Find the Right Product
Explore ITASCA Software’s comprehensive selection, tailored to meet industry specific needs with unparalleled accuracy and flexibility for every project.
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Model complex soil, rock, and concrete behavior in three dimensions. FLAC3D handles structural ground support, staged excavation, and groundwater flow — all in a single environment.
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The 2D counterpart to FLAC3D. Run faster analyses of soil, rock, and structural systems with the same proven continuum approach — ideal for cross-sections, slopes, and tunnels.
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A purpose-built toolkit for mining engineers. IMAT integrates numerical modeling and seismic analysis workflows so you spend less time setting up and more time making decisions.
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Where traditional finite element methods break down, MPoint2D keeps going. Built on the Material Point Method, it accurately captures extreme deformation, landslides, and flow failures in 2D.
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Simulate ground failure, debris flow, and dynamic impact events in full 3D. MPoint3D uses the Material Point Method to model scenarios that push past the limits of conventional software.
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When fractures, joints, and block interactions define the problem, 3DEC is the tool. Model jointed rock masses, discontinuous structures, and dynamic loading in three dimensions.
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The 2D companion to 3DEC. Analyze jointed and blocky rock systems, underground excavations, and dynamic scenarios with a method built specifically for discontinuous materials.
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Simulate material behavior at the particle level. PFC Suite models granular flow, bonded assemblies, and rock microstructure — giving you insight into the underlying mechanics that continuum models can’t capture.
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A focused 2D environment for particle-based modeling. Ideal for granular material studies, research applications, and problems where understanding particle interaction drives the analysis.
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Optimize the handling, transport, and processing of bulk materials. MassFlow simulates granular flow at an operational scale — useful for mine design, storage, and material movement planning.
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Model how fractures initiate, propagate, and interact underground. XSite is built for energy and mining teams working on stimulation design and complex fracture networks.
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Good models start with good meshes. Griddle automates the demanding work of mesh creation for complex or repetitive geometries, so you can get to the simulation faster.
