Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines
As Block Caving Mining becomes a more widely used method of extracting ore from deep, low-grade, weak, disseminated ore-bodies, it becomes important to understand the negative side effects associated with this mining method. One of the greatest side effects of concern is subsidence that results fro...
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Online Access: | Banks, Craig. 2009. Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines Undergraduate Honours Thesis. Department of Earth and Ocean Sciences. University of British Columbia. http://hdl.handle.net/2429/7011 http://hdl.handle.net/2429/7011 |
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ndltd-LACETR-oai-collectionscanada.gc.ca-BVAU.2429-70112014-03-14T15:41:51Z Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines Banks, Craig As Block Caving Mining becomes a more widely used method of extracting ore from deep, low-grade, weak, disseminated ore-bodies, it becomes important to understand the negative side effects associated with this mining method. One of the greatest side effects of concern is subsidence that results from the removal of material at depth. In order to better understand the processes affecting subsidence it is vital to first get an idea of the geological conditions that influence these subsidence inducing processes. Therefore it is the aim of this paper to shed some light on the various geological environments in which block caving is used to help single out the most important geological features, with respect to subsidence, that exist within each specific mining environment. Examples of important geological features would be ore-body dimensions and depth, the nature of the site specific rock units (ie. sedimentary or volcanic rocks of varying strengths), and the overall structural regime of the host geological environment (folding, faulting, shearing). Relationships that exist between geological characteristics at various mines will also be explored in the hope of finding similarities that can be used to link different mines and their corresponding subsidence responses. This will prove beneficial when attempting to find explanations as to why subsidence occurs in the manner that it does at a specific mine. 2009-04-09T05:06:52Z 2009-04-09T05:06:52Z 2009-04-06 text Banks, Craig. 2009. Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines Undergraduate Honours Thesis. Department of Earth and Ocean Sciences. University of British Columbia. http://hdl.handle.net/2429/7011 http://hdl.handle.net/2429/7011 eng Banks, Craig |
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language |
English |
sources |
NDLTD |
description |
As Block Caving Mining becomes a more widely used method of extracting ore from deep, low-grade, weak, disseminated ore-bodies, it becomes important to understand the negative side effects associated with this mining
method. One of the greatest side effects of concern is subsidence that results from
the removal of material at depth. In order to better understand the processes
affecting subsidence it is vital to first get an idea of the geological conditions that
influence these subsidence inducing processes. Therefore it is the aim of this
paper to shed some light on the various geological environments in which block
caving is used to help single out the most important geological features, with
respect to subsidence, that exist within each specific mining environment.
Examples of important geological features would be ore-body dimensions and
depth, the nature of the site specific rock units (ie. sedimentary or volcanic rocks
of varying strengths), and the overall structural regime of the host geological
environment (folding, faulting, shearing). Relationships that exist between
geological characteristics at various mines will also be explored in the hope of
finding similarities that can be used to link different mines and their
corresponding subsidence responses. This will prove beneficial when attempting
to find explanations as to why subsidence occurs in the manner that it does at a
specific mine. |
author |
Banks, Craig |
spellingShingle |
Banks, Craig Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines |
author_facet |
Banks, Craig |
author_sort |
Banks, Craig |
title |
Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines |
title_short |
Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines |
title_full |
Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines |
title_fullStr |
Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines |
title_full_unstemmed |
Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines |
title_sort |
relationships between geology, ore-body genesis, and rock mass characteristics in block caving mines |
publishDate |
2009 |
url |
Banks, Craig. 2009. Relationships between Geology, Ore-body Genesis, and Rock Mass Characteristics in Block Caving Mines Undergraduate Honours Thesis. Department of Earth and Ocean Sciences. University of British Columbia. http://hdl.handle.net/2429/7011 http://hdl.handle.net/2429/7011 |
work_keys_str_mv |
AT bankscraig relationshipsbetweengeologyorebodygenesisandrockmasscharacteristicsinblockcavingmines |
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