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For further information you can contact
 
Robert S. Brodkey at
(614) 292-2609;
brodkey.1@osu.edu

Computational and experimental research on process mixing in opposed jet mixers and in mixing vessels in a convective frame of reference.

Our ultimate goal is to model mixing so that computational approaches can make experimental measurements unnecessary. Our view must be well based in fundamentals, but at the same time be clearly directed to solving real world engineering problems. Mixing is a major issue in the process industries. To contribute to the solution of this problem, our attention is focused on two systems. The first, simplistic, but still of industrial importance, is the opposed jet mixer. The second, much more complex and of major industrial importance, is the 'standard' impeller mixing vessel. The first system is key to the validation of computational results. The second system is key to mixing, effective chemical reactions and the reduction of by products in complex reactions that can be detrimental to the environment.

Outline for Mixing Research

Brief Overview of the Mixing Problem


Further Description of the Two Experimental Systems:

The Opposed Jet and the Rotating Mixing System


Further Details on Computational Methods

What Needs to be Modeled and the Detailed Methods (DNS, LES, RANS)


Experimental Measurement Techniques

The Particle Tracking System and Chemical Reaction Methods