Maxence Reberol's homepage
Email: maxence (dot) reberol (at) gmail (dot) com
Linkedin - Github
Intro
At ResolveStroke, I work on 3D Ultrasound Localized Microscopy for human brain imaging.
Previously, I was a software engineer at Siemens Digital Industries Software, where I specialized in improving quad meshing and surface wrapping in the Star-CCM+ multiphysics simulation software. Before that, I was a postdoctoral researcher at UCLouvain working with Jean-François Remacle in the Hextreme team, focusing on robust CAD model meshing techniques, including all-quadrilateral surface and hex-dominant volume meshing, as well as combinatorial approaches for unstructured all-hexahedral meshes.
Earlier, I earned my Computer Science PhD in Inria Grand-Est's Alice team, supervised by Bruno Lévy and Sylvain Lefebvre. My research centered on hex-dominant mesh generation using frame-field based global parametrization, finite element method numerical simulations, and the assessment of mesh influence on numerical outcomes.
Publications
- Robust Topological Construction of All-Hexahedral Boundary Layer Meshes
- Maxence Reberol, Kilian Verhetsel, François Henrotte, David Bommes, Jean-François Remacle
- ACM Transactions on Mathematical Software, 2023
-
Link,
PDF,
Results (supplemental),
Github,
Slides
Available in the hexbl development branch of Gmsh
- Hex Me If You Can
- Pierre-Alexandre Beaufort, Maxence Reberol, Denis Kalmykov, Heng Liu, Franck Ledoux, David Bommes
- Computer Graphics Forum (SGP), 2022
- Project page
- Robust Quantization for Polycube Maps
- Protais François, Maxence Reberol, Nicolas Ray, Etienne Corman, Franck Ledoux, Dmitry Sokolov
- Computer-Aided Design, 2022 Link
- Generation of High-Order Coarse Quad Meshes on CAD Models via Integer Linear Programming
- Mattéo Couplet, Maxence Reberol, Jean-François Remacle
- AIAA Aviation, 2021
- Quasi-structured quadrilateral meshing in Gmsh - a robust pipeline for complex CAD models
- Maxence Reberol, Christos Georgiadis, Jean-François Remacle
- Preprint, 2021
-
PDF,
Results (supplemental),
Talk (video)
Available in Gmsh 4.8.1+ (open-source)
- Quad layouts with high valence singularities for flexible quad meshing
- Jovana Jezdimirovíc, Alexandre Chemin, Maxence Reberol, François Henrotte, Jean François Remacle
- 29th International Meshing Roundtable, 2021
- Multiple approaches to frame field correction for CAD models
- Maxence Reberol, Alexandre Chemin, Jean-François Remacle
- 28th International Meshing Roundtable, 2019
- PDF, Slides, CAD models
- Maillages hex-dominants : génération, simulation et évaluation
- Maxence Reberol
- PhD thesis, 2018
- Supervisors: Bruno Lévy, Sylvain Lefebvre
- Link, PDF, Slides
- Hexahedral Meshing: Mind the Gap!
- Nicolas Ray, Dmitry Sokolov, Maxence Reberol, Franck Ledoux, Bruno Lévy
- Computer-Aided Design, 2018
- Link, Preprint
- Computing the distance between two finite element solutions defined on different 3D meshes on a GPU
- Maxence Reberol, Bruno Lévy
- SIAM Journal on Scientific Computing, 2018
- Link, PDF, Code (on Github)
- Low-order continuous finite element spaces on hybrid non-conforming hexahedral-tetrahedral meshes
- Maxence Reberol, Bruno Lévy
- Research report, 2016
- Preprint
Talks
- Robust Topological Construction of All-Hexahedral Boundary Layer Meshes, FRAMES 2021, Online, 2021. (slides)
- Hex-dominant meshing with all-hexahedral boundary layer, USNCCM16, Online, 2021.
- Quasi-structured quadrilateral meshing of complex CAD models in Gmsh, FRAMES 2020, Online, 2020. (video)
- 3D frame fields and block decomposition of CAD models, seminar at the Computer Graphics Group, Unibe, Bern (Switzerland), 2020. (slides)
- Multiple approaches to frame field correction for CAD models, 28th IMR, Buffalo (US), 2019. (slides)
- Towards automatic block decomposition of 3D domains by exploiting frame fields, IGA 2019, Munich (Germany), 2019. (slides)
- Towards automatic block decomposition of general 3D domains by correcting frame fields, USNCCM15, Austin (US), 2019. (slides)
- Limitations of boundary-aligned frame fields for full hexahedral meshing, FRAMES 2019, Louvain-la-Neuve (Belgium), 2019. (slides)
- Maillages hex-dominants : génération, simulation et évaluation, PhD defense, Nancy (France), 2018. (slides)
- Efficient computation of distances between FEM solutions defined on different 3D meshes, CHANGE workshop, Leysin (Switzerland), 2018. (slides)
- Hex-dominant meshes and the finite element method, seminar at UCLouvain, Louvain-la-Neuve (Belgium), 2017.
- Finite Element method on hybrid hexahedral-tetrahedral meshes, seminar at ENSG Nancy (France), 2016.
Teaching
- 2018-2021: Tutorials on math analysis (LEPL1102), UCLouvain
- 2017: Course on the implementation of FEM in C++ and student project supervision, ENSG
- 2017: Tutorials on numerical analysis, ENSG
- 2016, 2017: Tutorials on programming and algorithms, ENSG
Education
- PhD in Computer Science, Inria Grand-Est / Université de Lorraine, 2015 - 2018
- M.Sc. in Civil engineering, École Centrale Paris, 2013 - 2014
- Diplôme d'Ingénieur, Supélec, 2011 - 2014