Automatic surface remeshing of 3D structural models at specified resolution: A method based on Voronoi diagrams. - Jeanne Pellerin; Bruno Lévy 001; Guillaume Caumon; Arnaud Botella (Comput. Geosci., 2014)

Prise en compte de la complexité géométrique des modèles structuraux dans des méthodes de maillage fondées sur le diagramme de Voronoï. (Accounting for the geometrical complexity of geological structural modelsin Voronoi-based meshing methods). - Jeanne Pellerin (2014)

3D geomodelling combining implicit surfaces and Voronoi-based remeshing: A case study in the Lorraine Coal Basin (France). - Pauline Collon; Wendy Steckiewicz-Laurent; Jeanne Pellerin; Gautier Laurent; Guillaume Caumon; Guillaume Reichart; Laurent Vaute (Comput. Geosci., 2015)

Elements for measuring the complexity of 3D structural models: Connectivity and geometry. - Jeanne Pellerin; Guillaume Caumon; Charline Julio; Pablo Mejia-Herrera; Arnaud Botella (Comput. Geosci., 2015)

Combining tetrahedra into hexahedra: a vertex based strategy. - Jeanne Pellerin; Amaury Johnen; Jean-François Remacle (CoRR, 2017)

RINGMesh: A programming library for developing mesh-based geomodeling applications. - Jeanne Pellerin; Arnaud Botella; François Bonneau; Antoine Mazuyer; Benjamin Chauvin; Bruno Lévy 001; Guillaume Caumon (Comput. Geosci., 2017)

A 44-Element Mesh of Schneiders' Pyramid. - Kilian Verhetsel; Jeanne Pellerin; Jean-François Remacle (IMR, 2018)

Identifying combinations of tetrahedra into hexahedra: A vertex based strategy. - Jeanne Pellerin; Amaury Johnen; Kilian Verhetsel; Jean-François Remacle (Comput. Aided Des., 2018)

Enumerating combinatorial triangulations of the hexahedron. - Jeanne Pellerin; Jean-François Remacle (CoRR, 2018)

One machine, one minute, three billion tetrahedra. - Célestin Marot; Jeanne Pellerin; Jean-François Remacle (CoRR, 2018)

A 66-element mesh of Schneiders' pyramid: bounding the difficulty of hex-meshing problems. - Kilian Verhetsel; Jeanne Pellerin; Jean-François Remacle (CoRR, 2018)

There are 174 subdivisions of the hexahedron into tetrahedra. - Jeanne Pellerin; Kilian Verhetsel; Jean-François Remacle (ACM Trans. Graph., 2018)

A 44-element mesh of Schneiders' pyramid: Bounding the difficulty of hex-meshing problems. - Kilian Verhetsel; Jeanne Pellerin; Jean-François Remacle (Comput. Aided Des., 2019)

Finding hexahedrizations for small quadrangulations of the sphere. - Kilian Verhetsel; Jeanne Pellerin; Jean-François Remacle (ACM Trans. Graph., 2019)

Mesh Generation. (Génération de maillages). - Jeanne Pellerin (2021)

Testing scenarios on geological models: Local interface insertion in a 2D mesh and its impact on seismic wave simulation. - Capucine Legentil; Jeanne Pellerin; Paul Cupillard; Algiane Froehly; Guillaume Caumon (Comput. Geosci., 2022)

GEOS: A performance portable multi-physics simulation framework for subsurface applications. - Randolph Richard Settgast; Benjamin Curtice Corbett; Sergey Klevtsov; François P. Hamon; Christopher S. Sherman; Matteo Cusini; Thomas Gazzola; William R. Tobin; Joshua A. White; Nicola Castelletto; Andrea Borio; Andrea Franceschini; et al. (Zenodo, 2024)

GEOSX. - Randolph Richard Settgast; Benjamin Curtice Corbett; Sergey Klevtsov; François P. Hamon; Christopher S. Sherman; Matteo Cusini; Thomas Gazzola; William R. Tobin; Joshua A. White; Nicola Castelletto; Andrea Borio; Andrea Franceschini; et al. (Zenodo, 2024)