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Free streamline theory for segmental jet deflection
Liquid jet may be deflected by device that is composed of straight segments but if segments are short, compared to thickness of jet, deflection angle is unknown; formulas are derived for computation of 2 dimensional case for symmetrical deflectors by applying free streamline theory; for application to flip buckets on spillways, set of curves is presented for designers.
Free streamline theory for segmental jet deflection
Liquid jet may be deflected by device that is composed of straight segments but if segments are short, compared to thickness of jet, deflection angle is unknown; formulas are derived for computation of 2 dimensional case for symmetrical deflectors by applying free streamline theory; for application to flip buckets on spillways, set of curves is presented for designers.
Free streamline theory for segmental jet deflection
ASCE -- Proc (J Hydraulics Div)
Tinney, E.R. (author) / Barnes, W.E. (author) / Rechard, O.W. (author) / Ingram, G.R. (author)
1961
14 pages
Article (Journal)
English
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Free Streamline Theory for Segmental Jet Deflectors
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