Webinars

What's New in FLAC2D v9

Please join our WEBINAR
Wednesday, August 30, 2023 from 10:00 AM - 11:00 AM CDT

To join this GoToWebinar, please register HERE.

FLAC2D is a 2D version of FLAC3D and the latest version of our advanced geotechnical engineering software. Designed by geoengineers for geoengineers, FLAC2D provides an intuitive and robust platform for simulating and analyzing two-dimensional geotechnical and soil-structure interaction problems. It combines cutting-edge numerical algorithms with a user-friendly interface, allowing for efficient modeling of complex geomechanical problems.

Various advanced engineering applications can be tackled with FLAC2D including such analyses as slope stability analysis, foundation design and soil structure interaction, retaining walls and excavation support, tunnels and underground structures, seismic design and analysis, ground improvement techniques, geotechnical hazard assessment, geotechnical design optimization, factor of safety calculations, groundwater flow and seepage analysis, and many more.

Presented by Andrey Pyatigorets (FLAC2D Product Manager) and Derrick Blanksma (Geotechnical Engineer), this webinar will highlight:

• Introducing FLAC2D
• History
• Background
• 2D vs. 3D
  
• FLAC2D 9 vs. FLAC 8.1
• FLAC2D Quick Start
• What's New. Different
• New User Interface
• Model Building in Sketch
• Model Modification in the Model Pane
• Editor and Inline Help
• Many Plot Improvements
• User Interface Demo
• Example Demo
• Faster Operations and Solutions
• Discrete Fracture Networks (DFN)
• Interfaces and Zone Joints
• Mechanical Constitutive Models
• Factor of Safety Analysis
• Fluid Module
• Thermal and Creep Modules
• Dynamics Module
• Structural Elements
• Python
• Multithreaded FISH
• Very Flexible
• What's Next?
• Resources and Q&A

By equipping Itasca software with many advanced capabilities and by providing unparalleled user support, we believe that FLAC2D will provide you with all the tools needed for solving even the most complex geotechnical problems with superior accuracy and efficiency.