ABSTRACT:

Photogrammetry is becoming a more common method for mapping geological and structural features in underground mines. The issue of capturing geological and structural data in inaccessible areas of mines, such as those that are unsupported, remains even when utilizing photogrammetric methods; thus, geological models of mines are left with incomplete datasets. The implementation of Unmanned Aerial Vehicles (UAVs) underground has allowed for experimentation with photogrammetry conducted from a UAV platform. This paper contains the results of an investigation focused on collecting UAV-based imagery at underground locations within Barrick Gold Corporation's Golden Sunlight Mine in Whitehall, Montana, and the use of the imagery to produce 3D models for mapping geologic features. The primary components of the study described are the underground imagery acquisition experiences and a comparison of underground photogrammetry modeling with UAV imagery using two sets of software: a) ADAM Technology's 3DM CalibCam and 3DM Analyst and b) Bentley's ContextCapture for 3D modeling combined with Split Engineering's Split-FX for mapping. The lessons learned during this study may help guide future efforts using UAVs for capturing geologic data, as well as to help monitor stability in areas that are inaccessible.

Keywords:
geologic modeling, metals & mining, knowledge management, geological modeling, Reservoir Characterization, obstacle, Bentley, nev stope, remote controller, orientation
Subjects:
Reservoir Characterization, Professionalism, Training, and Education, Information Management and Systems, Geologic modeling, Communities of practice, Knowledge management
This content is only available via PDF.
2018. American Rock Mechanics Association
You can access this article if you purchase or spend a download.