CERMODEL - Modelling and Simulation Meet Innovation in Ceramics Technology

In Trento

Prediction/simulation of crystal structure and properties of advanced ceramics
Characterization and modeling of surfaces, interfaces and grain boundaries at multiple scales in ceramics
Modeling and simulation of grain growth and microstructure evolution in ceramics
Virtual material design for new innovative materials
Novel simulation methods for ceramic processing: shaping and sintering
Modeling and simulation for ceramic composite manufacturing
Modeling and simulation for CMCs, UHTCs, and UHTCMCs
Mathematical models of electrical and magnetic properties in ceramics
Mathematical model of optical and physical properties in ceramics
Materials design for extreme environments
Simulation/characterization of mechanical and tribological behavior
Simulation/characterization of material behavior at high-temperatures
Improvement performance through prediction and modelling in refractories and clay-based ceramics
New ceramics for renewable energy applications