This work investigates the application of reliability-based design methods to optimize structural engineering systems against multiple natural hazards. The authors, Alfredo Hua-Sing Ang and Wenliang Fan, leverage their expertise to present a powerful methodology for engineers and academic specialists. The book focuses on deriving optimal design recommendations, demonstrating how to achieve a cost-effective balance in the design of large engineering systems when faced with various natural threats. Three case studies are included to illustrate these principles in practice.

The book is presented as a technical resource for engineers and academic specialists in structural engineering. Its focus on reliability-based design and optimization against multiple natural hazards suggests it is intended for a professional audience seeking advanced methodologies. The inclusion of case studies indicates a practical approach to applying theoretical concepts. The framing implies a contribution to the field by offering methods for cost-effective design solutions in complex scenarios.