steel Structures;
巨型桁架悬挂钢结构体系抗震性能研究