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  • Home
  • Innovative solutions
    • Volumetric modelling
    • Intuitive Machine Learning
    • Beyond conventional
  • Pricing
  • Training and support
    • Technical Articles
      • All Posts
      • Geological Modelling
  • About GEOREKA
Machine Learning demystified

Machine Learning in geology explained, to better understand how it can be used as part of geological modelling.

Machine Learning in geology explained, to better understand how it can be used as part of geological modelling.
3D Fault Model: an example

An example how a 3D faulted geological model can be created in GEOREKA.

An example how a 3D faulted geological model can be created in GEOREKA.
Geological software to help visualizing mineralization trends

Ideas regarding visualization of trends in mineralization

Ideas regarding visualization of trends in mineralization
How to edit a (given) grade shell or other surfaces?

A brief article explaining some of the tools to locally edit grade shells based on interpretation or newly available data.

A brief article explaining some of the tools to locally edit grade shells based on interpretation or newly available data.
Geological models using digital outcrops from photogrammetry
Geological models using digital outcrops from photogrammetry With the incredible explosion of drones on the market, more and more uses are starting to be developed. One of the more straight forward applications is creating a 3D capture of outcrops. Using photogrammetry techniques to reconstruct 3D geological models of the drone footage we can use accurate [...]
Geological models using digital outcrops from photogrammetry
Stratigraphic Modelling
Modelling Stratigraphy with GEOREKA Software Stratigraphic modelling can often be done directly from the data, and creating a geological model from stratigraphic drillhole data is therefore relatively straightforward. But although modelling stratigraphy in most cases is straightforward, in some cases it isn't. If your project is fairly complex, contact us to demonstrate the more advanced [...]
Stratigraphic Modelling
Modelling narrow veins, dykes, seams or lenses

[row] [col span=”6″ span__sm=”12″] Structures like narrow veins, lenses, seams and dykes generally cannot be modelled directly from the drill data. For these more complex deposits manual selection of data provides a highly flexible and robust way to produce models. GEOREKA combines implicit techniques with manual editing to achieve the best results. In this example […]

Modelling narrow veins, dykes, seams or lenses
Fault modelling

[section] [row] [col span=”5″ span__sm=”12″] Fault modelling in GEOREKA software is done by representing faults as surfaces. Similar to other boundaries, faults can be used to define domains. Create faults from drill samples, digitizing, extrusion or a simple flat plane from the section plane directly. Faults can be modelled in a large variety of ways. […]

Fault modelling

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