Earthquakes

Itasca’s engineers have wide experience working on earthquake engineering, microseismic measurement and analyses, and explosive and impulsive loading; Itasca’s commercial software is the best available for dynamic modeling for engineering design, factor of safety prediction, research and testing, and back-analysis of failure. The finite volume strength reduction method (FV-SRM) approach can incorporate structural elements for soil-structure interaction, hydrodynamic effects, and groundwater pore pressure and flow for time-dependent pore pressure change associated with liquefaction. Itasca uses the most advanced 2D liquefaction constitutive models available (UBCSand and PM4Sand) and has developed a new 3D liquefaction constitutive mode, P2PSand, that is based on standard soil property data.

Latest News
  • Thank You to our Summer Interns ITASCA Minneapolis is lucky to have welcomed nine amazing and dedicated summer interns in our...
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  • Introducing IMAT: Transforming Mining Analysis Solutions Introducing IMAT: Revolutionizing mining analysis with advanced geotechnical modeling and seismic data integration....
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  • ITASCA Unveils XSite 4.0: Advancing Hydraulic Fracturing Simulation ITASCA announces the launch of XSite 4.0, a groundbreaking advancement in hydraulic fracturing simulation software....
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Upcoming Events
26 Aug
FLAC3D V9.1 and Griddle V2.0 2024
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17 Sep
MassMin
Held once every four years, MassMin unites global experts to tackle the industry's most pressing sustainability challenges. MassMin pro... Read More
22 Sep
SMRI Fall 2024
The Solution Mining Research Institute (SMRI) was established in 1965 as a venue for the solution mining and underground storage indust... Read More