About CONCERTO
Exploring cutting-edge solutions for ceramic innovation in biomedical and aerospace fields.
Project Overview
The CONCERTO project is a multidisciplinary research initiative focused on developing nanocomposite ceramics with exceptional strength and toughness. By leveraging cutting-edge fabrication techniques, multiscale modeling, and advanced characterization methods, CONCERTO addresses critical challenges in biomedical and aerospace applications.
Key Objectives
- Develop novel ceramic materials with optimized strength and toughness for industrial applications.
- Advance the understanding of crack propagation and failure mechanisms through multiscale modeling.
- Utilize innovative manufacturing techniques, including stereolithography and thermal spraying.
- Demonstrate the use of these materials in impactful case studies for dental prostheses and thermal barrier coatings.
Innovation and Impact
Biomedical Applications: Revolutionizing dental implants with advanced, biocompatible ceramics that combine durability and sustainability.
Aerospace Applications: Enhancing turbine efficiency and durability with cutting-edge thermal barrier coatings.
By tackling challenges such as crack propagation and material brittleness, CONCERTO contributes to advancements in energy efficiency, healthcare innovation, and sustainable engineering solutions.
The Consortium
CONCERTO is powered by a collaboration of Italy’s leading research institutions:
- UniRoma3: Specializing in advanced characterization methods.
- Politecnico di Torino: Experts in bulk ceramic manufacturing.
- UniModena: Pioneering thermal coating development.
- University of Udine: Leaders in computational modeling.
These partners bring together expertise in ceramics, materials modeling, and advanced fabrication technologies.