Consolidation Simulation in OPTUM GX - Time-Dependent Response and Settlement Analysis
Optum Computational Engineering via YouTube
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Learn consolidation behavior simulation in OPTUM GX through this 42-minute webinar that covers time-dependent response, creep effects, and drainage condition influences. Explore the fundamental theory of consolidation, comparing classic Terzaghi and Biot approaches, while examining various soil models and creep mechanisms. Discover how realistic soil models, drainage layouts, and staged construction combine to predict settlement development with high confidence. Follow a detailed embankment construction example on soft soil that demonstrates excess pore pressure dissipation over time and creep contributions to long-term settlements. Analyze how different drainage conditions and material stiffness affect both settlement rate and magnitude, and apply these results directly to embankment design and soft-soil foundation verification. Master the integration of drainage systems in geotechnical modeling and understand the practical implications for real-world construction projects.
Syllabus
Webinar Consolidation
Taught by
Optum Computational Engineering