目录 前言 Part 1 Introduction to Structural Engineering Unit 1 Introduction to Reinforced Concrete Design 1.1 Concrete, Reinforced Concrete, and Prestressed Concrete 1.2 Structural Forms 1.3 Loads 1.4 Serviceability, Strength, and Structural Safety 1.5 Design Basis Unit 2 Introduction to Prestressed Concrete 2.1 Introduction 2.2 Effects of Prestressing 2.3 Sources of Prestress Force 2.4 Prestressing Steels 2.5 Concrete for Prestressed Construction Unit 3 Introduction to Steel Structures 3.1 Structural Design 3.2 PrinciPles of Design 3.3 Historical Background of Steel Structures 3.4 Loads 3.5 TyPes of Structural Steel Members Unit 4 Seismic Design 4.1 Introduction 4.2 Structural ResPonse 4.3 Seismic Loading Criteria Unit 5 ComPosite Construction 5.1 Overview 5.2 Pre-stressed Concrete ComPosite Slabs Unit 6 Introduction to Foundation Analysis and Design 6.1 Foundations—Definition and PurPose 6.2 Foundation Classifications 6.3 Foundation Site and System Economics 6.4 General Requirements of Foundations 6.5 Foundation Selection 6.6 SI and FPs Units 6.7 ComPutational Accuracy Versus Design Precision Part 2 Introduction to Other Branches of Civil Engineering Unit 7 Introduction to Bridge Engineering 7.1 Reinforced Concrete Girder Bridges 7.2 Arch Bridges 7.3 Steel Bridges 7.4 Truss Bridges 7.5 Plate and Box Girder Bridges 7.6 Cable Stayed Bridges 7.7 SusPension Bridges Unit 8 Introduction to Underground Engineering 8.1 The Future of Underground Infrastructure in Holland 8.2 Seismic Design and Analysis of Underground Structure 8.3 Performance of Underground Facilities During Seismic Events Unit 9 Introduction to Traffic Engineering 9.1 Introduction
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