How do you confidently predict the stability of an underground mine over several decades of operation? The key is mastering the analysis of time-dependent creep behaviour in rock.

Join this webinar for a practical, step-by-step demonstration on modeling and analyzing the long-term stability of a room-and-pillar salt mine. We will guide you through the complete workflow, from initial model setup to the final safety assessment, equipping you with the skills to tackle these complex challenges.

In this session, you will learn to: Model complex creep behavior: Apply an advanced user-defined soil model (N2PC-MCT) to simulate the time-dependent deformation of salt rock accurately. Simulate long-term mining operations: Use staged construction to model the phased excavation of mining rooms over several decades and predict resulting ground subsidence. Assess and validate mine stability: Evaluate the Strength Factor to assess long-term pillar stability and pinpoint potential failure zones.