Price: 0
Number of applications: 5
10.09.25 (inclusive)
Contract
Finished product
R&D Tasks
Extraction and processing of solid minerals
Geological and physical research methods
Software/ IS
Elimination of discrepancies in calculations of geomechanical and structural parameters of rocks
o Increasing the stability of the sides of the quarries by 10%. o A multiple increase in the volume and detail of mapping the geomechanical and structural parameters of the sides of the quarries compared with manual methods. o Ensuring the accuracy of FF and RQD calculations with an error of no more than 15%.
Isaeva Anara
Purpose and description of task (project)
2.2. Objectives of the system creation: o Optimization of drilling and blasting operations. o Ensuring the stability of the sides of the quarries. o Improving the overall efficiency and safety of mining operations. o Automated calculation of the area distributions of geomechanical parameters (crack density (FF), rock quality index (RQD)) and geometry (dimensions and orientation) of undisturbed fragments of a mountain range on 2D photographs. o Creation of 3D voxel models of geomechanical parameters FF and RQD based on 3D reconstructions of the sides of the quarry provided by the Customer. • Calculation module for obtaining images of geomechanical parameters (FF and RQD) and geological (parameters of undisturbed rock fragments) based on 2D photographs from a drone. • Calculation module for creating 3D voxel FF and RQD models based on point clouds obtained from 3D reconstruction of the sides of the quarry, performed by the Customer. • A set of operational documentation. • The act of conducting pilot tests and the conclusion on the effectiveness of the developed software. • A progress report prepared in accordance with GOST 7.32-2017.
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