Publications

All publications

  1. H Hendrikse, A Metrikine, Interpretation and prediction of ice induced vibrations based on contact area variation, In International Journal of Solids and Structures Volume 75-76 p.336-348.
  2. K Li, P Stroeven, M Stroeven, LJ Sluys, Liquid water permeability of partially saturated cement paste assessed by dem-based methodology, In Proceedings of the 11th international symposium on brittle matrix composites, BMC-11 p.1-10, Institute of Fundamental Technological Research PAS.
  3. Rita Esposito, Max Hendriks, Measuring and modelling the deteriorating impact of Alkali-Silica Reaction in concrete on the mechanical characteristics, In Nordic concrete research Volume 53 p.65-68, The Nordic concrete federation.
  4. JM De Oliveira Barbosa, WG Versteijlen, KN van Dalen, A Metrikine, Method for extracting an equivalent Winkler model of the 3D dynamic soil-structure interaction of large-diameter offshore monopile foundations, In Proceedings of the 43th international summer school conference, APM 2015 p.436-447, SPBSPU / IPME RAS.
  5. K Li, P Stroeven, LBN Le, Methodology for porosimetry in virtual cementitious composites to economically and reliably estimate permeability, In Image Analysis and Stereology Volume 34 p.73-86.
  6. LBN Le, Micro-level porosimetry of virtual cementitious materials: structural impact on mechanical and durability evolution
  7. J Alfaiate, LJ Sluys, D Dias-da-Costa, Mixed-mode fracture in strong discontinuities
  8. TS Nord, E Lourens, O Oiseth, A Metrikine, Model-based force and state estimation in experimental ice-induced vibrations by means of Kalman filtering, In Cold Regions Science and Technology Volume 111 p.13-26.
  9. LF Magalhaes Pereira, J Weerheijm, LJ Sluys, Modelling dynamic tensile failure of quasi-brittle materials using stress-enhanced nonlocal models, In Proceedings of the 5th international conference on design and analysis of protective structures p.1-10, Nanyang Technological University.
  10. J Alfaiate, D Dias-da-Costa, LJ Sluys, Modelling mixed-mode fracture using an energy-based damage model, In Key Engineering Materials Volume 627 p.49-52.

Dissertations

Publication Database Pure

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