MATERIALS ENGINEERING & ENERGY
Functional Surfaces and Smart-Coatings
One key area of research focuses on creating smart, self-healing coatings that not only protect metal substrates but also confer additional functionalities. We have made breakthrough advancements in self-healing coatings, including bio-based solutions for sustainable corrosion protection, developed in collaboration with international partners. We also develop protection solutions for structural metals, including Mg alloys, galvanized steel, and aluminium alloys.
Another significant research direction involves engineering surfaces and interfaces to improve the biocompatibility and corrosion resistance of permanent and transient metallic biomaterials. By developing advanced surface treatments, we aim to enhance integration with biological tissues and improve patient outcomes.
Heritage Preservation
Surface engineering is also key to the preservation of heritage and built environments, where inorganic porous materials like stone and concrete face weathering and environmental degradation. Current research focuses on protective treatments and consolidation strategies that respect the original materials while enhancing their resistance to moisture, pollutants, and biological growth. These sustainable interventions are vital for the long-term conservation of historic structures, blending traditional materials with modern science.
