Slope Stability Software Free Download
- Slope stability analysis. SLOPE/W is the leading slope stability software for soil and rock slopes. Download GeoStudio to view GSZ files.
- Software for slope stability analysis based on the limit equilibrium of the well known 'infinite slope' model. The visual intuitive approach enriches the analysis experience both for educational and for professional purposes.
- Slope Stability software, free download For Mac
- Slope Stability software, free download For Windows
- Free Slope Stability Analysis Software
Slide2
Slide2 is a powerful, user-friendly, 2D slope stability analysis program using limit equilibrium method. Slide2 can be used for all types of soil and rock slopes, embankments, earth dams, and retaining walls. Slide2 includes built-in finite element groundwater seepage analysis, probabilistic analysis, multi-scenario modeling, and support design.
Download Trial. SimSlope stands for Simplified Slope stability analysis software. It can be used mainly for preliminary analysis of slopes since it can provide an. As an everyday engineering tool, Slope software is quick and easy to use for a wide range of slope stability problems. Download Product Sheet.
Applications
Slide2 (formerly “Slide”) is a 2D slope stability program for evaluating the safety factor or probability of failure, of circular and non-circular failure surfaces in soil or rock slopes. Slide2 is simple to use, and yet complex models can be created and analyzed quickly and easily. External loading, groundwater and support can all be modeled in a variety of ways.
Slide2 analyzes the stability of slip surfaces using vertical slice or non-vertical slice limit equilibrium methods like Bishop, Janbu, Spencer, and Sarma, among others. Individual slip surfaces can be analyzed, or search methods can be applied to locate the critical slip surface for a given slope. Users can also carry out deterministic (safety factor) or probabilistic (probability of failure) analyses.
Groundwater Analysis with Slide2
Finite element groundwater (seepage) analysis, for steady state or transient conditions, is built right into Slide2.
Probabilistic Slope Stability with Slide2
Slide2 also has extensive probabilistic modeling and analysis features. Nearly all model input parameters can be defined as random variables, so that a probability of failure or reliability index may be calculated. Sensitivity Analysis can also be carried out. See the Probabilistic Analysis Overview topic for more information.
Applications
- What's New in Slide2 2018
- Model Creation
- Analysis Methods
- Seepage Analysis
- Probabilistic Analysis
- Designing Supports
- Surface Altering Optimization
(196.254 KiB)
What's New in Slide2 2018
- An improved Scenario Manager allows you to run large, complex models in a single Slide2 file quickly and easily
- 10-15x faster processing of advanced non-circular surface search algorithms with new Surface Altering Optimization
- Spatial variability allows for advanced probabilistic analysis, accounting for variability within materials
- New anisotropic material models as developed for Slide3
- New weak layer option
- Three support types added: Equivalent Fluid Weight (EFW) pile, Ito & Matsui pile, launched soil nail
- Newmark seismic analysis can now analyze rigid, coupled, and decoupled methods simultaneously
Model Creation
- Create and edit complex model geometry with ease.
- Over a dozen material strength models for soil and rock (e.g. Anisotropic, Generalized Hoek-Brown, SHANSEP).
- Flexible geometry import options from various file formats, including DXF,RS2, Slide3, and many more.
Analysis Methods
When you’re investing in a slope stability solution, it needs to stack up. Slide2 offers all industry-standard limit equilibrium methods for slope stability analysis, including:
- Ordinary / Fellenius
- Bishop Simplified
- Janbu Simplified
- Janbu Corrected
- Spencer
- Army Corps of Engineers #1
- Army Corps of Engineers #2
- Lowe-Karafiath
- GLE / Morgenstern-Price
- Sarma (vertical or non-vertical)
Seepage Analysis
Slide2 exceeds expectations with built-in finite element groundwater seepage analysis that comes standard with your license. Within Slide2, you can carry out seepage analyses for saturated/unsaturated, steady state or transient flow conditions. The seepage analysis feature can be used independently or in conjunction with slope stability analysis.
Full integration for smoother analysis
Slide2 contains integrated groundwater analysis capabilities for calculating pore pressures for slope stability analysis. Gone are the days of analyzing groundwater separately and worrying about importing results. Since the groundwater modeler, analysis, and data interpretation are fully integrated into Slide2, you’ll build just one model. The data from the slope stability and groundwater analysis are always synchronized.
Or, use it on its own
If all you need is groundwater analysis, you’re in luck. The Groundwater Seepage Analysis module in Slide2 is completely self-contained and can be used entirely independently of the slope stability functionality of Slide2.
Probabilistic Analysis
Probabilistic analysis allows for the assignment of statistical distributions to any input parameter, advanced correlation of parameters, and spatial variability analysis.
I bring me star download. Using GenYoutube you can download any type of videos from the Youtube.
