Smart Infrastructure Management

People and businesses rely on transportation networks every day, but what happens when critical assets break unexpectedly, or worse, when they pollute our environment and threaten our natural resources? Smart Infrastructure Management is an up-to-date, inter-disciplinary exploration of this intricate and dynamic landscape, with the overarching aim of providing theoretical and practical understanding of state-of-the-art technologies that can effectively support a variety of stakeholders in the decision-making process throughout the entire lifecycle of an infrastructure project.

The volume examines the evolutionary trajectory, inherent challenges, and pivotal methodologies for modern-day infrastructure management, with a narrative that traverses the complex frameworks of different domains to coordinate a transformative, fully integrated approach. Data collection and sensors, spatial modeling and simulation tools, asset management, preventative or predictive maintenance measures, computational techniques, cybersecurity, decision support systems, and the transformative influence of smart cities contribute to the book’s breadth and depth. Real-world case studies are strategically interwoven throughout, offering tangible examples of encouragingly successful implementations and valuable lessons learnt. The appeal of the investigation is thus expanded from researchers and students to professionals across diverse fields, ensuring that actionable strategies are incorporated in industry practice too — paramount for the improvement of infrastructure capabilities in step with society’s ever-changing needs.

• Connects a robust theoretical foundation with real-world application attempts spanning various critical assets, including tracks, bridges, and roads
• Leverages the latest developments in technology and infrastructure management best practices to address current challenges
• Offers valuable insights into future trends, fostering further research endeavors
• Acknowledges the pressing need to correlate economics, resilience, and sustainability facets into project decision-making