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Surpac 6.X: Explicit 3D Geological modelling
Rating: 4.1 out of 5(17 ratings)
1,052 students

Surpac 6.X: Explicit 3D Geological modelling

From Excel file database to Solidmodel and Blockmodel
Created byGéo Guys
Last updated 8/2022
English
English [Auto],

What you'll learn

  • Understand the Surpac graphical interface, its bars and its tools.
  • Create a geological database, Show boreholes and Manupilate your boreholes
  • Create an envelope of the orebody of a deposit - Solidmodel creation
  • Create a blockmodel from its database. and solidmodel

Course content

3 sections • 7 lectures • 59m total length

  • Introduction6:03

    Learn the Surpac 6.x graphical interface by mastering menus, tools, the navigator, layer creation, and the central display window with the message window for errors.

  • Database presentation10:21

    Learn to build a geological database in Sepak by registering four csv tables, including color and survey with x, y, z coordinates and a key, then display three-dimensional geology.

  • Database20:07

    Create and activate a geological database in Surpac by building a folder, importing CEV tables, configuring color and duology tables, and importing Excel data to display drill holes.

Requirements

  • Have a computer or a Mac
  • Be connected on internet
  • You should install by your one Surpac

Description

Would you enjoy mastering one of the most important skills of a mining project? Learn geological modeling and become essential in Surpac.


Then what you are going to read below will interest you.


In traditional geological works, geological investigations and results are illustrated by 2D maps such as well sections, geological profiles and plans.


The inability to represent in 3 dimensions geological phenomena such as strata, structures and reliefs constituted a loss and a distortion of spatial information.


By using 3D modeling and visualization technologies, the body and the geological environment can be understood and expressed directly in 3D.


3D geological modeling makes it possible to:


  • Effectively visualize the geometry of rock and temporal stratigraphic units to define and control the spatial distribution and spread of rock properties required by modeling.

  • Establish spatial and temporal relationships between geo-objects,

  • Determine the variation of the internal composition of geo-objects,

  • Understand displacements or distortions by tectonic forces, and fluid flow through rock units.


Whether you are a geologist, mining engineer or active in a mining sector; mastering 3D geological modeling technology will prove to be of great help whether it is to propel you in your career or to make your CV competitive.


Because in all current mining projects, geological modeling is an essential step, but only a few people know how to do it well.


In this comprehensive course, we will help you learn and master 3D geological modeling. And we will use Surpac, one of the best software in the mining industry which stands out for the reliability of its results, the power of its graphical interface and its speed of execution.


Step by step we will show you step by step:


  • How to create a database in Surpac from drill data recorded in Excel,

  • How to display and manipulate boreholes in 3D,

  • How to draw the sections and digitize the mineralized zones,

  • How to visualize a deposit in 3D, determine its shape and volume

  • And how to design the pit of an open pit mine.

Who this course is for:

  • Geologist
  • Mining engineer
  • Interested

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