Chapter 1 Structural Mechanics 1
1.1 Classification and Behavior of Structural Systems and Elements 1
1.2 Determinate and Indeterminate Structures 10
1.3 Structural Dynamics 17
Chapter 2 Structural Material 23
2.1 Materials for Concrete and Mix Proportions 23
2.2 Properties of Concrete 29
2.3 Steel Materials 37
2.4 Structural Steel Shapes 43
Chapter 3 Structural Design Concepts 48
3.1 Load Conditions and Load Paths 48
3.2 Limit State Design 55
Chapter 4 Concrete Structure 61
4.1 Flexural Behavior of Reinforced Concrete Beam 61
4.2 Shear and Diagonal Tension in Reinforced Concrete Beam 73
4.3 Bond,Anchorage,and Development Length 83
4.4 Reinforced Concrete Column……- 92
4.5 Serviceability 105
4.6 Slab 110
4.7 Fundamentals of Prestressing 118
Chapter 5 Steel Structure 127
5.1 Steel Connections 127
5.2 Axially Loaded Steel Members 146
5.3 Steel Beams 158
Chapter 6 Seismic Resistance of Structures 167
6.1 Earthquake-Induced Vibration of Structures 167
6.2 Structural Analysis Methods for Seismic Actions 174
6.3 Earthquake Resistant Structural Systems 182
6.4 Analysis of Rigid Reinforced Concrete Frame Structures 192
6.5 Ductile Design of Concrete Frame Structures 197
Chapter 7 Masonry Structure 204
7.1 Masonry Properties 204
7.2 Masonry Construction System 212
7.3 Structural Performance of Confined Masonry Buildings 217
7.4 Masonry Structural Design 220
Chapter 8 Composite Structure 228
8.1 Steel and Composite Structures 228
8.2 Concrete-filled Steel Tubular Structure 238
Chapter 9 Soil Mechanics and Foundation Engineering 246
9.1 Lateral Earth Pressure 246
9.2 Footings 255
Chapter 10 Construction Management 265
10.1 The Procurement and Implementation of Structural Steel for Buildings 265
10.2 Instructions to Bidders 272
References 280