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SMERE ViMine Mining Methods

This app has been developed for the students of Minerals and Energy Resources Engineering (MERE) subjects at the University of New South Wales (UNSW), Australia

This app has been developed for the students of Minerals and Energy Resources Engineering (MERE) subjects at the University of New South Wales (UNSW), Australia

SMERE ViMine Mining Methods

by Vantage Interactive
SMERE ViMine Mining Methods
SMERE ViMine Mining Methods
SMERE ViMine Mining Methods

What is it about?

This app has been developed for the students of Minerals and Energy Resources Engineering (MERE) subjects at the University of New South Wales (UNSW), Australia. This experience allows the user to explore the mining method selection process for a hypothetical orebody. The user can select the location for this orebody as well as adjust its orientation and depth. They can then interact with the 3D model, rotating it around to observe its geometry. By filling out the section describing the orebody characteristics within the Nicholas Algorithm, users can observe the suggested mining methods for the scenario. The experience also contains a series of animated mining method explanation videos that show how each method works, to better understand how it might fit the presented scenario. Additionally, the high-grade areas within the orebody can be observed by changing the cut-off grade shell representation, as this might impact on where to start a particular mining method.

SMERE ViMine Mining Methods

App Details

Version
1.0
Rating
NA
Size
236Mb
Genre
Education
Last updated
July 29, 2020
Release date
July 29, 2020
More info

App Store Description

This app has been developed for the students of Minerals and Energy Resources Engineering (MERE) subjects at the University of New South Wales (UNSW), Australia. This experience allows the user to explore the mining method selection process for a hypothetical orebody. The user can select the location for this orebody as well as adjust its orientation and depth. They can then interact with the 3D model, rotating it around to observe its geometry. By filling out the section describing the orebody characteristics within the Nicholas Algorithm, users can observe the suggested mining methods for the scenario. The experience also contains a series of animated mining method explanation videos that show how each method works, to better understand how it might fit the presented scenario. Additionally, the high-grade areas within the orebody can be observed by changing the cut-off grade shell representation, as this might impact on where to start a particular mining method.

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