1.
Detail Analysis and Research of Railroad Steel Truss Bridge with Integrated Finite Element Method;
铁路钢桁梁桥的详细有限元分析研究
2.
Research on seismic response reduction with viscous dampers in the railway steel truss girder bridge
基于黏滞液体阻尼器的铁路钢桁梁桥减震研究
3.
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
4.
ERECTION SCHEME ANALYSIS OF SIMPLY-SUPPORTED STEEL TRUSS GIRDER OF QUJIANG MAJOR BRIDGE OVER YUXI TO MENGZI RAILWAY
玉蒙铁路曲江大桥简支钢桁梁架设方案分析
5.
The Research for the Calculating Theory of Through Steel Truss Composite Bridge and Its Application;
高速铁路下承式钢桁结合梁桥的计算理论及其应用研究
6.
Risk Analysis of Vehicle Compact Agaist Double-deck Highway Steel Truss Bridge
双层公路钢桁梁桥车桥碰撞风险分析
7.
Analysis of Property of Ultimate States of Steel Truss Road and Rail Cable-Stayed Bridges
基于极限状态法的钢桁梁公铁斜拉桥结构分析
8.
Design and Construction of Hoisting the Truss-beam With the Cable cross the Completed Railways
跨既有铁路使用缆索吊装桁架梁的设计与施工
9.
Mechanical Analysis of High Speed Railway Bridge with Long Span and Three Main Trusses;
大跨度三主桁高速铁路桥梁静力特性分析
10.
Research of Erection Scheme for Steel Truss Girder of Beipan River Bridge on Zhenning-Shengjingguan Expressway
镇胜公路北盘江大桥钢桁梁架设方案研究
11.
Design of 636-m Main Span Steel Truss Girder Suspension Bridge of Beipan River Bridge on Zhenning-Shengjingguan Expressway
镇胜公路北盘江大桥主跨636m钢桁梁悬索桥设计
12.
Comparison of Bridge Structures of Railway Through Truss Composite Bridges
下承式铁路钢桁结合桥的桥式结构比较
13.
The Research on Parameters Optimization of Seismic-isolated Bearings of Railway Steel Truss Arch Bridge
铁路钢桁拱桥减隔震支座设计参数的优化研究
14.
Code for design on steel structure of railway bridge
铁路桥梁钢结构设计规范
15.
Research on Designing Scheme for V-shaped Continuous Steel Box Girder Bridge in High-speed Railway;
高速铁路V形钢箱连续梁桥设计研究
16.
INVESTIGATION ON PROPERTIES OF 321-Q370q CLAD STEEL PLATE USED IN RAILWAY BRIDGE
铁路桥梁用321-Q370q复合钢板性能研究
17.
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
18.
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。