FUNCTIONAL REYNOLDS STRESS MODELING
a book by JOAN G. MOORE and JOHN MOORE
Pocahontas Press, Inc., Blacksburg, Virginia
October 2006
Hardcover, xvi + 392 pages, 210 figures
CD-ROM included with appendices (287 pages), color figures and exercise solutions
ISBN(10) 0-926487-21-3, ISBN(13) 978-0-926487-21-5
Overview
Table of ContentsAbout the Authors
Cover Illustration 
- The World of Turbulence Glyphs
Comments, corrections and questions may be sent to the authors at
frsmodeling@comcast.net.
We will not give your email address to others or include it in any group mailings.
General Comments, updated April 2007
Technical Comments, Questions and Discussion, updated April 2007
Corrections, updated February 2008
Publications with post-book applications of the Reynolds stress models
- January, 2009, AIAA-2009-1322 (Abstract)
"High Turbulence Turbine Cascade Performance Using the MARV Reynolds Stress Model" by J.G. Moore and J. Moore
- Langston turbine cascade, 2-d - MARV model, transition compared with data of Butler et al.
- September, 2009, VKI Lecture Series 2009-08 (Abstracts, JGM)
"Numerical Investigations in Turbomachinery. The State-of-the-Art," includes three lectures on "Reynolds Stress Models" by J.G. Moore
- Backward facing step, 2-d - comparison of MARV, 2-Eq. and mixing length models with data of Kasagi et al.
- Langston turbine cascade, 2-d - MARV model, transition compared with data. Leading edge turbulence compared with 2-Eq. model
- Leading edge stagnation, 1-d - MARV model + eddy viscosity model for heat transfer, Rd=45,000, compared with data of Van Fossen et al. and 2-Eq. model
- Langston turbine cascade, 3-d - comparison of MARV, 2-Eq. and mixing length models with V.P.I. data of Moore et al.
From the Homepage of J&J Moore, http://moore64.home.comcast.net. November 2009