土木工程专业英语

Chapter 1 Overview of Civil Engineering 1．1 Introduction of Civil Engineering Section A The Origin of Civil Engineering Section B What Is a Civil Engineer 1．2 The Importance of Civil Engineering Section A The Role of Civil Engineering in Society Section B Historic Civil Engineering Landmarks References Chapter 2 Types of Civil Engineering 2．1 Structural Engineering Section A Introduction of Structural Engineering Section B Basic Types of Structures 2．2 Bridge Engineering 2．3 Underground Engineering Section A Introduction of Metropolitan Railway Section B Introduction of Tunnel Engineering 2．4 Road Engineering Section A Introduction of Road Engineering Section B Maintenance of Road Engineering References Chapter 3 Materials of Civil Engineering 3．1 Concrete Section A Introduction of Concrete Section B Properties of Concrete 3．2 Steel 3．3 Masonry References Chapter 4 Loads and Actions in Civil Engineering 4．1 Dead Load and Live Load 4．2 Wind Load and Wind Damage Section A Introduction of Wind Load Section B Classification of Wind Load Section C Horizontal Wind Loads and Roof Wind Loads on Structural Frames Section D Wind for Components and Wind Damage 4．3 Earthquake Action and Damage Section A Earthquake Action Section B Earthquake Damage 4．4 Tsunami Damage to the Structure of Civil Engineering Section A Tsunami Damage Section B Tsunami Damage to Buildings Section C Resistance of Tsunamis for Structures References Chapter 5 Members of Civil Engineering 5．1 Horizontal Forced Structural Members Section A Introduction of Beam Section B Forces within a Beam Section C Shear Strength and Parameters Section D Coupling Beams Section E Flat Plates Section F Behavior of Concrete Slabs Section G Floor Framing Systems 5．2 Vertical Forced Structural Members Section A Introduction of Column Section B Increasing Compressive Strength Section C High-strength Steel in Concrete Columns Section D Confinement in Reinforced Concrete Columns Section E Introduction of Concrete Structural Wall Section F Behavior of Structural Wall Section G Steel Plate Shear Walls 5．3 Arch Section A Introduction of Arches Section B Development of Arch Bridges 5．4 Truss Section A Introduction of Truss Section B Analysis of Internal Force Section C Production and Installation of a Truss References Chapter 6 Basic Types of Engineering Structure 6．1 Reinforced Concrete Structures Section A Application of Reinforced Concrete Structures Section B Performance of Reinforced Concrete Structures 6．2 Steel Structure Section A Introduction of Steel Structures Section B Incheon International Airport 6．3 Classification of Steel Concrete Composite Structure Section A Steel Concrete Composite Structure Section B Concrete-filled Steel Tube Column 6．4 The Modern Complex High-rise Building Structure Section A Performance-based Seismic Design Section B Performance Objectives of PBSD References Chapter 7 Bridge Engineering 7．1 Introduction of Bridge Engineering Section A History of Bridge Section B London Millennium Footbridge 7．2 Classification of Bridge Section A Rigid Beam and Cantilever Section B Suspension and Arch 7．3 Design of Bridge Section A Design of Bridge Structure Section B Numerical Analysis of Bridge Structures References Chapter 8 Underground Engineering 8．1 Introduction of Underground Engineering Section A Exploitation of Underground Space Section B The Underground Strategy 8．2 Underground Tunnel Engineering Section A Tunneling Risk Section B A New Requirement of Tunneling 8．3 Development of Underground Space Structure Section A Web-based Shield Tunnel Construction Information System Section B Urban Underground Space Planning References Chapter 9 Road Engineering 9．1 Urban Road Section A Introduction of Urban Road Section B Development of Road Engineering 9．2 Freeway Engineering Section A Design of Freeway Section B Development of Freeway References Chapter 10 Foundation Engineering 10．1 Introduction of Foundation Section A A Shallow Foundation Section B Types of Pile Foundation 10．2 The Principles of Foundation Design Section A What Is Foundation Design Section B Causes of Settlement References Chapter 11 Performance-based Seismic Design 11．1 Introduction of Performance-based Seismic Design Section A The Origin of Performance-based Seismic Design Section B Development of Performance-based Seismic Design 11．2 Structural Seismic Demand and Seismic Capacity Section A Structural Seismic Demand Section B Structural Seismic Capacity 11．3 Loss Evaluation in Earthquake Events Section A Methodologies of Earthquake Economic Loss Estimate Section B Earthquake Disaster References Chapter 12 Isolation and Energy Dissipation Damper Technology 12．1 Seismic Isolation Technology Section A Introduction of Seismic Isolation Technology Section B Functions of Seismic Isolation Technology 12．2 Energy Dissipation System Section A Introduction of Energy Dissipation System Section B Classification of Dampers References Chapter 13 Retrofitting Techniques for Seismic Strengthening 13．1 Outline of Retrofitting Techniques for Seismic Strengthening Section A Origin of Retrofitting Techniques for Seismic Strengthening Section B The Importance of Retrofitting Techniques for Seismic Strengthening Section C Problems of Retrofitting Techniques for Seismic Strengthening 13．2 Types of Retrofitting Techniques for Seismic Strengthening Section A Classification of Retrofitting Techniques for Seismic Strengthening Section B Introduction of Fibre Reinforced Polymer 13．3 Applications of Materials in Seismic Strengthening Section A Applications of Composite Materials Section B Steel Plates in Seismic Strengthening References