is a 3D stability analysis tool used to evaluate underground excavations bounded by intersecting structural discontinuities. It determines the factor of safety for potentially unstable rock wedges surrounding tunnels, caverns, and shafts. Key Capabilities
If you are a professional needing the software for a short-term project or evaluation, Rocscience offers free trials of their latest versions (e.g., Slide3, RS3, Settle3).
It is indispensable for tunnel design, helping to prevent catastrophic wedge failures in tunnels and caverns. Conclusion: A Complete Geotechnical Package is a 3D stability analysis tool used to
Evaluates safety margins using fixed input data or accounts for variability in joint orientations and strengths. Engineering Applications
It calculates the size and shape of wedges that can form in the roof, floor, or walls of an underground excavation. Key Features: It is indispensable for tunnel design, helping to
[ Field Mapping Data ] │ ▼ [ Dips 6.0 ] ───► Identifies critical joint sets & kinematic failure zones. │ ▼ [ Unwedge 3.0 ] ──► Models underground tunnel stability using those joint sets. │ ▼ [ Slide 6.0 ] ───► Evaluates large-scale surface slope stability. │ ▼ [ Settle3D v2.0 ] ─► Calculates structural settlement of foundations near the site. Technical Specifications & System Requirements
: Includes fuzzy cluster analysis to identify joint sets and provides statistical contouring for orientation clustering. Key Features: [ Field Mapping Data ] │ ▼ [ Dips 6
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: Look for free or open-source software that can perform similar tasks. While they might not offer the exact same features, they can be a viable alternative for certain types of analyses.