GIANLUIGI ROZZA - EPFL
GIANLUIGI ROZZA - EPFL
GIANLUIGI ROZZA - EPFL
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G I A N L U I G I R O Z Z A<br />
Master Degree in Aerospace Engineering, Politecnico di Milano<br />
Ph.D in Mathematics, Numerical Analysis, <strong>EPFL</strong><br />
PERSONAL DATA<br />
PRESENT POSITION<br />
MAY 2008-PRESENT<br />
CURRICULUM VITAE<br />
Status: Single<br />
Nationality: Italian<br />
Date of Birth: 20th April 1977<br />
Place of Birth: Sant’Angelo Lodigiano (LO), Italy<br />
Permanent Address: Viale Roma, 52<br />
26866 Castiraga Vidardo (LO), Italy<br />
Phone: +41 21 6934267 (Office); +39 0371 91884 (home)<br />
Web: http://iacs.epfl.ch/~rozza<br />
E-Mail: gianluigi.rozza@epfl.ch,<br />
Professional Address: <strong>EPFL</strong>, IACS-CMCS, Station 8-MA<br />
CH1015 Lausanne, Switzerland.<br />
<strong>EPFL</strong>– Ecole Polytechnique Federale de Lausanne (Switzerland)<br />
Senior Researcher («Fonctionnaire Scientifique») at the Chair of Modelling and Scientific<br />
Computing (CMCS) led by Prof. Alfio Quarteroni and Lecturer («Chargé de cours») at the<br />
Doctoral School of Mathematics of <strong>EPFL</strong>. Co-Applicant of scientific research projects at Swiss<br />
National Science Foundation (2 Phd students) and task coordinator for the European Research<br />
Council Mathcard Project, <strong>EPFL</strong> and Politecnico di Milano (Task E: Efficient methods for<br />
Control and Optimization). Responsible of semester/diploma/master projects in the Chair of<br />
Modelling and Scientific Computing.<br />
PAST POSITIONS<br />
MAY 2006-APRIL 2008<br />
MIT- Massachusetts Institute of Technology, Boston MA (USA)<br />
Micro-Fluids Laboratory, Department of Mechanical Engineering<br />
Prof. Anthony T. Patera’s Post Doctoral Associate Researcher, currently Research Affiliate<br />
at MIT.<br />
Research activity on real-time reliable computation in continuum mechanics: reduced basis<br />
methods and a posteriori error estimation for the solution of parametrized partial differential<br />
equations.<br />
G I A N L U I G I R O Z Z A
NOVEMBER 2002-APRIL 2006<br />
<strong>EPFL</strong>- Ecole Polytechnique Fédérale de Lausanne (Switzerland)<br />
Prof. Alfio Quarteroni’s Chair (PhD and Post-Doctoral) Research Assistant.<br />
Chair of Modelling and Scientific Computing (CMCS), partner of Alinghi Team for the<br />
America’s Cup 2003-2007 and of Solar Impulse Project 2004-2006 by B. Piccard -Round-the<br />
world-flight in a solar plane-. Collaboration within the Solar Impulse Project at <strong>EPFL</strong>:<br />
aerodynamic modelling and multidisciplinary optimization task (Interaction with Design<br />
Team and propulsive/power-train task). [http://www.solar-impulse.com]<br />
OTHER POSITIONS AND DUTIES<br />
Teaching assistant<br />
and teaching<br />
coordination<br />
Lecturer<br />
Scientific<br />
Computing Software<br />
EDUCATION BEFORE PHD<br />
1991 - 1996<br />
1997 – 2002<br />
Assistant for 10 cycles of Numerical Analysis Courses for Engineers<br />
at <strong>EPFL</strong> in winter and summer semesters of academic years 2001-02,<br />
02-03, 03-04, 04-05, 05-06, 08-09. Theoretical and computer-based<br />
exercises in Matlab® and Octave environment. Courses held by Prof. A.<br />
Quarteroni (2002-present) and his associates Prof. L. Formaggia<br />
(2002), Prof. E. Burman (2003-2004).<br />
Responsible of projects and exercises (15 hours) for the INRIA-EDF-<br />
CEA Summer School held in Paris (June 2008) on reduced basis methods<br />
