PhD theses completed under my supervision:

• Anders Lindman, 2017
  On the defective origin of conductive and structural properties of oxides: insights from first principles
  
  
• Edit Helgee, 2015
  Significance of grain boundaries for transport phenomena in graphene and proton-conducting barium zirconate
  (joint supervision with Andreas Isacsson)
  
  
• Martin Petisme, 2015
  Atomistic modeling of interfaces in WC-Co cemented carbides
  
  
• Joakim Nyman, 2012
  Proton conductivity of lanthanum and barium zirconate: Microscale aspects on first-principles basis
  
  
• Dan Fors, 2011
  Theoretical studies of boron and transition-metal carbonitride additions in steels
  
  
• Sven Johansson, 2010
  A computational study of interface structures and energetics in cemented carbides and steels
  
  
• Mårten Björketun, 2007
  Hydrogen in oxides: a density-functional study of thermodynamic and kinetic aspects
  
  
• Per Sundell, 2006
  Quantum aspects of hydrogen in metals and oxides from density-functional calculations
  
  
• Gustav Karlberg, 2006
  Catalytic Water Production from First-Principles Calculations
  
  
• Mikael Christensen, 2004
  Strength and Stability of Interfaces in Cemented Carbides
  
  
• Karin Carling, 2003
  Properties of Al-Mg Alloys and Vacancies in Al: a First-Principles Investigation
  
  
• Björn von Sydow, 1997
  Hydrogen impurities and dislocations in transition metals
  
  
• Thomas Mattsson, 1997
  Theory of hydrogen quantum diffusion
  
  
• Urban Engberg, 1996
  Computer simulations in materials physics: time-scales and accuracy
  
  
• Yinggang Li, 1993
  Hydrogen diffusion in transition metals - a molecular-dynamics study