Doctor of Physics from the University of Poitiers (France), I am a CNRS research scientist (Chargé de recherche CNRS) working at the Laboratory for Microsctructure and Mecanic of Materials study (LEM3) affiliated to the CNRS, University of Lorraine and Arts et Métiers ParisTech. My research focuses are on the study of the mechanical and irradiation properties of materials by the mean of atomic-scale simulations.
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You can find me on Google scholar, Twitter, LinkedIn, OrcID, GitHub, arXiv, Publons and ResearchGate.
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   Dr. Julien GUÉNOLÉ CNRS research scientist LEM3 laboratory, Lorraine university, Metz, France julien.guenole@univ-lorraine.fr | corporate webpage |
Happy New Year 2021!
After the pandemic we all faced in 2020, all around the globe, I wish you a healthy, peaceful and scientifically fruitful new year 2021!
New article on Frank dislocation in MAX phases published in Scripta Materialia
Our new article on MAX phases, "Frank partial dislocation in Ti2AlC-MAX phase induced by matrix-Cu diffusion" is now available in Scripta Materialia (Free access until November 5th, 2020).
I am particularly glad of this outcome as it is a personnal milestone. First, it is the first work entirely performed at the LEM3 as tenured CNRS researcher (chargé de recherche CNRS). Second, it is fruitfull and promising collaborations with colleagues and freinds from my graduate school years: Wenbo, Maxime and Antoine.
Crystals special issue "Atomistic Simulations for Exploring the Mechanics of Crystalline Materials"
With my colleagues Dr. Arun Prakash, I am please to be the guest editor of the special issue "Atomistic Simulations for Exploring the Mechanics of Crystalline Materials” of the journal Crystals from MDPI.
New article as a co-author on indentation induced prismatic loop published in Nature Communications
Our new article on In-situ observation of the initiation of plasticity by nucleation of prismatic dislocation loops (open access) is now published in Nature Communications [Lee et al. Nat. Commun. 11, 2367 (2020)]. This work propose an in-depth description of the formation of prismatic dislocation loops in metallic nanowires, by the combination of in-situ electron microscopy and large scale atomistic simulation. My contribution to the numercial part of this work has been carried out at the FAU Erlangen-Nürnberg in the group of Prof. E. Bitzek.
New article on the FIRE minimizer in LAMMPS published in Computational Materials Science
I am glad to annonce that our new article on the Assessment and optimization of the fast inertial relaxation engine (FIRE) for energy minimization in atomistic simulations and its implementation in LAMMPS is now published in Computational Materials Science.