Join us to see how ITASCA tackles the toughest geomechanical challenges—from extreme ground deformation to next-gen modeling advances.

🔍 Explore continuum vs. discontinuum methods
⚙️ See FLAC2D’s powerful new remeshing for very large strains
🚀 Get a first look at MPoint3D and MPoint2D, our breakthrough MPM tools coming in 2026

Augusto Lucarelli (Principal Engineer) presents the performance-based design of rigid inclusion ground improvement systems using FLAC3D. The study shows why simplified factor-of-safety methods are outdated, emphasizing strain compatibility and soil–structure interaction. Findings reveal that while rigid inclusions effectively reduce vertical settlement, their performance is limited under lateral and seismic loads, underscoring the need to address these behaviors early in design.

Learn about the latest in blasting and explosive modeling innovation included in ITASCA Software v9.5. This release delivers a powerful new blasting toolbox featuring empirical models, advanced constitutive behavior, and rapid machine learning simulators. From explosive performance and fragmentation to mine-scale vibrations, throw, and muckpile formation, you’ll see how these tools push blasting simulation to the next level. Live examples in FLAC2D, FLAC3D, and PFC3D will highlight how ITASCA brings greater accuracy, speed, and insight to rock blasting analysis.

Discover the latest updates and enhancements across the ITASCA software suite in this technical webinar presented by ITASCA. Since May 2024, four point releases have expanded version 9.0 of FLAC3D, FLAC2D, 3DEC, PFC, and MassFlow with new features, performance improvements, and usability upgrades. This session will highlight key additions, preview upcoming developments, and demonstrate how active software maintenance delivers lasting value for users managing perpetual licenses or subscriptions.

Discover the latest advancements in 3D meshing with Griddle 3 in this technical webinar presented by ITASCA. Led by Griddle Product Manager Dr. Andrey Pyatigorets, this session will showcase major new features and improvements including enhanced surface mesh intersection, mesh collapsing tools, and upgraded unstructured volume meshing. Learn how these updates streamline complex meshing workflows and expand modeling possibilities in engineering and geoscience applications.

We’re excited to announce an exclusive opportunity to learn from one of the most experienced names in numerical modeling: Dr. Jim Hazzard, Director of Product at Itasca Software, will be leading a two-day, hands-on FLAC3D Geotechnical Training in Istanbul, Türkiye 🇹🇷 on June 16–17, 2025. Whether you’re new to FLAC3D or looking to advance your dynamic modeling skills, this training has you covered.

Dr. Hazzard brings deep technical expertise and real-world consulting insight, especially in the mining sector, making this a rare learning opportunity. Space is limited — register now on our partner, GEOgrup, website.

This training will provide an in-depth introduction to the integration of Seismology and Numerical Modeling in mining. You will explore the IMAT (Integrated Mining Analysis Tool) platform, a cutting-edge solution that streamlines subsurface geological understanding and facilitates the safe and efficient design of mining operations. Space is limited — register now!

Whether you’re designing complex excavations or supporting retaining wall infrastructure, this session will demonstrate how FLAC2D and Paratie Plus work together to streamline modeling workflows and improve design outcomes. This technical webinar is your gateway to innovative solutions and practical insights—ideal for professionals in civil engineering, geotechnical design, and infrastructure development.

Discover the latest research and modeling advancements in fractured rock behavior under seismic loading in this technical webinar presented by ITASCA. In this session, we will showcase a cutting-edge study using 3DEC to simulate the hydromechanical (HM) response of fractured rock masses under seismic triggering, with direct relevance to deep geological repositories and underground infrastructure in seismically active regions.

Discover how ITASCA engineers used advanced numerical modeling in FLAC3D to analyze rock mass damage from abutment-induced stresses at Chuquicamata Underground Mine. Learn how the IMASS strain-softening model, calibrated with real-world data, provided critical insights into drift performance and deterioration patterns.

Join ITASCA at SME MINEXCHANGE for an interactive breakfast workshop to gain insight into innovative methods to streamline your mining operations. This workshop will explore the powerful capabilities of combining numerical models with data from real-world monitoring systems. Space is limited — register now!

Join ITASCA as we unveil the latest evolution of IMAT (ITASCA Mining Analysis Toolbox), now featuring a powerful Open Pit Mining module! This new capability provides open pit and underground mining analysis in one seamless platform, delivering simple, smart, and fast numerical modeling. With integrations for seismic data, drill hole data, cave beacons, tilt meters, and more. IMAT is the all-in-one solution for your mining geomechanical analysis needs. Don’t miss out on this game-changing update — register now!