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One notable trend is the increasing emphasis on bio-based healing agents. Researchers are exploring organic materials, such as bacteria and fungi, that can contribute to the self-repair capabilities of concrete. This shift towards bio-inspired solutions aligns with the broader movement towards environmentally friendly construction practices. Furthermore, the integration of nanotechnology in self-healing concrete is gaining momentum. Nanoparticles, like polymers and capsules, are being incorporated to enhance the material's mechanical properties and facilitate more efficient healing processes at the microscopic level. This not only strengthens the overall structure but also enables quicker and more precise repairs.
Another prominent trend is the utilization of sensor technology in self-healing concrete applications. Smart concrete, equipped with sensors, can detect damage and trigger the healing process autonomously. This integration of sensor technology adds a layer of real-time monitoring and responsiveness, contributing to the overall efficiency and effectiveness of self-healing concrete in maintaining structural integrity.