Author

Grassi, Frederique

INSPIRE profile1007699 ORCID0000-0003-0932-5998

48 papers·2,491 citations in this corpus

	Paper	Category
Mar 25, 2011#1*1103.4605	Directed flow at mid-rapidity in event-by-event hydrodynamics Fernando G. Gardim🇧🇷 · Frederique Grassi🇧🇷 · Yogiro Hama🇧🇷 · Matthew Luzum🇫🇷 · Jean-Yves Ollitrault🇫🇷	nucl-th	PRC	84
Dec 8, 2010#7*1012.1342	Fluctuating initial conditions in hydrodynamics for two-particle correlations Yogiro Hama🇧🇷 · Rone Peterson G. Andrade🇧🇷 · Frederique Grassi🇧🇷 · Wei-Liang Qian🇧🇷	↳ hep-ph	—	7
Aug 30, 2010#1*1008.4612	Temporal evolution of tubular initial conditions and their influence on two-particle correlations in relativistic nuclear collisions Rone Peterson G. Andrade🇧🇷 · Frederique Grassi🇧🇷 · Yogiro Hama🇧🇷 · Wei-Liang Qian🇧🇷	nucl-th	PLB	42
Aug 3, 2010#10*1008.0139	Hydrodynamics: Fluctuating Initial Conditions and Two-particle Correlations R.P.G. Andrade🇧🇷 · F. Grassi🇧🇷 · Y. Hama🇧🇷 · W.-L. Qian🇧🇷	↳ hep-ph	NPA	30
Dec 4, 2009#5*0912.0703	A closer look at the influence of tubular initial conditions on two-particle correlations R.Andrade🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · W.-L.Qian🇧🇷	nucl-th	J.Phys.G	55
Mar 2, 2009#7*0902.4870	Topology studies of hydrodynamics using two particle correlation analysis J. Takahashi🇧🇷 · B.M. Tavares🇧🇷 · W.L.Qian🇧🇷 · R. Andrade🇧🇷 · F. Grassi🇧🇷 · Y. Hama🇧🇷 · T. Kodama🇧🇷 · N. Xu🇺🇸	nucl-th	PRL	258
Dec 23, 2008#9*0812.4143	Fluctuations and initial state granularity in heavy ion collisions and their effects on observables from hydrodynamics R.P.G.Andrade🇧🇷 · A.L.V.R.dos Reis🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · W.L.Qian🇧🇷 · T.Kodama🇧🇷 · J.-Y.Ollitrault🇫🇷	nucl-th	Acta Phys.Polon.B	15
Dec 22, 2008#1*0812.3635	NeXSPheRIO results on azimuthal anisotropy in Au-Au collisions at 200A GeV Wei-Liang Qian🇧🇷 · Rone Andrade🇧🇷 · Arthur dos Reis🇧🇷 · Yogiro Hama🇧🇷 · Frederique Grassi🇧🇷 · Takeshi Kodama🇧🇷	nucl-th	J.Phys.G	0
Sep 7, 2007#4*0709.0845	An approach to chemical freeze-out scenario of identified particle spectra at 200AGeV Au-Au collisions at RHIC Wei-Liang Qian🇧🇷 · Rone Andrade🇧🇷 · Frederique Grassi🇧🇷 · Yogiro Hama🇧🇷 · Takeshi Kodama🇧🇷	nucl-th	—	8
Mar 26, 2007#2*nucl-th/0703078	Effect of chemical freeze out on identified particle spectra at 200AGeV Au-Au Collisions at RHIC using SPheRIO Wei-Liang Qian🇧🇷 · Rone Andrade🇧🇷 · Frederique Grassi🇧🇷 · Otavio Socolowski Jr.🇧🇷 · Takeshi Kodama🇧🇷 · Yogiro Hama🇧🇷	nucl-th	IJMPE	25
Dec 14, 2006#6*nucl-th/0612061	pT distribution of hyperons in 200A GeV Au-Au by smoothed particle hydrodynamics Wei-Liang Qian🇧🇷 · Rone Andrade🇧🇷 · Otavio Socolowski Jr.🇧🇷 · Frederique Grassi🇧🇷 · Takeshi Kodama🇧🇷 · Yogiro Hama🇧🇷	nucl-th	Braz.J.Phys.	20
