Rocscience Slide2 (formerly Slide) is a leading 2D limit equilibrium software for slope stability, which by 2021 was firmly established as version 9.0, offering advanced search methods and integrated groundwater analysis. The software supports various material models for soil and rock, along with comprehensive support modeling and probabilistic analysis tools. For detailed technical information and documentation, visit Rocscience Support . AI responses may include mistakes. Learn more
At its core, Slide2 utilizes the Limit Equilibrium Method (LEM) to evaluate the Factor of Safety (FoS) of soil and rock slopes. LEM operates on the principle of comparing resisting forces or moments along a potential slip surface against the driving forces or moments causing the slope to fail.
Designed for rock mechanics, calculating strength based on intact rock properties and geological strength index (GSI).
Slope stability analysis is a critical component of geotechnical engineering, vital for the safe design of open-pit mines, embankments, dams, and retaining walls. Among the software solutions used globally, Rocscience Slide2 (historically known simply as Slide) remains an industry standard for 2D limit equilibrium analysis. The 2021 release of this software introduced significant enhancements to computational speed, material modeling, and integration capabilities.
While newer versions of the software, now called Slide2, have since been released with additional features and improvements, the core analytical engine and key functionalities described here remain foundational. For any geotechnical engineer or student seeking a reliable and comprehensive tool for 2D slope stability analysis, Rocscience Slide 7.0 (and its descendant Slide2) remains an indispensable asset. For the latest features and updates, always refer to the official Rocscience website or contact an authorized distributor. rocscience slide 70 full 2021
Refines an existing slip surface by subtly shifting individual vertices to locate a more precise critical factor of safety. Groundwater and Seepage Analysis
Understanding the capabilities, evolution, and practical applications of this software is essential for professionals working in mining, civil engineering, and infrastructure development. The Evolution of Limit Equilibrium Analysis
Run the processing engine. The engine simultaneously solves the selected limit equilibrium methods and calculates safety factors for thousands of trial slip surfaces.
The "Full 2021" release focused heavily on user experience (UX): Rocscience Slide2 (formerly Slide) is a leading 2D
Whether you are analyzing open-pit mines, highway embankments, earth dams, or retaining structures, this guide covers the core features, methodologies, and engineering workflows built into the 2021 version of Rocscience Slide. 1. Core Analytical Capabilities
Slope stability evaluation has progressed from manual calculations to sophisticated computer modeling. Limit equilibrium methods operate by dividing a potential failure mass into smaller slices and calculating the shear resistance versus the driving forces acting on each slice. Traditional Methods vs. Modern Software
A rigorous method satisfying both force and moment equilibrium, assuming a constant interslice force inclination.
Essential for bedded, foliated, or jointed materials where shear strength varies significantly based on the orientation of the failure plane. Undrained Strength ( Sucap S sub u AI responses may include mistakes
Are you designing specific like soil nails, rock bolts, or geotextiles?
The software supports both soil and rock strength criteria, including:
Slide 7.0 is renowned for its comprehensive analysis features, which include advanced support design, finite element groundwater seepage analysis (for both steady-state and transient conditions), rapid drawdown analysis, sensitivity and probabilistic analysis, and sophisticated support design. It supports a wide variety of slope types, including natural and man-made slopes, road cuts, dams, and landfills.