PAOLO ORLANDI Home Page
Professor, Dipartimento di Meccanica e Aeronautica
Universitą ``La Sapienza'', Rome, Italy
EDUCATION
- Degree in Nuclear
Engineering, Universitą di Roma, 1970
- Ph. D. in Aerospace Engineering, Universitą di Roma, 1974
PROFESSIONAL EXPERIENCE
1985-present Professor, Universitą di Roma
2000 Associate editor Applied Mehanics
Review
1998 Visiting professor at the
1996 Organiser of the ERCOFTAC workshop
on Vortex Dynamics in Rotating Systems (Aussois)
1996 Visiting professor at the
1996 Organiser of the ERCOFTAC workshop
on Vortex Dynamics in Rotating Systems (Viterbo)
1993 Chairman of the EUROMECH 305 on
Vortex Dynamics
1990 Convenor of the Special Interest
Group within the ERCOFTAC on Vortex Dynamics
1987 Member Scientific Committee of
ERCOFTAC (European Research Community on Flow Turbulence And Combustion)
1987-2000 Visiting Scientist, Center
Turbulence Research, Stanford, during the summer quarters
1985 Visiting Scientist, NASA Ames,
(three months)
1982-1985 Associate Professor, Universitą di Roma
1979-1981 Lecturing, Universitą de L'Aquila
1978 Visiting Ass. Professor, Stanford
University
1972-1981 Assistant Professor, Universitą di Roma
PROFESSIONAL
SOCIETIES
1995 EUROMECH
1985 American Physical Society.
PRINCIPAL FIELD OF
INTEREST
Aerodynamics, Computational Fluid
Dynamics, Turbulence, Experimental Fluid Dynamics, Vortex Dynamics, Geophysical
Fluid Dynamics.
CURRENT RESEARCH
INTERESTS
- Large Eddy
Simulation of Turbulence
- Direct Simulation
of Turbulence 2-D and 3-D.
- Wall turbulence
controll.
- Interaction of
Vortices.
- Vortex Rings
Instabilities.
- Computational
Fluid Dynamics.
- Turbulence
Modelling (one-point, two-point closures).
- Ship
Hydrodynamics (viscous drag).
CITATION INDEX FROM GOOGLE
Download the file pdf.
LIST OF
PUBLICATIONS By Paolo Orlandi from 1999 up to now
BOOKS
Download the source codes in the book.
INTERNATIONAL
JOURNALS
1 G.C. Carnevale , Fuentes, O.V., P.
& Orlandi P `` Dipole rebound from a coast '' J.Fluid Mech., 351
, 1999 ,75.
2 Orlandi P., & G.C. Carnevale ``
Evolution of isolated vortices in a rotating fluid of finite depth '' J.Fluid
Mech., 381 , 1999 ,239.
3 Antonia, RA; Bisset, DK;
Orlandi, P; Pearson, BR. Reynolds
number dependence of the second-order turbulent pressure structure function. Physics
of Fluids, 11, 1999 ,241.
4 M.Mammetti, R.Verzicco, P.Orlandi
"The study of vortex ring/wall interaction for artificial nose
improvement" ESAIM, 7, (1999), pp. 258-269.
5 Verzicco, R., Mohd-Yusof, J.,
Orlandi, P. and
6 Fadlun, E.A., Verzicco, R., Orlandi,
P. & Mohd-Yusof, J. ``Combined immersed-boundary/finite-difference methods
for three-dimensional complex flow simulations'' J. of Comp. Phys., 427,
(2000),35-60.
7 Carnevale, G.F., Briscolini, M.
& Orlandi, P., `` Buoyancy to inertial range transition in forced
stratified turbulence'' J. of Fluid Mech., 427, (2001), 205-239.
8 Orlandi, P. & Ebstein, D.,
``Turbulent budgets in rotating pipes by DNS'' Int. Journal of Heat and
Fluid Flow,21, (2000) 499-505.
9 Orlandi, P; Carnevale, GF;
10 Orlandi, P. & Antonia, R.A ``
Dependence of the non-stationary form of Yaglom's equation on the Schmidt
number'' J. of Fluid Mech.,451,(2002),99-108.
11 Antonia,
R.A & Orlandi, P. `` Dependence of the second-order scalar structure
function on the Schmidt number''. Physics of Fluids,14,(2002),
1552-1554.
12 Antonia, R.A & Orlandi, P.
``Assessment of a three-component vorticity probe in decaying turbulence ''. To
appear on Experiments in Fluids.
13 Antonia, R.A & Orlandi, P. ``
Schmidt number dependence of decaying turbulent passive scalar fluctuations''
To send as review article su Applied Mechanics Review.
14 Carnevale, GF; Orlandi, P: Zhou, Y;
$ Kloosterziel R.C. `` Rotational suppression of Rayleigh-Taylor instability
''. J. of Fluid Mech.457,(2002),181-190.
15 R. Verzicco, G. Iaccarino, M. Fatica
and P. Orlandi, ``Flow in an impeller stirred tank using an immersed boundary
method'' To appear in AIChE Journal (2002).
16 P.Orlandi , S. Leonardi, and R.A. Antonia, ``Turbulent channel flow with either transverse or longitudinal roughness elements on one wall'' Submitted to JFM 2005