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News & Events
Stay up to date on the most recent updates from Rocscience. See all news and events below, or filter to see upcoming courses, webinars, and conferences, plus new software product announcements, articles, and open job postings.
News & Events
Stay up to date on the most recent updates from Rocscience. See all news and events below, or filter to see upcoming courses, webinars, and conferences, plus new software product announcements, articles, and open job postings.
Case Study: Developing Safe Mine Re-Entry Plans Using RS2
Slope failures can suspend open pit mining until a safe re-entry plan is developed. In this case study, RS2's Finite Element Analysis was used for back-analysis and for predictive modelling of re-entry scenarios using Shear Strength Reduction.
From Monitoring and Calibration to Predictive Modelling
For the longest time and even now, radar and satellite monitoring data are mainly used as a preventive measure to take action if a geotechnical failure were to take place. However, one may wonder if there is scope to push that boundary. Can radar and satellite monitoring data be useful for other geotechnical purposes?
Rocscience's 2020 - Year in Review
In 2020, our programs received a number of new and improved features to help you get the most of your geotechnical analysis. Check out the full list of additions and also what's coming in 2021.
RSData: Material Models Made Easy
As 2020 nears its end, Rocscience is finishing off the year on a high note with the introduction of the newly revamped program, RSData. Formerly know as RocData, RSData is Rocscience’s newest tool for studying, analyzing and calibrating your material models.
RSData: Triaxial Test of NorSand Material Model
Coming this December, Rocscience is introducing your next essential tool for studying, analyzing and calibrating your material models: RSData. In this article we demonstrate how RSData helps you study complex material behaviour and perform test simulations by taking a look at the Norsand Material Model. In this example we compare three sets of data: the simulation done by Michael Jeffries, the Fraser River Sand experimental data, and the simulation done in RSData.