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- Q5304819 subject Q7138878.
- Q5304819 abstract "In fluid dynamics, drag crisis is a phenomenon in which drag coefficient drops off suddenly as Reynolds number increases. This has been well studied for round bodies like spheres and cylinders. The drag coefficient of a sphere will change rapidly from about 0.5 to 0.2 at a Reynolds number in the range of 300000. This corresponds to the point where the flow pattern changes, leaving a narrower turbulent wake. The behaviour is highly dependent on small differences in the condition of the surface of the sphere.".
- Q5304819 wikiPageExternalLink drag_crisis.pdf.
- Q5304819 wikiPageExternalLink eccomas06.pdf.
- Q5304819 wikiPageWikiLink Q12507.
- Q5304819 wikiPageWikiLink Q1778961.
- Q5304819 wikiPageWikiLink Q178932.
- Q5304819 wikiPageWikiLink Q190132.
- Q5304819 wikiPageWikiLink Q216320.
- Q5304819 wikiPageWikiLink Q34132.
- Q5304819 wikiPageWikiLink Q7138878.
- Q5304819 comment "In fluid dynamics, drag crisis is a phenomenon in which drag coefficient drops off suddenly as Reynolds number increases. This has been well studied for round bodies like spheres and cylinders. The drag coefficient of a sphere will change rapidly from about 0.5 to 0.2 at a Reynolds number in the range of 300000. This corresponds to the point where the flow pattern changes, leaving a narrower turbulent wake.".
- Q5304819 label "Drag crisis".