(A.T. Patera, Y. Maday).<br />
Lecturer in the spring semester 2009 for the course “Computational<br />
Mechanics by Reduced Basis Methods” at Doctoral School of<br />
Mathematics of <strong>EPFL</strong>.<br />
Collaborator for the development and maintenance of the website<br />
http://augustine.mit.edu and reduced basis software library rbMIT,<br />
developed at MIT with A.T. Patera, C. Nguyen and D.B.P. Huynh, for<br />
real-time reliable continuum mechanics computations (tutorials, libraries,<br />
worked problems).<br />
Collaboration with Technology Licensing Office of MIT during the<br />
release of rbMIT software and with the Athena team of MIT during the<br />
installation/release and maintenance of rbMIT software on Athena<br />
Cluster.<br />
Maturità Scientifica (Scientific Diploma) at Liceo Scientifico Statale<br />
“Giovanni Gandini” in Lodi, Italy with final full marks and honours<br />
60/60 cum Encomio.<br />
Politecnico di Milano, Industrial Engineering.<br />
Laurea (Master-Degree) in Aerospace Engineering (5 years<br />
curriculum and training), Specialization: Aerodynamics.<br />
Graduated on 14 October 2002 with final full marks and honours:<br />
100/100 cum Laude.<br />
G I A N L U I G I R O Z Z A
Stages/Master Degree<br />
Thesis<br />
December 2001/<br />
May 2002<br />
June/October2002<br />
November 2002-<br />
November 2005<br />
LANGUAGES<br />
Italian<br />
English<br />
French<br />
AWARDS AND PRIZES<br />
Premio Gandini<br />
1996<br />
Bill Morton CFD<br />
Prize 2004<br />
MIT Fellowship<br />
2005<br />
ECCOMAS<br />
Ph.D Award 2006<br />
<strong>EPFL</strong>- Ecole Polytechnique Fédérale de Lausanne (Switzerland)<br />
Mathematics Institute, EU-Socrates Project, Internship and master<br />
degree thesis: “Controllo Ottimale e Ottimizzazione di Forma in<br />
Fluidodinamica Computazionale” (in Italian). Advisor: Prof. A.<br />
Quarteroni.<br />
Politecnico di Milano, MOX - Modeling and Scientific Computing-,<br />
Mathematics Department “Francesco Brioschi”. Internship.<br />
<strong>EPFL</strong>- Ecole Polytechnique Fédérale de Lausanne (Switzerland)<br />
Doctoral School in Applied Mathematics (Numerical Analysis,<br />
Computational Engineering), 3 years training (avec mention). Title of the<br />
thesis “Shape Design by Optimal Flow Control and Reduced basis<br />
Techniques: Applications to Bypass Configurations in Haemodynamics”.<br />
PhD committee: Alfio Quarteroni, thesis director; Anthony T. Patera<br />
(MIT), co-advisor; Valery I. Agoshkov (Russian Academy of Sciences),<br />
co-advisor; Jacques Rappaz (<strong>EPFL</strong>), referee; Charles Stuart (<strong>EPFL</strong>),<br />
president of the commision.<br />
PhD Programme within the EU-RTN (Research Training Network of<br />
European Union Funding Agency), HaeModel Project as Young<br />
Researcher. Partners: Politecnico di Milano (Italy), EPF-Lausanne<br />
(Switzerland), INRIA and University of Paris VI (France), Imperial<br />
College London (UK), Technical University Graz (Austria) and Istituto<br />
Superiore Tecnico Lisbon (Portugal). Task T1.2: Development and<br />
Analysis of efficient and accurate schemes for haemodymic flows in<br />
arteries, Optimal Control and Shape Optimization in Haemodynamics.<br />
Mother tongue.<br />
Fluent. Toefl certified.<br />
Good.<br />
Premio Gandini awarded in 1996 by Comune di Lodi after Scientific<br />
Diploma (best curriculum).<br />
Bill Morton CFD Prize 2004, Award (Trinity College, Oxford, 31<br />
March 2004) for young researchers under 31 given every three years by<br />
