Field of research:
theory of condensed matter, computational materials science,
first-principles calculations of electronic structure of solids, stability of crystalline solids, theoretical strength.
ideal strength under isotropic tension (TB-LMTO-ASA)
phase stability under uniaxial loading (FLAPW method, W2k)
elasticity and stability of crystals (VASP)
strength of ideal nanofiber-reinforced composites
Cooperative projects
Ti - results
Displacive deformation paths - energy contour plots, etc.
Shear strength of diamonds under superimposed normal stresses
Future conferences
DPG , Berlin March 15 - 20,
oral
ICSMA-17, Brno August 9 – 14,
oral