Castillo, Luciano
Whither Turbulence and Big Data in the 21st Century?
Part I. Historical Perspectives
1. From Tennekes and Lumley to Townsend and to George: A Slow March to Freedom
J. C. Vassilicos
2. A 50-Year Retrospective and the Future
William K. George
Part II. Turbulent Boundary Layers
3. Study of the Streamwise Evolution of Turbulent Boundary Layers to High Reynolds Numbers
I. Marusic, K. A. Chauhan, V. Kulandaivelu, N. Hutchins
4. Towards the Direct Numerical Simulation of a Self-similar Adverse Pressure Gradient Turbulent Boundary Layer Flow
J. Soria, V. Kitsios, C. Atkinson, J. A. Sillero, G. Borrell, A. G. Gungar, J. Jimenez
5. Analysis of Velocity Structures in a Transitionally Rough Turbulent Boundary Layer
Ali Doosttalab, Suranga Dharmarathne, Murat Tutkun, Ronald Adrian, Luciano Castillo
6. Streamwise Relaxation of a Shock Perturbed Turbulent Boundary Layer
M. F. Shahab, G. Lehnasch, T. B. Gatski
Part III. Jets
7. Turbulence and Data Analytics in the Twenty-First Century: The Round Free Jet
P. Lavoie, A. Pollard, H. Sadeghi
8. The Sound-Field Produced by Clustered Rockets During Start-Up
C. E. Tinney, A. Canchero, R. Rojo, G. Mack, N. E. Murray, J. H. Ruf
9. Variable Viscosity Jets: Entrainment and Mixing Process
L. Voivenel, E. Varea, L. Danaila, B. Renou, M. Cazalens
10. POD Mode Robustness for the Turbulent Jet Sampled with PIV
A. Hodžić, K. E. Meyer, C. M. Velte
Part IV. Environmental Flows and Wind Energy
11. Large Eddy Simulation of Environmental Flows: From the Laboratory-Scale Numerical Experiments Toward Full-Scale Applications
Vincenzo Armenio
12. Big Data from Big Experiments. The WindEEE Dome
Horia Hangan, Maryam Refan, Chowdhury Jubayer, Dan Parvu, Ryan Kilpatrick
13. Visualizing Wind Farm Wakes Using SCADA Data
Shawn Martin, Carsten H. Westergaard, Jonathan White
14. Turbulent and Deterministic Stresses in the Near Wake of a Wind Turbine Array
Nicholas Michael Hamilton, Murat Tutkun, Raúl Bayoán Cal
15. Evaluation of Higher Order Moments and Isotropy in the Wake of a Wind Turbine Array
Naseem Ali, Aleksandr S. Aseyev, Matthew S. Melius, Murat Tutkun, Raúl Bayoán Cal
Part V. Data Manipulation
16. Turbulent Flow Physics and Control: The Role of Big Data Analyses Tools
Andrew S. Magstadt, Pinqing Kan, Zachary P. Berger, Christopher J. Ruscher, Matthew G. Berry, Melissa A. Green, Jacques Lewalle, Mark N. Glauser
17. Data-Driven Methods in Fluid Dynamics: Sparse Classification from Experimental Data
Zhe Bai, Steven L. Brunton, Bingni W. Brunton, J. Nathan Kutz, Eurika Kaiser, Andreas Spohn, Bernd R. Noack
18. Conversion of Measured Turbulence Spectra from Temporal to Spatial Domain
Preben Buchhave, Clara M. Velte
Part VI. General Aspects of Turbulence
19. Effects of Unsteady Coanda Blowing on the Wake and Drag of a Simplified Blunt Vehicle
D. Barros, J. Borée, B. R. Noack, A. Spohn, T. Ruiz
20. Challenges for Large Eddy Simulation of Engineering Flows
C. Fureby
21. Coarse Grained Simulation and Turbulent Material Mixing
F. F. Grinstein, A. J. Wachtor, J. R. Ristorcelli
22. Non-classical/Exponential Decay Regimes in Multiscale Generated Isotropic Turbulence
M. Meldi, P. Sagaut
23. A Minimal Flow Unit for Turbulence, Combustion, and Astrophysics
P. Orlandi, S. Pirozzoli, M. Bernardini, G. F. Carnevale
24. Linear Stability Analysis of Compressible Channel Flow over Porous Walls
Iman Rahbari, Carlo Scalo
25. Dissipation and Topological Features Conditioned by Velocity Level-Crossings in Wall Turbulence
Sedat Tardu
Part VII. Four Perspectives on Big Data and the Turbulence Community
26. Cyberinfrastructure to Empower Scientific Research
Thomas Hacker, Shirley Dyke
27. Turbulence in the Era of Big Data: Recent Experiences with Sharing Large Datasets
Charles Meneveau, Ivan Marusic
28. Public Dissemination of Raw Turbulence Data
Juan A. Sillero, Javier Jiménez
29. Reacting LES@2030: Near Diskless and Near Real-Time Computing for Design?
S. Menon, R. Ranjan, J. C. Oefelein
Part VIII. Discussion 1: Challenges in Turbulence in the Twenty-First Century—What Problems We Should Focus On in the Next 20 Years?
30. Whither Turbulence and Big Data for the Twenty-First Century
Andrew Pollard
Part IX. Discussion 2: Large Data: Opportunities for Collaborations
31. Whither Turbulence and Big Data for the Twenty-First Century
Andrew Pollard, Thomas J. Hacker, Shirley Dyke
Keywords: Engineering, Vibration, Dynamical Systems, Control, Aerospace Technology and Astronautics, Engineering Fluid Dynamics, Fluid- and Aerodynamics
- Editor
- Castillo, Luciano
- Danaila, Luminita
- Glauser, Mark
- Pollard, Andrew
- Publisher
- Springer
- Publication year
- 2017
- Language
- en
- Edition
- 1
- Page amount
- 18 pages
- Category
- Technology, Energy, Traffic
- Format
- Ebook
- eISBN (PDF)
- 9783319412177
- Printed ISBN
- 978-3-319-41215-3