The transient to steady-state transition during the spray-rolling process |
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Authors: | Yaojun Lin Yizhang Zhou Enrique J. Lavernia Kevin M. McHugh |
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Affiliation: | (1) the Department of Chemical Engineering and Materials Science, University of California, 95616-5294 Davis, CA;(2) the Industrial and Material Technologies Department, Idaho National Engineering and Environmental Laboratory, 83415 Idaho Falls, ID |
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Abstract: | From the geometrical standpoint, this article presents a qualitative theoretical analysis and prediction of the transient to steady-state transition during the spray-rolling process, a novel manufacturing technique for aluminum strips. The analytical results indicate that, when the deposited materials at the specific points on one roll surface overlap their counterparts on the other roll surface, spray rolling transits from the transient state to the steady state. The specific points are the limiting deposition positions of the atomized droplets on the roll surface initially. |
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