The study demonstrates how smart materials and structural health monitoring improve infrastructure durability, suggesting predictive approaches may enhance long-term performance.
Key Points
This research explores the integration of advanced technologies and smart materials in construction to enhance durability and lifecycle performance.
Examined advanced construction materials and intelligent systems
Analyzed self-healing concrete and its biological mechanisms
Discussed structural health monitoring systems and data-driven approaches
Reviewed conductive cement composites and their self-sensing capabilities
Self-healing concrete utilizes microbial activity and autogenous healing to enhance durability
Structural health monitoring provides predictive maintenance strategies for infrastructure
Conductive cement composites demonstrate effective self-sensing through piezoresistive effect