Product Overview
Slide2
Built-in Groundwater Seepage Analysis
Includes a Finite Element Seepage Analysis tool. Automatically generate your mesh and compute your steady state or transient analysis without the need for separate programs.
Probabilistic Analysis
Go above and beyond Latin-Hypercube sampling. Speed up your computations with our machine-learning-based Response Surface or generate thousands of what-if scenarios with a spatial variability analysis.
Supports
Reinforce your model with a geosynthetic from our manufacturer library, import your pile from RSPile, or define your own support. Slide2 comes with an extensive library of support types including Retaining Walls (EFP) and Launched Soil Nails.
Specifications
Analysis Methods :
Bishop Simplified
Corps of Engineers #1
Corps of Engineers #2
GLE/Morgenstern-Price
Janbu Corrected
Janbu Simplified
Lowe-Karafiath
Ordinary/Fellenius
Sarma Vertical & Non-vertical Slice
Spencer
Data Interpretation :
Annotation and dimensioning tool kit
Contour groundwater results—total head, pore pressure, velocity, gradient
Export image files
Export to Excel
Filter slip surfaces
Interactive data tips
Plot factor of safety along slope
Plot results directly on slip surface
Plot safety factor vs. time for transient analysis
Plot slice data
Plot slip surface data
Print models at scale
Support force diagrams
Property viewer—contour material properties
Finite Element Groundwater Seepage Analysis :
Constant or time-dependent boundary conditions
Discharge sections
Mapped meshing
Multi-stage transient groundwater seepage
One-click automatic meshing
Saturated/unsaturated
Show mesh quality
Steady state seepage
View groundwater and slope stability results simultaneously
Loading :
Distributed loads
Line loads
Seismic loads
Modeling :
Borehole entry
CAD drawing tools
.dxf import/export
Geometry from soil profile
Multi-scenario modeling
One-click material assignment
Weak layer boundary
Pore Pressure Definition :
Calculate excess pore pressure using B-bar method
Choose grid interpolation method
Finite element groundwater seepage analysis
Phreatic surfaces
Piezometric lines
Pore pressure grids—total head, pressure head, pore pressure
Rapid drawdown analysis
Ru coefficients
Probabilistic Analysis :
Advanced correlation between input parameters
Critical probabilistic surface
Spatial variability analysis
Distributions—Normal, Uniform, Triangular, Beta, Exponential, Lognormal, Gamma
Equate material properties
Histogram, cumulative, and scatter plots
Monte Carlo, Latin Hypercube, or Response Surface simulation
Probability of failure/Reliability index
Sensitivity analysis
Use any input parameters as random variables
Rapid Drawdown Methods :
Army Corps Engineering 2-stage
Duncan, Wright, Wong 3-stage
Effective stress using B-bar
Lowe and Karafiath
Search Methods :
Auto-refine search
Block search
Cuckoo search
Grid search
Non-circular surface optimization
Particle swarm
Path search
Simulated annealing
Slope search
Seismic Options :
Compute Kc critical acceleration
Newmark displacement (rigid, coupled, de-coupled)
Pseudo-static analysis
Staged pseudo-static analysis Slip Surface Options
Circular surfaces
Composite surfaces
Non-circular/Planar surfaces
Tension cracks
Support :
Active vs. passive anchors
Back analysis (compute required support force for safety factor)
Easily define/edit patterns
End-anchored bolts
Geotextiles
Grouted tiebacks
Piles and micropiles
RSPile integration
Soil nails
User-defined support model
Retaining Wall (EFP)
Helical Anchor
Strength Models :
Anisotropic function
Anisotropic linear
Anisotropic strength
Barton-Bandis
Discrete function
Drained-Undrained
Generalized anisotropic
Generalized Hoek-Brown
Hoek-Brown
Hyperbolic
Infinite strength
Mohr-Coulomb
No strength (i.e., water)
Power curve
SHANSEP
Shear/normal function
Snowden modified anisotropic linear
Tension cutoff
Undrained (Phi = 0)
Unsaturated shear strength
Vertical stress ratio