Doctoral and Masters Theses:

• Archival journal publications (Articles may be downloaded for personal use only. Any other use requires prior permission of the author and the Publishers):

1. M. Chamecki, 'Large Eddy Simulation of atmospheric boundary layer flows and application to pollen dispersal', PhD Thesis, Johns Hopkins University, 2008, Baltimore MD. Abstract (html)
2. V. Kumar, 'Investigating the Diurnal and Spatial variability of flows in the Atmospheric Boundary Layer: A Large Eddy Simulation Study', PhD Thesis, Johns Hopkins University, 2007, Baltimore MD. Abstract (html)
3. Y. Li, 'Lagrangian evolution of small scales in turbulence: intermittency and large-eddy simulation modeling', PhD Thesis, Johns Hopkins University, 2007, Baltimore MD. Abstract (html).
4. C. Higgins, 'Geometric Alignments of SGS closures for Large Eddy Simulations in the Atmospheric Boundary Layer', PhD Thesis, Johns Hopkins University, 2007, Baltimore MD. Abstract (html).
5. C. Rosales, 'On three-dimensional synthetic turbulence' PhD Thesis, Johns Hopkins University, 2006, Baltimore MD. Abstract (html).
6. S. Chester, 'On Dynamic Modeling For Multiscale Turbulence Problems', PhD Thesis, Johns Hopkins University, 2006, Baltimore MD. Abstract (html)
7. E. Bou Zeid, 'Large Eddy Simulation of Atmospheric Boundary Layer Flow over Heterogeneous Surfaces', PhD Thesis, Johns Hopkins University, 2004, Baltimore MD. Abstract (html)
8. J. Chen, 'Experimental study of turbulence under planar straining and destraining and elimination of peak-locking error in PIV analysis using the correlation mapping method', PhD Thesis, Johns Hopkins University, 2004, Baltimore MD. Abstract (html)
9. J. Kleissl, 'A priori testing and development of subgrid-scale models for Large Eddy Simulation of the atmospheric boundary layer', PhD Thesis, Johns Hopkins University, 2004, Baltimore MD. Abstract (html)
10. B. Tao, 'Development of holographic particle image velocimetry and its application in three-dimensional velocity measurement and modeling of high Reynolds number turbulent flows', PhD Thesis, Johns Hopkins University, 2000, Baltimore MD. Abstract (html)
11. F. Porté-Agel, 'Subgrid-scale modeling for the atmospheric boundary layer: Experiments and Simulations', PhD Thesis, Johns Hopkins University, 2000, Baltimore MD. Abstract (html)
12. H. Jiang, 'Theoretical and numerical studies of the hydrodynamics and chemoreception of calanoid copepods', PhD Thesis, Johns Hopkins University, 2000, Baltimore MD. Abstract (html)
13. S. Cerutti, 'Statistics of filtered turbulence: Experiments and simulations' PhD Thesis, Johns Hopkins University, March 1999, Baltimore MD. Abstract (html)
14. A. Scotti, 'On scale-invariance based models of hydrodynamic turbulence' PhD Thesis, Johns Hopkins University, August 1997, Baltimore MD. Abstract (html)
15. S. Liu, 'Experimental study of subgrid-scale stress and models using particle image velocimetry data' PhD Thesis, Johns Hopkins University, July 1997, Baltimore MD. Abstract (html)
16. J. Mansfield, 'A dynamic Lagrangian large eddy simulation scheme for the vorticity transport equation' PhD Thesis, Johns Hopkins University, June 1997, Baltimore MD. Abstract (html) Thesis (ps.gz - over 13 Mbytes) (@ J. Mansfield, 1997).
17. J. O'Neil, 'Subgrid scale stresses and their modeling in the turbulent plane wake' PhD Thesis, Johns Hopkins University, October 1996, Baltimore MD. Abstract (html)

• Masters Theses:

1. D. Brzozowski, 'CFD modeling and analysis of an axial-flow turbomachine', Masters Essay, Johns Hopkins University, 2004, Baltimore MD. Abstract (html)
2. P. Rawe, 'Using wavelets to identify coherent structures and evaluate conditional averages in atmospheric boundary layer data', Masters Essay, Johns Hopkins University, 1999, Baltimore MD. Abstract (html)
3. M. Hayden, 'Design, construction, and testing of an active grid turbulence generator', Masters Essay, Johns Hopkins University, 1999, Baltimore MD. Abstract (html)
4. R. Anderson, 'Testing a 3-D finite volume Navier-Stokes code in curvilinear coordinates on decaying isotropic turbulence' Masters Essay, Johns Hopkins University, May 1995, Baltimore MD. Abstract (html)
5. A. Scotti, 'Fractal dimension of velocity signals in high Reynolds number hydrodynamic turbulence' Masters Essay, Johns Hopkins University, May 1995, Baltimore MD. Abstract (html)

Charles Meneveau, Department of Mechanical Engineering, Johns Hopkins University, 3400 N. Charles Street, Baltimore MD 21218, USA, Phone: 1-410-516-7802, Fax: 1-(410) 516-7254, email: meneveau@jhu.edu