Technical Specifications
Analysis
- Deterministic (Combinations Analysis)
- Probabilistic
- Wedge
- Planar
- Toppling (Block Toppling, Block Flexure Toppling)
- Bench Design
- Persistence Analysis
- Sensitivity Analysis
- Block Scaling
Analysis Results
- Results Grid
- Result Details
- Report Generator
- Support Force Diagram
- Water Pressure Contours
- Charts (Histogram, Scatter, and Cumulative)
Automation
- Batch Compute Model Files
Bench Analysis
- Optimize Bench Design for Open Pit Mines
Design Standards
- Eurocode 7 (Partial Factors)
- Applies to Deterministic, Probabilistic, and Sensitivity Analyses
Deterministic Analysis
- Calculate Factor of Safety of all formed blocks in Wedge, Planar, and Toppling Analyses
- Displays Critical Mode of Failure for Each Block in a Toppling Analysis
- Toppling, Sliding, Stable, Shear, Flexural Bending
- Histogram and Scatter Plots
- Best Fit Distribution
Exporting Results
- Export Geometry
- Export Data and Charts to Excel
- Copy to Clipboard
- Export Image Files
- Report Generator Analysis Summary
Loading
- Pressure Loads
- Ponded Water Pressure
- Joint Water Pressure (Dry, Elevation, Water Surface (Phreatic Surface), Custom Pressure)
- Seismic Loads (Coefficients)
- User Input Point of Force Application Ratio Depending on the Failure Mode of the Block Above
- Point Loading
Probabilistic Analysis
- Statistical Distributions
- Normal, Uniform, Triangular, Beta, Exponential, Lognormal, Gamma and Fisher
- Histogram, Cumulative and Scatter Plots
- Probability of Failure
- Reliability Index
- Monte Carlo or Latin Hypercube Simulation
- Pseudo-Random Sampling
- Correlation Coefficient for Cohesion and Friction Angle
- Best Fit Distribution
- Regression Line
- Highlight Failed Blocks on Plots
- Interactive Sampler
- Select Random Blocks
Joints
- Sliding Joints, Planar Joints, and Toppling Joints considered based on Lateral Limits and Slope Geometry
- Optional Basal Joint Plane (Pentahedral Wedges)
- Shear Strength—Mohr-Coulomb, Barton-Bandis, Power Curve
- Waviness Angle
- Import Planes from Dips
- Import Joint Set Statistics from Dips (Probabilistic Analysis)
Persistence Analysis
- Joint Length and Spacing
- Joint Persistence
- Allowable Persistence Determines if Block Can Form
Sensitivity Analysis
- Determine effect of individual variables on safety factor
- Multiple variables on one plot
- Vary Strength of all Joints Simultaneously
Slope
- Slope Plane
- Upper Face
- Slope Height, Length, and Bench Width
- Overhanging Slope
- Metric/Imperial Units
- Overall Base Inclination
Stereonet View
- Plot Great Circles and Poles
- Show Joint Intersections
- Show Failures
- Equal Angle/Equal Area
Support
- Support Type
- Define Bolt Properties from the Following Bolt Types: Mechanically Anchored, Grouted Dowel, Cable Bolt, Split Set, Swellex, and Simple Bolt Force
- Option to Use Bolt Shear Strength
- Option to Apply Bolt Orientation Efficiency Factor
- Define Bolt Properties from the Following Bolt Types: Mechanically Anchored, Grouted Dowel, Cable Bolt, Split Set, Swellex, and Simple Bolt Force
- Active or Passive Force Application
- Spot Bolts
- Bolt Patterns
- Shotcrete Application
Tension Crack
- Optional Tension Crack Plane
- User-Defined or Automatic Location
Wedge Size
- Scale Wedge Size by:
- Slope Height, Slope Length, Bench Width, Trace Length, Persistence, Wedge Weight, and Volume
- Truncate Wedge with Tension Crack
- Persistence Analysis (Probabilistic)
- Minimum Wedge Size
Viewing Options
- 3D View for All Analysis Types
- 2D View for All Analysis Types
- Interactively Rotate, Zoom and Pan
- Move Blocks Along Sliding Planes
- Customize Display Options
- Export Image Files