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A numerical study of pulsatile laminar flows in a pipe with a ring-type constriction

✍ Scribed by Z. D. Shi; T. S. Lee; S. H. Winoto

Publisher
John Wiley and Sons
Year
1995
Tongue
English
Weight
825 KB
Volume
20
Category
Article
ISSN
0271-2091

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Pulsatile flows in the vicinity of mechanical ring-type constrictions in pipes were studied for transitional turbulent flow with a Reynolds number (Re) of the order of lo4. The Womersley number (Nw) is in the range 3CL50, with a corresponding Strouhal number (St) range of 0.0143-O-0398. The pulsatil

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The effects of pulsatile amplitude on sinusoidal laminar flows through a rigid pipe with sharp-edged ring-type constrictions have been studied numerically. The parameters considered are: mean Reynolds number (Re) of the order of 100; Strouhal number (St) in the range 010-3198; Womersley number (Nw)

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The effects of Reynolds number on the physiological-type of laminar pulsatile flow fields within the vicinity of mechanical ring-type constriction in small pipes were studied numerically. The parameters considered are: the Reynolds number (Re) in the range of 50 -1500; Strouhal number (St) in the ra