PLAXIS 3D, combined with PLAXIS Monopile Designer, empowers engineers to model complex soil-structure interaction and deliver optimized monopile designs that meet both performance and safety standards. Monopiles support nearly 80% of offshore wind turbines, and their size continues to grow with rising turbine capacities. This trend necessitates the use of advanced geotechnical tools to ensure efficient and reliable foundation design.
In this session, we will walk through a practical design workflow: from geotechnical soil data to defining the design space and verifying the 1D model, ensuring it accurately reflects the performance of the final design.
You’ll learn how to:
Speakers: Vasileios Basas Senior Technical Support Engineer, Geotechnical Analysis Seequent, Miquel Lahoz Senior Product Manager - Geotechnical Analysis, Seequent
PLAXIS Monopile Designer offers advanced solutions for designing and optimizing monopile foundation...
In an offshore windfarm project, each monopile may have a different soil profile and loading condit...
This webinar will guide you through a comprehensive workflow, presenting the seamless integration o...
In practical geotechnical engineering, designs are still making use of analytical solutions. In thi...
Monopiles are typically the preferred foundation option for offshore wind turbine support structure...
Offshore wind is growing worldwide and is bound to play a crucial role in the ongoing decarbonizati...
Geared towards both serviceability limit state (SLS) and ultimate limit state (ULS) calculations, t...
In this Geotechnical Analysis Coffee Corner webinar, Bentley will discuss the PLAXIS Output program...
The PLAXIS Barcelona Basic Model (PLAXIS BBM) is used to simulate the behaviour of unsaturated soil...
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