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The evolution of mixing in rotating batch cylinders, in rolling regime has been addressed.
This study is concerned with the maximum thickness of the flowing surface layer observed at the rolling regime.
Special attention is given to the initial moments of mixing and the transition from a standstill to a fully developed rolling regime.
The rolling regime is predicted to contain two extreme regimes.
Our theory predicts that shear layers in the rolling regime should be almost identical for fill fractions symmetric about the half-filled level.
Regression analysis shows that most of the data sets above (for the rolling regime) are approximately described by the dispersive regime.
Using the experimental data in the rolling regime, a second order model is proposed to predict the mixing curve as a function of time.
Via the discrete element method, a three-dimensional partially filled rotating drum operating in the rolling regime is numerically simulated to investigate the solid residence and inter-region exchange behaviors in the active and passive regions, and their dependence on the operating parameters of rotating speed and particle diameter ratio of the binary-size mixture.
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Then hot rolling regimes were performed at 300 °C with different percentage of strain per pass.
Moreover, stock levels are impacted by the application of the lot-sizing model under a rolling horizon regime.
Visual results show that transition from rolling to cascading regime depends not only on Froude number, fill level and particle size, but also on the particle shape.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com