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| | AIChE Paper |
 | | A fundamental understanding of mixing and blending of granular materials can be beneficial to a wide range of industries: pharmaceuticals, metallurgy, ceramics, composites, polymers, food processing and agriculture, to name a few. |
 | | In this paper, we develop a model of granular mixing, verify it with experiments, and show how to extend the model in order that it may: (1) handle complicated geometries, (2) be applicable for 3-D mixers, (3) rapidly test mixing enhancement strategies, (4) incorporate different particle properties. |
 | | Similarly, the predictions made in Section 3 (i.e., faster mixing at low fill levels, formation of a core and slower mixing at high fill levels) are still valid in describing the radial mixing, i.e., mixing perpendicular to the axis of rotation of the mixer. |
| www.pitt.edu /~jjmcc/papers/AIChE/index.html (5912 words) |
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