Advances in Offshore Geotechnics
Wednesday, 6 May
Room 606
Technical Session
Significant advances are being made in offshore geotechnics, in the areas of soil parameter interpretation, foundation design, installation and operation. These advances are driven by a combination of research and operational experience to supplement industry guidance. The session includes topics related to use of machine learning for soil parameter estimation; pipe-soil interaction; pile group effects; pipeline installation by HDD; operational hazard assessment; and monitoring. This session will showcase these advances and provide an opportunity to re-evaluate best practices in offshore geotechnics.
Chairperson(s)
Sponsoring Society:
- American Society of Civil Engineers (ASCE)
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0930-0948 37143Numerical Assessment Of Suction Pile Group Effect Under Multidirectional Design Loads
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0950-1008 37156Chita: Chain Induced Trench Alarm, A Low-energy Early Warning Concept For Mooring Integrity
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1010-1028 36900An Updated Database On Pipe-soil Interaction Element Testing For Assessing Axial Response Of Subsea Pipelines In Fine-grained Soils
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1030-1048 36959Pipeline Flotation In Fluidized Soils: Rheological Interpretation Across Liquefaction And Backfilling Scenarios
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1050-1108 36884Pullback Force Sensitivity For 32” Horizontal Directional Drilled (HDD) Pipeline Installation In Clay Soils
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1110-1128 36821The Use Of Convolution Neural Network To Categorize Sample Photos By Water Content
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1130-1148 36971Machine Learning-based Prediction Of Shear Modulus Variation In Marine Clay
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Alternate 36863The Use Of Ai To Establish A Procedure To Estimate Unit Weight Profile From Ll In Clays
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Alternate 37135Design And Installation Of High-density Polyethylene (hdpe) Subsea Outfall Pipelines: Bridging Gaps In Standards And Engineering Practice


