Paul Cupillard

I am an Associate Professor at University of Lorraine within the GeoRessources laboratory. My research focuses on

  • Numerical simulation of seismic wave propagation
  • Homogenization of elastic properties for the wave equation
  • Theory of seismic noise correlations, interferometry and time-reversal

Here are some links: ORCID, Google Scholar, HAL

Contact Information

E-Mail :This email address is being protected from spambots. You need JavaScript enabled to view it.
Phone number:+33 (0)3 72 74 45 24
ENSG office number:G208

Publications

2022

Jérémie Giraud and Guillaume Caumon and Lachlan Grose and Paul Cupillard.
An iterative inversion scheme to reconcile implicit geological models and geometric geophysical inverse problems
in: 21th Annual Conference of the IAMG
Zoé Renat and Paul Cupillard and Guillaume Caumon.
Application of time reversal simulation in a homogenized velocity model: case of Groningen gas field
in: 21st Annual Conference of the IAMG
Jérémie Giraud and Guillaume Caumon and L. Grose and Paul Cupillard.
Geometrical Inversion Coupled with Automated Geological Modelling
in: 83rd EAGE Annual Conference \& Exhibition, European Association of Geoscientists \& Engineers
Paul Cupillard and Wim Mulder.
High-order homogenization for simulating local effects of small-scale structures on seismic waves
in: 21th Annual Conference of the IAMG
Pierre Anquez and Nathalie Glinsky and Paul Cupillard and Guillaume Caumon.
Impacts of geometric model simplifications on wave propagation—application to ground motion simulation in the lower Var valley basin (France)
in: Geophysical Journal International, 229:1 (110-137)
Zoé Renat and Paul Cupillard and Yann Capdeville.
Interpretation of time reversal focal spots based on point-source homogenization
in: Geophysical Journal International, 231:3 (1653-1671)
Capucine Legentil and Jeanne Pellerin and Paul Cupillard and Guillaume Caumon.
Local 3D meshed geomodel updating: geometry and topology.
in: 21th Annual Conference of the IAMG
Paul Cupillard.
Numerical simulation of seismic wave propagation in complex geological media
Universit{\'e} de Lorraine
Marius Rapenne and Guillaume Caumon and Paul Cupillard and Corentin Gouache.
Quadrangular adaptive meshing for wave simulation in homogenized media
in: 21th Annual Conference of the IAMG
Capucine Legentil and Jeanne Pellerin and Paul Cupillard and Algiane Froehly and Guillaume Caumon.
Testing scenarios on geological models: Local interface insertion in a 2D mesh and its impact on seismic wave simulation
in: Computers \& Geosciences, 159 (105013)

2021

Zoé Renat and Paul Cupillard and Yann Capdeville.
Interpretation of the focal spot obtained with time reversal
in: AGU Fall Meeting
Anais Ibourichene and Paul Cupillard and Jean-François Barthélémy.
Investigating the Effective Properties of Multiscale Fractured Media Using Non-Periodic Homogenization
in: 82nd EAGE Annual Conference \& Exhibition, pages 1-5, European Association of Geoscientists \& Engineers
François Desquilbet and Jian Cao and Paul Cupillard and Ludovic Métivier and Jean-Marie Mirebeau.
Single pass computation of first seismic wave travel time in three dimensional heterogeneous media with general anisotropy
in: Journal of Scientific Computing, 89 (Article 23)
Capucine Legentil and Jeanne Pellerin and Paul Cupillard and Guillaume Caumon.
Testing scenarios on geological models: local interface insertion in a 2D mesh and its impact on seismic save simulation
in: 10th International Conference on Adaptative Modeling and Simulation, CIMNE

2020

Yann Capdeville and Paul Cupillard and Sneha Singh.
An introduction to the two-scale homogenization method for seismology
in: Advances in Geophysics, pages 217-306, Elsevier
Melchior Schuh-senlis and Cedric Thieulot and Paul Cupillard and Guillaume Caumon.
Structural Restoration of Geological Structures with Viscous Stokes Flow - Principle and First Results
in: 82nd EAGE Conference and Exhibition
Paul Cupillard and Wim Mulder and Pierre Anquez and Antoine Mazuyer and Jean-François Barthélémy.
The Apparent Anisotropy of the SEG-EAGE Overthrust Model
in: 82nd EAGE Conference and Exhibition
Melchior Schuh-Senlis and Cedric Thieulot and Paul Cupillard and Guillaume Caumon.
Towards the application of Stokes flow equations to structural restoration simulations
in: Solid Earth, 11:5 (1909-1930)

2019

Modeste Irakarama and Paul Cupillard and Guillaume Caumon and Paul Sava and Jonathan Edwards.
Appraising structural interpretations using seismic data—theoretical elements
in: Geophysics, 84:2 (N29-N40)
Pierre Anquez and Jeanne Pellerin and Modeste Irakarama and Paul Cupillard and Bruno Levy and Guillaume Caumon.
Automatic correction and simplification of geological maps and cross-sections for numerical simulations
in: Comptes Rendus G{\'e}oscience, 351:1 (48-58)