Gravity Flow of Bulk Solids and Transportation of Solids in Suspension |
Contents
GRAVITY FLOW OF BULK SOLIDSINTRODUCTION | 1 |
PROPERTIES OF BULK SOLIDS | 29 |
PRESSURE DISTRIBUTION | 37 |
Copyright | |
9 other sections not shown
Common terms and phrases
air suspension air velocity angle of repose apparent viscosity arch area ratio bottom bulk solids bunker cent Chapter chart chutes clear water coal flow cohesive materials controlling dimension density diagram diameter discharge opening drag coefficient Durand equation experimental feeder feet of mixture Figure flow of bulk flow pattern flow promotion flow properties fluid formula free-flowing solids grain size granular materials gravity flow handling head losses hopper opening horizontal hydraulic radius increase initial shear stress internal friction limit of fines liquid lower mechanical model testing Mohr circle moisture content Newtonian Newtonian fluids non-Newtonian fluids orifice particles pipe flow pipe friction loss pipeline plane pressure distribution pump rheology scale factors shear stress side wall slope silo sizes solid-liquid mixtures solids in suspension specific gravity square standpipe static friction surface test results transportation of solids vertical vibrator viscosity volume weight Zenkov