Abstract
ABSTRACT BIN filling tests were conducted with shelled corn at two different drop-heights under choke-flow and conventional spout-flow conditions. When the choke-flow method was used, the concentration of fine material around the bin center was reduced. The pattern of fme material distribution in corn was affected by the flow methods used in filling, but was not affected by the drop-height. Drop-height and the two flow methods had no significant effect on the bulk density of corn in the bin.
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