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Luca Biferale

Born August 12, 1965, in Imperia (Italy)

Married, two children (born 1996 and 2000)

Nationality: Italian

webpage: http://www.fisica.uniroma2.it/~biferale/

Researcher unique identifier: ResearcherID: L-4535-2013

Dept. Physics and CAST(Inter-department Centre for Applications of Calculus to Science and Technology). University of Rome Tor Vergata, Italy. email: biferale@roma2.infn.it

 

EDUCATION

Oct. 1992    PhD. U. of RomeLa Sapienza. Title: Anomalous scaling laws in fully developed turbulence.

Mar. 1989   Master degree in Physics cum laudem, U. of Rome Tor Vergata. Title: Renormalization group study of XY and Heisenberg models in 2D.

 

CURRENT POSITION

Apr. 2014 - present      Full Professor of Theoretical Physics, Mathematical and Numerical Modelling Dept. Physics and CAST, University of RomeTor Vergata (Italy)

 

OTHER POSITIONS

Mar. 2016                    Visiting Professor at the Johns Hopkins University(Baltimore, USA)

Jan. 2011 - Dec. 2011  Visiting Professor atTechnische University Eindhoven (The Netherlands)

June  2011 & July 2012           Visiting Professor at the Observatory of Nice(France)

July 2008                     Visiting Scientist at University of Chicago(USA)

June & July 2006         Visiting Professor at the Johns Hopkins University(Baltimore, USA)

Jan. 2005 - Mar. 2014Associate Professor. Dept. Physics, University of Rome Tor Vergata (Italy)

Jan. 1995 - Dec. 2004  Researcher. Dept. of Physics, University of Rome Tor Vergata (Italy)

Mar. 1989 - Dec. 1989Fellow European Centre Scientific & Engineering Computing, ECSEC-IBM (Italy)

 

FELLOWSHIPS/HONOURS/AWARDS

2013                            ERC AdG NewTURB

2010                            Elected Fellow. EUROMECH Society, division of Fluid Dynamics

2008                            Elected Fellow.APS, division of Statistical and Nonlinear Physics

1986/87/88/89             Distinguished undergraduate student. Awarded by Acc. Nazionale dei Lincei (Italy)

 

TRAINING OF GRADUATE STUDENTS AND POSTDOC FELLOWS(only those hired by me)

PhD. Total 17. I list only those ongoing: F. Milan, G. Tauzin, G. Margazoglou, X. Xue, F. Guglietta, G. Goedert, L. Agasthya.

PostDoc. Total  16:I. Daumont, B. Devenish, A.S. Lanotte, G. Manzi, E. Foard, G. Sahoo, F. Bonaccorso, S.K. Malapaka, K. Gustafsson, M. Linkmann, M. Buzzicotti, M. De Pietro, P. Clark di Leoni, Q. Ni, R. Scatamacchia, I. Mazzitelli.

 

TEACHING ACTIVITIES

Undergraduate: Dept. Physics (DP) and Faculty Mech. Engineering (ME) U. Rome Tor Vergata: Mathematical Methodsfor Physics (DP); Dynamical Systems (DP); Turbulence and ComplexFluids (ME), Quantum Mechanics (DP), Statistical Mechanics (DP), Computational Physics (DP).Continuously from 1994-present, two courses peryear among the ones cited.

Postgraduate:Faculty of Engineering, U. Rome La Sapienza: Turbulence (short course, 2000); Royal Institute of Technology Stockholm: Lagrangian and Eulerian Turbulence (short course, 2012); Dept. Physics University Hong Kong: Modern problems in turbulence (short course, 2003)

 

Key numbers (scientific impact, Google Scholar)

Number of published papers: 250+ (2 Phys. Rep.; 1 ARFM; 1 PRX; 25 PRL; 92 JFM/PRE-PRF/PoF/JoT)

Hirsch-index (H): 48

m-index(H/# years after PhD): 1.82

i10-index(# publications with more than 10 citations): 130+

Citations (total):  7200+; Citations (2017): 650

MEMBER STEERING/ORGANISING COMMITTEES (last 10 years only)

-           HPC-LEAPConference. Cambridge, UK 2018

-           FSIM-2017: Fluid and structures: interactions and modeling (COST meeting). Naples, Italy 2017

-           HPC applications to Turbulence and Complex Flows (HPC-LEAP School). Rome, Italy 2016

-           FlowMat 2015 Flowing Matter Across Scales (ERC & COST meeting). Rome, Italy 2015

-           Workshop on Instantons and Extreme Events in Turbulence (IMPA). Rio de Janeiro, Brasil 2015

-           9th European Fluid Mechanics Conference (EFMC9). Rome, Italy 2012

-           Program on New Directions in Turbulence. Kavli Institute of Theoretical Physics (KITPC). Beijing, Cina 2012

-           Breakup of small aggregates in turbulence(COST meeting). Rome, Italy 2011

-           Numerical issues in Lagrangian and Eulerian Turbulence (COST meeting). Rome, Italy 2010

-           Discrete Simulations of Fluid Dynamics 19th, DSFD2010 Conference. Rome, Italy 2010

 

INSTITUTIONALRESPONSIBILITIES (in gray those still active)

2018-2022       Supervisory Board of the European Joint Doctorate Program STIMULATE

2014-2019       Supervisory Board of the European Joint Doctorate Program HPC-LEAP

2014-2018       Managing Committee. COST Action Flowing Matter ESF

2017                Access Committee PRACE (Partnership Advancing Computing in Europe).

2017                Science Board of the European Open Science Cloud for Research Pilot Projects (EOSC).

2017-present    Scientific Board of Italian Technion Association

2015-present    Executive Committee. Dept. Physics University of Tor Vergata, Rome (Italy)

2014-present    EUROMECHFluid Mechanics Prize and Fellow Committee

2013-present    Director of CAST (Inter-department Centre for Applications of Calculus to Science and Technology), Univ. Tor Vergata, Rome (Italy)

2013-2017       Physical Science Working Group (European Space Agency)

2013-2017       Steering CommitteeEuropean High Performance Infrastructure in Turbulence. FP7-EU

2012-2017       Scientific Committee High Performance Computing Centre CINECA, Bologna (Italy)

2013-present    Doctoral Studies Committee. Dept. Physics Univ. Tor Vergata, Rome (Italy)

2008-2013       Financial Rapporteur & Managing Committee. COST Action Particles in Turbulence. ESF

2007-2009       Coordinator ERASMUS Project. Dept. Physics Univ. Tor Vergata, Rome (Italy)

2004-2009       Euromech board of the European Turbulence Conference

2006-2016       National Coordinator, Scientific Initiatives Particles and Fields in Turbulence INFN (Italy)

 

EDITORIAL AND REVIEWING ACTIVITIES (in gray those still active)

2007-2013       Divisional Associate Editor of Physical Review Letters (Fluid Mechanics)

2004-present    Associate Editor Journal of Turbulence

2011-present    Editorial Board of European Journal of Physics E (EPJE)

2007-2011       Editorial Board of European Journal of Physics B (EPJB)

Evaluator for (only major): Italian Ministry of Research (MIUR), European Science Foundation (ESF), European Research Council (ERC), US-Israel binational science foundation. Italian Supercomputing Resources Allocations (ISCRA); Partnership for advanced computing in Europe (PRACE). Italian-French University. ETH Zurich. Agence Nationale de la Recherche (France). European Cooperation in Science and Technology (COST).

 

MEMBERSHIPSOFSCIENTIFICSOCIETIES (only those still active)

INFN (National Institute of Nuclear Physics); EUROMECH (European Mechanics Society); APS (American Physical Society); ICTR (International Centre for Turbulence Research); CECAM (Centre Européen de Calcul Atomique et Moléculaire)       

 

 

 

 

 

 

 

 

 

High Performance Computing (HPC) (Only major grants <10y):Fractal Turbulence (22 MH, PRACE, 2012). Monte-Carlo methods for instantons in Turbulence (13 MH INFN 2012). Multiphase systems in porous media (10 MH PRACE 2013). Turbulence under Rotation (55 MH PRACE 2014). Homogeneous and Anisotropic Turbulence (27 MH PRACE 2015). Superfluid Turbulence under counter-flows (22 MH PRACE 2016). Instantons and Intermittency in Hydrodynamic Turbulence: A Lattice Monte Carlo Approach(18 MH PRACE 2017).

