# RocSlope

## Model 3D Geological Structures

For 3D slope geometries of benches, highway cuts, and entire open pits, model structurally controlled failure in rock slopes exhibiting jointing (faults, joints, bedding, folds, foliations). Define joints as any combination of measured joints, synthetically sampled joint sets, or discrete surfaces, defined by orientation and location.

## Block Stability Analysis

Determine all valid blocks which could be formed by the intersection of joints. Once blocks are computed, determine each block’s stability using the limit equilibrium method to obtain a factor of safety, taking into considering weight, shear strength, water pressure, loading and supports.

Predict the locations and magnitudes of failures over the extent of the slope by creating heat maps to show locations with the lowest factors of safety, largest failure volumes and depths, and greatest support requirements.

## Probabilistic Analysis

Perform probabilistic analysis to model the variability in rock unit weight, joint shear strength, and water pressure parameters and obtain location-specific probabilities of failure. Generate statistical plots like histograms, cumulative and scatter plots for any selection of blocks, and fit distributions and regression lines through the data.

## RocSlope across Applications

• Open Pit Mining
• Transportation

### Open Pit Mining

Assess and locate large and small-scale failures across the benches of an open pit as part of optimal pit design, safety planning and risk mitigation during the design and operational stages.

### Transportation

Geological hazard assessment of the stability of rock slopes adjacent to or overlying civil infrastructure such as roads, highways, railways, and bridges. Apply slope stabilization measures by modeling the effects of rock reinforcements and drainage.

## RocSlope seamlessly integrates with

• Dips
• SWedge
• Slide3
• RS3

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Import joint orientations from Dips. If data is measured and recorded along boreholes or scanlines, you can import the orientation and location of individual planes. If joint sets exist, then set statistics of mean dip and dip direction and Fisher K can be used define synthetic joint set orientation distributions.

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Import geometry, properties, and joints from SWedge to fully define the model.

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Import geometry, material properties, groundwater conditions, bolts, and search limits directly from Slide3. Add joints to complete the model.

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Import geometry, material properties, joints and joint properties, groundwater conditions, and bolts directly from RS3 to fully define the model.

## The Latest Features

• ### Block Information

Display a listing of all block results including information about geometric removability, factor of safety, weight, volume, driving and resisting forces, sliding direction, failure mode, required support pressure, and failure depth. You can filter and export this information as a CSV file.

• ### Block Limits

Focus on critical regions of your model by adding volumetric limits as any combination of inclusion and/or exclusion zones for the computation of blocks along portions of the slope.

• ### Key Block Analysis

Identify key blocks which control potential large-scale failures of the slope and simulate the successive unraveling of the slope as key blocks fail and are detached.

## Grow with our Learning Resources

Explore our Learning Resources and User Guides, designed to help you excel with all of your geotechnical projects, whether you are a practicing engineer, an academic or a student.
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Integrating Dips & RocSlope

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Discover RocSlope's Core Functionalities

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A Comprehensive Look at RocSlope and RocFall3’s Integrations for Rock Slope Analysis

## RocSlope

### Personal Lease

USD / year
• One Seat
• One User Device
• Cloud-Hosted Licensing
• Managed in the RocPortal

### Flexible Lease

USD / year
• Multiple Seats
• 5 User Devices Per Seat
• Cloud-Hosted Licensing
• Managed in the RocPortal