Dr
Materials Center Leoben Forschung GmbH
Author in the following contributions
- Hydrogen enhanced grain boundary embrittlement in Ni: DFT vs in situ electrochemical micro cantilever bending tests (Highlight)
- Influence of segregation on the adhesion of the Cu-WTi Interface
- Modelling interactions between kinetics of grain boundary segregation and precipitation
- Alchemy and modern materials design: Segregation and embrittlement at a gold grain boundary
- Machine learning of segregation energies obtained with atomistic simulations
- Inversion boundary formation in doped ZnO investigated from first principles
- First-principles study of solute grain boundary interactions in a BCC Ti-Mo alloy
- Solute drag assessment of grain boundary migration in Au using atomistic simulations