Available OnDemand

Discover the power of PLAXIS for solving geotechnical challenges! 

Join our webinar as we explore the different tiers of PLAXIS 2D and their capabilities.

PLAXIS 2D offers a range of options to suit your specific needs: 

  • The basic tier provides essential features for studying normal deformation and safety in soil and rock. 
  • If you're ready to take your geotechnical analysis to the next level, the ADVANCED tier offers additional capabilities such as consolidation analysis, creep, thermal flow, and cyclic loading-induced soil degradation.
  • For the ultimate power and flexibility, we will present the ULTIMATE tier. It includes all the features of the lower-tier versions, along with advanced simulations of hydrological scenarios, soil vibrations, and time-dependent heat flow effects. With PLAXIS 2D ULTIMATE, you can tackle even the most complex geotechnical problems with confidence.


Join us for an informative webinar where we'll delve into the fascinating world of soil models, deformation, and pore pressure calculations offered by each tier. 

Take advantage of this opportunity to enhance your geotechnical analysis skills. Register now to secure your spot!

Watch OnDemand

Webinar Presenters

JaMie_Ho

JaMie How

Product Sales Engineer, Geotechnical

JeenaMaryJohn

Jeena Mary John

Product Success Manager Geotechnical

Ja Mie joined Bentley Systems in 2020 and is driven to grow Bentley Systems Geotechnical Analysis Solutions to various sectors in South-East Asia Region. Ja Mie has approximately 11 years of experience as a geotechnical engineer in infrastructure, buildings, oil & gas projects. 

Ja Mie’s role in Bentley as Product Sales Engineer focuses on helping professionals and engineering designers in the South-East Asia Region solve or improve the analysis and design of complex geotechnical engineering problems by adopting Bentley Geotechnical Analysis Solutions.

Jeena is an expert in Geotechnical engineering and coastal engineering. She has a Bachelor’s Degree in Civil Engineering. She is pursuing her research in Ocean engineering as a part time candidate. She has presented papers in several international conferences. She is also a member in various technical communities and associations. Her research interests are pile driving in coastal area, underwater blast study and vibration study on coastal structures.