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Temporal evolution prediction of current induced scour depth beneath submarine pipelines in sandy seabed based on turbulence phenomenology

S.Y. Wang, Xuhui He, Jiale Li, Biao Li, Haiquan Jing, Yilin Yang

2026Ocean Engineering5 citationsDOI

Topics & Concepts

SeabedTurbulencePhenomenology (philosophy)Geotechnical engineeringGeologyOffshore geotechnical engineeringSediment transportSubmarine pipelineMarine engineeringSedimentCurrent (fluid)Pipeline transportSubmarineShear stressFlow (mathematics)Physical modellingStandard deviationPipeline (software)Bed loadEngineeringShear (geology)Phenomenological modelMechanicsHydrology and Sediment Transport ProcessesGeological formations and processesCoastal wetland ecosystem dynamics
Temporal evolution prediction of current induced scour depth beneath submarine pipelines in sandy seabed based on turbulence phenomenology | Litcius