Slide 6.0 is here with new features and improvements. Students are using Rocscience software in competitions and in their university courses through the Rocscience Education Program. Read how one professor uses the software as her favorite teaching tool. Rocscience has been on the road again, offering workshops around the world. We always welcome your feedback.


Slide 6.0 has arrived!  –  Summer 2010


                                                                                                                                                                                              



Slide 6.0 is a significant step forward for slope stability analysis. Its new features and improved interface bring the program up to modern day expectations and beyond – with the introduction of transient groundwater analysis, rapid drawdown, new innovative search methods, material types and advanced CAD capabilities. Read more...

 
How to use Slide 6.0 to model Multi-Stage Rapid Drawdown to examine the effect on dam stability and factor of safety.


In an interview, Dr. Mary MacLaughlin, Montana Tech, talks about how the education program has helped her teaching and her students. Education Bulletin No. 5.


Rocscience recently gave a Workshop at Kongsberg, Norway, Finite Element Analysis for Excavations and Slopes Using Phase2


Calvin Yan from the University of Waterloo spent his Winter co-op work-term at Rocscience.


Read what we need from you in order to answer your Technical Support questions.


44th U.S. Rock Mechanics Symposium in Salt Lake City, UT. Visit us at our booth #16.

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SME/NSSGA Student Design Competition - Engineering schools from around the world were invited to take part in a three-week design competition, which included mine planning, plant layout, equipment purchases and blast design, using actual data from a mining company. Rocscience was asked to provide some of our software for this competition, which we we very happy to do. See who the finalists were and which school won the competition.

 

 

Xiao Su investigated the efficiency of a hybrid simulated annealing (HSA) method for finding the minima (critical failure surfaces and factors of safety) of slope stability equations. The HSA combines a Very Fast Simulated Annealing (VFSA) and a Local Monte-Carlo (LMC) search, the latter being an optimization algorithm designed specifically for solving slope stability problems. Xiao’s work won him two consecutive Sandford Fleming Work Term Report Awards from the University of Waterloo. Click here to read his papers.

 
     

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