Title page for ETD etd-12162009-020204


Type of Document Master's Thesis
Author Burr, Janice E
URN etd-12162009-020204
Title Jet mixing :the role of numerical flow visualization
Degree Master of Science
Department Mechanical Engineering
Advisory Committee
Advisor Name Title
Brown, Eugene F. Committee Chair
Kriz, Ronald D. Committee Member
Roby, Richard J. Committee Member
Keywords
  • Jets
Date of Defense 1993-04-10
Availability restricted
Abstract
Entrainment can be defined as the thickening of a shear layer in the streamwise direction due to an increase in the volume occupied by the vorticity-containing fluid. The extent to which this process occurs depends heavily upon the geometry of the shear layer, with an elliptical jet, for example, exhibiting much greater entrainment than a circular one. It was desired to characterize the entrainment process and to explore the means by which the entrainment might be further enhanced by using the tool of numerical flow visualization to explore the results of numerical simulations and linear stability analysis.

Because the results of preliminary numerical flow simulations were so topologically complex, linear stability analysis (LSA) was employed to generate simpler flows. These results provided important insight into the early stages of the (near field) mixing process and provided a means for testing the accuracy of the visualization tool.

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