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First European
GeoModeller User Meeting

The European GeoModeller User Meeting will provide a forum for GeoModeller users to present examples of their work using GeoModeller and to share their experiences with other users.

New developments due in the next release of GeoModeller will also be showcased.

User Meeting...
Thursday 28 October, 2010

GeoModeller Workshops...
Friday 29 October 2010

Venue for User Meeting and Workshops:
BRGM, Orleans, FRANCE

Download European GeoModeller User Meeting Flyer

Download Workshop Flyer:
'Introduction to 3D GeoModeller'

Download Workshop Flyer:
'Advanced 3D GeoModeller'

Download User Meeting & Workshop Registration Form

Download 'How to get to Orleans'


3D GeoModeller—The Product


What is 3D GeoModeller?


3D GeoModeller (Previously called 3DWEG - Web Editeur Géologique) is a 3D geological modelling and geophysical inversion package.


3D GeoModeller is a highly useful tool for environmental, geotechnical, hydrogeology, petroleum and mineral applications, ready for use by exploration geologists, geophysicists, and executives alike!


It's designed to run on a laptop, and be used in the field. Typical projects range from detailed study areas of one kilometre, average dimensions, to 200 kilometre. Current developments are extending the capabilites to cope with higher data densities and bigger spatial extents.


To find out more about the companies involved in the development of 3D Geomodeller, please visit About Us - The Consortium.


3D GeoModeller's unique features


  • The ability to accept primary geological observations to build the 3D geological model


  • Every model is geologically sensible, adhering to built-in geological rules


  • As new data becomes available, it can be rapidly incorporated, thus revising the model


  • Accurately models complex geological settings and elements (overturned fold limbs, complex faults / shear zones, intrusions and basement)


  • The ability to see geophysical datasets in the context of the geological model, and do forward models to see how they fit these datasets
  • Uses geophysical datasets to refine the model via inversion approaches (gravity and magnetic survey data)


  • The inversion process continues after the solution has converged (of observed versus computed parameters) – exploring a wide range of allowable models.
  • Results are presented in terms of probability movies and voxets.


In contrast to a CAD-style model - which uses shapes and surfaces to describe objects within a model - a 3D Geomodeller (geological) model is described in terms of:

  • A stratigraphic pile


  • Geological contact points


  • Geological orientation data


  • Erosion / on lap rules


  • Fault networks


  • Lithological properties


For more detailed information please visit our Brochures & Information and Articles & Links pages.

Partners:

Intrepid Geophysics logo

BRGM logo

Affiliated Sites:

Intrepid Geophysics

GeoIntrepid

BRGM (France)

Communities:

3D Geology Forum

Recent News:

Manifold Surface Creation
GeoModeller 1.3.2 Maintenance
Inspire & Geoserver 2.0
Volumes/Surfaces
Prism & thin sheet modelling

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