 

Editor of Special Issues (<10 y). Discrete simulation of fluid dynamics: applications  Phil. Trans. Royal Soc. A 369, 2384 (2011)and Phil. Trans. Royal Soc. A 369, 2152 (2011). Fluids and Structures, multiscale coupling and modeling. Eur. Phys. J. E. (2018).Multi-scale phenomena in Complex Flows and flowing Matter, Eur. Phys. J. E 39, 56 (2016).

 

Colloquium (C),Plenary (P),Invited (I) lectures last 10y (>50, see web page. I list the 10 most significant). Cascades in turbulent flows (P), COST Conference Flowing Matter Lisbon 2018. Flow navigation by smart particles via Reinforcement Learning (I), Physics-Informed Machine-Learning Conference 2018, Santa Fe 2018. Lagrangian power statistics and irreversibility in turbulence (I), Workshop on Geometrical and Statistical Fluid Mechanics Simons Centre, Stony Brook 2017. Anomalous scaling in turbulence with direct and/or inverse energy cascades (I), Turbulent Dissipation Mixing and Predictability Workshop IPAM Los Angeles 2017. Complex particles in complex flows (I), Summer School on Complex Fluids, Twente 2016. Convection in complex flows and boundary conditions (I), International Conference on Rayleigh Bénard convection, Gottingen 2015. Panta rei“Panta rei” (C), Multiscale Institute Colloquium, Eindhoven 2015. Droplets and Bubbles in Turbulence (P), Discrete Simulations of Fluid Dynamics International Conference, Fargo 2011. Caustics & Intermittency in inertial particles velocities in turbulence (I), International Symposium on Turbulence, Beijing 2009.  Lagrangian & Eulerian Statistics with multifractals (I), The nature of high Reynolds Turbulence, Isaac Newton Institute Programme, Cambridge 2008.

 

--------------------------

Key numbers (scientific impact. Only papers from last 10 years, Google Scholar)

Number of published papers: 91 (1 Phys. Rep.; 1 PRX; 9 PRL; 48 JFM/PRE-PRF/PoF/JoT)

i10-index= # publications with more than 10 citations: 48

Citations of papers published <10y:  1900+

 

10 papers from last 10y (not the most cited). The order of authors depends ifthe work is connected to a PhD/Postdoc project. In that case the name of the student is the first. Otherwise we sign in alphabetical order or by putting the senior name as last. TC: time cited (Google Scholar).

 

[1]Unravelling turbulence via physics-informed data-assimilation and spectral nudging.  P.D. Leoni, A. Mazzino and L. Biferale. Submitted to Phys. Review Fluids  arXiv:1804.07680 (2018). TC 1

[2]Smart Inertial Particles. S. Colabrese, K. Gustavsson, A. Celani and L. Biferale. Phys. Review Fluids 3, 084301 (2018). TC 0

[3]Flow navigation by smart microswimmers via reinforcement learning.  S. Colabrese, K. Gustavsson, A. Celani and L. Biferale. Phys. Rev. Lett. 118 (15), 158004 (2017). TC 11

[4]Discontinuous transition from direct to inverse cascade in three-dimensional turbulence.  G. Sahoo, A. Alexakis and L. Biferale. Phys. Rev. Lett. 118 (16), 164501 (2017). TC 12

[5]Coherent structures and extreme events in rotating multiphase turbulent flows.  L. Biferale, F. Bonaccorso, I.M. Mazzitelli, M.A.T. van Hinsberg et al.  Phys. Rev. X 6 (4), 041036 (2016). TC 25

[6]Lattice Boltzmann methods for thermal flows: Continuum limit and applications to compressible Rayleigh–Taylor systems. A. Scagliarini, L. Biferale, M. Sbragaglia, K. Sugiyama et al. Phys. Fluids 22 (5), 05510 (2010). TC 80

[7]Extreme events in the dispersions of two neighbouring particles under the influence of fluid turbulence.  R. Scatamacchia, L. Biferale and F. Toschi. Phys. Rev. Lett 109 (14), 144501 (2012). TC 32

[8]Inverse energy cascade in three-dimensional isotropic turbulence. L. Biferale, S. Musacchio and F. Toschi. Phys. Rev. Lett. 108 (16), 164501 (2012). TC 115

[9]Universal intermittent properties of particle trajectories in highly turbulent flows.  A. Arneodo, R. Benzi, J. Berg, L. Biferale et al. Phys. Rev. Lett. 100 (25), 254504 (2008). TC 128

[10]Intermittency and universality in fully developed inviscid and weakly compressible turbulent flows. R. Benzi, L. Biferale, R.T. Fisher, L.P. Kadanoff et al. Phys. Rev. Lett. 100 (23), 234503 (2008). TC 73

Luca Biferale

Born August 12, 1965, in Imperia (Italy)

Married, two children (born 1996 and 2000)

Nationality: Italian

webpage: http://www.fisica.uniroma2.it/~biferale/

Researcher unique identifier: ResearcherID: L-4535-2013

Dept. Physics and CAST(Inter-department Centre for Applications of Calculus to Science and Technology). University of Rome Tor Vergata, Italy. email: biferale@roma2.infn.it

 

EDUCATION

Oct. 1992    PhD. U. of RomeLa Sapienza. Title: Anomalous scaling laws in fully developed turbulence.

Mar. 1989   Master degree in Physics cum laudem, U. of Rome Tor Vergata. Title: Renormalization group study of XY and Heisenberg models in 2D.

 

CURRENT POSITION

Apr. 2014 - present      Full Professor of Theoretical Physics, Mathematical and Numerical Modelling Dept. Physics and CAST, University of RomeTor Vergata (Italy)

 

OTHER POSITIONS

Mar. 2016                    Visiting Professor at the Johns Hopkins University(Baltimore, USA)

Jan. 2011 - Dec. 2011  Visiting Professor atTechnische University Eindhoven (The Netherlands)

June  2011 & July 2012           Visiting Professor at the Observatory of Nice(France)

July 2008                     Visiting Scientist at University of Chicago(USA)

June & July 2006         Visiting Professor at the Johns Hopkins University(Baltimore, USA)

Jan. 2005 - Mar. 2014Associate Professor. Dept. Physics, University of Rome Tor Vergata (Italy)

Jan. 1995 - Dec. 2004  Researcher. Dept. of Physics, University of Rome Tor Vergata (Italy)

Mar. 1989 - Dec. 1989Fellow European Centre Scientific & Engineering Computing, ECSEC-IBM (Italy)

 

FELLOWSHIPS/HONOURS/AWARDS

2013                            ERC AdG NewTURB

2010                            Elected Fellow. EUROMECH Society, division of Fluid Dynamics

2008                            Elected Fellow.APS, division of Statistical and Nonlinear Physics

1986/87/88/89             Distinguished undergraduate student. Awarded by Acc. Nazionale dei Lincei (Italy)

 

TRAINING OF GRADUATE STUDENTS AND POSTDOC FELLOWS(only those hired by me)

PhD. Total 17. I list only those ongoing: F. Milan, G. Tauzin, G. Margazoglou, X. Xue, F. Guglietta, G. Goedert, L. Agasthya.

PostDoc. Total  16:I. Daumont, B. Devenish, A.S. Lanotte, G. Manzi, E. Foard, G. Sahoo, F. Bonaccorso, S.K. Malapaka, K. Gustafsson, M. Linkmann, M. Buzzicotti, M. De Pietro, P. Clark di Leoni, Q. Ni, R. Scatamacchia, I. Mazzitelli.

 

TEACHING ACTIVITIES

Undergraduate: Dept. Physics (DP) and Faculty Mech. Engineering (ME) U. Rome Tor Vergata: Mathematical Methodsfor Physics (DP); Dynamical Systems (DP); Turbulence and ComplexFluids (ME), Quantum Mechanics (DP), Statistical Mechanics (DP), Computational Physics (DP).Continuously from 1994-present, two courses peryear among the ones cited.

