North American Mixing Forum

Session 193 - Laminar Mixing and Mixing Fundamentals
Blending and mixing phenomena in high-viscosity Newtonian and non-Newtonian fluids is of significant industrial interest. Both fundamental and applied contributions were solicited on the fluid dynamic behavior of liquids in laminar flow, mixing equipment for laminar flow applications, and processes utilizing high-viscosity materials. In addition, contributions were also invited on other more fundamental aspects of mixing not limited to laminar flow.
Chair:Julian Fasano
CoChair:Fernando J. Muzzio
 Experimental and Correlational Studies of a Vickers-Zimmer Style Polyester Finisher
W. Roy Penney, Anurag Singh
 Experimental Investigation of Non-Newtonian Mixing with the Maxblend Impeller
Philippe A. Tanguy, Guillaume Thome, Louis Fradette, Katsuhide Takenaka
 Performance of a Dual Shaft Mixer for Gas-Viscous Liquid Processing
François Cabaret, Louis Fradette, Philippe A. Tanguy
 Measurements and Simulation of Flooding Characteristics for Gas-Sparged Stirred Vessels with Highly Viscous and Viscoelastic Liquids
Gary K. Patterson
 Impact of the Unstable/Neutral Angle on Rate and Extent of Chemical Reaction
Justin P. Lacombe, Fernando J. Muzzio
 Menagerie of Topology in 3d Steady Flow
Fernando J. Muzzio, Justin P. Lacombe

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