David Holec

Activities

  1. Bulk diffusion of impurities in TiN: an ab initio study

    Nayak, G. K. (Speaker), Popov, M. N. (contributor) & Holec, D. (contributor)

    2 Jul 2022

    Activity: Talk or presentation Oral presentation

  2. Bridging length-scales From modelling atoms to understanding real microstructures

    Holec, D. (Speaker), Klein, T. (contributor), Klimashin, F. (contributor), Zhou, L. (contributor), Mayer, S. (contributor), Mayrhofer, P. H. (contributor) & Clemens, H. (contributor)

    10 Apr 2018

    Activity: Talk or presentation Invited talk

  3. B4-1-MoM-5 grain boundary segregation alters the fracture mechanism of an AlCrN thin film

    Meindlhumer, M. (Speaker), Ziegelwanger, T. (contributor), Zalesak, J. (contributor), Hans, M. (contributor), Löfler, L. (contributor), Spor, S. (contributor), Jäger, N. (contributor), Stark, A. (contributor), Hruby, H. (contributor), Holec, D. (contributor), Schneider, J. M. (contributor), Mitterer, C. (contributor), Daniel, R. (contributor) & Keckes, J. (contributor)

    22 May 202227 May 2022

    Activity: Talk or presentation Oral presentation

  4. Atomistic simulations of hydrogen storage in carbon-based materials

    Leiner, T. (contributor) & Holec, D. (Speaker)

    28 Jun 2024

    Activity: Talk or presentation Oral presentation

  5. Atomistic pieces of the Materials Design jigsaw puzzle: From Schrödinger equation to thermal expansion

    Holec, D. (Speaker)

    1 Nov 2016

    Activity: OtherTypes of External academic engagement - Invited talk

  6. Atomistic modelling of diffusion in quasi-amorphous hard nano-composite coatings

    Nayak, G. K. (Speaker) & Holec, D. (contributor)

    28 Apr 2021

    Activity: Talk or presentation Oral presentation

  7. Atomistic modelling in materials science - methods and applications

    Holec, D. (Speaker)

    1 Apr 2015

    Activity: OtherTypes of External academic engagement - Research and Teaching at External Organisation

  8. A significant direktional dependence of mechanical properties of CrN-based superlattices predicted from first principles

    Löfler, L. (Speaker), Bartosik, M. (Speaker) & Holec, D. (Speaker)

    2019

    Activity: Talk or presentation Oral presentation

  9. A significant directional dependence of mechanical properties of CrN-based superlattices predictet from first principles

    Löfler, L. (Speaker), Bartosik, M. (contributor) & Holec, D. (contributor)

    2019

    Activity: Talk or presentation Oral presentation

  10. Anton Slávik

    Holec, D. (Host)

    5 Nov 20189 Nov 2018

    Activity: Hosting a visitorHosting an academic visitor