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

Although these papers are earlier than what we would normally keep on the web, they have been retained because they are the basic for comparisons to the parallel computation efforts. The computations have taken much longer than anticipated.

The opposed jet flow system offers some unique characteristics that can be used for validation of DNS/LES simulations. Two laminar jets interact in the central region of a large cylinder. The jets are laminar; thus, cyclic boundary conditions are not needed. The only constraints come from the initial conditions, which can be inputted from experimental measurements.

Opposed Jet Research Links
We recently have been concentrating on the DNS computations of the opposed-jet system. The goal has been to convince ourselves that the computations are the best we can currently do and to get a computational data set that can be compared to the parallel experiments. It should be emphasized that these are fully time-resolved, three-dimensional experiments and computations. There is an recent report in html format that describes this effort.
 Abstract and color figures for "Averaged and Time-Resolved, Full-Field (Three-Dimensional), Measurements of Unsteady Opposed Jets" by Yang Zhao and Robert S. Brodkey published in the Can. J. Chem. Engr., Vol. 76, pages 536-545 (1998).
Abstract and color figures for "Particle Paths in Three-Dimensional Flow Fields as a Means of Study: Opposing Jet Mixing System" by Yang Zhao and Robert S. Brodkey published in Powder Technology, Vol. 100/2-3 , pages 161-5 (1998).