Slide2 includes extensive Probabilistic Analysis capabilities for the statistical analysis of slope stability using Monte Carlo or Latin Hypercube simulation techniques. Virtually any input parameter in the model can be defined as a random variable.
Probabilistic analyses can also be used for performing a back analysis to determine material properties or groundwater conditions. If you have a slope that has already failed, you can use the failure geometry and the implicit factor of safety to determine material properties or groundwater conditions.
Whether your current work requires you to perform probabilistic analysis or you simply want more confidence in your design, performing a probabilistic analysis will only improve your slope stability analyses. Best of all, probabilistic results can be easily exported to Excel.
Version 2018 also comes with spatial variability analysis, allowing you to easily account for variability within each material.
For more details on Probabilistic Analysis, including the Monte Carlo and Latin Hypercube methods, statistic distributions, spatial variability, and the use of random variables, visit the Online Help.
Designing Supports
Numerous types of slope reinforcement can be modeled in Slide2, including:
- End Anchored support (e.g. Mechanically end anchored rock bolts)
- GeoTextiles (also GeoGrids or Strip reinforcement)
- Grouted Tiebacks / Ground Anchors
- Piles / Micro Piles
- Soil Nails
- RSPile (pile support capacity computed with RSPile)
- Launched Soil Nails
- User Defined support
Surface Altering Optimization
Slide2 employs an efficient slip surface search method known as Surface Altering (SA) optimization. SA is a powerful tool to yield lower factors of safety by modifying geometry of a given slip surface. This option has been shown to be much faster (10 to 15 times) than the Monte Carlo algorithm for most cases and is the new default search optimization method for non-circular slip surfaces.
Ready to Buy?
Not Ready to Buy?Free Trial or See Plans & PricingThe link was sent to your email.
We were unable send the link to your email. Please check your email.
This program is used to perform slope stability analysis (embankments, earth cuts, anchored retaining structures, MSE walls, etc.). The slip surface is considered as circular (Bishop, Fellenius/Petterson, Janbu, Morgenstern-Price or Spencer methods) or polygonal (Sarma, Janbu, Morgenstern-Price or Spencer methods).
Slope stability analysis (circular slip surface)
Main Features
- Verification analysis can be performed employing EN 1997-1, or classical approach (limit states, factor of safety)
- EN 1997 – option to choose partial factors based on National Annexes
- EN 1997 – option to choose all design approaches, consider design situations
- Simple input of layer geometry
- Build-in database of soils and rocks
- Fast and reliable optimization of circular and polygonal slip surfaces
- Arbitrary number of surcharges (strip, trapezoidal, concentrated loading)
- Arbitrary number of anchors
- Presence of water modelled through ground water table or using pore pressure isolines
- Rapid draw down analysis, tensile cracks
- Handles successive construction of slopes within one analysis task
- Simple modelling of rigid bodies
- Earthquake effects
- Analyses methods - Bishop, Fellenius/Petterson, Spencer, Morgenstern-Price, Sarma, Janbu, Shahunyanc, ITFM (Chinese standards)
- Output of slip surfaces computed during optimisation
- Optimization of a circular slip surface according to the mesh grid
- Handles foliation of soils
- Geo-reinforcement may be included
- Analysis in effective and total parameters of soils
- Arbitrary number of analyses within one stage of construction
- Restrictions on the slip surface optimization may be defined
- Analysis according to the theory of limit states and safety factor
- DXF import and export
Slope Stability software, free download For Mac
More Features
Training Materials
- Engineering Manuals
- Video Tutorials
- Verification Manuals
GEO5 2019 Spring Update
GEO5 2019 Spring Update news:
- Creating cross sections (Stratigraphy - Cross Sections)
- Wells – detailed input and reporting (Stratigraphy - Logs)
- Reinforcement definition in sections (Pile, Sheeting Design, Sheeting Check, Anti-Slide Pile)
- Optimization of a circular slip surface according to the mesh grid (Slope Stability)
- New type of a backfill (Walls programs)
- Export DOCX (all programs)
'Slope Stability' Output Report Sample
Main Advantages
- Customizable report structure
- Report header personalization
- Add and edit unlimited images from the analysis
- Pictures automatically update to show results based on current settings
When we switched to Fine GEO5 software, we found it to be much more user-friendly than our previous geotechnical software. In comparison, the results were generally more efficient allowing us to make our designs more cost-effective.
It’s really great how easy the software is. I’m now doing the calculations so much faster and easier than doing it manually and most importantly, the technical customer service team are great and they respond instantly and professionally to any question or clarification. Thank you guys for being so awesome. High fives!
The software in general is very good and ties in well with the way we do things here. From our review, the calculation results compares very well with our methods for both slope stability and settlement. The graphics and the ‘point-and-click’ data input are also very good and makes the program very easy to use.
Do you need any additional information?
Slope Stability software, free download For Windows
Get price calculations immediately in our Shop or contact us.