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- Q6481920 subject Q1457673.
- Q6481920 subject Q6261071.
- Q6481920 abstract "The laminar sublayer, also called the viscous sublayer, is the region of a mainly-turbulent flow that is near a no-slip boundary and in which the flow is laminar. The existence of the laminar sublayer can be understood in that the flow velocity decreases towards the no-slip boundary. Because of this, the Reynolds number decreases until at some point the flow crosses the threshold from turbulent to laminar.The laminar sublayer is important for river-bed ecology: below the laminar-turbulent interface, the flow is stratified, but above it, it rapidly becomes well-mixed. This threshold can be important in providing homes and feeding grounds for benthic organisms.Whether the roughness due to the bed sediment or other factors are smaller or larger than this sublayer has an important bearing in hydraulics and sediment transport. Flow is defined as hydraulically rough if the roughness elements are larger than the laminar sublayer (thereby perturbing the flow), and as hydraulically smooth if they are smaller than the laminar sublayer (and therefore ignorable by the main body of the flow).".
- Q6481920 wikiPageWikiLink Q1396948.
- Q6481920 wikiPageWikiLink Q1457673.
- Q6481920 wikiPageWikiLink Q177784.
- Q6481920 wikiPageWikiLink Q178932.
- Q6481920 wikiPageWikiLink Q189452.
- Q6481920 wikiPageWikiLink Q190132.
- Q6481920 wikiPageWikiLink Q6261071.
- Q6481920 wikiPageWikiLink Q686881.
- Q6481920 wikiPageWikiLink Q7150.
- Q6481920 wikiPageWikiLink Q7445303.
- Q6481920 comment "The laminar sublayer, also called the viscous sublayer, is the region of a mainly-turbulent flow that is near a no-slip boundary and in which the flow is laminar. The existence of the laminar sublayer can be understood in that the flow velocity decreases towards the no-slip boundary.".
- Q6481920 label "Laminar sublayer".