LEM3

UMR CNRS 7239
UdL
CNRS
A&M

                          
Annuaire du laboratoire LEM3
Fiche individuelle
KRIAA Hana

ATER - Département 2 IMPACT

Téléphone : +33 (0)3-72-74-78-52 Bureau : 001-R+3 (LEM3)
E-mail : hana.kriaa@univ-lorraine.fr


Thèse soutenue au LEM3

Imagerie de défauts cristallins par contraste de canalisation des électrons. Théorie et expérience.

Mots-clés de la thèse : ECCI, SCAP, TKD, microstructure.

Spécialité : Sciences des Matériaux
Type de contrat :
Ecole doctorale : C2MP
Directeur : MALOUFI Nabila ; Co-encadrant(s) : GUITTON Antoine
Date de soutenance : 2018-09-14



Derniers Articles (triés par Type puis Année)
  • H. KRIAA, A. GUITTON, N. MALOUFI, Modeling dislocation contrasts obtained by accurate-Electron Channeling Contrast Imaging for characterizing deformation mechanisms in bulk materials, Materials, 12 (2019) 1587 ACL
  • A. GUITTON, H. KRIAA, E. BOUZY, J. GUYON, N. MALOUFI, A dislocation-scale characterization of the evolution of deformation microstructures around nanoindentation imprints in a TiAl alloy, Materials, 11 (2018) 305 ACL
  • H. KRIAA, A. GUITTON, N. MALOUFI, Fundamental and experimental aspects of diffraction for characterizing dislocations on bulk materials by electron channeling contrast imaging in scanning electron microscope, MRS Fall Meeting & Exhibit, Boston, United States of America, 2018 ACL
  • H. KRIAA, A. GUITTON, N. MALOUFI, Fundamental and experimental aspects of diffraction for characterizing dislocations by electron channeling contrast imaging in scanning electron microscope, Scientific Reports, 7 (2017) 9742 ACL
  • A. GUITTON, H. KRIAA, M. BEN HAJ SLAMA, F. HABIYAREMYE, N. MALOUFI, Recent progress on Scanning Electron Microscopy for understanding fundamental deformation mechanisms of materials, 16th SFµ conferences, Poitiers, France, 2019, invited lecture INV
  • A. GUITTON, H. KRIAA, E. BOUZY, J. GUYON, N. MALOUFI, A dislocation-scale characterization of the evolution of deformation microstructures on a bulk TiAl alloy, MRS Fall Meeting & Exhibit, Boston, United States of America, 2018 ACTI
  • H. KRIAA, A. GUITTON, N. MALOUFI, Comprehensive characterization of dislocations by electron channeling contrast imaging in SEM, Euromat, Thessaloniki, Greece, 2017 ACTI
  • H. KRIAA, A. GUITTON, N. MALOUFI, Fundamental and experimental aspects of diffraction for characterizing dislocations on bulk materials by electron channeling contrast imaging in scanning electron microscope, Matériaux, Strasbourg, 2018 ACTN
  • A. GUITTON, H. KRIAA, N. MALOUFI, Dislocation-scale characterization of the evolution of deformation microstructures on bulk materials. Case of TiAl alloys, Matériaux, Strasbourg, 2018 ACTN
  • A. GUITTON, H. KRIAA, E. BOUZY, J. GUYON, N. MALOUFI, A dislocation-scale characterization of the evolution of deformation microstructures around nanoindentation imprints in a TiAl, Plasticité, Nancy, 2018 ACTN
  • H. KRIAA, A. GUITTON, N. MALOUFI, Electron channeling contrast imaging: influence of diffraction conditions on the dislocation contrast. Journées Annuelles SF2M, 23-25 Octobre 2017 ACTN
  • H. KRIAA, A. GUITTON, N. MALOUFI, Adapting TEM techniques to SEM: Experimental approach of the (+g, –g) method to characterize dislocation configuration by ECC, Journées annuelles SF2M, 23-25 octobre 2017 ACTN
  • H. KRIAA, A. GUITTON, N. MALOUFI, Analysis of the dislocation contrasts obtained by electron channeling imaging using theoretical and practical considerations, Plasticité, Rennes ACTN
  • M. BEN HAJ SLAMA, H. KRIAA, J. GUYON, N. MALOUFI, J.J. FUNDENBERGER, A. GUITTON, How to in-situ follow the evolution of dislocation configurations during mechanical testing on bulk specimen, MRS Fall Meeting & Exhibit, Boston, United States of America, 2018 AFF
  • H. KRIAA, A. GUITTON, N. MALOUFI, Electron channelling contrast imaging: influence of diffraction conditions on the dislocation contrast, SF2M, Lyon, 2017 AFF