Construction Technology of Large Span Steel Truss Arch Bridge

Description

Table of Contents

1. Section-One: Planning and Design
   1. Overview
   2. Research and Design of Plan of Extra-Large Span Steel Truss Arch Bridge
   3. Structural Design of Extra-Large Span Steel Truss Arch Bridge
   4. Construction Design of Extra-Large Span Steel Truss Arch Bridge
   5. Technological Innovation in Design of Extra-Large Span Steel Truss Arch Bridge
2. Section-Two: Processing and Manufacturing
   1. Overview
   2. Welding Technology of High- Strength Thick-Plate Bridge Steel
   3. Processing and Fabrication of Extra-Large Rod Pieces
   4. Test Assembly Technology
   5. Anticorrosion of Bridge Steel Structure
   6. Research and Fabrication of 15000t Level Spherical Bearing
3. Section-Three: Erection and Control
   1. Overview
   2. Construction Scheme Research of Extra- Large Span Steel Truss Arch Bridge
   3. Structural Analysis of Erection Construction Process
   4. Erection and Control of Truss Arch of Extra-Large Span Steel Truss Arch Bridge
   5. Erection and Control of Mid-Span Rigid Tie Bar
   6. Installation and Control of Steel Bridge Panels
4. Section-Four: Experiment and Research
   1. Experiment and Research Overview
   2. Model Test of Structural Static Force
   3. Experimental Study of Structural Dynamic Performance
   4. Wind Tunnel Test
   5. Experimental Study of Structural Seismic Performance
   6. Fatigue Experimental Study of Steel Truss Nodes
   7. Test and Research of Plate-Truss Temperature Difference Effect
5. Reference
6. Index