Postgraduate:Faculty of Engineering, U. Rome La Sapienza: Turbulence (short course, 2000); Royal Institute of Technology Stockholm: Lagrangian and Eulerian Turbulence (short course, 2012); Dept. Physics University Hong Kong: Modern problems in turbulence (short course, 2003)

 

Key numbers (scientific impact, Google Scholar)

Number of published papers: 250+ (2 Phys. Rep.; 1 ARFM; 1 PRX; 25 PRL; 92 JFM/PRE-PRF/PoF/JoT)

Hirsch-index (H): 48

m-index(H/# years after PhD): 1.82

i10-index(# publications with more than 10 citations): 130+

Citations (total):  7200+; Citations (2017): 650

MEMBER STEERING/ORGANISING COMMITTEES (last 10 years only)

-           HPC-LEAPConference. Cambridge, UK 2018

-           FSIM-2017: Fluid and structures: interactions and modeling (COST meeting). Naples, Italy 2017

-           HPC applications to Turbulence and Complex Flows (HPC-LEAP School). Rome, Italy 2016

-           FlowMat 2015 Flowing Matter Across Scales (ERC & COST meeting). Rome, Italy 2015

-           Workshop on Instantons and Extreme Events in Turbulence (IMPA). Rio de Janeiro, Brasil 2015

-           9th European Fluid Mechanics Conference (EFMC9). Rome, Italy 2012

-           Program on New Directions in Turbulence. Kavli Institute of Theoretical Physics (KITPC). Beijing, Cina 2012

-           Breakup of small aggregates in turbulence(COST meeting). Rome, Italy 2011

-           Numerical issues in Lagrangian and Eulerian Turbulence (COST meeting). Rome, Italy 2010

-           Discrete Simulations of Fluid Dynamics 19th, DSFD2010 Conference. Rome, Italy 2010

 

INSTITUTIONALRESPONSIBILITIES (in gray those still active)

2018-2022       Supervisory Board of the European Joint Doctorate Program STIMULATE

2014-2019       Supervisory Board of the European Joint Doctorate Program HPC-LEAP

2014-2018       Managing Committee. COST Action Flowing Matter ESF

2017                Access Committee PRACE (Partnership Advancing Computing in Europe).

2017                Science Board of the European Open Science Cloud for Research Pilot Projects (EOSC).

2017-present    Scientific Board of Italian Technion Association

2015-present    Executive Committee. Dept. Physics University of Tor Vergata, Rome (Italy)

2014-present    EUROMECHFluid Mechanics Prize and Fellow Committee

2013-present    Director of CAST (Inter-department Centre for Applications of Calculus to Science and Technology), Univ. Tor Vergata, Rome (Italy)

2013-2017       Physical Science Working Group (European Space Agency)

2013-2017       Steering CommitteeEuropean High Performance Infrastructure in Turbulence. FP7-EU

2012-2017       Scientific Committee High Performance Computing Centre CINECA, Bologna (Italy)

2013-present    Doctoral Studies Committee. Dept. Physics Univ. Tor Vergata, Rome (Italy)

2008-2013       Financial Rapporteur & Managing Committee. COST Action Particles in Turbulence. ESF

2007-2009       Coordinator ERASMUS Project. Dept. Physics Univ. Tor Vergata, Rome (Italy)

2004-2009       Euromech board of the European Turbulence Conference

2006-2016       National Coordinator, Scientific Initiatives Particles and Fields in Turbulence INFN (Italy)

 

EDITORIAL AND REVIEWING ACTIVITIES (in gray those still active)

2007-2013       Divisional Associate Editor of Physical Review Letters (Fluid Mechanics)

2004-present    Associate Editor Journal of Turbulence

2011-present    Editorial Board of European Journal of Physics E (EPJE)

2007-2011       Editorial Board of European Journal of Physics B (EPJB)

Evaluator for (only major): Italian Ministry of Research (MIUR), European Science Foundation (ESF), European Research Council (ERC), US-Israel binational science foundation. Italian Supercomputing Resources Allocations (ISCRA); Partnership for advanced computing in Europe (PRACE). Italian-French University. ETH Zurich. Agence Nationale de la Recherche (France). European Cooperation in Science and Technology (COST).

 

MEMBERSHIPSOFSCIENTIFICSOCIETIES (only those still active)

INFN (National Institute of Nuclear Physics); EUROMECH (European Mechanics Society); APS (American Physical Society); ICTR (International Centre for Turbulence Research); CECAM (Centre Européen de Calcul Atomique et Moléculaire)       

 

 

 

 

 

 

 

 

 

High Performance Computing (HPC) (Only major grants <10y):Fractal Turbulence (22 MH, PRACE, 2012). Monte-Carlo methods for instantons in Turbulence (13 MH INFN 2012). Multiphase systems in porous media (10 MH PRACE 2013). Turbulence under Rotation (55 MH PRACE 2014). Homogeneous and Anisotropic Turbulence (27 MH PRACE 2015). Superfluid Turbulence under counter-flows (22 MH PRACE 2016). Instantons and Intermittency in Hydrodynamic Turbulence: A Lattice Monte Carlo Approach(18 MH PRACE 2017).

 

Editor of Special Issues (<10 y). Discrete simulation of fluid dynamics: applications  Phil. Trans. Royal Soc. A 369, 2384 (2011)and Phil. Trans. Royal Soc. A 369, 2152 (2011). Fluids and Structures, multiscale coupling and modeling. Eur. Phys. J. E. (2018).Multi-scale phenomena in Complex Flows and flowing Matter, Eur. Phys. J. E 39, 56 (2016).

 

Colloquium (C),Plenary (P),Invited (I) lectures last 10y (>50, see web page. I list the 10 most significant). Cascades in turbulent flows (P), COST Conference Flowing Matter Lisbon 2018. Flow navigation by smart particles via Reinforcement Learning (I), Physics-Informed Machine-Learning Conference 2018, Santa Fe 2018. Lagrangian power statistics and irreversibility in turbulence (I), Workshop on Geometrical and Statistical Fluid Mechanics Simons Centre, Stony Brook 2017. Anomalous scaling in turbulence with direct and/or inverse energy cascades (I), Turbulent Dissipation Mixing and Predictability Workshop IPAM Los Angeles 2017. Complex particles in complex flows (I), Summer School on Complex Fluids, Twente 2016. Convection in complex flows and boundary conditions (I), International Conference on Rayleigh Bénard convection, Gottingen 2015. Panta rei“Panta rei” (C), Multiscale Institute Colloquium, Eindhoven 2015. Droplets and Bubbles in Turbulence (P), Discrete Simulations of Fluid Dynamics International Conference, Fargo 2011. Caustics & Intermittency in inertial particles velocities in turbulence (I), International Symposium on Turbulence, Beijing 2009.  Lagrangian & Eulerian Statistics with multifractals (I), The nature of high Reynolds Turbulence, Isaac Newton Institute Programme, Cambridge 2008.

 

--------------------------

Key numbers (scientific impact. Only papers from last 10 years, Google Scholar)

Number of published papers: 91 (1 Phys. Rep.; 1 PRX; 9 PRL; 48 JFM/PRE-PRF/PoF/JoT)

i10-index= # publications with more than 10 citations: 48

Citations of papers published <10y:  1900+

 

10 papers from last 10y (not the most cited). The order of authors depends ifthe work is connected to a PhD/Postdoc project. In that case the name of the student is the first. Otherwise we sign in alphabetical order or by putting the senior name as last. TC: time cited (Google Scholar).

 

[1]Unravelling turbulence via physics-informed data-assimilation and spectral nudging.  P.D. Leoni, A. Mazzino and L. Biferale. Submitted to Phys. Review Fluids  arXiv:1804.07680 (2018). TC 1

[2]Smart Inertial Particles. S. Colabrese, K. Gustavsson, A. Celani and L. Biferale. Phys. Review Fluids 3, 084301 (2018). TC 0

[3]Flow navigation by smart microswimmers via reinforcement learning.  S. Colabrese, K. Gustavsson, A. Celani and L. Biferale. Phys. Rev. Lett. 118 (15), 158004 (2017). TC 11

[4]Discontinuous transition from direct to inverse cascade in three-dimensional turbulence.  G. Sahoo, A. Alexakis and L. Biferale. Phys. Rev. Lett. 118 (16), 164501 (2017). TC 12

[5]Coherent structures and extreme events in rotating multiphase turbulent flows.  L. Biferale, F. Bonaccorso, I.M. Mazzitelli, M.A.T. van Hinsberg et al.  Phys. Rev. X 6 (4), 041036 (2016). TC 25

[6]Lattice Boltzmann methods for thermal flows: Continuum limit and applications to compressible Rayleigh–Taylor systems. A. Scagliarini, L. Biferale, M. Sbragaglia, K. Sugiyama et al. Phys. Fluids 22 (5), 05510 (2010). TC 80

[7]Extreme events in the dispersions of two neighbouring particles under the influence of fluid turbulence.  R. Scatamacchia, L. Biferale and F. Toschi. Phys. Rev. Lett 109 (14), 144501 (2012). TC 32

[8]Inverse energy cascade in three-dimensional isotropic turbulence. L. Biferale, S. Musacchio and F. Toschi. Phys. Rev. Lett. 108 (16), 164501 (2012). TC 115

