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• Partnerships

  20 March 2013, by E. Sarrouy

  The groups listed below are currently involving in the BENCHIE project.
  If you want to join this project, do not hesitate to contact us.
  Laboratoire de Mécanique et d’Acoustique, CNRS - UPR 7051, Aix-Marseille Univ., Centrale Marseille, Marseille, France.
  Dr Nathalie FAVRETTO-CRISTINI, Dr Paul CRISTINI, Dr Dimitri KOMATITSCH, Mathilde GRIVEAUX (PhD Student)
  This group develops laboratory scale experiments and numerical simulations using a Spectral-Element Method (SPECFEM code).
  The (...)

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• Contact us

  19 March 2013, by E. Sarrouy

  For further information on the BENCHIE project, please contact:
  Nathalie FAVRETTO-CRISTINI (favretto@lma.cnrs-mrs.fr)
  or Paul CRISTINI (cristini@lma.cnrs-mrs.fr)
  Webmaster :
  Emmanuelle SARROUY (emmanuelle.sarrouy@centrale-marseille.fr)

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• Participate

  19 March 2013, by E. Sarrouy

  You are interested in contributing to the BENCHIE project?
  JOIN US !
  First of all, contact us in order to get a login and a password.
  These data will then allow you to access to the whole web site, in particular to the experimental data and the associated description of the acquisition survey. Results obtained with different numerical methods will be also available.

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• Benchie project

  19 March 2013, by E. Sarrouy

  The main goal of the BENCHIE project is to provide experimental data performed under controlled laboratory conditions in order to help for comparison of numerical methods accuracy and ability to model seismic wave propagation and imaging in complex environments.
  WHY? In models with simple structures and slowly varying material properties, conventional methods are efficient tools for seismic modeling and inversion. However, difficulties arise for complex geological structures with large and (...)

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• Home

  19 March 2013, by E. Sarrouy

  BENCHIE is a project which aims at providing a set of fully controlled experimental data, performed under laboratory conditions, to help for comparison of numerical methods accuracy and ability to model seismic wave propagation and imaging in complex environments.
  Grateful acknowledgements to

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