SVSlope® 3D Beta Now Available!
SVSlope 3D Model with Critical Slip Surface
SoilVision Systems Ltd. continues on the path of technical excellence with the beta release of the SVSlope® 3D slope stability software package. The package represents a blend of classic method of columns analysis methods with a comprehensive 3D CAD-based graphical environment for full 3D model creation as well as 2D and 3D visualization of results. The software extends current analysis capabilities with the implementation of 3D effective stress or total stress rapid draw-down analysis, comprehensive 3D anchor/reinforcement and point-load analysis as well as unsaturated slopes analysis. The software is the results of many years of effort by a world-class team of slope stability and software experts. The sophisticated new software is fully integrated with existing SVFlux™ and SVSolid™ software packages and includes a sleek and simple user interface with state-of-the-art graphical representation of results.
- 3D analysis provides more theoretically pure analysis
- Easy switching from a 2D to 3D analysis or vice versa.
- 3D software includes SVSlope® 2D – the most comprehensive slope stability analysis software currently available.
- 3D analysis of anchor / support systems opens new markets
- Confidence of heavily benchmarked software
- Comprehensive analysis of unsaturated slopes (Four unsaturated strength models)
Why Use 3D Slope Stability Software?
SVSlope 3D Rapid Drawdown
Industry has largely embraced a two-dimensional approach with respect to slope stability analysis as an accepted method of practice and acceptable design factors of safety generally range between 1.3 and 1.5. The calibration to well-instrumented failures has typically involved performing 2D back-analyzing of failed slopes and accepting the results as a “reasonable calibration”, even though the slope failed in a 3D manner.
There is a fundamental difference between calculations of failed slopes performed using a 2D analysis as opposed to a 3D analysis. The difference in the 2D and 3D analysis is closely related to the geometry of the failed surface. A homogeneous slope with the same slip surface will result in a difference in the computed factor of safety depending upon whether a 2D analysis or a 3D analysis is performed.
SVSlope 3D Anchor Analysis