Publications

All publications

  1. FP van der Meer, LJ Sluys, Combined interply and intraply failure analysis, In Eccomas thematic conference mechanical response of composites p.1-18, ECCOMAS.
  2. Z Guo, LJ Sluys, Computational modelling for description of rubber-like materials with permanent deformation under cyclic loading., In Computational Mechanics Proceedings of ISCM 2006 p.612-622, Springer.
  3. I Vegt, J Weerheijm, K van Breugel, Concrete response under moderate and high dynamic tensile loading, In Proceedings of the third international conference on structural engineering, mechanics and computation p.533-538, Millpress.
  4. A Simone, Continuous-discontinuous modeling of failure, In Damage and fracture in geomaterials p.1069-1085, Lavoisier.
  5. TK Pellinen, M Oeser, A Scarpas, C Kasbergen, Creep and recovery of linear and non-linear rheological bodies, In Advanced characterisation of pavement and soil engineering materials p.49-58, Taylor & Francis.
  6. J Weerheijm, J. Mediavilla, A. van Doormaal, A van der Steen, Damage assessemt for impulsively loaded concrete structures, In Concrete under severe conditions: environment & loading p.1323-1330, LCPC.
  7. TO Medani, X Liu, A Scarpas, M Huurman, AAA Molenaar, Descirbing the behaviour of a bitumen-based membrane for orthotropic steel deck bridges, In Advanced characterisation of pavement and soil engineering materials p.1337-1350, Taylor & Francis.
  8. TO Medani, M Huurman, X Liu, A Scarpas, AAA Molenaar, Describing the behaviour of two asphaltic surfacing materials for orthotropic steel deck bridges, In Advanced characterisation of pavement and soil engineering materials p.1351-1368, Taylor & Francis.
  9. A Copeland, J Youtcheff, N Kringos, A Scarpas, Determination of combined physical-mechanical moisture induced damage in the aggregate-mastic interface, In Advanced characterisation of pavement and soil engineering materials p.701-711, Taylor & Francis.
  10. C Kasbergen, A Scarpas, Development of a general 3D contact algorithm to model tire-pavement interaction, In Advanced characterisation of pavement and soil engineering materials p.1495-1504, Taylor & Francis.

Dissertations

Publication Database Pure

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