Homepage of Joan and John Moore

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Functional Reynolds Stress Modeling (update November, 2009) Information on our book, published in October 2006, includes an overview, the table of contents, comments, corrections, answers to questions and a list of post-book applications of the MARV Reynolds stress model developed in the book.

2-d and 3-d applications of the MARV Reynolds stress model

3-D Flow in the VPI Turbine Cascade (November, 2009) The thick inlet boundary layers give a highly 3-d flow with horseshoe and passage vortices. Results using the MARV Reynolds stress model and a 2-Eq. eddy viscosity model are compared with data taken at Virginia Tech in this Langston cascade replica. More results are included in (Abstract) "Reynolds Stress Models - Lecture 3", VKI Lecture Series 2009-08, "Numerical Investigations in Turbomachinery. The State-of-the-Art."

High Turbulence Turbomachinery (August 2008) The MARV Reynolds stress (7 equation) turbulence model, developed in our book Functional Reynolds Stress Modeling, is applied to the Langston turbine cascade with an inlet turbulence intensity of 9% over a broad range in Reynolds number. Update Note - January 2009 paper (Abstract) Moore, J.G., and Moore, J., "High Turbulence Turbine Cascade Performance Using the MARV Reynolds Stress Model," AIAA-2009-1322. The location of transition on the suction surface for Re=66,000 was verified by comparing with heat transfer data in the literature.

More on turbulence glyphs

Reynolds Stress Tensor Glyphs A color supplement to a 1995/6 paper by Moore, Schorn and Moore.

The Tree of Turbulence Glyphs May your turbulence be calmed by the understanding of stresses. Our 2006 tree was decorated with turbulence glyphs to celebrate the publication of our book. Click here for the technical description.