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Development of solid-liquid flow meter
Individual flow rates of solid-liquid mixture in pipe are determined using knowledge of physical properties of slurry components and piezometric head measurements at 3 positions on meter; theoretically predicted flow rates are calculated by graphically performing simultaneous solution of momentum and energy equations describing flow through meter; tests conducted in 2-in.-diam vertical conduit using sand water slurry included range of sand concentrations to 19.7% by volume and velocities to 3.7 fps; sand content in slurry could be predicted to within 0.5% concentration for almost all flow conditions investigated.
Development of solid-liquid flow meter
Individual flow rates of solid-liquid mixture in pipe are determined using knowledge of physical properties of slurry components and piezometric head measurements at 3 positions on meter; theoretically predicted flow rates are calculated by graphically performing simultaneous solution of momentum and energy equations describing flow through meter; tests conducted in 2-in.-diam vertical conduit using sand water slurry included range of sand concentrations to 19.7% by volume and velocities to 3.7 fps; sand content in slurry could be predicted to within 0.5% concentration for almost all flow conditions investigated.
Development of solid-liquid flow meter
ASCE -- Proc (J Hydraulics Div)
Ackerman, N.L. (author) / Niyomthai, C. (author)
1964
19 pages
Article (Journal)
English
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Development of a Solid-Liquid Flow Meter
| ASCE | 2021
Closure to “Development of a Solid – Liquid Flow Meter”
| ASCE | 2021
| Wiley | 1964