Uploaded September 2024 | Updated September 2026, 1 week ago

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In this video, we demonstrate how to perform a static stress analysis of slug loads using piping software like Caesar II. By treating the slug as a quasi-static load, we aim to prevent pipe or support failures due to the forces exerted at elbows and changes in direction. We'll also explain the role of dynamic load factors (DLF) in compensating for ignored dynamic effects and walk through load case scenarios to ensure safe design practices. Learn more about the impact of slug loads on piping systems in this detailed analysis.

Get access to the full webinar here: dynaflow.com/news/webinars/how-to-predict-stresses-from-slug-flows
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Website: dynaflow.com/consulting/expertise

See the rest of the videos:
• Slug Flow in Two-Phase Systems | Key Factors & Impacts: youtu.be/HkYQ5z1_3uA
• Understanding Slug Forces in Piping Systems: Conservation of Momentum Explained: youtu.be/VCPiPu_3F2g
• Static Stress Analysis of Slug Loads in Caesar II: youtu.be/gIphD3v1nn4
• Gas Slug Flow Stress Analysis in Pipeline Systems: Dynamic Loads and Supporting: youtu.be/JoW6acIdMNA
• Understanding Quasi-Static vs. Dynamic Analysis for Slug Loads in Piping Systems: youtu.be/XhVFc8M2rTU
• Dynamic Stress Analysis of Slug Loads in Piping Systems | Modal & Time History Analysis in Caesar II: youtu.be/RQ9gjfocIJ4

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