This book investigates the application of composite materials for enhancing the blast resistance of civil infrastructures and vehicles. It addresses the critical need for advanced protective strategies in the face of increasing threats. The work details the fundamental principles of blast loading, material behavior under extreme conditions, and the design methodologies for incorporating composites into structural elements. It aims to provide engineers and researchers with the knowledge to develop more resilient structures and transportation systems.

The book is recognized as a specialized technical resource for engineers and researchers focused on structural protection. Its detailed examination of composite materials in blast mitigation suggests a dense, analytical approach, likely appealing to a professional audience. The scope indicates a comprehensive overview of both theoretical underpinnings and practical applications in civil engineering and vehicle design. The work is positioned to inform advanced design strategies for enhanced safety and resilience.