Table of Contents

• A Risk-Based Framework for Managing Infrastructures
• Introduction of Optimum Structural Design and Its Recent Developments
• Performance Degradation-Based Life-Cycle Cost Analysis for Civil Infrastructures
• An Enhanced Bayesian Network Approach for Infrastructure Risk Management
• The Role of Risk Assessment in Performance-Based Engineering
• Fatigue and the Durability of Steel Bridges
• Life-Cycle Cost and Performance Prediction: Role of Structural Health Monitoring
• Life-Cycle Cost and Bridge Management
• Risk-Based Design and Decision Making in Geotechnical Engineering
• Structural Health Assessment using Minimum Dynamic Response Information
• Geosynthetics for Soil Reinforcements
• Design and Implementation of A Wireless Structural Health Monitoring System
• Innovative Conceptual Design of Vibration Sensitive Buildings
• Construction Remote Sensing, Building Blackbox and 3D Laser Scanning Applications
• Modeling and Simulation for Design and Improvement of Complex Construction Operations
• Prediction of Reinforcement Corrosion in Concrete Structures
• Resilience and Sustainability of Infrastructure Systems
• Application of Risk Management and Reliability Procedures in Geotechnical Engineering
• Managing Physical and Financial Risks from Extreme Natural Hazards
• Application of Reliability in Earthquake Engineering