Maria Clelia Righi

Tesi di Laurea Magistrale

• Degradation of hydrocarbon oil at sliding iron interfaces
• Acrylic acid adhesion on metallic and oxidised substrates through synergistic ab initio simulations and pull-off experiments
• Designing compounds for friction reduction: from software development to application in conjunction with experiments
• First principles study of High Entropy Alloys: from bulks to surfaces
• Graphene and MoS2 adhesion to metallic surfaces by a high throughput first principles approach
• Identifying the selectivity of carbon dioxide electrochemical reduction over copper-based alloys through ab initio simulations
• Simulating chemical reactions assisted by mechanical stresses with ab initio molecular dynamics
• Tuning adhesion by chemical modifications: Diamond/Copper interfaces as a case study towards a high throughput approach