Slope stability analysis is one of the most common activities in geotechnical engineering practice, obtaining the factor of safety is an important indicative for hazard assessment. The causes of an occurred slope failure, or the factors that can potentially trigger a slope movement are required, but also what tools and methods apply to support such modeling scenarios.
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With PLAXIS LE, engineers can assess critical slip failure mechanisms in 2D/3D through a deterministic and probabilistic approach, using a reliable and worldwide known limit equilibrium method. Join us for this next webinar to learn how easy it is to implement this tool in your daily basis modeling.
In this webinar, you will learn about:
PLAXIS LE (formerly SVSLOPE®) is stability software for slope stability analysis. Users can perform...
Slope stability is a challenging aspect of open-pit mining projects. If not performed properly, slo...
PLAXIS LE 3D can be used for projects involving engineering analysis of slope stability, groundwate...
Bentley is happy to announce the release of the new PLAXIS V21 offering new features and PLAXIS con...
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During monsoon period, frequent rainfalls are very common and specific to the hilly region, where r...
The new PLAXIS LE offers new features an consolidated functionality of PLAXIS and SOILVISION for tr...
Making safe, cost-efficient and data-driven decisions are crucial for any geotechnical engineering...
In this webinar, we will explore the interoperability between the Finite Element (PLAXIS 2D) and Li...
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