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Some Analytical Results for Planet 90° Bend Flow
Analysis of inviscid nonturbulent flow around bends preceded and followed by straight conduits on a potential and frozen-vorticity basis indicates the manner in which bend curvature and approach velocity profile affect the flow. Separation is found more likely the sharper the curvature and the more pointed the velocity profile. The approach flow has less effect on cavitation susceptibility and metering characteristics of bends.
Some Analytical Results for Planet 90° Bend Flow
Analysis of inviscid nonturbulent flow around bends preceded and followed by straight conduits on a potential and frozen-vorticity basis indicates the manner in which bend curvature and approach velocity profile affect the flow. Separation is found more likely the sharper the curvature and the more pointed the velocity profile. The approach flow has less effect on cavitation susceptibility and metering characteristics of bends.
Some Analytical Results for Planet 90° Bend Flow
Huang, W. H. (author) / Robertson, J. M. (author) / McPherson, M. B. (author)
Journal of the Hydraulics Division ; 93 ; 169-186
2021-01-01
181967-01-01 pages
Article (Journal)
Electronic Resource
Unknown
Some analytical results for plane 90° bend flow
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