[9]Universal intermittent properties of particle trajectories in highly turbulent flows.  A. Arneodo, R. Benzi, J. Berg, L. Biferale et al. Phys. Rev. Lett. 100 (25), 254504 (2008). TC 128

[10]Intermittency and universality in fully developed inviscid and weakly compressible turbulent flows. R. Benzi, L. Biferale, R.T. Fisher, L.P. Kadanoff et al. Phys. Rev. Lett. 100 (23), 234503 (2008). TC 73

a:146:{i:0;a:14:{s:9:"citazione";s:218:"Clark Di Leoni, P., Mazzino, A., & Biferale, L. (2020). Synchronization to big data: nudging the Navier-Stokes equations for data assimilation of turbulent flows. PHYSICAL REVIEW. X, 10(1) [10.1103/PhysRevX.10.011023].";s:4:"data";s:4:"2020";s:2:"id";s:20:"PUBBLICAZIONE_426640";s:6:"handle";s:11:"2108/280458";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:14:"Settore FIS/02";s:9:"metadata4";N;s:9:"metadata5";s:105:"Synchronization to big data: nudging the Navier-Stokes equations for data assimilation of turbulent flows";s:9:"metadata6";s:42:"Clark Di Leoni, P; Mazzino, A; Biferale, L";s:9:"metadata7";s:26:"10.1103/PhysRevX.10.011023";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:1;a:14:{s:9:"citazione";s:205:"Guglietta, F., Behr, M., Biferale, L., Falcucci, G., & Sbragaglia, M. (2020). On the effects of membrane viscosity on transient red blood cell dynamics. SOFT MATTER, 16(26), 6191-6205 [10.1039/D0SM00587H].";s:4:"data";s:4:"2020";s:2:"id";s:20:"PUBBLICAZIONE_421316";s:6:"handle";s:11:"2108/275615";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:14:"Settore FIS/02";s:9:"metadata4";N;s:9:"metadata5";s:73:"On the effects of membrane viscosity on transient red blood cell dynamics";s:9:"metadata6";s:62:"Guglietta, F; Behr, M; Biferale, L; Falcucci, G; Sbragaglia, M";s:9:"metadata7";s:18:"10.1039/D0SM00587H";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:2;a:14:{s:9:"citazione";s:178:"Milan, F., Biferale, L., Sbragaglia, M., & Toschi, F. (2020). Lattice Boltzmann simulations of droplet breakup in confined and time-dependent flows. PHYSICAL REVIEW FLUIDS, 5(3).";s:4:"data";s:4:"2020";s:2:"id";s:20:"PUBBLICAZIONE_421308";s:6:"handle";s:11:"2108/275607";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:14:"Settore FIS/02";s:9:"metadata4";N;s:9:"metadata5";s:85:"Lattice Boltzmann simulations of droplet breakup in confined and time-dependent flows";s:9:"metadata6";s:47:"Milan, F; Biferale, L; Sbragaglia, M; Toschi, F";s:9:"metadata7";s:30:"10.1103/PhysRevFluids.5.033607";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:3;a:14:{s:9:"citazione";s:231:"Milan, F., Biferale, L., Sbragaglia, M., & Toschi, F. (2020). Sub-Kolmogorov droplet dynamics in isotropic turbulence using a multiscale lattice Boltzmann scheme. 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PHYSICAL REVIEW LETTERS, 122(14), 144501 [10.1103/PhysRevLett.122.144501].";s:4:"data";s:4:"2019";s:2:"id";s:20:"PUBBLICAZIONE_370020";s:6:"handle";s:11:"2108/230227";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";s:32:"Physics - Other; Physics - Other";s:9:"metadata3";s:14:"Settore FIS/02";s:9:"metadata4";N;s:9:"metadata5";s:116:"Superfluid Helium in Three-Dimensional Counterflow Differs Strongly from Classical Flows: Anisotropy on Small Scales";s:9:"metadata6";s:71:"Biferale, L; Khomenko, D; L'Vov, V; Pomyalov, A; Procaccia, I; Sahoo, G";s:9:"metadata7";s:30:"10.1103/PhysRevLett.122.144501";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:9;a:14:{s:9:"citazione";s:210:"Biferale, L., Khomenko, D., L'vov, V.s., Pomyalov, A., Procaccia, I., & Sahoo, G. (2019). Strong anisotropy of superfluid He4 counterflow turbulence. PHYSICAL REVIEW. 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E, 99(5) [10.1103/PhysRevE.99.053303].";s:4:"data";s:4:"2019";s:2:"id";s:20:"PUBBLICAZIONE_393784";s:6:"handle";s:11:"2108/250747";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:14:"Settore FIS/02";s:9:"metadata4";N;s:9:"metadata5";s:98:"Hybrid Monte Carlo algorithm for sampling rare events in space-time histories of stochastic fields";s:9:"metadata6";s:94:"Margazoglou, G; Biferale, L; Grauer, R; Jansen, K; Mesterházy, D; Rosenow, T; Tripiccione, R";s:9:"metadata7";s:26:"10.1103/PhysRevE.99.053303";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:12;a:14:{s:9:"citazione";s:222:"Milan, F., Sbragaglia, M., Biferale, L., & Toschi, F. (2018). Lattice Boltzmann simulations of droplet dynamics in time-dependent flows. THE EUROPEAN PHYSICAL JOURNAL. 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E, 98(1) [10.1103/PhysRevE.98.012802].";s:4:"data";s:4:"2018";s:2:"id";s:20:"PUBBLICAZIONE_340884";s:6:"handle";s:11:"2108/206473";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:70:"Effects of thermal fluctuations in the fragmentation of a nanoligament";s:9:"metadata6";s:45:"Xue, X; Sbragaglia, M; Biferale, L; Toschi, F";s:9:"metadata7";s:26:"10.1103/PhysRevE.98.012802";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:27;a:14:{s:9:"citazione";s:207:"Biferale, L., Buzzicotti, M., & Linkmann, M. (2017). From two-dimensional to three-dimensional turbulence through two-dimensional three-component flows. 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B, 95(18) [10.1103/PhysRevB.95.184510].";s:4:"data";s:4:"2017";s:2:"id";s:20:"PUBBLICAZIONE_345000";s:6:"handle";s:11:"2108/209916";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:63:"Local and nonlocal energy spectra of superfluid He 3 turbulence";s:9:"metadata6";s:71:"Biferale, L; Khomenko, D; L'Vov, V; Pomyalov, A; Procaccia, I; Sahoo, G";s:9:"metadata7";s:26:"10.1103/PhysRevB.95.184510";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:29;a:14:{s:9:"citazione";s:211:"Briard, A., Biferale, L., & Gomez, T. (2017). Closure theory for the split energy-helicity cascades in homogeneous isotropic homochiral turbulence. PHYSICAL REVIEW FLUIDS, 2(10) [10.1103/PhysRevFluids.2.102602].";s:4:"data";s:4:"2017";s:2:"id";s:20:"PUBBLICAZIONE_344991";s:6:"handle";s:11:"2108/209908";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:100:"Closure theory for the split energy-helicity cascades in homogeneous isotropic homochiral turbulence";s:9:"metadata6";s:32:"Briard, A; Biferale, L; Gomez, T";s:9:"metadata7";s:30:"10.1103/PhysRevFluids.2.102602";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:30;a:14:{s:9:"citazione";s:228:"Cencini, M., Biferale, L., Boffetta, G., & De Pietro, M. (2017). Time irreversibility and multifractality of power along single particle trajectories in turbulence. PHYSICAL REVIEW FLUIDS, 2(10) [10.1103/PhysRevFluids.2.104604].";s:4:"data";s:4:"2017";s:2:"id";s:20:"PUBBLICAZIONE_344989";s:6:"handle";s:11:"2108/209906";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:98:"Time irreversibility and multifractality of power along single particle trajectories in turbulence";s:9:"metadata6";s:50:"Cencini, M; Biferale, L; Boffetta, G; De Pietro, M";s:9:"metadata7";s:30:"10.1103/PhysRevFluids.2.104604";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:31;a:14:{s:9:"citazione";s:207:"Colabrese, S., Gustavsson, K., Celani, A., & Biferale, L. (2017). Flow Navigation by Smart Microswimmers via Reinforcement Learning. PHYSICAL REVIEW LETTERS, 118(15), 158004 [10.1103/PhysRevLett.118.158004].";s:4:"data";s:4:"2017";s:2:"id";s:20:"PUBBLICAZIONE_351242";s:6:"handle";s:11:"2108/214783";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:1105:"Smart active particles can acquire some limited knowledge of the fluid environment from simple mechanical cues and exert a control on their preferred steering direction. Their goal is to learn the best way to navigate by exploiting the underlying flow whenever possible. As an example, we focus our attention on smart gravitactic swimmers. These are active particles whose task is to reach the highest altitude within some time horizon, given the constraints enforced by fluid mechanics. By means of numerical experiments, we show that swimmers indeed learn nearly optimal strategies just by experience. A reinforcement learning algorithm allows particles to learn effective strategies even in difficult situations when, in the absence of control, they would end up being trapped by flow structures. These strategies are highly nontrivial and cannot be easily guessed in advance. This Letter illustrates the