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3D modeling of surface quarries and deposits of mined materials and the monitoring of slopes

Ivan Maňas

The application of computer technology by simulating opencast mining and deposits of raw materials. The mathematic principles of three-dimensional probabilistic models of raw materials deposits and a familiarization with the user interface software GEOLOGICKY MODEL. The principles of the simulation of opencast mines, generation intersections with models of raw materials deposits, computation of mining materials with the quality scaling,and the design of advanced mining with the software BANSKY MODEL.The monitoring the potential of dynamic movements’ of unstable slopes with the automatic total station and a following interpretation in general time intervals by means of the software MONITORING.

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3D modeling of surface quarries and deposits of mined materials and the monitoring of slopes

Ivan Maňas

The application of computer technology by simulating opencast mining and deposits of raw materials. The mathematic principles of three-dimensional probabilistic models of raw materials deposits and a familiarization with the user interface software GEOLOGICKY MODEL. The principles of the simulation of opencast mines, generation intersections with models of raw materials deposits, computation of mining materials with the quality scaling,and the design of advanced mining with the software BANSKY MODEL.The monitoring the potential of dynamic movements’ of unstable slopes with the automatic total station and a following interpretation in general time intervals by means of the software MONITORING.

3D modeling of surface quarries and deposits of mined materials and the monitoring of slopes

Ivan Maňas

The application of computer technology by simulating opencast mining and deposits of raw materials. The mathematic principles of three-dimensional probabilistic models of raw materials deposits and a familiarization with the user interface software GEOLOGICKY MODEL. The principles of the simulation of opencast mines, generation intersections with models of raw materials deposits, computation of mining materials with the quality scaling,and the design of advanced mining with the software BANSKY MODEL.The monitoring the potential of dynamic movements’ of unstable slopes with the automatic total station and a following interpretation in general time intervals by means of the software MONITORING.

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Title:

3D modeling of surface quarries and deposits of mined materials and the monitoring of slopes

Contributors:

Ivan Maňas (author)

Published in:

Acta Montanistica Slovaca, Vol 12, Iss special issue 3, Pp 437-453 (2007)

Publication date:

2007

ISSN:

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

Unknown

Keywords:

probabilistic models , simulation surfaces , geologický model , banský model , automatic total station , MONITORING , Mining engineering. Metallurgy , TN1-997 , Geology , QE1-996.5

Metadata by DOAJ is licensed under CC BY-SA 1.0

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