The aim is to develop composite materials that mimic enamel's mechanical properties while incorporating self-healing capabilities.
Developed enamel-inspired composite materials
Measured mechanical properties and self-healing efficiency
Assessed durability through experimental protocols
Achieved a self-healing efficiency of 97.7%
Demonstrated significantly improved mechanical attributes compared to traditional composites
Paved the way for materials with enhanced durability and repair features
Abstract
are achieved while maintaining a self-healing efficiency of 97.7%. This approach paves the way for preparing materials that blend superior mechanical attributes with the intrinsic ability to self-repair.