Opening book details…
Can I read Modern Simulation Strategies For Turbulent Flow on EtoBox?
Modern Simulation Strategies For Turbulent Flow by Bernard Geurts; Bernard J. Geurts is a book available to read on EtoBox.
What is Modern Simulation Strategies For Turbulent Flow about?
<p>geurts Presents State-of-the-art Analysis Of Turbulent Flow Simulation Techniques And Presents Direct Numerical Simulation And Large-eddy Simulation. (technology & Industrial Arts)</p> <h3>booknews</h3> <p>presents Direct Numerical Simulation (dns) And Large-eddy Simulation (les) Approaches For Simulating Turbulent Flow. Explores The Balance Between Reduction Of Information Content In The Smoothed Representation On The One Hand, While Retaining Accurate Predictions In A Given Application Area On The Other. Chapters 1-9 Focus On Subgrid Modeling And Furnish Connections With Turbulence Theory. Chapters 10-16 Are Dedicated To Physical And Numerical Aspects Arising From A Variety Of Direct- And Large-eddy Simulations. Specific Topics Include The Spatial Velocity Increment As A Tool For Sgs Modeling, The Tensor-diffusivity Mixed Model, And The Navier-stokes-alpha Model. The Book Is Not Indexed. Geurts Is Affiliated With The University Of Twente And The University Of London. Annotation C. Book News, Inc., Portland, Or (booknews.com)</p>
- Author
- Bernard Geurts; Bernard J. Geurts
- Publisher
- R. T. Edwards Incorporated
- Published
- 2001
- Language
- EN
- ISBN
- 9781930217041
- Subjects
- Engineering, Stem
More by Bernard Geurts; Bernard J. Geurts
Browse all works by Bernard Geurts; Bernard J. Geurts
Similar books
- Statistical Theory and Modeling for Turbulent Flow, 2nd Edition — Paul P. Durbin, P. A. Durbin, B. A. Pettersson-Reif, Bj?rn Anders B. Pettersson Reif (2010)
- Turbulent Flow Computation — D. Drikakis; Bernard Geurts (2002)
- Unsteady Turbulent Flow Modelling and Applications (BestMasters) — David Roos Launchbury (auth.) (2016)
- Computational Fluid Dynamics : Incompressible Turbulent Flows — Takeo Kajishima and Kunihiko Taira (2016)
- Turbulent Fluid Flow — Peter S. Bernard
- Computational Turbulent Oncompressible Flow — Johan Hoffman, Claes Johnson, K. Eriksson, Donald Estep, Johnson, C (2007)