All Your Geotechnical Problems — Solved.

Conquer complex geotechnical challenges with ITASCA’s innovative software solutions, turning obstacles into opportunities.

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40+ years of geotechnical engineering innovation across various fields

Explore the measurable impact of ITASCA’s software solutions in real-world geotechnical engineering applications through our comprehensive collection of case studies.

Mining

  • Open pit mine design
  • Underground mine design
  • Blast design
  • Cave modeling
  • Tailings dam management
  • Rock mass characterization

Civil

  • Slope stability analysis
  • Foundation design
  • Tunnel engineering
  • Retaining wall design
  • Seismic analysis
  • Embankment design

Energy

  • Material failure analysis
  • Composite material modeling
  • Wear and erosion analysis
  • Thermo-mechanical
  • Dynamic impact
  • Microstructural analysis

Materials

  • Hydraulic fracturing analysis
  • Geothermal reservoir
  • Carbon sequestration
  • Reservoir geomechanics
  • Wind turbine foundation
  • Nuclear waste storage
Explore all Industries

A Comprehensive Mining Toolbox for Numerical Modeling, Seismic Analysis, and more.

IMAT is a state-of-the-art software designed for comprehensive mining analysis and modeling. It simplified the setup of complex models and integrates seamlessly with micro-seismic monitoring data. IMAT enables engineers to communicate findings effectively, improving decision-making and operational efficiency.

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Continuum Modeling for Geomechanics in 3D

FLAC3D is a three-dimensional modeling software tailored for advanced geotechnical analysis of soil, rock, and structural support in engineering projects. Its powerful simulation capabilities provide insights for solving complex geomechanical problems, ensuring precision and reliability in your analyses.

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Hear from our Satisfied Users

“The recent changes and enhancements made to [ITASCA’s] FLAC2D & 3D codes cover very well our increasing professional demands in advanced Civil Engineering Applications – well done.”

Fluvio Bessenghini

Lombardi Engineering Ltd.

“FLAC2D and FLAC3D have proven to be essential tools in fields of geomechanics and geotechnical engineering. These two codes represent an absolute benchmark for performing slope stability analyses and for solving soil-structure interaction problems with particular reference to bridges and viaducts.”

Walter Salvatore

Consorizo Fabre

“I have been working with [ITASCA] and their software packages since 2012, and been impressed by their focus on quality, education, and customer care.”

Sam Abbaszadeb

Stantec

“The flexibility FLAC[2D] offers in simulating the geoengineered systems as realistically as possible, and the accessibility to nearly all the FLAC’s functionality through FISH has been a key point that motivated me to use FLAC in my research.”

Girish Kumar

PhD

“The GUI, FISH language, constitutive models, & formulation make FLAC my go-to analysis tool for project & research work.”

Richard Armstrong

Geoanalysis Support/CSU – Sacramento

“Using Griddle, the 3D [mesh] was introduced into 3DEC models (including zones and contacts) in a relatively efficient amount of time.”

Fico Dio Argrensa

PhD Candidate

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