potential of reinforcement learning algorithms to model adaptive behavior in complex flows and paves the way towards the engineering of smart microswimmers that solve difficult navigation problems.";s:9:"metadata5";s:65:"Flow Navigation by Smart Microswimmers via Reinforcement Learning";s:9:"metadata6";s:51:"Colabrese, S; Gustavsson, K; Celani, A; Biferale, L";s:9:"metadata7";s:30:"10.1103/PhysRevLett.118.158004";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:32;a:14:{s:9:"citazione";s:205:"Iyer, K.p., Bonaccorso, F., Biferale, L., & Toschi, F. (2017). Multiscale anisotropic fluctuations in sheared turbulence with multiple states. PHYSICAL REVIEW FLUIDS, 2(5) [10.1103/PhysRevFluids.2.052602].";s:4:"data";s:4:"2017";s:2:"id";s:20:"PUBBLICAZIONE_344998";s:6:"handle";s:11:"2108/209914";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:78:"Multiscale anisotropic fluctuations in sheared turbulence with multiple states";s:9:"metadata6";s:47:"Iyer, Kp; Bonaccorso, F; Biferale, L; Toschi, F";s:9:"metadata7";s:30:"10.1103/PhysRevFluids.2.052602";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:33;a:14:{s:9:"citazione";s:211:"Sahoo, G., Alexakis, A., & Biferale, L. (2017). Discontinuous Transition from Direct to Inverse Cascade in Three-Dimensional Turbulence. PHYSICAL REVIEW LETTERS, 118(16), 164501 [10.1103/PhysRevLett.118.164501].";s:4:"data";s:4:"2017";s:2:"id";s:20:"PUBBLICAZIONE_351247";s:6:"handle";s:11:"2108/214787";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:1122:"Inviscid invariants of flow equations are crucial in determining the direction of the turbulent energy cascade. In this work we investigate a variant of the three-dimensional Navier-Stokes equations that shares exactly the same ideal invariants (energy and helicity) and the same symmetries (under rotations, reflections, and scale transforms) as the original equations. It is demonstrated that the examined system displays a change in the direction of the energy cascade when varying the value of a free parameter which controls the relative weights of the triadic interactions between different helical Fourier modes. The transition from a forward to inverse cascade is shown to occur at a critical point in a discontinuous manner with diverging fluctuations close to criticality. Our work thus supports the observation that purely isotropic and three-dimensional flow configurations can support inverse energy transfer when interactions are altered and that inside all turbulent flows there is a competition among forward and backward transfer mechanisms which might lead to multiple energy-containing turbulent states.";s:9:"metadata5";s:87:"Discontinuous Transition from Direct to Inverse Cascade in Three-Dimensional Turbulence";s:9:"metadata6";s:34:"Sahoo, G; Alexakis, A; Biferale, L";s:9:"metadata7";s:30:"10.1103/PhysRevLett.118.164501";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:34;a:14:{s:9:"citazione";s:245:"Biferale, L., Bonaccorso, F., Mazzitelli, I., van Hinsberg, M., Lanotte, A., Musacchio, S., et al. (2016). Coherent structures and extreme events in rotating multiphase turbulent flows. PHYSICAL REVIEW. X, 6(4), 1-14 [10.1103/PhysRevX.6.041036].";s:4:"data";s:4:"2016";s:2:"id";s:20:"PUBBLICAZIONE_303434";s:6:"handle";s:11:"2108/173932";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:1106:"By using direct numerical simulations (DNS) at unprecedented resolution we study turbulence under rotation in the presence of simultaneous direct and inverse cascades. The accumulation of energy at large scale leads to the formation of vertical coherent regions with high vorticity oriented along the rotation axis. By seeding the flow with millions of inertial particles, we quantify -for the first time- the effects of those coherent vertical structures on the preferential concentration of light and heavy particles. Furthermore, we quantitatively show that extreme fluctuations, leading to deviations from a normal-distributed statistics, result from the entangled interaction of the vertical structures with the turbulent background. Finally, we present the first-ever measurement of the relative importance between Stokes drag, Coriolis force and centripetal forces along the trajectories of inertial particles. We discover that vortical coherent structures lead to unexpected diffusion properties for heavy and light particles in the directions parallel and perpendicular to the rotation axis.";s:9:"metadata5";s:77:"Coherent structures and extreme events in rotating multiphase turbulent flows";s:9:"metadata6";s:108:"Biferale, L; Bonaccorso, F; Mazzitelli, I; van Hinsberg, M; Lanotte, A; Musacchio, S; Perlekar, P; Toschi, F";s:9:"metadata7";s:25:"10.1103/PhysRevX.6.041036";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:35;a:14:{s:9:"citazione";s:266:"Buzzicotti, M., Bhatnagar, A., Biferale, L., Lanotte, A., & Ray, S. (2016). Lagrangian statistics for Navier-Stokes turbulence under Fourier-mode reduction: Fractal and homogeneous decimations. NEW JOURNAL OF PHYSICS, 18(11), 113047 [10.1088/1367-2630/18/11/113047].";s:4:"data";s:4:"2016";s:2:"id";s:20:"PUBBLICAZIONE_303428";s:6:"handle";s:11:"2108/173926";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:116:"Lagrangian statistics for Navier-Stokes turbulence under Fourier-mode reduction: Fractal and homogeneous decimations";s:9:"metadata6";s:60:"Buzzicotti, M; Bhatnagar, A; Biferale, L; Lanotte, A; Ray, S";s:9:"metadata7";s:30:"10.1088/1367-2630/18/11/113047";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:36;a:14:{s:9:"citazione";s:206:"Buzzicotti, M., Biferale, L., Frisch, U., & Ray, S. (2016). Intermittency in fractal Fourier hydrodynamics: lessons from the Burgers equation. PHYSICAL REVIEW. E, 93(3), 033109 [10.1103/PhysRevE.93.033109].";s:4:"data";s:4:"2016";s:2:"id";s:20:"PUBBLICAZIONE_303461";s:6:"handle";s:11:"2108/173964";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:81:"Intermittency in fractal Fourier hydrodynamics: lessons from the Burgers equation";s:9:"metadata6";s:45:"Buzzicotti, M; Biferale, L; Frisch, U; Ray, S";s:9:"metadata7";s:26:"10.1103/PhysRevE.93.033109";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:37;a:14:{s:9:"citazione";s:213:"Buzzicotti, M., Murray, B.p., Biferale, L., & Bustamante, M.d. (2016). Phase and precession evolution in the Burgers equation. THE EUROPEAN PHYSICAL JOURNAL. E, SOFT MATTER, 39(3), 34 [10.1140/epje/i2016-16034-5].";s:4:"data";s:4:"2016";s:2:"id";s:20:"PUBBLICAZIONE_303454";s:6:"handle";s:11:"2108/173954";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";s:72:"Topical Issue: Multi-scale phenomena in complex flows and flowing matter";s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:1369:"We present a phenomenological study of the phase dynamics of the one-dimensional stochastically forced Burgers equation, and of the same equation under a Fourier mode reduction on a fractal set. We study the connection between coherent structures in real space and the evolution of triads in Fourier space. Concerning the one-dimensional case, we find that triad phases show alignments and synchronisations that favour energy fluxes towards small scales --a direct cascade. In addition, strongly dissipative real-space structures are associated with entangled correlations amongst the phase precession frequencies and the amplitude evolution of Fourier triads. As a result, triad precession frequencies show a non-Gaussian distribution with multiple peaks and fat tails, and there is a significant correlation between triad precession frequencies and amplitude growth. Links with dynamical systems approach are briefly discussed, such as the role of unstable critical points in state space. On the other hand, by reducing the fractal dimension D of the underlying Fourier set, we observe: i) a tendency toward a more Gaussian statistics, ii) a loss of alignment of triad phases leading to a depletion of the energy flux, and iii) the simultaneous reduction of the correlation between the growth of Fourier mode amplitudes and the precession frequencies of triad phases.";s:9:"metadata5";s:54:"Phase and precession evolution in the Burgers