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XuetangX

Bridge Engineering

Swinburne University of Technology via XuetangX

Overview

Bridge engineering is a professional course in the direction of roads and bridges for civil engineering majors. This course focuses on explaining basic concepts, theories, and methods, cultivating students' basic design skills and practical abilities, and enabling them to have a certain understanding of bridge design and have a certain design ability. Tasks include:

(1) Understand the overall principles, general procedures, and relevant specifications and regulations of bridge design; Master the structural characteristics and design content of reinforced and prestressed concrete beam and arch bridges, and master the basic theories and calculation methods of beam and arch bridge design; Understand the basic theory and structural requirements of cable-stayed and suspension bridges; Understand the construction methods of various bridges.

(2) Have the practical ability to apply theoretical knowledge and specifications to the survey, planning, design, and construction of bridge engineering, and be able to handle practical engineering issues based on full study of specifications and documents.

(3) Understand the cutting-edge development of new materials, new structures, new technologies, and new processes in bridge engineering. Cultivate students' innovative awareness and challenge spirit.


Syllabus

  • Part I General Introduction
    • Chapter 1 Classification of Bridges
    • Chapter 2 Horizontal, Longitudinal, and Cross Section Design of Bridge Beams
    • Chapter 3 Actions on Bridges
    • Chapter 4 Bridge Deck Layout and Structure
  • Part II Concrete Beam Bridge and Rigid Frame Bridge
    • Chapter 1 Overview
    • Chapter 2 Concrete Beam Bridge and Rigid Frame Bridge
  • Part III Calculation of Concrete Simply Supported Beam Bridges and Concrete Continuous System Beam Bridges
    • Chapter 1 Calculation of Concrete Simply Supported Beam Bridges
    • Chapter 2 Calculation of Concrete Continuous System Beam Bridges
  • Part IV Introduction to Rigid Frame Bridges
    • Introduction to Rigid Frame Bridges
  • Part V Bearing of Beam Bridge
    • Bearing of Beam Bridge
  • Part Ⅵ Concrete Skew and Curved Beam Bridges
    • Concrete Skew and Curved Beam Bridges
  • Part Ⅶ Construction of Concrete Beam Bridges
    • Construction of Concrete Beam Bridges
  • Part Ⅷ Example of beam bridge
    • Part Ⅸ Concrete Arch Bridges
      • Chapter 1 Overview
      • Chapter 2 Construction and Design of Arch Bridges
      • Chapter 3 Calculation of Arch Bridges
      • Chapter 4 Introduction to Arch Bridge Construction Methods
    • Part Ⅹ Concrete cable-stayed bridges
      • Chapter 1 General Layout
      • Chapter 2 Construction of Cable-Stayed Bridges
      • Chapter 3 Calculation of Cable-Stayed Bridges
      • Chapter 4 Construction of cable-stayed bridges
      • Chapter 5 Examples
    • Part Ⅺ Suspension bridge
      • Chapter 1 Overview
      • Chapter 2 General Layout
      • Chapter 3 Structure of suspension bridge
      • Chapter 4 Calculation of suspension bridge
      • Chapter 5 Examples
    • Part Ⅻ Bridge Piers and Abutments
      • Chapter 1 Design and Construction of Bridge Piers and Abutments - Part 1
      • Chapter 1 Design and Construction of Bridge Piers and Abutments - Part 2
      • Chapter 2 Calculation of Bridge Piers and Abutments - Part 1
      • Chapter 2 Calculation of Bridge Piers and Abutments - Part 2

    Taught by

    Zhang Chunwei, Sun Haixia, and Lihua Lu

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