Publication | Closed Access
Fine-Grained Versus Coarse-Grained Wave Ripples Generated Experimentally Under Large-Scale Oscillatory Flow
63
Citations
38
References
2009
Year
Large-scale Oscillatory FlowEngineeringOcean DynamicsSurface WaveFluid MechanicsShallow Water HydrodynamicsWave MotionCoastal HydrodynamicsGrain SizeWave TheoryNearshore ProcessesAbstract Wave RipplesSediment AnalysisWave DynamicsPhysicsWave TunnelWave PropagationMultiphase FlowSedimentologySediment TransportCoastal Sediment TransportNatural SciencesDepositional ProcessCivil EngineeringApplied PhysicsWave GroupGeomechanicsSediment ProcessSedimentationMultiscale Modeling
Abstract Wave ripples were generated in a wave tunnel under large-scale oscillatory flow (orbital diameter 1–4.5 m) using two different grain sizes, very fine sand and coarse sand. The geometry of bed configurations that were produced varied strongly as a function of grain size: small anorbital ripples (wavelengths ~ 10 cm, heights 5 cm). These results support the hypothesis advanced by Leckie (1988) that large waves generate markedly different stratigraphic signatures in fine-grained and coarse-grained sediment.
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