equation";s:9:"metadata6";s:54:"Buzzicotti, M; Murray, Bp; Biferale, L; Bustamante, Md";s:9:"metadata7";s:26:"10.1140/epje/i2016-16034-5";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:38;a:14:{s:9:"citazione";s:159:"Gustavsson, K., & Biferale, L. (2016). Preferential sampling of helicity by isotropic helicoids. PHYSICAL REVIEW FLUIDS, 1(5) [10.1103/PhysRevFluids.1.054201].";s:4:"data";s:4:"2016";s:2:"id";s:20:"PUBBLICAZIONE_303439";s:6:"handle";s:11:"2108/173939";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:56:"Preferential sampling of helicity by isotropic helicoids";s:9:"metadata6";s:26:"Gustavsson, K; Biferale, L";s:9:"metadata7";s:30:"10.1103/PhysRevFluids.1.054201";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:39;a:14:{s:9:"citazione";s:194:"Lanotte, A.s., Malapaka, S.k., & Biferale, L. (2016). On the vortex dynamics in fractal Fourier turbulence. THE EUROPEAN PHYSICAL JOURNAL. E, SOFT MATTER, 39(4), 49 [10.1140/epje/i2016-16049-x].";s:4:"data";s:4:"2016";s:2:"id";s:20:"PUBBLICAZIONE_303451";s:6:"handle";s:11:"2108/173948";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";s:72:"Topical Issue: Multi-scale phenomena in complex flows and flowing matter";s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:706:"Incompressible, homogeneous and isotropic turbulence is studied by solving the Navier-Stokes equations on a reduced set of Fourier modes, belonging to a fractal set of dimension D . By tuning the fractal dimension parameter, we study the dynamical effects of Fourier decimation on the vortex stretching mechanism and on the statistics of the velocity and the velocity gradient tensor. In particular, we show that as we move from D = 3 to D ∼ 2.8 , the statistics gradually turns into a purely Gaussian one. This result suggests that even a mild fractal mode reduction strongly depletes the stretching properties of the non-linear term of the Navier-Stokes equations and suppresses anomalous fluctuations.";s:9:"metadata5";s:52:"On the vortex dynamics in fractal Fourier turbulence";s:9:"metadata6";s:38:"Lanotte, As; Malapaka, Sk; Biferale, L";s:9:"metadata7";s:26:"10.1140/epje/i2016-16049-x";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:40;a:14:{s:9:"citazione";s:196:"Vajedi, S., Gustavsson, K., Mehlig, B., & Biferale, L. (2016). Inertial-particle accelerations in turbulence: A Lagrangian closure. JOURNAL OF FLUID MECHANICS, 798, 187-200 [10.1017/jfm.2016.305].";s:4:"data";s:4:"2016";s:2:"id";s:20:"PUBBLICAZIONE_303449";s:6:"handle";s:11:"2108/173944";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:67:"Inertial-particle accelerations in turbulence: A Lagrangian closure";s:9:"metadata6";s:48:"Vajedi, S; Gustavsson, K; Mehlig, B; Biferale, L";s:9:"metadata7";s:20:"10.1017/jfm.2016.305";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:41;a:14:{s:9:"citazione";s:230:"Yang, X., Meneveau, C., Marusic, I., & Biferale, L. (2016). Extended self-similarity in moment-generating-functions in wall-bounded turbulence at high Reynolds number. PHYSICAL REVIEW FLUIDS, 1(4) [10.1103/PhysRevFluids.1.044405].";s:4:"data";s:4:"2016";s:2:"id";s:20:"PUBBLICAZIONE_303445";s:6:"handle";s:11:"2108/173942";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:106:"Extended self-similarity in moment-generating-functions in wall-bounded turbulence at high Reynolds number";s:9:"metadata6";s:45:"Yang, X; Meneveau, C; Marusic, I; Biferale, L";s:9:"metadata7";s:30:"10.1103/PhysRevFluids.1.044405";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:42;a:14:{s:9:"citazione";s:184:"Lanotte, A., Benzi, R., Malapaka, S., Toschi, F., & Biferale, L. (2015). Turbulence on a Fractal Fourier Set. PHYSICAL REVIEW LETTERS, 115(26), 264502 [10.1103/PhysRevLett.115.264502].";s:4:"data";s:10:"2015-12-29";s:2:"id";s:20:"PUBBLICAZIONE_302810";s:6:"handle";s:11:"2108/173390";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:35:"Turbulence on a Fractal Fourier Set";s:9:"metadata6";s:57:"Lanotte, A; Benzi, R; Malapaka, S; Toschi, F; Biferale, L";s:9:"metadata7";s:30:"10.1103/PhysRevLett.115.264502";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:43;a:14:{s:9:"citazione";s:189:"BENZI, R., & BIFERALE, L. (2015). Homogeneous and Isotropic Turbulence: A Short Survey on Recent Developments. JOURNAL OF STATISTICAL PHYSICS, 161(6), 1351-1365 [10.1007/s10955-015-1323-9].";s:4:"data";s:10:"2015-07-21";s:2:"id";s:20:"PUBBLICAZIONE_302803";s:6:"handle";s:11:"2108/173387";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";s:46:"Navier–Stokes equationsTubulenceMultifractal";s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:75:"Homogeneous and Isotropic Turbulence: A Short Survey on Recent Developments";s:9:"metadata6";s:21:"BENZI, R; BIFERALE, L";s:9:"metadata7";s:25:"10.1007/s10955-015-1323-9";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:44;a:14:{s:9:"citazione";s:241:"Babler, M., Biferale, L., Brandt, L., Feudel, U., Guseva, K., Lanotte, A., et al. (2015). Numerical simulations of aggregate breakup in bounded and unbounded turbulent flows. JOURNAL OF FLUID MECHANICS, 766(2), 104-128 [10.1017/jfm.2015.13].";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_303504";s:6:"handle";s:11:"2108/174003";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:83:"Numerical simulations of aggregate breakup in bounded and unbounded turbulent flows";s:9:"metadata6";s:127:"Babler, M; Biferale, L; Brandt, L; Feudel, U; Guseva, K; Lanotte, A; Marchioli, C; Picano, F; Sardina, G; Soldati, A; Toschi, F";s:9:"metadata7";s:19:"10.1017/jfm.2015.13";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:45;a:14:{s:9:"citazione";s:206:"Belardinelli, D., Sbragaglia, M., Biferale, L., Gross, M., & Varnik, F. (2015). Fluctuating multicomponent lattice Boltzmann model. PHYSICAL REVIEW E, STATISTICAL, NONLINEAR, AND SOFT MATTER PHYSICS, 91(2).";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_234942";s:6:"handle";s:11:"2108/117279";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:983:"Current implementations of fluctuating lattice Boltzmann equations (FLBE) describe single component fluids. In this paper, a model based on the continuum kinetic Boltzmann equation for describing multicomponent fluids is extended to incorporate the effects of thermal fluctuations. The thus obtained fluctuating Boltzmann equation is first linearized to apply the theory of linear fluctuations, and expressions for the noise covariances are determined by invoking the fluctuation-dissipation theorem (FDT) directly at the kinetic level. Crucial for our analysis is the projection of the Boltzmann equation onto the ortho-normal Hermite basis. By integrating in space and time the fluctuating Boltzmann equation with a discrete number of velocities, the FLBE is obtained for both ideal and non-ideal multicomponent fluids. Numerical simulations are specialized to the case where mean-field interactions are introduced on the lattice, indicating a proper thermalization of the system.";s:9:"metadata5";s:50:"Fluctuating multicomponent lattice Boltzmann model";s:9:"metadata6";s:64:"Belardinelli, D; Sbragaglia, M; Biferale, L; Gross, M; Varnik, F";s:9:"metadata7";s:26:"10.1103/PhysRevE.91.023313";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:46;a:14:{s:9:"citazione";s:237:"De Pietro, M., Biferale, L., & Mailybaev, A.a. (2015). Inverse energy cascade in nonlocal helical shell models of turbulence. PHYSICAL REVIEW E, STATISTICAL, NONLINEAR, AND SOFT MATTER PHYSICS, 92(4), 043021 [10.1103/PhysRevE.92.043021].";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_303497";s:6:"handle";s:11:"2108/173992";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:731:"Following the exact decomposition in eigenstates of helicity for the Navier-Stokes equations in Fourier space [F. Waleffe, Phys. Fluids A 4, 350 (1992)], we introduce a modified version of helical shell models for turbulence with nonlocal triadic interactions. By using both an analytical argument and numerical simulation, we show that there exists a class of models, with a specific helical structure, that exhibits a statistically stable inverse energy cascade, in close analogy with that predicted for the Navier-Stokes equations restricted to the same helical interactions. We further support the idea that turbulent energy transfer is the result of a strong entanglement among triads possessing different transfer