Geotechnical Analysis Software for Mining
Geotechnical Assessment for Mine Design
Evaluate rock mass strength, joint orientation, and groundwater conditions. Feed geotechnical parameters directly into pit design and slope stability workflows.
K-MINE geotechnical analysis evaluates rock mass strength, discontinuity orientation, and hydrogeological conditions to generate design parameters used directly in pit slope and underground excavation workflows. Classify rock mass quality using RMR, Q-system, and GSI frameworks. Map structural domains, model joint set orientations, and assess groundwater pore pressures to define geotechnical design sectors that control slope angles and support requirements throughout the operation.
Limit Equilibrium Analysis
Calculate factor of safety using Bishop Simplified, Janbu, and Force Polygon methods with support for groundwater conditions, tension cracks, and bench loads across heterogeneous slopes.
Finite Element Stress Modeling
Evaluate stress-strain distribution and deformation behavior using FEM for complex geometries where standard limit equilibrium assumptions are insufficient.
Rock Mass Rating & Classification
Enter physical-mechanical properties, strength parameters, and bench structure to classify geotechnical risk and identify potentially unstable zones by sector.
Cross-Section Visualization
Build cross-sections through pit walls combining drillhole data, block model properties, and interpreted geology to visualize faults, stratification, and stability-critical features.
Slope Condition Monitoring
Track displacement and groundwater indicators over time, set thresholds to flag changes requiring review, and validate analysis assumptions against observed behavior.
Results Export to Pit Design
Store geotechnical properties and ratings directly in block model fields, generate stability reports with factor of safety outputs, and share results for sector-based slope angle decisions.
K-MINE Software
Geological modeling to production scheduling — one database, connected workflow
One database, full workflow — from drillhole to production schedule. Stope optimization, decline design, and ventilation in one environment.
Surveying
Process field data, build surfaces, and reconcile volumes for open pit operations.
Geology
Turn drillhole data into 3D domains and grade estimates.
Open Pit Design
Pit shells, benches, ramps, and haul roads in one design environment
Scheduling
Build short-, mid-, and long-term schedules with equipment assignment.
Pit Optimizer
Select ultimate pit limits and phase shells using economic inputs.
Stability Analysis
Assess pit slope stability with limit equilibrium and FEM workflows.
Drill and Blast
Design patterns, calculate charges, and validate blasts before execution.
Infrastructure
Maintain a 3D master plan for haul roads, waste dumps, stockpiles, and site facilities.
Long-term Partners
Learning Resources
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Sep 8, 2026
Company NewsInnovations in Resource Estimation: K-MINE at the KAZ Minerals Geological Forum 2026
Sep 8, 2026
Feature HighlightsHeterogeneous Rock Mass Stability Analysis in K-MINE
Aug 26, 2026
Feature HighlightsFinite Element Stability Analysis in K-MINE
Aug 21, 2026
Webinars