Slope stability analysis is a critical component of major infrastructure projects, especially for highways, railways, and canals. Ensuring slope stability is essential for both safety and cost-effective embankment design. Commonly adopted methods include the Limit Equilibrium Method (LEM) and the Strength Reduction Method (SRM). For slope stabilization and protection, techniques such as soil nailing and anchoring are widely used.
This webinar provides a theoretical overview of slope stability analysis methods and demonstrates the capabilities of MIDAS GTS NX in this domain. Key features such as import of CAD file, construction stage analysis, and Strength Reduction Method-based slope stability analysis will be covered.
✳️ Who Should Attend
- Geotechnical Engineers involved in highway, railway projects
- Researchers and Academicians involved in numerical modelling
- Engineering Consultants involved in earthen embankment projects
✳️ Why Should Join
- Understand difference between Limit Equilibrium Method and Finite Element Analysis
- Understand the local and global slope analysis
- Gain insights about numerical modeling of slope stability analysis
✳️ What You'll Take Away
- Numerical modelling techniques for Slope Stability Analysis
