In mainstream applications, slope stability analysis is generally a choice between limit equilibrium or finite element. PLAXIS demonstrates that finite element can be a more straight forward and less error prone path through the complex interactions of mechanical and hydraulic behaviors within slope stability.
The below on demand webianr tests PLAXIS on a French research project case study of an experimental seven-meter soil-nail wall – a system so fragile that "a flap of a butterfly wing" could result in local failure. Follow how PLAXIS continues to reliably predict its behavior as the experiment is thrown every challenge, from water infiltration to a pause in construction during a bitterly cold winter.
Assessing a slope’s stability is a challenging yet important aspect of civil engineering. In its...
Geotechnical challenges are everywhere, starting from the soil interaction with the foundation of o...
Slope stability is a challenging aspect of open-pit mining projects. If not performed properly, slo...
In this webinar, we will explore the interoperability between the Finite Element (PLAXIS 2D) and Li...
Slope stability analysis is one of the most common activities in geotechnical engineering practice,...
Soil improvement refers to the process of modifying the physical properties of soil to improve its...
Join us for an in-depth exploration of slope stability analysis using PLAXIS FEM software. As civi...
PLAXIS 2D/3D WorkSuite is the most comprehensive option of PLAXIS which includes PLAXIS 2D/3D Ultim...
During monsoon period, frequent rainfalls are very common and specific to the hilly region, where r...
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