Aug 29, 2006#8*nucl-th/0608067	On the necessity to include event-by-event fluctuations in experimental evaluation of elliptical flow R.Andrade🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · T.Kodama🇧🇷 · O.Socolowski Jr🇧🇷	nucl-th	PRL	170
Nov 8, 2005#5*nucl-th/0511021	NeXSPheRIO results on elliptic flow at RHIC and connection with thermalization R.Andrade🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · T.Kodama🇧🇷 · O.Socolowski Jr.🇧🇷 · B.Tavares🇧🇷	nucl-th	EPJA	20
Dec 21, 2004#13*nucl-th/0412082	Particle emission in hydrodynamics: a problem needing a solution F.Grassi🇧🇷	nucl-th	Braz.J.Phys.	29
May 21, 2003#5*nucl-th/0305059	Simple solutions of relativistic hydrodynamics for longitudinally and cylindrically expanding systems T. Csorgo🇭🇺 · F. Grassi🇧🇷 · Y. Hama🇧🇷 · T. Kodama🇧🇷	nucl-th	PLB	80
Feb 27, 2001#1*nucl-th/0102056	An attempt to incorporate separate chemical and thermal freeze outs in hydrodynamics N.Arbex🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · O.Socolowski Jr🇫🇷	nucl-th	—	3
Jan 28, 2000#3*nucl-th/0001049	Freeze-out in hydrodynamical models in relativistic heavy ion collisions V.K. Magas🇳🇴 · Cs. Anderlik🇳🇴 · L.P. Csernai🇳🇴 · F. Grassi🇧🇷 · W. Greiner🇩🇪 · Y. Hama🇧🇷 · T. Kodama🇧🇷 · Zs.I. Lazar🇳🇴 · H. Stöcker🇩🇪	nucl-th	NPA	46
Jan 7, 2000#1*nucl-th/0001010	Pion abundance and entropy in the hydrodynamical description of relativistic nuclear collisions F. Grassi🇧🇷 · O. Socolowski Jr🇧🇷	nucl-th	—	1
May 27, 1999#2*nucl-th/9905054	Large $p_{t}$ enhancement from freeze out V.K. Magas (1)🇳🇴 · Cs. Anderlik (1, 2)🇳🇴 · L.P. Csernai (1, 2, 3)🇳🇴 · F. Grassi (4)🇧🇷 · W. Greiner (2)🇩🇪 · Y. Hama (4)🇧🇷 · T. Kodama (5)🇧🇷 · Zs. Lázár (1, 2)🇳🇴 · H. Stöcker (2) ((1) - University of Bergen, Norway; (2) - University of Frankfurt, Germany; (3) - KFKI Research Institute for Particle and Nuclear Physics, Budapest, Hungary; (4) University of Sao Paulo, Brazil; (5) University of Rio de Janeiro, Brazil)🇩🇪	nucl-th	PLB	41
Mar 18, 1999#1*nucl-th/9903045	Kinetic freeze out V.K. Magas🇳🇴 · Cs. Anderlik🇳🇴 · L.P. Csernai🇳🇴 · F. Grassi🇧🇷 · W. Greiner🇩🇪 · Y. Hama🇧🇷 · T. Kodama🇧🇷 · Zs.I. Lázár🇳🇴 · H. Stöcker🇩🇪	nucl-th	Acta Phys.Hung.A	66
Jun 2, 1998#4*nucl-th/9806004	Freeze out in hydrodynamical models Cs.Anderlik🇳🇴 · L.P.Csernai🇳🇴 · F.Grassi🇧🇷 · W. Greiner🇩🇪 · Y.Hama🇧🇷 · T.Kodama🇧🇷 · Zs.I.Lazar🇳🇴 · V. Magas🇳🇴 · H. Stoecker🇩🇪	nucl-th	PRC	89
Dec 16, 1997#5*nucl-th/9712052	Confronting particle emission scenarios with strangeness data F. Grassi🇧🇷 · O. Socolowski Jr🇧🇷	nucl-th	PRL	19