Computational Fluid Dynamics Institutes and Computing Laboratories of<br />
Oxford and Reading Universities (UK) during International Conference<br />
ICFD, held in 2004 in St.Cathrine College, Oxford.<br />
MIT young researcher fellowship for exemplary research in<br />
computational fluid mechanics to attend the Third MIT Conference on<br />
Computational Fluid and Solid Mechanics, June 2005.<br />
European Community on Computational Methods in Applied Mechanics<br />
and Engineering Ph.D Award for the best Ph.D Thesis in Computational<br />
Science and Engineering of 2005 awarded at ECCOMAS CFD 2006<br />
Conference in the Netherlands, September 2006.<br />
G I A N L U I G I R O Z Z A
Special Mention<br />
<strong>EPFL</strong><br />
GRANTS<br />
2005-06 FNS<br />
2007 Rocca<br />
2009 FNS<br />
RESEARCH ACTIVITIES<br />
Referred<br />
Publications<br />
In International<br />
Journals<br />
Special mention by Research Committee of <strong>EPFL</strong> for PhD Theses,<br />
ranked in the best 4% of the theses (250) discussed in 2005 at <strong>EPFL</strong>.<br />
<strong>EPFL</strong>, Research Committee, Swiss National Science Foundation.<br />
“Reduced Basis Methods for Fluid Mechanics Problems”.<br />
MIT-Politecnico di Milano Progetto Roberto Rocca (with A.T. Patera and<br />
A. Quarteroni). Travel grants.“New Developments for Reduced Basis<br />
Methods in Fluid Mechanics”.<br />
Co-applicant (with Alfio Quarteroni and S. Deparis) at Swiss National<br />
Science Foundation for a research grant on “Reduced Basis Method for<br />
Optimization and Control”. Grant approved for two Phd students.<br />
PUBLICATIONS<br />
[J1] A. Quarteroni, G. Rozza. “Optimal Control and Shape<br />
Optimization in aorto-coronaric bypass anastomoses”. In Mathematical<br />
Models and Methods in Applied Sciences M3AS (WorldScientific,<br />
Singapore). Vol.13 N.12, 2003, pp.1801-1823. (ISSN: 0218-2025)<br />
[J2] G. Rozza. “Reduced Basis Methods for Elliptic Equations in<br />
subdomains with A-Posteriori Error Bounds and Adaptivity”. In Applied<br />
Numerical Mathematics (Elsevier, Amsterdam, The Netherlands), Vol.55<br />
N.4, 2005, pp.403-424. (ISSN: 0168-9274)<br />
[J3] G. Rozza. “On Optimization, Control and Shape Design for an<br />
arterial bypass”. In International Journal for Numerical Methods for<br />
Fluids (Wiley, Chichester, UK), Vol.47 N.10-11, pp.1411-1419, 2005.<br />
(ISSN: 0271-2091)<br />
[J4] V. Agoshkov, A. Quarteroni, G. Rozza. “Shape Design Approach<br />
using Perturbation Theory for bypass anastomoses’’. In SIAM Journal on<br />
Numerical Analysis (SIAM, Philadelphia, USA), Vol.44 N.1, 2006,<br />
pp.367-384. (ISSN: 0036-1429)<br />
[J5] V. Agoshkov, A. Quarteroni, G. Rozza. “A Mathematical<br />
Approach in the Design of Arterial Bypass Anastomoses using unsteady<br />
Stokes equations ’’. In Journal of Scientific Computing (Springer, New<br />
York, USA) Vol. 28, N.2-3, 2006, pp. 139-165. (ISSN: 0885-7474)<br />
[J6] G. Rozza, K. Veroy. “On the stability of Reduced Basis methods for<br />
Stokes Equations in parametrized domains’’. In Computer Methods in<br />
Applied Mechanics and Engineering, (Elsevier, Amsterdam, The<br />
Netherlands) Vol.196, N. 7, 2007, pp. 1244-1260. (ISSN: 0045-7825 )<br />
[J7] G. Rozza, “Reduced Basis Techniques for Stokes Equations in<br />
domains with non-affine parameter dependence ’’. In Computing and<br />
Visualization in Science, (Springer, Berlin/Heidelberg, Germany) Vol.12,<br />
N.1, pp.23-35, 2009. (ISSN: 1432-9360)<br />
