Publications

All publications

  1. I Gitman, H Askes, LJ Sluys, Representative volume: existence and size determination, In Engineering Fracture Mechanics Volume 74 p.2518-2534.
  2. J Weerheijm, I Vegt, K van Breugel, Research developments and experimental data on dynamic concrete behaviour, In Advances in construction materials 2007 p.765-773, Springer.
  3. M Oeser, A Scarpas, C Kasbergen, TK Pellinen, Rheological elements on the basis of fractional derivatives, In Advanced characterisation of pavement and soil engineering materials p.59-68, Taylor & Francis.
  4. H He, Z Guo, P Stroeven, M Stroeven, Self-healing capacity due to unhydrated cement in concrete, In ICS'XII, 12th international congress for stereology p.1-7, ICS'XII, 12th international congress for stereology.
  5. H He, Z Guo, P Stroeven, Self-healing capacity due to unhydrated cement nuclei in concrete, In Ninth CANMET/ACI International Conference on Fly Ash, Silica Fume, Slag and Natural Pozzolans in Concrete and Ninth CANMET/ACI International Conference on Recent Advances in Concrete Technology p.483-493, s.n..
  6. H He, Z Guo, P Stroeven, M Stroeven, LJ Sluys, Self-healing capacity of concrete - computer simulation study of unhydrated cement structure, In Image Analysis and Stereology Volume 26 p.137-143.
  7. JG Rots, S Invernizzi, Sequentially linear analysis of discrete cracking in masonry panels, In Modelling of heterogeneous materials with applications in construction and biomedical engineering p.86-87, ECCOMAS.
  8. Y Li, ACWM Vrouwenvelder, Service life prediction and repair of concrete structures with spatial variability, In Heron Volume 52 p.251-267.
  9. N Kringos, A Scarpas, Simulation of combined physical-mechanical moisture induced damage in asphaltic mixes, In Advanced characterisation of pavement and soil engineering materials p.779-789, Taylor & Francis.
  10. N Kringos, A Scarpas, APS Selvadurai, Simulation of mastic transport form open graded asphalt mixes using a hybrid lagranian-eulerian finete element apporach, In Advanced characterisation of pavement and soil engineering materials p.767-778, Taylor & Francis.

Dissertations

Publication Database Pure

To top