Product Overview
RS2
Surface & Underground Excavations
Whether your project is civil or mining based, above ground or below, RS2 enables you to effectively analyze stress/deformation, stability, support design, and staged excavations with ease.
Groundwater Seepage Analysis
Factor in groundwater flow with RS2’s integrated seepage analysis tool for steady-state and transient conditions of dams, embankments, slopes, tunnels, and excavations.
Shear Strength Reduction
Automate your slope stability analysis with Shear Strength Reduction which performs a finite element analysis to identify the critical strength reduction factor.
Specifications
Data Interpretation :
View stress, displacement, strength factor contours
Effective stress, pore pressure contours
Contour user-defined data
Stress/Failure trajectories, deformation vectors
Display deformations to user-defined scale
Query and graph material, support, joint data
Export to Excel
Show values directly on model
Highlight yielded material, support, joint elements
Add iso-contours
Elements & Meshing :
Triangular or quadrilateral finite elements
3 or 6–noded triangles
4 or 8–noded quadrilaterals
One-click mesh generation
Graded, uniform or radial meshing
Mapped meshing
Custom meshing
Check/Define mesh quality
Easily apply boundary conditions
Far-Field Stress :
Constant stress field
Gravity stress field
Multiple stress fields (customize per material)
Finite Element Slope Stability :
Automated FE slope stability using shear strength reduction (SSR) method
Define SSR include/exclude area
Import/Export Slide2 models
Accelerated SSR
Groundwater :
Finite element steady state or transient seepage analysis
Staged groundwater
Material permeability functions
Discharge sections
Piezometric lines
Pore pressure grids
Fully coupled consolidation
Include pore pressure for effective stress analysis
Uncoupled consolidation
Staged groundwater methods
Wick drains
Unknown boundary condition (seepage face)
Joints :
Elastic or non-linear
Mohr-Coulomb, Barton-Bandis, Hyperbolic, or material-dependent slip criterion
Natural or artifi cial joints
Pressurized joints
Staged joint properties
Statistical modeling of joint networks
Loads :
Constant or linear distributed loads
Concentrated load
Seismic load
Ponded water load
Staged loading
Springs
Dynamic
Materials :
Undrained and drained behaviour
Elastic or non-linear
Strength criteria—Mohr-Coulomb, Generalized Hoek-Brown, Cam-Clay, Modified Cam-Clay, Drucker-Prager, discrete function, anisotropic, Mohr-Coulomb with Cap, Softening/Hardening
Advanced material models—Slide2 (Power Curve, Barton-Bandis, Vertical Stress Ratio, Hyperbolic, Shear Normal, Shansep, Generalized Anisotropic), FLAC (CY Soil, CH Soil), Plaxis (Hardening Soil, HS Small, Soft Soil, Soft Soil Creep), Dafalias- Manzari, Bounding Surface Plasticity, Mohr-Coulomb with Cap, BBM (Basic Barcelona), and NorSand
Staged material properties
Datum-dependent properties
Isotropic, transversely isotropic, orthotropic elastic models
Import from RocData
Modelling :
Interactive geometry entry
Intuitive workfl ow tabs
Boundaries—external, material, excavation, stage, joint, piezo, structural interface
Grid/Vertex/Object snapping
Sequential staging of excavation and support (up to 300 stages)
Plane strain or axisymmetric analysis
One-click material assignment
Import/Export in .dxf fi les
Unlimited undo/redo
Right-click editing shortcuts
Tunnel Wizard
Property Viewer
Visibility Tree
Probabilistic Analysis :
Monte Carlo, Latin Hypercube, Point Estimate methods
Random variables—materials, joint properties, field stress
Contour/Error plots of statistical output
Support :
Staged support installation
Bolt types – end anchored, fully bonded, cable bolts, Swellex, splitset, tiebacks
Liner types—beam, reinforced concrete, geotextile, cable truss
Composite liners
Reinforcement database
Timoshenko or Bernoulli beam models
Staged liner properties
Elastic or non-linear
Peak/Residual strength
Interactive support capacity plots (thrust/moment, thrust/shear) for reinforced concrete liners (includes CSA, ACI, EC2 codes)