The Right Tool for Every Ground Problem
Itasca builds the simulation software that geotechnical and mining engineers trust when the stakes are high. Whether you’re modeling soil, fractured rock, or granular flow — in 2D or 3D — there’s an Itasca product built for it.
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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. Built for energy and mining teams working on stimulation design and fracture network analysis.
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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.
