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Article
Chaotic mixing of viscous fluids by periodic changes in geometry: Baffled cavity flow
Polymer Engineering Faculty Research
  • Sadhan Jana, The University of Akron
Document Type
Article
Publication Date
10-1-1994
Abstract
The baffled cavity flow—the first representative of a class of chaotic flows produced by time-dependent changes of geometries—is introduced and extensions to spatially-periodic systems proposed. Both experimental and computational results are reported. The goal of the study is to put into evidence some of the steps and considerations when designing a new mixing flow; a related objective is to demonstrate the use of an efficient and accurate numerical technique (BIEM) suitable for mixing studies in time-dependent geometries. Several parameters that affect the degree of mixing are studied: the mixing protocol—how the baffles are alternated and how many baffles are used in the flow during each piecewise motion; baffle sizes and shapes; geometrical and flow parameters, such as the wall displacement per period; and details of the baffle's motions.
Citation Information
Sadhan Jana. "Chaotic mixing of viscous fluids by periodic changes in geometry: Baffled cavity flow" Vol. 40 (1994) p. 1769 - 1781
Available at: http://works.bepress.com/sadhan_jana/200/