Simulate the effects of wick drains and stone columns on settlement rates.
Unwedge 3.0 is extensively deployed in underground mining, civil tunneling projects, and the excavation of large subsurface caverns for hydroelectric or storage facilities. Software Deployment and Availability
[ Field Data Collection ] │ ▼ [ Dips ] ──► (Identifies Critical Joint Orientations) │ └───► [ Unwedge ] (Models Underground Tunnel Wedges) │ └───► [ Slide ] (Models 2D Surface Slope Stability)
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Processes oriented core data, correcting for borehole deviation and trend. Engineering Application Simulate the effects of wick drains and stone
Unwedge is specialized for underground excavations in blocky rock. It visualizes the intersection of structural discontinuities to determine the stability of wedges formed in the perimeter of tunnels or caverns.
(now often referred to as Settle3 ) bridges the gap between simple 1D analysis and complex 3D modeling. It is the go-to tool for calculating settlement under foundations and embankments.
Use case: Designing the approach embankment for a bridge across soft clay – Settle3D predicts primary and secondary settlement over 50 years.
is a world leader in developing 2D and 3D software for civil, mining, and geotechnical engineers. Their specialized programs allow professionals to evaluate soil and rock behavior, design safer structures, and analyze slope stability accurately. It is the go-to tool for calculating settlement
It provides a clear 3D perspective of the wedges surrounding a tunnel or cavern.
Allows engineers to scale wedges based on actual field observations of trace lengths or persistent joints. Software Deployment and Licensing Notice
To ensure the integrity of your geotechnical designs, always utilize authorized procurement paths:
is a specialized interactive program used by geologists and rock engineers for the analysis and visualization of orientation-based structural data using stereographic projections. Version 6.0 brought a major upgrade, introducing a comprehensive kinematic analysis toolkit capable of analyzing planar sliding, wedge sliding, and toppling failures. The version also incorporated dip vector and intersection plotting, fuzzy cluster analysis, and significant improvements to the user interface and graphical interactivity. This version is designed for both novice users and experienced stereonet users seeking advanced analytical tools for interpreting geological features, all within a free-format data file system. fuzzy cluster analysis
Automatically analyzes all possible combinations if you have more than three joint sets.
, meticulously plotting the orientation of rock joints. The stereonet revealed a clear pattern of potential wedge failures that the naked eye could never have caught. Next, he fired up Settle3D v2.0
Includes sophisticated rapid drawdown methods to analyze slope stability under varying water levels.
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