G I A N L U I G I R O Z Z A
Submitted for<br />
Int. Journals<br />
(in review)<br />
Book in Progress<br />
Conference<br />
Proceedings/Paper<br />
(* with review)<br />
[J8] A. Quarteroni, G. Rozza. “Numerical Solutions of parametrized<br />
Navier-Stokes equations by reduced basis method”. In Numerical<br />
Methods for PDEs (Wiley, Chichester, UK), Vol.23, N. 4, pp. 923-948,<br />
2007. (ISSN 0749-159X)<br />
[J9] D.B.P. Huynh, G. Rozza, S. Sen, A. T. Patera. A Successive<br />
Constraint Linear Optimization Method for Lower Bounds of Parametric<br />
Coercivity and Inf-Sup Stability Constants. C. R. Acad. Sci. Paris,<br />
Analyse Numerique (Elsevier France, Paris), Vol. 345, pp. 473-478, 2007.<br />
(ISSN : 1631-073X)<br />
[J10] G. Rozza, D.B.P. Huynh, A.T. Patera. “Reduced basis<br />
approximation and a posteriori error estimation for affinely parametrized<br />
elliptic coercive partial differential equations”. Invited paper for ARCME<br />
-Archives of Computional Methods in Engineering, CIMNE, Barcelona,<br />
Spain (by Springer Netherlands), Vol. 15, N.3, pp. 229-275, 2008.<br />
[J11] R. Milani, A. Quarteroni, G. Rozza. “Reduced basis methods in<br />
Linear Elasticity problems with many parameters”. Computer Methods in<br />
Applied Mechanics and Engineering, (Elsevier, Amsterdam, The<br />
Netherlands) (ISSN: 0045-7825), Vol. 197, pp. 4812-4829, 2008.<br />
[J12] B. Haasdonk, M. Ohlberger, G. Rozza. “Reduced Basis Method<br />
for Evolution Schemes with Nonlinear Explicit Operators”. Accepted for<br />
publication on ETNA, Electronic Transaction in Numerical Analysis,<br />
special issue on FEM applications, Vol. 32, 2008.<br />
[J13] S. Deparis and G. Rozza. Reduced basis method for multiparameter<br />
dependent steady Navier-Stokes equations: application to<br />
natural convection into a cavity. J. Comp. Physics, Vol. 228, pp.4359-<br />
4378, 2009.<br />
[J14] C.N. Nguyen, G. Rozza, A.T. Patera, Reduced Basis<br />
Approximation and A Posteriori Error Estimation for the Time-<br />
Dependent Viscous Burgers Equation. In press, Calcolo, 2009.<br />
[B1] A.T. Patera, G. Rozza. “Reduced basis approximation and a<br />
posteriori error estimation for parametrized partial differential equations”.<br />
Book Project with software library annexed. First five chapters are<br />
available on line as pre-view at http://augustine.mit.edu.<br />
MIT Pappalardo Monograph in Mechanical Engineering.<br />
[C1]* G. Rozza. “Real-Time Reduced Basis Techniques for Arterial<br />
Bypass Geometries”. Computational Fluids and Solids Mechanics, K.J.<br />
Bathe Ed. (Elsevier, Amsterdam, The Netherlands), pp.1283-1288, 2005.<br />
(ISBN: 0-08-044481-6)<br />
[C2]* G. Rozza. “Real-time reduced basis solutions for Navier-Stokes<br />
equations: optimization of parametrized bypass configurations”<br />
ECCOMAS CFD 2006 Proceedings on CD, P. Wesseling, E. Onate, J.<br />
Periaux Eds. (TU Delft, The Netherlands), 2006. (ISBN: 90-9020970-0)<br />
[C3] A. Quarteroni, G. Rozza. “Tecniche a basi ridotte per<br />
l'ottimizzazione di configurazioni di innesto per bypass coronarici”. In<br />
Quaderni Incontri di studio N.39, Un grande matematico dell'800:<br />
omaggio a Eugenio Beltrami 1835 – 1900. Istituto Lombardo Accademia<br />
di Scienze e Lettere, Milan, Italy, 2006, pp. 225-238. (ISBN 978-88-<br />
7916-359-0, LED, Milano).<br />
G I A N L U I G I R O Z Z A
Proceedings in<br />
Invited Books as<br />
Chapters, Special<br />
Volumes and<br />
Chapters in Books<br />
Software Library<br />