Dec 16, 1997#6*nucl-th/9712053	Can we see the hadron-quark transition happening in neutron stars? F.Grassi🇧🇷	nucl-th	ApJ	8

Directed flow at mid-rapidity in event-by-event hydrodynamics
Fernando G. Gardim🇧🇷 · Frederique Grassi🇧🇷 · Yogiro Hama🇧🇷 · Matthew Luzum🇫🇷 · Jean-Yves Ollitrault🇫🇷
Mar 25, 2011#1*nucl-thPRC84 citations
Fluctuating initial conditions in hydrodynamics for two-particle correlations
Yogiro Hama🇧🇷 · Rone Peterson G. Andrade🇧🇷 · Frederique Grassi🇧🇷 · Wei-Liang Qian🇧🇷
Dec 8, 2010#7*↳ hep-ph7 citations
Temporal evolution of tubular initial conditions and their influence on two-particle correlations in relativistic nuclear collisions
Rone Peterson G. Andrade🇧🇷 · Frederique Grassi🇧🇷 · Yogiro Hama🇧🇷 · Wei-Liang Qian🇧🇷
Aug 30, 2010#1*nucl-thPLB42 citations
Hydrodynamics: Fluctuating Initial Conditions and Two-particle Correlations
R.P.G. Andrade🇧🇷 · F. Grassi🇧🇷 · Y. Hama🇧🇷 · W.-L. Qian🇧🇷
Aug 3, 2010#10*↳ hep-phNPA30 citations
A closer look at the influence of tubular initial conditions on two-particle correlations
R.Andrade🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · W.-L.Qian🇧🇷
Dec 4, 2009#5*nucl-thJ.Phys.G55 citations
Topology studies of hydrodynamics using two particle correlation analysis
J. Takahashi🇧🇷 · B.M. Tavares🇧🇷 · W.L.Qian🇧🇷 · R. Andrade🇧🇷 · F. Grassi🇧🇷 · Y. Hama🇧🇷 · T. Kodama🇧🇷 · N. Xu🇺🇸
Mar 2, 2009#7*nucl-thPRL258 citations
Fluctuations and initial state granularity in heavy ion collisions and their effects on observables from hydrodynamics
R.P.G.Andrade🇧🇷 · A.L.V.R.dos Reis🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · W.L.Qian🇧🇷 · T.Kodama🇧🇷 · J.-Y.Ollitrault🇫🇷
Dec 23, 2008#9*nucl-thActa Phys.Polon.B15 citations
NeXSPheRIO results on azimuthal anisotropy in Au-Au collisions at 200A GeV
Wei-Liang Qian🇧🇷 · Rone Andrade🇧🇷 · Arthur dos Reis🇧🇷 · Yogiro Hama🇧🇷 · Frederique Grassi🇧🇷 · Takeshi Kodama🇧🇷
Dec 22, 2008#1*nucl-thJ.Phys.G0 citations
An approach to chemical freeze-out scenario of identified particle spectra at 200AGeV Au-Au collisions at RHIC
Wei-Liang Qian🇧🇷 · Rone Andrade🇧🇷 · Frederique Grassi🇧🇷 · Yogiro Hama🇧🇷 · Takeshi Kodama🇧🇷
Sep 7, 2007#4*nucl-th8 citations
Effect of chemical freeze out on identified particle spectra at 200AGeV Au-Au Collisions at RHIC using SPheRIO
Wei-Liang Qian🇧🇷 · Rone Andrade🇧🇷 · Frederique Grassi🇧🇷 · Otavio Socolowski Jr.🇧🇷 · Takeshi Kodama🇧🇷 · Yogiro Hama🇧🇷
Mar 26, 2007#2*nucl-thIJMPE25 citations
pT distribution of hyperons in 200A GeV Au-Au by smoothed particle hydrodynamics
Wei-Liang Qian🇧🇷 · Rone Andrade🇧🇷 · Otavio Socolowski Jr.🇧🇷 · Frederique Grassi🇧🇷 · Takeshi Kodama🇧🇷 · Yogiro Hama🇧🇷
