This collection explores the critical role of optimization in the design, maintenance, and retrofitting of civil infrastructure systems. The 16 peer-reviewed papers, contributed by researchers from the US, Denmark, Italy, and Japan, detail recent advancements in applying optimization concepts and methods. They address the optimal allocation of resources for preventive interventions on bridges, life-cycle cost analysis incorporating natural hazard risk for water systems, and symptom-based reliability and health monitoring.

This volume presents a collection of peer-reviewed papers focusing on the optimization of civil infrastructure. The topics covered, such as resource allocation for bridge maintenance and life-cycle cost analysis for water systems, indicate a technical and specialized scope. The inclusion of international contributions and the explicit targeting of academics and practitioners suggest a work intended for a professional audience engaged in advanced civil engineering and infrastructure management.