and Documentation<br />
[C4] A. Quarteroni, L. Bonaventuta, L. Dede’, E. Miglio, A. Quaini,<br />
M. Restelli, G. Rozza, F. Saleri. Modellistica Matematica in Problemi<br />
Ambientali. To appear in Quaderni Incontri di Studio N.42, Istituto<br />
Lombardo, Accademia di Scienze e Lettere, Milan, Italy, In press, 2008.<br />
[C5] *G. Rozza, “An Introduction to Reduced Basis Method for<br />
Parametrized PDEs”. SIMAI Conference 2008, Rome, Italy. Contributed<br />
Paper, submitted, 2009.<br />
[C6] *G. Rozza, D.B.P. Huynh, C.N. Nguyen, A.T. Patera, “Real-<br />
Time Reliable Simulation of Heat Transfer Phenomena”, Proceedings of<br />
ASME-HT 2009 Conference, July 2009, S. Francisco, US. Paper<br />
HT2009-88212.<br />
[C7] *G. Rozza, C.N. Nguyen, A.T. Patera, S. Deparis, “Reduced<br />
Basis Methods and A Posteriori Error Estimators for Heat Transfer<br />
Problems”, Proceedings of ASME-HT 2009 Conference, July 2009, S.<br />
Francisco, US. Paper HT2009-88211.<br />
[I1]A. Quarteroni, G. Rozza, L. Dede’, A. Quaini. “Numerical<br />
approximation of control problems for advection-diffusion processes”.<br />
Proceedings of IFIP05 Conference. In System Modeling and<br />
Optimization, Ceragioli, F.; Dontchev, A.; Furuta, H.; Marti, K.; Pandolfi,<br />
L. (Eds.) (Springer, New York, USA) 2006, pp.261-273. (ISBN: 0-387-<br />
32774-6)<br />
[I2] A. Quarteroni, G. Rozza, A. Quaini. “Reduced basis methods for<br />
advection-diffusion optimal control problems”. In Advances in<br />
Numerical Mathematics, W. Fitzgibbon, R. Hoppe, J. Periaux, O.<br />
Pironneau, and Y. Vassilevski Eds., pp. 193-216, Moscow/Houston,<br />
2006.<br />
[I3] C.N. Nguyen, G. Rozza, D.B.P. Huynh, A.T. Patera, “Reduced<br />
Basis Approximation and A Posteriori Error Estimation for parametrized<br />
parabolic pdes; application to real-time Bayesian parameter estimation”.<br />
In Biegler, Biros, Ghattas, Heinkenschloss, Keyes, Mallick, Tenorio, van<br />
Bloemen Waanders, and Willcox, editors, Computational Methods for<br />
Large Scale Inverse Problems and Uncertainty Quantification. John<br />
Wiley and Sons, UK, submitted, 2008.<br />
[I4] G. Rozza “An Overview on Reduced Basis Methods for<br />
Parametrized PDEs”, to appear as 18 th Chapter of the Book “Numerical<br />
Models for Differential Problems” by A. Quarteroni, Springer Series<br />
MS&A, Vol. 2, 2009.<br />
[S1] rbMIT_System: Software Library with reduced basis algorithms<br />
developed in Matlab environment. ©MIT, Technology Licensing Office,<br />
Case 12600 (A.T.Patera, G. Rozza, D.B.P. Hyunh, N.C. Nguyen).<br />
Available on line at http://augustine.mit.edu with documentation and<br />
demo running on a Matlab Webserver.<br />
[S1a] D.B.P. Huynh, N.C. Nguyen, A.T. Patera, G. Rozza.<br />
Documentation for rbMIT Software: I. Reduced Basis (RB) for Dummies<br />
[S1b] D.B.P. Huynh, N.C. Nguyen, A.T. Patera, G. Rozza.<br />
Documentation for rbMIT Software: II.Time-Dependent Problems<br />
[S1c] D.B.P. Huynh, N.C. Nguyen, A.T. Patera, G. Rozza.<br />
rbMIT Software for COMSOL, COMSOL News, and COMSOL e-news<br />
2008.<br />
G I A N L U I G I R O Z Z A
Ph.D Thesis<br />
Master Degree<br />
Thesis<br />
Master Thesis<br />
as Co-Advisor<br />
Popularization of<br />
Mathematics<br />
International/<br />
National<br />
Conferences<br />
(# poster session,<br />
* invited talk)<br />
[T1] G. Rozza. “Shape Design by Optimal Flow Control and Reduced<br />
Basis Techniques: Applications to Bypass Configurations in<br />
Haemodynamics”. PhD Thesis N. 3400, December 2005, <strong>EPFL</strong>,<br />
