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Line 158: − + − + − + − [[File:GeoWikiWriteOff2021-Tayyib-Figure22.png|framed|center|{{Figure number|22}}Orientation of major horizontal stresses in South Africa helps in the design and analyses of new mining areas (from Stacey, T., & Wesseloo, J, 1998) [14]]]
In-situ stress characterization and applications (view source)
Revision as of 17:23, 23 August 2022
, 17:23, 23 August 2022→Mining Engineering
===Mining Engineering===
===Mining Engineering===
Wellbore Stability Analysis (Safety of Mining Operations)
[[File:GeoWikiWriteOff2021-Tayyib-Figure22.png|thumb|400px|{{Figure number|22}}Orientation of major horizontal stresses in South Africa helps in the design and analyses of new mining areas (from Stacey, T., & Wesseloo, J, 1998) [14]]]
In-situ stress measurements taken from different mining and civil engineering projects in South Africa, were compiled in a database to provide a useful source for realistic design and layout analysis of new mining areas (Stacey, 1998). Figure 17 shows the orientations of the horizontal stresses in South Africa. Optimizing the in-situ stress distribution and concentration in the rock by optimizing the wellbore stability is important for the safety of mining operations.
====Wellbore Stability Analysis (Safety of Mining Operations)====
In-situ stress measurements taken from different mining and civil engineering projects in South Africa, were compiled in a database to provide a useful source for realistic design and layout analysis of new mining areas (Stacey, 1998). Figure 17 shows the orientations of the horizontal stresses in South Africa. Optimizing the in-situ stress distribution and concentration in the rock by optimizing the wellbore stability is important for the safety of mining operations.
===Geology/Geophysics (Earthquake Prediction)===
===Geology/Geophysics (Earthquake Prediction)===