properties.";s:9:"metadata5";s:69:"Inverse energy cascade in nonlocal helical shell models of turbulence";s:9:"metadata6";s:40:"De Pietro, M; Biferale, L; Mailybaev, Aa";s:9:"metadata7";s:26:"10.1103/PhysRevE.92.043021";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:47;a:14:{s:9:"citazione";s:297:"De Pietro, M., Van Hinsberg, M., Biferale, L., Clercx, H., Perlekar, P., & Toschi, F. (2015). Clustering of vertically constrained passive particles in homogeneous isotropic turbulence. PHYSICAL REVIEW E, STATISTICAL, NONLINEAR, AND SOFT MATTER PHYSICS, 91(5), 053002 [10.1103/PhysRevE.91.053002].";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_303500";s:6:"handle";s:11:"2108/173997";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";s:56:"Mechanical Phenomena; Hydrodynamics; Models, Theoretical";s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:1610:"We analyze the dynamics of small particles vertically confined, by means of a linear restoring force, to move within a horizontal fluid slab in a three-dimensional (3D) homogeneous isotropic turbulent velocity field. The model that we introduce and study is possibly the simplest description for the dynamics of small aquatic organisms that, due to swimming, active regulation of their buoyancy, or any other mechanism, maintain themselves in a shallow horizontal layer below the free surface of oceans or lakes. By varying the strength of the restoring force, we are able to control the thickness of the fluid slab in which the particles can move. This allows us to analyze the statistical features of the system over a wide range of conditions going from a fully 3D incompressible flow (corresponding to the case of no confinement) to the extremely confined case corresponding to a two-dimensional slice. The background 3D turbulent velocity field is evolved by means of fully resolved direct numerical simulations. Whenever some level of vertical confinement is present, the particle trajectories deviate from that of fluid tracers and the particles experience an effectively compressible velocity field. Here, we have quantified the compressibility, the preferential concentration of the particles, and the correlation dimension by changing the strength of the restoring force. The main result is that there exists a particular value of the force constant, corresponding to a mean slab depth approximately equal to a few times the Kolmogorov length scale η, that maximizes the clustering of the particles.";s:9:"metadata5";s:90:"Clustering of vertically constrained passive particles in homogeneous isotropic turbulence";s:9:"metadata6";s:81:"De Pietro, M; Van Hinsberg, Mat; Biferale, L; Clercx, Hjh; Perlekar, P; Toschi, F";s:9:"metadata7";s:26:"10.1103/PhysRevE.91.053002";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:48;a:14:{s:9:"citazione";s:230:"Iyer, K.p., Mazzitelli, I., Bonaccorso, F., Pouquet, A., & Biferale, L. (2015). Rotating turbulence under “precession-like” perturbation. THE EUROPEAN PHYSICAL JOURNAL. E, SOFT MATTER, 38(12), 1-7 [10.1140/epje/i2015-15128-x].";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_303473";s:6:"handle";s:11:"2108/173972";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";s:72:"Topical Issue: Multi-scale phenomena in complex flows and flowing matter";s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:627:"The effects of changing the orientation of the rotation axis on homogeneous turbulence is considered. We perform direct numerical simulations on a periodic box of 1024(3) grid points, where the orientation of the rotation axis is changed (a) at a fixed time instant (b) regularly at time intervals commensurate with the rotation time scale. The former is characterized by a dominant inverse energy cascade whereas in the latter, the inverse cascade is stymied due to the recurrent changes in the rotation axis resulting in a strong forward energy transfer and large-scale structures that resemble those of isotropic turbulence.";s:9:"metadata5";s:60:"Rotating turbulence under “precession-like” perturbation";s:9:"metadata6";s:63:"Iyer, Kp; Mazzitelli, I; Bonaccorso, F; Pouquet, A; Biferale, L";s:9:"metadata7";s:26:"10.1140/epje/i2015-15128-x";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:49;a:14:{s:9:"citazione";s:197:"Pouransari, Z., Biferale, L., & Johansson, A.v. (2015). Statistical analysis of the velocity and scalar fields in reacting turbulent wall-jets. PHYSICS OF FLUIDS, 27(2), 025102 [10.1063/1.4906370].";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_303516";s:6:"handle";s:11:"2108/174013";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:86:"Statistical analysis of the velocity and scalar fields in reacting turbulent wall-jets";s:9:"metadata6";s:41:"Pouransari, Z; Biferale, L; Johansson, Av";s:9:"metadata7";s:17:"10.1063/1.4906370";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:50;a:14:{s:9:"citazione";s:189:"Sahoo, G., & Biferale, L. (2015). Disentangling the triadic interactions in Navier-Stokes equations. THE EUROPEAN PHYSICAL JOURNAL. E, SOFT MATTER, 38(10), 1-8 [10.1140/epje/i2015-15114-4].";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_303491";s:6:"handle";s:11:"2108/173990";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";s:72:"Topical Issue: Multi-scale phenomena in complex flows and flowing matter";s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:1052:"We study the role of helicity in the dynamics of energy transfer in a modified version of the Navier-Stokes equations with explicit breaking of the mirror symmetry. We select different set of triads participating in the dynamics on the basis of their helicity content. In particular, we remove the negative helically polarized Fourier modes at all wave numbers except for those falling on a localized shell of wave number, |k| ~ k(m). Changing k(m) to be above or below the forcing scale, k(f), we are able to assess the energy transfer of triads belonging to different interaction classes. We observe that when the negative helical modes are present only at a wave number smaller than the forced wave numbers, an inverse energy cascade develops with an accumulation of energy on a stationary helical condensate. Vice versa, when negative helical modes are present only at a wave number larger than the forced wave numbers, a transition from backward to forward energy transfer is observed in the regime when the minority modes become energetic enough.";s:9:"metadata5";s:65:"Disentangling the triadic interactions in Navier-Stokes equations";s:9:"metadata6";s:21:"Sahoo, G; Biferale, L";s:9:"metadata7";s:26:"10.1140/epje/i2015-15114-4";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:51;a:14:{s:9:"citazione";s:229:"Sahoo, G., Bonaccorso, F., & Biferale, L. (2015). Role of helicity for large- and small-scale turbulent fluctuations. PHYSICAL REVIEW E, STATISTICAL, NONLINEAR, AND SOFT MATTER PHYSICS, 92(5), 051002 [10.1103/PhysRevE.92.051002].";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_303479";s:6:"handle";s:11:"2108/173976";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:1162:"The effects of the helicity on the dynamics of turbulent flows are investigated. The aim is to disentangle the role of helicity in fixing the direction, the intensity, and the fluctuations of the energy transfer across the inertial range of scales. We introduce an external parameter α that controls the mismatch between the number of positive and negative helically polarized Fourier modes. We present direct numerical simulations of Navier-Stokes equations from the fully symmetrical case, α=0, to the fully asymmetrical case, α=1, when only helical modes of one sign survive. We found a singular dependency of the direction of the energy cascade on α, measuring a positive forward flux as soon as only a few modes with different helical polarities are present. Small-scale fluctuations are also strongly sensitive to the degree of mode reduction, leading to a vanishing intermittency already for values of α∼0.1. If the analysis is restricted to sets of modes with the same helicity sign, intermittency is vanishing for the modes belonging to the minority set, and it is close to that measured on the original Navier-Stokes equations for the other set.";s:9:"metadata5";s:66:"Role of