Lausanne, Switzerland.<br />
[T2] G. Rozza. “Controllo Ottimale e Ottimizzazione di Forma in<br />
Fluidodinamica Computazionale” Master Degree Thesis (Laurea),<br />
Aerospace Eng., Advisor: Prof. Alfio Quarteroni, MOX-Politecnico di<br />
Milano, Italy, 2002.<br />
[T3] L. Dede’. “Controllo ottimale e adattivita’ per equazioni alle<br />
derivate parziali e applicazioni” Master Degree Thesis (Laurea),<br />
Aerospace Eng., Advisor: Prof. Alfio Quarteroni, MOX-Politecnico di<br />
Milano, Italy, 2004.<br />
[T4] A. Quaini. “Metodi a basi ridotte per problemi differenziali di<br />
fluidodinamica ambientale” Master Degree Thesis (Laurea), Aerospace<br />
Eng., Advisor: Prof. Alfio Quarteroni, MOX-Politecnico di Milano, Italy,<br />
2005.<br />
[T5] R. Milani. “Metodi a basi ridotte per la risoluzione di problemi<br />
parametrizzati in elasticita’ lineare.” Master Degree Thesis (Laurea),<br />
Aerospace Eng., Advisor: Prof. Alfio Quarteroni, MOX-Politecnico di<br />
Milano, Italy, 2006.<br />
[T6] C. Gunther. ``Reduced Basis methods for the optimization of<br />
racing car components’’. Master degree Thesis, University of Aachen,<br />
2008.<br />
[P1] A. Quarteroni, G. Fourestey, N. Parolini, C. Prud’homme,<br />
G.Rozza. “Matematica in Volo con Solar-Impulse”, in Matematica e<br />
Cultura 2006, M. Emmer Ed., Springer-Italia, Milan, Italy, 2006, pp.35-<br />
50. (ISBN 88-470-0464-0 )<br />
[P2] G. Rozza. “Matematica e Impresa”, Brochure SIMAI, Societa’<br />
Italiana di Matematica Applicata all’Industria, Springer-Italia, Milan,<br />
Italy, 2006.<br />
[P3] A. Quarteroni, G. Fourestey, N. Parolini, C. Prud’homme,<br />
G.Rozza. “Mathematics in the Air with Solar-Impulse”, in Mathematics<br />
and Culture 2008, M. Emmer Ed., Springer, Heildeberg, Germany 2008.<br />
CONFERENCES/SEMINARS/WORKSHOPS<br />
- [c1] MPF 2003, Modelling Physiological Flows, Contributed talk in<br />
plenary session: “Optimal Control and Shape Optimization in Aorto-<br />
Coronaric Bypass Anastomoses”, Lausanne (Switzerland), 3<br />
September 2003.<br />
- [c2] ICFD 2004, International Conference on Computational Fluid<br />
Dynamics, talk in plenary session of the finalists for the Bill Morton<br />
CFD Prize 2004: “Optimization, Control and Shape design for an<br />
Arterial Bypass”, Oxford University (UK), 28-31 March 2004.<br />
- [c3] HaeMOdel Workshop, Numerical Modelling in<br />
Haemodynamics, “Optimization and flow control for arterial bypass”,<br />
Technical University Graz (Austria), 13-14 April 2004.<br />
G I A N L U I G I R O Z Z A
- [c4] MPF2005, Modelling Physiological Flows, Contributed talk in<br />
plenary session: “New trends in arterial bypass optimization”,<br />
Sesimbra (Portugal), 1 April 2005.<br />
- [c5] EFEF 2005, Third Finite Element Fair, talk in plenary session<br />
“Reduced basis methods for fluid mechanics problems”, University<br />
of Pavia (Italy), 3 June 2005.<br />
- [c6] Third MIT Conference on Computational Fluid and Solid<br />
Mechanics, talk in mini- symposium on “Mathematical modelling for<br />
cardiovascular system”: “Real-time reduced basis techniques for<br />
arterial bypass geometries”, MIT, Boston, USA, 17 June 2005 and<br />
with S.Deparis, K.Veroy, and A. T. Patera, talk “Reduced-basis<br />
approximation and a posteriori error estimation for Navier-Stokes<br />
equations”.<br />
- [c7] IFIP05, Conference on system modelling and optimization,<br />
talk in the symposium on “Controllability and inverse problems for<br />
