Offshore wind is growing worldwide and is bound to play a crucial role in the ongoing decarbonization of the economy. Around 80% of offshore wind foundations are monopiles, which are quickly getting larger to accommodate the ever-increasing capacity of new turbines. Skilled Geotechnical Engineers are required to model the soil-structure interaction of those foundations under constant innovation. PLAXIS 3D and PLAXIS MoDeTo offer a powerful combination for the geotechnical design of even the largest monopile foundations.
Register to SIG Workshop (10 A.M. CEST)
Register to SIG Workshop (4 P.M. CEST)
In this Geotechnical Analysis Special Interest Group virtual workshop, you will learn:
Geotechnical Analysis SIGs are open to all Bentley users, so feel welcome to invite your colleagues!
Speaker: Miquel Lahoz, Product Manager - Geotechnical, Bentley Systems, Inc.
Learn about available structural elements in PLAXIS 3D, how to define structural objects for a 3D F...
Learn how to model a deep excavation in PLAXIS 3D, easily setup a retaining system and include dewa...
Thermal effects may be crucial for different geotechnical applications – for instance frozen soils,...
The Geotechnical Analysis SIG Workshop is open to all Bentley users, so feel welcome to invite your...
When running your PLAXIS 3D calculations, the numerical process can impact your calculation converg...
PLAXIS 3D, combined with PLAXIS Monopile Designer, empowers engineers to model complex soil-structu...
Upcoming free Bentley SIG Workshop on PLAXIS SoilTest to simulate real-life soil tests, gain better...
This Bentley Geotechnical Analysis Special Interest Group virtual workshop focuses on how to perfor...
Offshore wind energy has emerged as a cornerstone in the global transition toward sustainable energ...
Looking for more information? Fill in the form and we will contact Bentley for you. Alternatively, you can visit Bentley's website and speak with a Bentley Geotechnical Expert.