Rocscience Software Suite

2D Limit Equilibrium software for slope stability analysis. Includes built-in seepage analysis and a large library of supports.

3D Limit Equilibrium for solving challenging 3D slope stability models with ease. Get all the features of Slide2 and more.

2D Finite Element Software for analyzing slopes, foundations, tunnels and more using the shear strength reduction method.

3D Finite Element Analysis using fully-automated shear strength reduction method for advanced analysis of complex 3D models.

3D stress analysis using boundary element method for large-scale underground structures including mines, tunnels, and caverns.

3D soil settlement analysis of vertical consolidation including CPT, and Liquefaction analysis of foundations and embankments.

Assess rock slopes, perform statistical and rigid body analysis, and design and test barriers for slopes at risk of rockfalls.

Assess rock slopes in 3D, perform statistical and rigid body analysis, and design and test barriers for slopes at risk of rockfalls.

Assess the factors of safety of hundreds or even thousands of blocks in highly jointed rock masses, where failures are structurally controlled.

Evaluate surface wedge geometry and rock slope stability using sensitivity, probabilistic or deterministic analysis with 3D visualization.

3D wedge stability analysis and visualization for underground excavations in rock containing intersecting structural discontinuities.

Complete pile analysis used for axially and laterally loaded piles, grouped piles, bored piles and capacity pile analysis.

Analyze rock and soil strength data and determine strength envelope parameters. Includes RocProp, a database of intact rock properties.

Stereographic projection for the interactive analysis of orientation-based geological data. Capable of kinematic and jointing analysis.

Useful for bench stability in open pit mines, model and analyze the stability of planar wedge rock slopes and visualize them in 2D and 3D.

Estimate deformation in circular or near circular excavations in weak rock and visualize tunnel interaction with various support systems.

Perform deterministic or probabilistic analysis and support design of toppling blocks with interactive 2D and 3D visualization.

Analyze the stability of both surface and underground crown pillars and laminated roof beds with a wide range of analysis methods.

Centralize your boring log data and streamline the process of collecting, reviewing, and preparing borehole logs without the need for downloading software.