Pierre Anquez. ( 2019 )
Université de Lorraine
 
Defended on 12-06-2019, at the University of Lorraine, as part of the Sirena Doctoral School - Science and Engineering of Natural Resources (Lorraine),
in partnership with Géoressources (Nancy) (laboratory)
 

Repair and simplification of geological boundary representation models : impact on mesh and numerical simulation in seismology and hydrodynamics

 
Image Pierre Anquez
 
 
Melchior Schuh-Senlis will present FAIStokes prototypes on Tuesday, October 12 at 3:30pm (CET).
 
The webinar will start by a 25 minutes presentation followed by a Q&A session.
Please click on the link to join the event and feel free to share it within your organization.
 
Title: Using the FAIStokes software to launch creeping flow simulations
 
Abstract:
In the frame of his PhD, Melchior produced the FAIStokes prototype to perform structural restoration using viscous Stokes flow principle.
In this webinar, the FAIStokes software will be presented, and its main specificities and its installation will be shown.
The process of launching simulations with the code will then be detailed, as well as the various parameters controlling the simulations and how to change them.
Finally, an example will be used to show how to apply this in practice on a specific case.
 

On the 13th October at 2pm CET, Yves Frantz successfully defended his work entitled: "Stochastic Simulation of Karstic Systems".

Congratulations to Yves and thanks a lot for the PhD committee members (Anne Johannet, Nicolas Massei, Philippe Renard, Valérie Plagnes, Sophie Viseur) for their participation !

 

 

The RING Team is seeking outstanding PhD candidates to address research questions in integrative numerical geology. PhD topics outlined below, can be tailored to the interests and experience of the successful candidate. These full-time positions are for a three-year term and shall start in fall 2020.

PhD Proposal 1: Stochastic seismic structural interpretation of geological faults

PhD Proposal 2: Geomodel updating and transdimensional flow inverse problems

 Application files must be sent to This email address is being protected from spambots. You need JavaScript enabled to view it. before July 19th.

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The RING Team wishes you a Happy Holiday Season and an axxellent year 2021 !

Best wishes from the RING Team for 2021!

This animation was generated from a particle-in-cell method developed for Stokes-based structural restoration. (Learn more: Towards the application of {Stokes} flow equations to structural restoration simulations)

 

Many thanks to every on site and online participants of the 2020 RINGMeeting.

Scientific material (papers, presentations and video) are now available online

Sponsors can also download the full archive of the event.

image meeting 72dpi

Proceedings are already available for sponsors download.

Dear Colleagues, dear Friends,


It is a pleasure to introduce this new volume of proceedings of the RING Consortium Meeting and to look back at a year of Research in Integrative Numerical Geology. As each year, this volume combines papers presenting new methods and applications to integrate not only data, but also concepts in subsurface models. These papers were written by the students and researchers of the RING Team, most of them supported by the RING consortium members, and papers contributed by sponsors and guests. I would like to express my sincere appreciation to all the authors for their contributions and to the industrial and associate RING Consortium members for their invaluable support.