David Holec

Activities

  1. 2019
  2. Ab initio study of tetragonal and trigonal bcc-fcc transformations in Ti-Al-Mo system

    Abdoshahi, N. (contributor), Friák, M. (contributor), Šob, M. (contributor) & Holec, D. (Speaker)

    14 May 2019

    Activity: Talk or presentation Oral presentation

  3. Structure and surface energies of nanoparticles

    Holec, D. (Speaker), Fischer, F.-D. (contributor) & Vollath, D. (contributor)

    2 Apr 2019

    Activity: Talk or presentation Oral presentation

  4. Vacancy-controlled design of MoN/TaN superlattices

    Koutná, N. (contributor), Hahn, R. (contributor), Zalesak, J. (contributor), Friák, M. (contributor), Bartosik, M. (contributor), Keckes, J. (contributor), Šob, M. (contributor), Mayrhofer, P. H. (contributor) & Holec, D. (Speaker)

    2 Apr 2019

    Activity: Talk or presentation Oral presentation

  5. Mechanical properties of CrN-based nitride superlattices from ab initio calculation

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

    1 Apr 2019

    Activity: Talk or presentation Oral presentation

  6. Department of Thermal Engineering

    Holec, D. (Visiting researcher)

    12 Mar 201914 Mar 2019

    Activity: Visiting an external institutionVisiting an external academic institution

  7. RWTH Aachen

    Holec, D. (Visiting researcher)

    14 Jan 201918 Jan 2019

    Activity: Visiting an external institutionVisiting an external academic institution

  8. Ab initio study of tetragonal and trigonal bcc-fcc transformations in Ti-Al-Mo system

    Abdoshahi, N. (Speaker), Friák, M. (contributor), Šob, M. (contributor) & Holec, D. (contributor)

    2019

    Activity: Talk or presentation Oral presentation

  9. Analytical modelling of misfit dislocation formation in superlattice coatings and their effect on the fracture toughness

    Wagner, A. (Speaker), Holec, D. (contributor), Todt, M. (contributor), Mayrhofer, P. H. (contributor) & Bartosik, M. (contributor)

    2019

    Activity: Talk or presentation Oral presentation

  10. 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

  11. 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

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