The conference will foster interdisciplinary collaboration to address the challenges associated with the design, analysis, monitoring, maintenance, and rehabilitation of engineering structures subjected to static, cyclic, dynamic, impact, seismic, and environmental loading conditions.

The scope of the conference encompasses a broad spectrum of topics, including fatigue life prediction, fracture behavior of advanced materials, failure mechanisms in structural systems, structural health monitoring, computational and experimental fracture mechanics, damage detection, life-cycle assessment, rehabilitation techniques, and the application of artificial intelligence and digital technologies for structural safety and resilience. Participants will also discuss sustainable materials, reliability-based design approaches, and real-world case studies that demonstrate innovative solutions for enhancing the durability and service life of critical infrastructure.