distributed parameter systems”: “Control, Shape design and<br />
optimization of aorto-coronaric bypass”, Politecnico di Torino (Italy),<br />
21 July 2005.<br />
- [c8] Workshop on Computational Life Sciences, talk “New trends<br />
in arterial bypass optimization: a multilevel approach”, University of<br />
Innsbruck, Austria, 14 October 2005,<br />
- [c9] GNCS, National Conference of Italian Group of Scientific<br />
Computing, talk in plenary session “Reduced basis methods for<br />
Optimization in Fluid Mechanics”, University of Milano, Italy, 14 -<br />
17 February 2006.<br />
- [c10] # Swiss Numerical Colloquium, poster session “Reduced<br />
basis methods for Navier-Stokes Equations in parametrized<br />
domains”, <strong>EPFL</strong>, Lausanne, Switzerland, 13 April 2006.<br />
- [c11] AFOSR Annual Review Meeting, Air Force Office for<br />
Scientific Research, talk in Numerical Computation session<br />
“Reduced basis methods and a posteriori error estimation for reliable<br />
and real-time solution of parametrized PDEs”, Atlanta (USA), 7-11<br />
August 2006.<br />
- [c12] * ECCOMAS CFD2006, Invited plenary talk on the occasion<br />
of the ECCOMAS PhD Award “Shape design by optimal flow<br />
control and reduced basis techniques: applications to bypass<br />
configurations in Haemodynamics”, Egmond aan Zee, The<br />
Netherlands, 5-8 September 2006.<br />
- [c13] # COMSOL Worlwide Conference 2007, Boston, MA, Poster<br />
Session “Reduced Basis Software Library for Real-Time Continuum<br />
Mechanics Applications”, 4-6 October 2007.<br />
- [c14] * Workshop on Reduced Basis Methods, Simula Research<br />
Laboratories, Oslo, Norway. Invited talk, “Reduced Basis Methods<br />
for affinely parametrized linear elliptic coercive PDEs” 9 May 2008.<br />
- [c15] SIMAI (Italian Society for Industrial and Applied<br />
Mathematics with SIAM), Conference, Rome, Italy, Contributed<br />
Talk, “Reduced Basis Method in continuum mechanics: application<br />
to transport problems”, 15-19 September 2008.<br />
G I A N L U I G I R O Z Z A
Invited Seminars<br />
Institute/Lab<br />
Seminars and<br />
tutorials.<br />
- [c16] * MoRePas 2009, Workshop on Model Order Reduction of<br />
Parametrized Systems, Munster, Germany, Invited Talk,<br />
September 2009.<br />
- [c17] ICOSAHOM 2009, NTNU, Trodheim, Norway. Coorganizer<br />
of the minisymposium on reduced basis methods, 22-26<br />
June, 2009.<br />
- [s1] MOX, Politecnico di Milano. Invited Seminar: “Reduced Basis<br />
techniques for optimization in Haemodynamics”, 17 January 2005.<br />
- [s2] Politecnico di Torino, Mathematics Department, Invited<br />
Seminar: “Optimal Control and Shape optimization in Fluid<br />
Dynamics”, 24 January 2005.<br />
- [s3] University of Freiburg (Germany), Invited seminar, Applied<br />
Mathematics Institute, “Reduced Basis Methods for Control and<br />
Optimization Problems”, 22 January 2006.<br />
- [s4] MOX, Politecnico di Milano. Invited Seminar: “Reduced Basis<br />
Approxmation and A Posteriori Error Estimation for Parametrized<br />
PDEs”, 3 May 2007 (Progetto Rocca Seminar).<br />
- [s5] IACS, Seminars in Analysis and Scientific Computing,<br />
Contributed talks, Weisshorn (Switzerland), 18 September 2003 and<br />
17 September 2004.<br />
- [s6] CMCS, Modelling and Scientific Computing, “Introduction to<br />
Reduced Basis methods for Elliptic problems”, November 2003 and<br />
“Reduced Basis Techniques for Stokes equations”, Lausanne,<br />
December 2004.<br />
- [s7] MIT, MicroFluids Laboratory Fifth Anniversary, Poster Session<br />
