2D excavation analysis is a widely used approach in the geotechnical engineering industry for modeling and simulating the excavation process. This method involves creating a two-dimensional cross-section of the site and defining the excavation geometry, soil layers, and material properties. Relevant loads, such as surcharges, groundwater conditions, and other external forces, are then applied, along with appropriate boundary conditions. And the key benefits of 2D excavation analysis are its simplicity and ease of use compared to 3D analysis, as well as the ability to easily modify and iterate on project designs. Additionally, 2D models typically have smaller file sizes, enabling faster analysis processing.
midas GTS NX is a powerful geotechnical Finite Element analysis software that provides advanced modeling capabilities and an intuitive user experience to enable efficient and accurate geotechnical design and analysis.
The webinar will focus on key features and workflows for 2D modelling of deep excavation retaining structure with GTS NX, including guidelines on modeling geometry, applying loads and boundary conditions, and construction stages. And this will equip geotechnical engineers and designers with the knowledge and skills to tackle even the most complex excavation projects.
All attendees will have a comprehensive understanding of how to leverage the advanced features of GTS NX to perform reliable and accurate 2D excavation analysis.
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