Page 7 - Highway Engineering Handbook Building and Rehabilitating the Infrastructure

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3.9 Methods of Pavement Rehabilitation 296
3.10 Pavement Preventive Maintenance 301

3.11 Life Cycle Cost Analysis of Pavements 306
3.12 Reference Material 309

Chapter 4. Bridge Engineering 311
Walter J. Jestings, P.E., and Mahir Sen, P.E.
4.1 Client-Consultant Relationship 311

4.2 Aesthetic Considerations 313
4.3 Bridge Design Specifications 313

4.4 Bridge Geometrics 314
4.5 Basic Bridge Materials 316

4.6 Bridge Deck Materials and Systems 321
4.7 Concrete Bridge Deck Design 323

4.8 Concrete Bridge Deck Construction 324
4.9 Concrete Bridge Deck Protection 325

4.10 Deck Surfaces and Deck Overlays 327
4.11 Selection of Materials for Main Superstructure Members 327

4.12 Corrosion Protection of New Steel Bridges 328
4.13 Weathering Steel 329

4.14 Deflection and Expansion Joints 330
4.15 Continuity and Jointless Bridges 335

4.16 Characteristics and Selection of Bridge Types 336
4.17 Determination of Span Lengths 344

4.18 Bridge Widening and Rehabilitation 344
4.19 Repainting of Existing Bridges 346

4.20 Deck Drainage 347
4.21 Bridge Bearings 348

4.22 Provision for Inspection of New Bridges 354
4.23 Scour 354

4.24 Seismic Design 356
Chapter 5. Culverts, Drainage, and Replacements for Bridges 359
Kevin E. White, P.E.
5.1 Hydrology 359
5.2 Design of Open Channels 371

5.3 Fundamentals of Open-Channel Flow 373