“Reduced Basis Approximation and A Posteriori Error Estimation for<br />
Parametrized PDEs”, 17 May 2007.<br />
- [s8] CEA-EDF-INRIA, Summer School on Reduced Order<br />
Modelling and Optimization, Paris, 23 June - 4 July 2008.<br />
Asssistant for practical works sessions and mini-projects (5 sessions,<br />
15 hours).<br />
SCIENTIFIC AND INSTITUTIONAL COLLABORATIONS<br />
-Prof. A.T. Patera’s Group, Mechanical Engineering Department, Fluid Mechanics Laboratory,<br />
MIT, Massachusetts Institute of Technology, Boston MA, USA (2003-present).<br />
-Dr. N.C. Nguyen, MIT (2004-present).<br />
-Dr. D.B.P. Huynh, Singapore-MIT Alliance (2006-present).<br />
-Prof. A. Quarteroni (2001-present), Prof. L. Formaggia (2001-present), Prof. F. Saleri (2002-<br />
2007), Prof. A. Veneziani (2001-2007), Dr. Fabio Nobile (2008-present) MOX, Modeling and<br />
Scientific Computing, Politecnico di Milano.<br />
G I A N L U I G I R O Z Z A
-Prof. V. Agoshkov, Institute of Numerical Mathematics, Russian Academy of Sciences,<br />
Moscow, Russia (2003-2006).<br />
-Prof. A. Veneziani, Emory University, US (2007-present).<br />
-Prof. D. Ambrosi, Politecnico di Torino ( 2005) and Politecnico di Milano (2008-present).<br />
-Prof. M. Ohlberger, Dr. B. Haasdonk, University of Freiburg/Munster/Stuttgart, Germany<br />
(2005-present).<br />
-Prof. K. Urban’s Group (Timo Tonn), University of Ulm (Germany) (2005-2006).<br />
-Dr. E. Lovgren, University of Tronheim/Simula Labs, Oslo (Norway) (2006-present).<br />
-Prof. Y. Maday, University Paris VI and Brown University, Dr. J-F. Gerbeau for the<br />
organization of the INRIA-CEA-EDF Summer School on Reduced basis in Paris 2008.<br />
-Prof. M. Behr’s group (Claudia Gunther), Aachen University, Germany (2008).<br />
--Progetto Rocca, MIT-Politecnico di Milano, MIT-Italy (2006-2008)<br />
--Bernoulli Center, <strong>EPFL</strong> during special semester on mathematical modeling and numerical<br />
simulation of the cardiovascular system (July-December 2003).<br />
--Collaboration on research activities for master degree thesis in Aerospace Engineering<br />
developed at <strong>EPFL</strong>-CMCS and Politecnico di Milano-MOX in the framework of Socrates Project<br />
of European Union (L. Dede’ (2004), A. Quaini (2005), R. Milani (2006), Erasmus Students of<br />
Politecnico at <strong>EPFL</strong>).<br />
--Reviewer Activity for International Journals:<br />
-“International Journal for Numerical Methods in Fluids” (2004, 2008),<br />
-“Applied Numerical Mathematics” (2006),<br />
-“SIAM Numerical Analysis” (2007, 2008),<br />
-“SIAM Multiscale Modeling and Simulation” (2007),<br />
-“Biomedical Engineering Online” (2007),<br />
-“Journal of Computational and Applied Mathematics” (2007),<br />
-“Numerical Heat Transfer” (2007),<br />
-“Computer Methods in Applied Mechanics and Engineering” (2007, 2008, 2009),<br />
- American Mathematical Society/Mathscinet (2007, 2008, 2009),<br />
- “Applied Mathematics and Computation” (2008).<br />
MEMBERSHIPS<br />
UMI, Unione Matematica Italiana, since 2009.<br />
SIMAI, Societa’ Italiana di Matematica Applicata all’Industria, since 2005.<br />
SIAM, American Society for Industrial and Applied Mathematics, since 2004.<br />
ALP, Politecnico di Milano Alumni Association, since 2002. Area Leader, since 2007.<br />
Ordine degli Ingegneri della Provincia di Lodi (N.450), Settore A (IND, CIV, INFO), since<br />
2004.<br />
Lausanne, May 2009 Gianluigi Rozza, Dott.Ing, Dr.es Sc.<br />
G I A N L U I G I R O Z Z A
G I A N L U I G I R O Z Z A