The Canadian Journal of Chemical Engineering · 2000 · 54 citations · 5 references
EngineeringChemical EngineeringRheologySediment TransportTransport PhenomenaNewtonian FlowParticle SizeTurbulenceTurbulent FlowCritical Deposition VelocityDeposition VelocityLaboratory InvestigationsSand DepositionSlurriesSlurry FlowSlurry Transport Behavior
Abstract In this contribution both new and previously published deposition velocity data for aqueous Newtonian slurries are incorporated in a correlation which complements the earlier predictions of Durand, Wilson and A.D. Thomas. Most of the new data has been obtained for slurries of narrowly sized sand particles of median diameter ranging between 90 and 420 μm, in pipes of diameter between 0.05 and 0.5 m. The data were obtained in laboratory investigations under isothermal flow conditions.
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Solids transport by laminar Newtonian flows
Randall G. Gillies, K.B. Hill, M. McKibben et al. · Powder Technology · 1999 · 70 citations