helicity for large- and small-scale turbulent fluctuations";s:9:"metadata6";s:36:"Sahoo, G; Bonaccorso, F; Biferale, L";s:9:"metadata7";s:26:"10.1103/PhysRevE.92.051002";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:52;a:14:{s:9:"citazione";s:237:"Sega, M., Sbragaglia, M., Biferale, L., & Succi, S. (2015). The importance of chemical potential in the determination of water slip in nanochannels. THE EUROPEAN PHYSICAL JOURNAL. E, SOFT MATTER, 38(11), 1-7 [10.1140/epje/i2015-15127-y].";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_302840";s:6:"handle";s:11:"2108/173414";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";s:72:"Topical Issue: Multi-scale phenomena in complex flows and flowing matter";s:9:"metadata3";s:32:"Settore CHIM/02 - Chimica Fisica";s:9:"metadata4";s:751:"We investigate the slip properties of water confined in graphite-like nanochannels by non-equilibrium molecular dynamics simulations, with the aim of identifying and analyze separately the influence of different physical quantities on the slip length. In a system under confinement but connected to a reservoir of fluid, the chemical potential is the natural control parameter: we show that two nanochannels characterized by the same macroscopic contact angle--but a different microscopic surface potential--do not exhibit the same slip length unless the chemical potential of water in the two channels is matched. Some methodological issues related to the preparation of samples for the comparative analysis in confined geometries are also discussed.";s:9:"metadata5";s:87:"The importance of chemical potential in the determination of water slip in nanochannels";s:9:"metadata6";s:45:"Sega, M; Sbragaglia, M; Biferale, L; Succi, S";s:9:"metadata7";s:26:"10.1140/epje/i2015-15127-y";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:53;a:14:{s:9:"citazione";s:251:"Vincenzi, D., Perlekar, P., Biferale, L., & Toschi, F. (2015). Impact of the Peterlin approximation on polymer dynamics in turbulent flows. PHYSICAL REVIEW E, STATISTICAL, NONLINEAR, AND SOFT MATTER PHYSICS, 92(5), 053004 [10.1103/PhysRevE.92.053004].";s:4:"data";s:4:"2015";s:2:"id";s:20:"PUBBLICAZIONE_303483";s:6:"handle";s:11:"2108/173981";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";s:948:"We study the impact of the Peterlin approximation on the statistics of the end-to-end separation of polymers in a turbulent flow. The finitely extensible nonlinear elastic (FENE) model and the FENE model with the Peterlin approximation (FENE-P) are numerically integrated along a large number of Lagrangian trajectories resulting from a direct numerical simulation of three-dimensional homogeneous isotropic turbulence. Although the FENE-P model yields results in qualitative agreement with those of the FENE model, quantitative differences emerge. The steady-state probability of large extensions is overestimated by the FENE-P model. The alignment of polymers with the eigenvectors of the rate-of-strain tensor and with the direction of vorticity is weaker when the Peterlin approximation is used. At large Weissenberg numbers, the correlation times of both the extension and of the orientation of polymers are underestimated by the FENE-P model.";s:9:"metadata5";s:75:"Impact of the Peterlin approximation on polymer dynamics in turbulent flows";s:9:"metadata6";s:48:"Vincenzi, D; Perlekar, P; Biferale, L; Toschi, F";s:9:"metadata7";s:26:"10.1103/PhysRevE.92.053004";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:54;a:14:{s:9:"citazione";s:224:"Biferale, L., Meneveau, C., & Verzicco, R. (2014). Deformation statistics of sub-Kolmogorov-scale ellipsoidal neutrally buoyant drops in isotropic turbulence. JOURNAL OF FLUID MECHANICS, 754, 184-207 [10.1017/jfm.2014.366].";s:4:"data";s:10:"2014-07-30";s:2:"id";s:20:"PUBBLICAZIONE_224866";s:6:"handle";s:11:"2108/117211";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:35:"Settore ING-IND/06 - Fluidodinamica";s:9:"metadata4";N;s:9:"metadata5";s:107:"Deformation statistics of sub-Kolmogorov-scale ellipsoidal neutrally buoyant drops in isotropic turbulence";s:9:"metadata6";s:37:"Biferale, L; Meneveau, C; Verzicco, R";s:9:"metadata7";s:20:"10.1017/jfm.2014.366";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:55;a:14:{s:9:"citazione";s:226:"Biferale, L., Lanotte, A., Scatamacchia, R., & Toschi, F. (2014). Intermittency in the relative separations of tracers and of heavy particles in turbulent flows. JOURNAL OF FLUID MECHANICS, 757, 550-572 [10.1017/jfm.2014.515].";s:4:"data";s:4:"2014";s:2:"id";s:20:"PUBBLICAZIONE_212029";s:6:"handle";s:11:"2108/100662";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:94:"Intermittency in the relative separations of tracers and of heavy particles in turbulent flows";s:9:"metadata6";s:51:"Biferale, L; Lanotte, A; Scatamacchia, R; Toschi, F";s:9:"metadata7";s:20:"10.1017/jfm.2014.515";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:56;a:14:{s:9:"citazione";s:224:"Biferale, L., Meneveau, C., & Verzicco, R. (2014). Deformation statistics of sub-Kolmogorov-scale ellipsoidal neutrally buoyant drops in isotropic turbulence. JOURNAL OF FLUID MECHANICS, 754, 184-207 [10.1017/jfm.2014.366].";s:4:"data";s:4:"2014";s:2:"id";s:20:"PUBBLICAZIONE_196905";s:6:"handle";s:10:"2108/94029";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:35:"Settore ING-IND/06 - Fluidodinamica";s:9:"metadata4";N;s:9:"metadata5";s:107:"Deformation statistics of sub-Kolmogorov-scale ellipsoidal neutrally buoyant drops in isotropic turbulence";s:9:"metadata6";s:37:"Biferale, L; Meneveau, C; Verzicco, R";s:9:"metadata7";s:20:"10.1017/jfm.2014.366";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:57;a:14:{s:9:"citazione";s:230:"Giannattasio, F., Berrilli, F., Biferale, L., Del Moro, D., Sbragaglia, M., Bellot Rubio, L., et al. (2014). Pair separation of magnetic elements in the quiet Sun. ASTRONOMY & ASTROPHYSICS, 569, A121 [10.1051/0004-6361/201424380].";s:4:"data";s:4:"2014";s:2:"id";s:20:"PUBBLICAZIONE_212030";s:6:"handle";s:11:"2108/100942";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:53:"Pair separation of magnetic elements in the quiet Sun";s:9:"metadata6";s:114:"Giannattasio, F; Berrilli, F; Biferale, L; Del Moro, D; Sbragaglia, M; Bellot Rubio, L; Gosic, M; Orozco Suarez, D";s:9:"metadata7";s:27:"10.1051/0004-6361/201424380";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:58;a:14:{s:9:"citazione";s:242:"Ripesi, P., Biferale, L., Sbragaglia, M., & Wirth, A. (2014). Natural convection with mixed insulating and conducting boundary conditions: low- and high-Rayleigh-number regimes. JOURNAL OF FLUID MECHANICS, 742, 636-663 [10.1017/jfm.2013.671].";s:4:"data";s:4:"2014";s:2:"id";s:20:"PUBBLICAZIONE_212033";s:6:"handle";s:11:"2108/100950";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:114:"Natural convection with mixed insulating and conducting boundary conditions: low- and high-Rayleigh-number regimes";s:9:"metadata6";s:47:"Ripesi, P; Biferale, L; Sbragaglia, M; Wirth, A";s:9:"metadata7";s:20:"10.1017/jfm.2013.671";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:59;a:14:{s:9:"citazione";s:287:"Ripesi, P., Biferale, L., Schifano, S., & Tripiccione, R. (2014). Evolution of a double-front Rayleigh-Taylor system using a graphics-processing-unit-based high-resolution thermal lattice-Boltzmann model. PHYSICAL REVIEW E, STATISTICAL, NONLINEAR, AND SOFT MATTER PHYSICS, 89(4), 043022.";s:4:"data";s:4:"2014";s:2:"id";s:20:"PUBBLICAZIONE_212032";s:6:"handle";s:11:"2108/100930";s:9:"metadata1";s:19:"Articolo su rivista";s:9:"metadata2";N;s:9:"metadata3";s:60:"Settore FIS/02 - Fisica Teorica, Modelli e Metodi Matematici";s:9:"metadata4";N;s:9:"metadata5";s:137:"Evolution of a double-front Rayleigh-Taylor system using a graphics-processing-unit-based high-resolution thermal lattice-Boltzmann model";s:9:"metadata6";s:51:"Ripesi, P; Biferale, L; Schifano, S; Tripiccione, R";s:9:"metadata7";s:26:"10.1103/PhysRevE.89.043022";s:9:"metadata8";N;s:9:"metadata9";N;s:10:"metadata10";N;}i:60;a:14:{s:9:"citazione";s:241:"SBRAGAGLIA, M., BIFERALE, L., Amati, G., Varagnolo, S., Ferraro, D., Mistura, G., et al. (2014). Sliding drops across alternating hydrophobic and hydrophilic stripes. 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