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Unsteady flow of solid-liquid suspensions
Basic energy and momentum relationships are used to obtain analytical expressions for pressure and flow variations in suspended solid-liquid flow; suspended flow occurs in pressurized conduit system and transients are introduced into system by rapidly closing terminal valve; pressure wave magnitudes and wave shapes generated by this action are investigated; expressions are obtained describing momentum exchange resulting from viscous action between phases that occurs behind wave front; experimental results are obtained for several solid-liquid suspensions; suspending liquid utilized is water and solid rubber, plastic, and sand particles with widely varied properties are used for solid phase; pressure wave magnitudes and wave shapes resulting from rapid closure of terminal valve are recorded.
Unsteady flow of solid-liquid suspensions
Basic energy and momentum relationships are used to obtain analytical expressions for pressure and flow variations in suspended solid-liquid flow; suspended flow occurs in pressurized conduit system and transients are introduced into system by rapidly closing terminal valve; pressure wave magnitudes and wave shapes generated by this action are investigated; expressions are obtained describing momentum exchange resulting from viscous action between phases that occurs behind wave front; experimental results are obtained for several solid-liquid suspensions; suspending liquid utilized is water and solid rubber, plastic, and sand particles with widely varied properties are used for solid phase; pressure wave magnitudes and wave shapes resulting from rapid closure of terminal valve are recorded.
Unsteady flow of solid-liquid suspensions
ASCE -- Proc (J Eng Mechanics Div)
Wood, D.J. (author) / Kao, T.Y. (author)
1966
18 pages
Article (Journal)
English
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