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Granular temperature with discrete element method simulation in a bubbling fluidized bed

Wengen Peng,Yurong He,Tianyu Wang

Advanced Powder Technology（2014）

Cited 13|Views6
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Abstract
•Two kinds of time-averaged granular temperatures were numerically studied.•A velocity-dependent coefficient of restitution was used.•The effect of three drag models on velocity and granular temperature was studied.•A strong anisotropy in different direction presents in the bed.
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Key words
Discrete element model,Velocity-dependent coefficient of restitution,Granular temperature,Bubbling fluidized bed
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