A web service for automatic geotechnical core logging using neural networks
APPLICATIONS
APPLICATIONS
automation of geotechnical core logging process
audit of geotechnical core logging prior to acceptance
processing of archival core photographs
ADVANTAGES
ADVANTAGES
TIME SAVING
54 drillholes were processed in 2 days
INTERACTIVE INTERFACE
an intuitive interface with real-time editing and dynamic interval adjustments
HIGH ACCURACY
ensuring high data accuracy through the use of trained neural networks that exclude errors and loss of quality when transferring data to Excel at the site
AI TECHNOLOGIES
uses computer vision and machine learning, offering the possibility for continuous improvement and the flexibility to customize for different mines
MAIN FEATURES
MAIN FEATURES
Binds photos of the core by depth
Identifies artificial and natural fractures with 77% accuracy
RQD and FF/m with 93% accuracy
Identifies geotechanical intervals
Calculates the angle α for discontinuities
Provides Excel with structural and interval documentation
Interactive interface
Dynamic interval adjustments
Digger Slope – software for analyzing and optimizing slope stability, enabling the assessment of engineering risks and minimizing overburden removal costs.
MAIN FEATURES
MAIN FEATURES
comprehensive kinematic analysis
kinematic maps of open pit mines
optimization of rock slope stability
calculation of bench width
automated search of tension crack
identification of open pit mine design sectors
back analysis tool
ADVANTAGES
ADVANTAGES
Visualization for pit slope stability analysis
Time-saving
Safe steepening of the slope angle
Instant stability assessment of all pit benches
Visualization for pit slope stability analysis
Time-saving
Safe steepening of the slope angle
Instant stability assessment of all pit benches
CASES
CASES
Digger Slope at a open pit mine in Uzbekistan:
The pit slope was steepened by 7°.
The volume of overburden was reduced by 16 million m3.
Savings on overburden amounted to about $38 million at the cost price of $2,38/m3.
At the Gold Deposit in Russia:
Multiple failures in the central sector of the open pit mine were prevented.
The condition of the pit slope in the western sector was ensured to be stable.
Optimization of ledges at the copper ore deposit in Kazakhstan:
Digger Slope helped to eliminate adverse slope exposures, which increased their stability.
This is a newly emerging software for solving geotechnical problems having the opportunity to model rock mass failure and dynamic processes. The powerful mathematical tool of the software models destructive processes with all degrees of deformation, both elastic and occurring with discontinuities, fragmentation and subsequent substitution of fragmented rockmasses.
APPLICATIONS
PROROCK is applicable to solving almost any geomechanics problems. The most promising is the use of the service to solve problems of rock mechanics related to rock mass failure and movement
UNCONVENTIONAL DESIGN SOLUTIONS
When designing mining enterprises, the use of our service is recommended when making complex and unconventional design decisions. For example, to predict the recovery rates under the end release of ore or to predict the impact of underground mining operations on the open pit slope stability
ANALYSIS AND FORECAST OF HAZARDOUS PROCESSES
For geomechanical services of enterprises, the PROROCK service will be useful in predicting rock mass collapses, analyzing the causes of failure and making decisions to eliminate the consequences.
APPLICATIONS
APPLICATIONS
PROROCK is applicable to solving almost any geomechanics problems. The most promising is the use of the service to solve problems of rock mechanics related to rock mass failure and movement
UNCONVENTIONAL DESIGN SOLUTIONS
ANALYSIS AND FORECAST OF HAZARDOUS PROCESSES
UNCONVENTIONAL DESIGN SOLUTIONS
When designing mining enterprises, the use of our service is recommended when making complex and unconventional design decisions. For example, to predict the recovery rates under the end release of ore or to predict the impact of underground mining operations on the open pit slope stability
ANALYSIS AND FORECAST OF HAZARDOUS PROCESSES
For geomechanical services of enterprises, the PROROCK service will be useful in predicting rock mass collapses, analyzing the causes of failure and making decisions to eliminate the consequences.
ADVANTAGES
ADVANTAGES
Efficient computations using CUDA technology
Fast and efficient preparation of computational models
Accurate and realistic simulation of geotechnical processes
Flexible tools for exporting results and data
Efficient computations using CUDA technology
Fast and efficient preparation of computational models
Accurate and realistic simulation of geotechnical processes
Flexible tools for exporting results and data
KEY FEATURES
KEY FEATURES
- Takes into account rock deformation and strength properties, post-peak plastic deformation, DFN, in-situ stress, and external loads
- Generates a mesh optimized for FDEM analysis
- Automatically detects and corrects geometric errors (Autofix)
- Simulates excavation, backfilling, and extraction processes
- Defines discontinuities, tectonic faults, fractures, and anchor systems
- Provides comprehensive visualization and export of results in tabular form (txt, csv)
LLP "Scientia"
Republic of Kazakhstan
Aktobe City, Abulkhair Khan Avenue, 77
Aktobe City, Abulkhair Khan Avenue, 77
BIN 231240017437
