An overview of the application of XFEM in jointed rock slopes for discontinuities Introduction: Modeling jointed rock slopes is one of the more challenging problems in rock mechanics. The position an...
Read MoreThe finite element method (FEM) is the most common approach to modeling the behavior of rock masses, including ones intersected by discontinuities such as joints, faults, and cracks. That should come...
Read MoreSignificant ground movements due to deep surface excavations can seriously impact neighbouring infrastructure and utilities. When it comes to assessing the after-effects of excavations on adjacent in...
Read MoreThe new GEO5 2022 update brings many improvements within the programs and introduces a new Slope Stability - Water Flow module! Groundwater Seepage in Slope Stability The new module Slope Stability...
Read MoreIn this latest minor release for PLAXIS 2D, PLAXIS 3D and Monopile Designer Bentley Systems introduced the discontinuity element in PLAXIS 3D, improved scripting support, did some CAD import improvem...
Read Moreby Reginald Hammah, Ph.D. Introduction Seventeen years ago, in 2004, we wrote a RocNews article outlining our perspectives on the Shear Strength Reduction (SSR) technique of slope stability analysis....
Read MorePLAXIS V22 brings a major overhaul to the data structure of the material database and a more flexible and more robust way of handling project units. Due to these major changes, PLAXIS V22 will be ins...
Read More2021 has been a spectacular year for Rocscience! Read the annual review below and get a sneak peek into what is coming in 2022! Q1...
Read MoreOffshore engineering consultancy SLPE has been awarded the contract to provide detailed design of wind turbine foundations for Red Rock Power Limited and ESB’s Inch Cape Offshore Wind Farm. Inch Ca...
Read MoreIt is very common in practice that geotechnical engineers design earth retaining structures conservatively to meet serviceability and construction requirements, which undoubtedly increases a p...
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