Bridge Engineering Rehabilitation and Maintenance of Modern Highway Bridges 2nd Edition by Demetrios Tonias, Jim Zhao ISBN 0071459030 9780071459037

Part I: Introduction to Bridge Engineering

1. Overview of Bridge Engineering

   • Importance of Bridge Infrastructure
   • Types of Bridges and Their Applications
   • Structural Components of Highway Bridges
   • The Role of Rehabilitation and Maintenance

2. History and Evolution of Bridge Design

   • Early Bridge Construction and Materials
   • The Development of Modern Bridge Design
   • Innovations in Bridge Construction Techniques
   • Modern Bridge Standards and Codes

3. Bridge Evaluation and Condition Assessment

   • The Need for Regular Bridge Inspections
   • Methods for Evaluating Structural Integrity
   • Bridge Condition Rating Systems
   • Common Bridge Defects and Causes

---

Part II: Bridge Materials and Aging

4. Materials Used in Bridge Construction

   • Steel and Concrete Bridges
   • Composite and Hybrid Materials
   • Timber and Masonry Bridges
   • New Materials and Emerging Technologies

5. Aging and Deterioration of Bridge Structures

   • Causes of Bridge Deterioration: Environmental, Chemical, and Mechanical Factors
   • Effects of Traffic Loads and Climatic Conditions
   • Aging of Materials: Concrete, Steel, and Other Components
   • Identifying and Monitoring Structural Weaknesses

---

Part III: Bridge Rehabilitation Techniques

6. General Principles of Bridge Rehabilitation

   • Rehabilitation vs. Replacement
   • Design Considerations for Rehabilitation Projects
   • Cost-Benefit Analysis and Decision-Making
   • Life-Cycle Assessment for Bridges

7. Rehabilitation of Concrete Bridges

   • Concrete Deterioration: Causes and Signs
   • Techniques for Concrete Repair and Strengthening
   • Use of Epoxy Resins, Carbon Fiber, and Other Reinforcements
   • Repair of Concrete Decks, Beams, and Slabs

8. Rehabilitation of Steel Bridges

   • Steel Corrosion and Fatigue Failure
   • Methods for Corrosion Prevention and Control
   • Steel Bridge Decks and Superstructures: Repair and Strengthening
   • Welding, Bolting, and Reinforcement Techniques

9. Rehabilitation of Timber Bridges

   • Identifying Issues in Timber Structures
   • Timber Bridge Repair Techniques
   • Strengthening Timber Bridges with Composite Materials
   • Life Extension Strategies for Timber Bridges

---

Part IV: Maintenance Strategies for Bridge Structures

10. Bridge Maintenance Management Systems

• Maintenance Planning and Scheduling
• Performance-Based Maintenance
• Developing and Using Bridge Maintenance Databases
• Predictive Maintenance Techniques
• Economic and Environmental Considerations

11. Routine Maintenance Practices

• Inspection Frequency and Methods
• Cleaning and Debris Removal
• Joint and Bearing Maintenance
• Maintaining Drainage Systems

12. Long-Term Monitoring and Instrumentation

• Structural Health Monitoring Techniques
• Using Sensors for Real-Time Monitoring
• Remote Sensing and Non-Destructive Testing (NDT)
• Case Studies of Monitoring in Bridge Maintenance

---

Part V: Bridge Repair Techniques

13. Deck Repair and Replacement

• Techniques for Repairing Concrete and Asphalt Decks
• The Role of Overlay Systems in Deck Preservation
• Full Deck Replacement vs. Partial Deck Repairs

14. Substructure and Superstructure Repair

• Foundations: Repairing Piles, Footings, and Substructures
• Strengthening Bridge Girders and Beams
• Repair of Abutments and Piers

15. Seismic Retrofit of Bridges

• Understanding Seismic Risk for Bridges
• Seismic Retrofit Techniques and Materials
• Case Studies of Seismic Retrofits
• The Role of Retrofit in Disaster Preparedness

---

Part VI: Future Trends in Bridge Engineering

16. Innovations in Bridge Materials and Technologies

• Self-Healing Concrete
• Advanced Composite Materials
• The Role of Smart Bridges and IoT in Maintenance
• Sustainable Bridge Design and Construction

17. Bridge Life Cycle and Sustainability

• Long-Term Maintenance and Sustainability Considerations
• Green Materials and Practices in Bridge Design
• The Future of Bridge Design for Climate Change Resilience

18. Challenges in Bridge Maintenance and Rehabilitation

• Funding and Budgeting for Bridge Maintenance
• Urbanization and its Impact on Bridge Infrastructure
• Climate Change and Extreme Weather Events
• Public Safety and Traffic Management During Repairs

---

Part VII: Case Studies

19. Case Studies in Bridge Rehabilitation

• Detailed Case Studies of Successful Bridge Rehabilitation Projects
• Lessons Learned from Past Failures
• Case Studies on Managing Large-Scale Bridge Maintenance Programs