Dec 14, 2006#6*nucl-thBraz.J.Phys.20 citations
On the necessity to include event-by-event fluctuations in experimental evaluation of elliptical flow
R.Andrade🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · T.Kodama🇧🇷 · O.Socolowski Jr🇧🇷
Aug 29, 2006#8*nucl-thPRL170 citations
NeXSPheRIO results on elliptic flow at RHIC and connection with thermalization
R.Andrade🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · T.Kodama🇧🇷 · O.Socolowski Jr.🇧🇷 · B.Tavares🇧🇷
Nov 8, 2005#5*nucl-thEPJA20 citations
Particle emission in hydrodynamics: a problem needing a solution
F.Grassi🇧🇷
Dec 21, 2004#13*nucl-thBraz.J.Phys.29 citations
Simple solutions of relativistic hydrodynamics for longitudinally and cylindrically expanding systems
T. Csorgo🇭🇺 · F. Grassi🇧🇷 · Y. Hama🇧🇷 · T. Kodama🇧🇷
May 21, 2003#5*nucl-thPLB80 citations
An attempt to incorporate separate chemical and thermal freeze outs in hydrodynamics
N.Arbex🇧🇷 · F.Grassi🇧🇷 · Y.Hama🇧🇷 · O.Socolowski Jr🇫🇷
Feb 27, 2001#1*nucl-th3 citations
Freeze-out in hydrodynamical models in relativistic heavy ion collisions
V.K. Magas🇳🇴 · Cs. Anderlik🇳🇴 · L.P. Csernai🇳🇴 · F. Grassi🇧🇷 · W. Greiner🇩🇪 · Y. Hama🇧🇷 · T. Kodama🇧🇷 · Zs.I. Lazar🇳🇴 · H. Stöcker🇩🇪
Jan 28, 2000#3*nucl-thNPA46 citations
Pion abundance and entropy in the hydrodynamical description of relativistic nuclear collisions
F. Grassi🇧🇷 · O. Socolowski Jr🇧🇷
Jan 7, 2000#1*nucl-th1 citation
Large $p_{t}$ enhancement from freeze out
V.K. Magas (1)🇳🇴 · Cs. Anderlik (1, 2)🇳🇴 · L.P. Csernai (1, 2, 3)🇳🇴 · F. Grassi (4)🇧🇷 · W. Greiner (2)🇩🇪 · Y. Hama (4)🇧🇷 · T. Kodama (5)🇧🇷 · Zs. Lázár (1, 2)🇳🇴 · H. Stöcker (2) ((1) - University of Bergen, Norway; (2) - University of Frankfurt, Germany; (3) - KFKI Research Institute for Particle and Nuclear Physics, Budapest, Hungary; (4) University of Sao Paulo, Brazil; (5) University of Rio de Janeiro, Brazil)🇩🇪
May 27, 1999#2*nucl-thPLB41 citations
Kinetic freeze out
V.K. Magas🇳🇴 · Cs. Anderlik🇳🇴 · L.P. Csernai🇳🇴 · F. Grassi🇧🇷 · W. Greiner🇩🇪 · Y. Hama🇧🇷 · T. Kodama🇧🇷 · Zs.I. Lázár🇳🇴 · H. Stöcker🇩🇪
Mar 18, 1999#1*nucl-thActa Phys.Hung.A66 citations
Freeze out in hydrodynamical models
Cs.Anderlik🇳🇴 · L.P.Csernai🇳🇴 · F.Grassi🇧🇷 · W. Greiner🇩🇪 · Y.Hama🇧🇷 · T.Kodama🇧🇷 · Zs.I.Lazar🇳🇴 · V. Magas🇳🇴 · H. Stoecker🇩🇪
Jun 2, 1998#4*nucl-thPRC89 citations
Confronting particle emission scenarios with strangeness data
F. Grassi🇧🇷 · O. Socolowski Jr🇧🇷
Dec 16, 1997#5*nucl-thPRL19 citations
Can we see the hadron-quark transition happening in neutron stars?
F.Grassi🇧🇷
Dec 16, 1997#6*nucl-thApJ8 citations

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