Earth retention structures play a critical role in ensuring stability and safety in excavations, infrastructure corridors, river training works, and slope support systems. With increasing project complexity and urban constraints, conventional design approaches are often insufficient to capture real ground–structure interaction. Numerical modelling provides engineers with deeper insight into soil behavior, structural response, and construction stage effects.
This two-day technical webinar focuses on the practical analysis and design of commonly used earth retention systems using MIDAS GTS NX, an advanced finite element–based geotechnical analysis software. Participants will learn how to simulate real field conditions, model soil–structure interaction, and interpret engineering results for safe and economical designs.
