Pore pressures can have a large impact on soil behavior, so it is important to define your groundwater definition realistically in order to calculate the proper pore pressure distribution. This can be done in various ways – assume a hydrostatic pressure using phreatic levels or use a groundwater flow calculation. With a groundwater flow calculation, you have the option to control if this is a constant groundwater flow field (i.e. steady state), or that it changes in time. Learn more during this Geotechnical Special Interest Group virtual workshop!
The agenda for the one-hour session includes:
The Geotechnical Analysis SIG is open to all Bentley users, so invite your colleagues!
Pore pressures can have a large impact on soil behavior, so it is important to define your groundwa...
The problem of changing water conditions is omnipresent in geotechnical engineering. Groundwater is...
The Geotechnical Analysis SIG Workshop is open to all Bentley users, so feel welcome to invite your...
The problem of changing water conditions is omnipresent in geotechnical engineering. Groundwater is...
This Bentley Geotechnical Analysis Special Interest Group virtual workshop focuses on how to perfor...
Learn about available structural elements in PLAXIS 3D, how to define structural objects for a 3D F...
Thermal effects may be crucial for different geotechnical applications – for instance frozen soils,...
When running your PLAXIS 3D calculations, the numerical process can impact your calculation converg...
Learn how to model a deep excavation in PLAXIS 3D, easily setup a retaining system and include dewa...
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