Measuring the orientation of structures on drill core is laborious. However, the measurements can be carried out with a similar accuracy from high-quality digital photographs of drill core. This approach is much faster and has better quality control than manual measurement. Software has been developed that speeds up the measurement of structural data-both planes and lines-in oriented core, with only minor loss in precision of measurement. Where high-quality drill core images are available, the orientation of planes can be measured at about 2/min. One area where the improved throughput is significant is in discontinuity analysis for modelling blast fragmentation and geotechnical rock quality. In this case it is important to measure all the j...
Changes in underground environments have been predicted by investigating underground bedrock conditi...
In this paper we present 2-D and 3-D image-based methods to detect fractures in drill core. With the...
Many engineering applications in fractured crystalline rocks use measured orientations of structures...
A unified system of collecting structural data from drill core is proposed. The system encompasses p...
Borehole core must be orientated relative to a geographic coordinate system if meaningful geological...
Exploration drill core is commonly cut in half for assay purposes soon after acquisition. Structural...
A new method for obtaining structural data from drill cores using a reference fabric (e.g. cleavage)...
Measuring the orientation of fold axes is a routine component of field-based structural analysis. De...
Rock fabric data collected from oriented core provides supplemental information for slope stability ...
This thesis covers the question if oriented rock cores can be of benefit, compared with non-oriented...
© SGEM2019. Core analysis is obligatory when developing mineral deposits or estimating reserves. Cor...
Structure-from-motion (SfM) photogrammetry enables the cost-effective digital characterisation of se...
Structure-from-motion (SfM) photogrammetry enables the cost-effective digital characterisation of se...
This paper presents ongoing research in improvement of analytical tools for the characterization of ...
Changes in underground environments have been predicted by investigating underground bedrock conditi...
In this paper we present 2-D and 3-D image-based methods to detect fractures in drill core. With the...
Many engineering applications in fractured crystalline rocks use measured orientations of structures...
A unified system of collecting structural data from drill core is proposed. The system encompasses p...
Borehole core must be orientated relative to a geographic coordinate system if meaningful geological...
Exploration drill core is commonly cut in half for assay purposes soon after acquisition. Structural...
A new method for obtaining structural data from drill cores using a reference fabric (e.g. cleavage)...
Measuring the orientation of fold axes is a routine component of field-based structural analysis. De...
Rock fabric data collected from oriented core provides supplemental information for slope stability ...
This thesis covers the question if oriented rock cores can be of benefit, compared with non-oriented...
© SGEM2019. Core analysis is obligatory when developing mineral deposits or estimating reserves. Cor...
Structure-from-motion (SfM) photogrammetry enables the cost-effective digital characterisation of se...
Structure-from-motion (SfM) photogrammetry enables the cost-effective digital characterisation of se...
This paper presents ongoing research in improvement of analytical tools for the characterization of ...
Changes in underground environments have been predicted by investigating underground bedrock conditi...
In this paper we present 2-D and 3-D image-based methods to detect fractures in drill core. With the...
Many engineering applications in fractured crystalline rocks use measured orientations of structures...